==>runtrx start: date:  Sat Feb 21 11:00:49 EST 2009 ( swift09.pppl.gov )
runtrx: tok.yy = D3D.08
==========(runtrx)======================
date:  Sat Feb 21 11:00:49 EST 2009 ( swift09.pppl.gov )
args:  133981H06 run
==========(runtrx)======================
==========(runtrx)======================
==========TRANSP execution==============
date:  Sat Feb 21 11:00:49 EST 2009 ( swift09.pppl.gov )
==========(runtrx)======================
  %initcpl:  MDS_CACHE enabled.
 ENTER TRANSP RUN ID, APPEND "R" FOR RESTART:
     DATE    21-Feb-2009 11:00:49    
  %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 =   2.30000E+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)= 1.36000E+00   tinit= 2.30000E+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: ECH on/off times (s):   3.0045E-01  4.5358E+00
  %ICRF_ONOFF: no ICRF on/off times found.
 %NB_ONOFF: NBI on/off times (s):   2.3200E+00  5.3003E+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 -           792990401            792990401
  %UPF contains no namelist TABORT requests after t= 2.3000000000001002
 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= 2.3022E+00 seconds:  4.1906E-02
  GFRAM0: bdy curvature ratio OK at t= 2.3000E+00 seconds:  4.1887E-02
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  2.6387422333801127  (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= 2.20000E+00 CPU TIME= 6.19910E-02 SECONDS.  DT= 1.00000E-04
 %INITAL:  pseudo time advanced to  2.201126E+00
 %INITAL:  pseudo time advanced to  2.202580E+00
 %INITAL:  pseudo time advanced to  2.204257E+00
 %INITAL:  pseudo time advanced to  2.205421E+00
 %INITAL:  pseudo time advanced to  2.206876E+00
 %INITAL:  pseudo time advanced to  2.208695E+00
 %INITAL:  pseudo time advanced to  2.210695E+00
 %INITAL:  pseudo time advanced to  2.212695E+00
 %INITAL:  pseudo time advanced to  2.214695E+00
 %INITAL:  pseudo time advanced to  2.216695E+00
 %INITAL:  pseudo time advanced to  2.218695E+00
 %INITAL:  pseudo time advanced to  2.220695E+00
 % MHDEQ: TG1= 2.3000000000001002 ; TG2= 2.3022000000001004
 %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     -2.973E+00     1.124E+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  1.5393E+00  0.0000E+00  3.1621E-01  0.0000E+00  1.6425E+00  2.7367E-01
    1   0  5.4203E-01 -8.0225E-02 -8.0225E-02  7.6986E-01
    2   0  8.7461E-02 -1.9186E-02  2.6517E-02 -4.0630E-02
    3   0 -9.0416E-03  1.4341E-02 -3.2853E-03  1.2766E-02
    4   0 -2.0154E-03 -6.0410E-03 -4.2923E-03  1.0991E-03
    5   0  4.3066E-03  3.7725E-04  1.6354E-03 -3.0009E-03
    6   0 -1.8852E-03  6.0331E-04  6.1681E-04  1.1045E-03
    7   0  2.1984E-04 -4.1780E-04 -5.9947E-04  6.3193E-04
    8   0  1.4663E-04  1.0619E-04  2.0805E-05 -4.0870E-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  1.75E-01  5.06E-02  4.40E-02  3.65E-03  3.95E-04  1.10E+00  1.643E+00  2.737E-01 3.58353E+01 5.39E-03  1.000   1.12   1.08
  100  1.33E-05  8.53E-06  1.75E-06  1.24E-09  1.46E-09  1.10E+00  1.645E+00  2.349E-01 3.36160E+01 5.85E-03  1.000   1.12   1.25
  125  9.23E-07  6.75E-07  1.21E-07  6.33E-11  4.70E-10  1.10E+00  1.648E+00  2.332E-01 3.36158E+01 5.85E-03  1.000   1.12   1.25

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.048E-07 d(ln R0)/dt =  6.473E-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  6.36E-02  6.77E-02  1.59E-05  1.30E-09  2.73E-09  1.10E+00  1.648E+00  2.332E-01 3.36158E+01 5.86E-03  1.000   1.12   1.25
  100  1.94E-04  7.65E-05  1.65E-07  1.88E-10  1.19E-10  5.26E-01  1.650E+00  2.326E-01 2.78991E+01 7.05E-03  0.912   1.12   1.14
  200  6.28E-06  4.55E-06  2.55E-08  1.10E-11  8.22E-12  5.26E-01  1.657E+00  2.308E-01 2.65788E+01 7.42E-03  0.890   1.12   1.13
  300  9.64E-07  5.78E-07  6.18E-09  9.58E-13  7.08E-13  5.26E-01  1.658E+00  2.310E-01 2.58961E+01 7.61E-03  0.878   1.12   1.13
  400  2.07E-07  9.23E-08  1.71E-09  6.93E-14  9.77E-14  5.26E-01  1.659E+00  2.316E-01 2.55233E+01 7.72E-03  0.872   1.12   1.12
  500  6.21E-08  3.57E-08  4.58E-10  8.33E-14  1.89E-14  5.26E-01  1.660E+00  2.317E-01 2.52740E+01 7.80E-03  0.868   1.12   1.12
  600  2.06E-08  1.18E-08  1.47E-10  4.19E-15  4.39E-15  5.26E-01  1.660E+00  2.318E-01 2.50943E+01 7.85E-03  0.865   1.12   1.12
  687  9.95E-09  4.97E-09  5.79E-11  7.91E-16  1.39E-15  5.26E-01  1.660E+00  2.319E-01 2.49899E+01 7.89E-03  0.863   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.57E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.549E-05 d(ln R0)/dt =  8.946E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.68 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

 %meq_resize: allocating meq storage of size =  5
 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.020315

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  1.6987E+00 SECONDS
   DATA R*BT AT EDGE:  3.5744E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1887E-02
 % MHDEQ: TG1= 2.3000000000001002 ; TG2= 2.3022000000001004
 %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     -2.973E+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  1.5392E+00  0.0000E+00  3.1656E-01  0.0000E+00  1.6425E+00  2.7367E-01
    1   0  5.4191E-01 -8.0183E-02 -8.0183E-02  7.6959E-01
    2   0  8.7458E-02 -1.9223E-02  2.6535E-02 -4.0550E-02
    3   0 -9.0183E-03  1.4358E-02 -3.2852E-03  1.2749E-02
    4   0 -2.0187E-03 -6.0455E-03 -4.2862E-03  1.0881E-03
    5   0  4.3028E-03  3.7513E-04  1.6459E-03 -2.9807E-03
    6   0 -1.8795E-03  6.1430E-04  6.1810E-04  1.1044E-03
    7   0  2.1632E-04 -4.0930E-04 -5.9052E-04  6.2197E-04
    8   0  1.5286E-04  1.0426E-04  1.8183E-05 -4.0286E-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  1.76E-01  5.10E-02  4.42E-02  3.65E-03  3.93E-04  1.10E+00  1.643E+00  2.737E-01 3.58534E+01 5.38E-03  1.000   1.12   1.08
  100  1.29E-05  8.12E-06  1.71E-06  1.25E-09  1.47E-09  1.10E+00  1.644E+00  2.353E-01 3.36308E+01 5.84E-03  1.000   1.12   1.25
  125  9.02E-07  6.63E-07  1.20E-07  6.36E-11  4.65E-10  1.10E+00  1.648E+00  2.336E-01 3.36305E+01 5.85E-03  1.000   1.12   1.25

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.036E-07 d(ln R0)/dt =  6.465E-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  6.36E-02  6.70E-02  1.57E-05  1.30E-09  2.70E-09  1.10E+00  1.648E+00  2.336E-01 3.36305E+01 5.85E-03  1.000   1.12   1.25
  100  1.93E-04  7.64E-05  1.65E-07  1.87E-10  1.19E-10  5.26E-01  1.650E+00  2.330E-01 2.79071E+01 7.05E-03  0.911   1.12   1.14
  200  6.28E-06  4.53E-06  2.53E-08  1.09E-11  8.20E-12  5.26E-01  1.657E+00  2.311E-01 2.65828E+01 7.41E-03  0.890   1.12   1.13
  300  9.60E-07  5.75E-07  6.13E-09  9.45E-13  7.06E-13  5.26E-01  1.658E+00  2.314E-01 2.59006E+01 7.60E-03  0.878   1.12   1.13
  400  2.06E-07  9.19E-08  1.69E-09  6.87E-14  9.75E-14  5.26E-01  1.659E+00  2.319E-01 2.55276E+01 7.72E-03  0.872   1.12   1.12
  500  6.19E-08  3.55E-08  4.54E-10  8.23E-14  1.88E-14  5.26E-01  1.660E+00  2.321E-01 2.52787E+01 7.79E-03  0.868   1.12   1.12
  600  2.05E-08  1.17E-08  1.46E-10  4.17E-15  4.40E-15  5.26E-01  1.660E+00  2.322E-01 2.50997E+01 7.85E-03  0.865   1.12   1.12
  687  9.89E-09  4.94E-09  5.72E-11  7.85E-16  1.38E-15  5.26E-01  1.660E+00  2.323E-01 2.49956E+01 7.88E-03  0.863   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.53E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.534E-05 d(ln R0)/dt =  8.931E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.64 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):     0.020361

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  1.6597E+00 SECONDS
   DATA R*BT AT EDGE:  3.5750E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1906E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.22069E+00 CPU TIME= 4.09942E-02 SECONDS.  DT= 2.00000E-03
 %INITAL:  pseudo time advanced to  2.222695E+00
 %INITAL:  pseudo time advanced to  2.224695E+00
 %INITAL:  pseudo time advanced to  2.226695E+00
 %INITAL:  pseudo time advanced to  2.228695E+00
 %INITAL:  pseudo time advanced to  2.230695E+00
 %INITAL:  pseudo time advanced to  2.232695E+00
 %INITAL:  pseudo time advanced to  2.234695E+00
 %INITAL:  pseudo time advanced to  2.236695E+00
 %INITAL:  pseudo time advanced to  2.238695E+00
 %INITAL:  pseudo time advanced to  2.240695E+00
 % MHDEQ: TG1= 2.3000000000001002 ; TG2= 2.3022000000001004
 %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     -2.990E+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  1.5393E+00  0.0000E+00  3.1621E-01  0.0000E+00  1.6602E+00  2.3226E-01
    1   0  5.4203E-01 -8.0225E-02 -8.0225E-02  7.6986E-01
    2   0  8.7461E-02 -1.9186E-02  2.6517E-02 -4.0630E-02
    3   0 -9.0416E-03  1.4341E-02 -3.2853E-03  1.2766E-02
    4   0 -2.0154E-03 -6.0410E-03 -4.2923E-03  1.0991E-03
    5   0  4.3066E-03  3.7725E-04  1.6354E-03 -3.0009E-03
    6   0 -1.8852E-03  6.0331E-04  6.1681E-04  1.1045E-03
    7   0  2.1984E-04 -4.1780E-04 -5.9947E-04  6.3193E-04
    8   0  1.4663E-04  1.0619E-04  2.0805E-05 -4.0870E-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  2.79E-01  1.12E-01  5.90E-02  4.47E-03  5.34E-04  1.10E+00  1.660E+00  2.323E-01 3.67913E+01 5.27E-03  1.000   1.12   0.94
  100  9.69E-06  7.04E-06  9.98E-07  1.02E-09  2.67E-09  1.10E+00  1.642E+00  2.382E-01 3.39741E+01 5.78E-03  1.000   1.12   1.10
  119  9.68E-07  5.88E-07  2.01E-07  1.68E-10  2.24E-10  1.10E+00  1.646E+00  2.363E-01 3.39737E+01 5.79E-03  1.000   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.937E-07 d(ln R0)/dt =  1.081E-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  9.40E-02  1.95E-05  1.66E-09  3.99E-09  1.10E+00  1.646E+00  2.362E-01 3.39738E+01 5.79E-03  1.000   1.12   1.11
  100  9.98E-05  4.10E-05  1.57E-07  1.59E-10  2.06E-10  5.11E-01  1.648E+00  2.353E-01 3.43905E+01 5.73E-03  1.006   1.12   1.13
  200  6.79E-06  4.93E-06  3.57E-08  6.18E-12  9.84E-12  5.11E-01  1.653E+00  2.321E-01 3.24443E+01 6.08E-03  0.977   1.12   1.12
  300  1.43E-06  7.02E-07  1.12E-08  6.40E-13  1.11E-12  5.11E-01  1.655E+00  2.319E-01 3.17787E+01 6.21E-03  0.967   1.12   1.12
  400  3.19E-07  1.97E-07  3.69E-09  1.15E-13  2.13E-13  5.11E-01  1.656E+00  2.324E-01 3.12422E+01 6.32E-03  0.959   1.12   1.12
  500  1.29E-07  5.95E-08  1.17E-09  2.56E-14  3.30E-14  5.11E-01  1.657E+00  2.324E-01 3.08879E+01 6.39E-03  0.954   1.12   1.12
  600  5.35E-08  2.32E-08  3.84E-10  1.39E-14  1.10E-14  5.11E-01  1.657E+00  2.324E-01 3.05489E+01 6.46E-03  0.949   1.12   1.12
  700  2.62E-08  1.21E-08  1.56E-10  2.15E-15  5.57E-15  5.11E-01  1.657E+00  2.325E-01 3.02998E+01 6.51E-03  0.945   1.12   1.12
  800  1.25E-08  5.63E-09  6.22E-11  1.52E-15  7.24E-16  5.11E-01  1.657E+00  2.325E-01 3.01445E+01 6.55E-03  0.942   1.12   1.12
  836  9.90E-09  4.39E-09  4.52E-11  1.06E-15  9.94E-16  5.11E-01  1.657E+00  2.325E-01 3.00971E+01 6.56E-03  0.942   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.159E-05 d(ln R0)/dt =  5.151E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.97 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.027457

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  1.9887E+00 SECONDS
   DATA R*BT AT EDGE:  3.5744E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1887E-02
 % MHDEQ: TG1= 2.3000000000001002 ; TG2= 2.3022000000001004
 %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     -2.990E+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  1.5392E+00  0.0000E+00  3.1656E-01  0.0000E+00  1.6602E+00  2.3226E-01
    1   0  5.4191E-01 -8.0183E-02 -8.0183E-02  7.6959E-01
    2   0  8.7458E-02 -1.9223E-02  2.6535E-02 -4.0550E-02
    3   0 -9.0183E-03  1.4358E-02 -3.2852E-03  1.2749E-02
    4   0 -2.0187E-03 -6.0455E-03 -4.2862E-03  1.0881E-03
    5   0  4.3028E-03  3.7513E-04  1.6459E-03 -2.9807E-03
    6   0 -1.8795E-03  6.1430E-04  6.1810E-04  1.1044E-03
    7   0  2.1632E-04 -4.0930E-04 -5.9052E-04  6.2197E-04
    8   0  1.5286E-04  1.0426E-04  1.8183E-05 -4.0286E-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  2.81E-01  1.13E-01  5.92E-02  4.47E-03  5.40E-04  1.10E+00  1.660E+00  2.323E-01 3.68126E+01 5.26E-03  1.000   1.12   0.94
  100  9.61E-06  7.03E-06  9.96E-07  1.03E-09  2.69E-09  1.10E+00  1.642E+00  2.386E-01 3.39890E+01 5.78E-03  1.000   1.12   1.10
  119  9.64E-07  5.86E-07  2.00E-07  1.69E-10  2.21E-10  1.10E+00  1.646E+00  2.366E-01 3.39886E+01 5.79E-03  1.000   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.951E-07 d(ln R0)/dt =  1.086E-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  8.33E-02  9.36E-02  1.94E-05  1.65E-09  3.97E-09  1.10E+00  1.646E+00  2.366E-01 3.39887E+01 5.79E-03  1.000   1.12   1.11
  100  9.96E-05  4.10E-05  1.56E-07  1.59E-10  2.05E-10  5.11E-01  1.647E+00  2.357E-01 3.44018E+01 5.72E-03  1.006   1.12   1.13
  200  6.79E-06  4.92E-06  3.55E-08  6.16E-12  9.82E-12  5.11E-01  1.653E+00  2.324E-01 3.24501E+01 6.08E-03  0.977   1.12   1.12
  300  1.42E-06  6.98E-07  1.11E-08  6.38E-13  1.11E-12  5.11E-01  1.655E+00  2.323E-01 3.17841E+01 6.20E-03  0.967   1.12   1.12
  400  3.18E-07  1.96E-07  3.66E-09  1.15E-13  2.12E-13  5.11E-01  1.656E+00  2.328E-01 3.12472E+01 6.31E-03  0.959   1.12   1.12
  500  1.28E-07  5.92E-08  1.16E-09  2.54E-14  3.29E-14  5.11E-01  1.656E+00  2.328E-01 3.08939E+01 6.38E-03  0.954   1.12   1.12
  600  5.32E-08  2.30E-08  3.81E-10  1.38E-14  1.10E-14  5.11E-01  1.657E+00  2.328E-01 3.05562E+01 6.45E-03  0.948   1.12   1.12
  700  2.60E-08  1.20E-08  1.54E-10  2.14E-15  5.56E-15  5.11E-01  1.657E+00  2.329E-01 3.03077E+01 6.51E-03  0.945   1.12   1.12
  800  1.24E-08  5.59E-09  6.15E-11  1.51E-15  7.16E-16  5.11E-01  1.657E+00  2.328E-01 3.01525E+01 6.54E-03  0.942   1.12   1.12
  836  9.82E-09  4.35E-09  4.47E-11  1.05E-15  9.81E-16  5.11E-01  1.657E+00  2.328E-01 3.01052E+01 6.55E-03  0.942   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.148E-05 d(ln R0)/dt =  5.154E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.98 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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.027499

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  1.9977E+00 SECONDS
   DATA R*BT AT EDGE:  3.5750E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1906E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.24069E+00 CPU TIME= 4.29926E-02 SECONDS.  DT= 2.00000E-03
 %INITAL:  pseudo time advanced to  2.242695E+00
 %INITAL:  pseudo time advanced to  2.244695E+00
 %INITAL:  pseudo time advanced to  2.246695E+00
 %INITAL:  pseudo time advanced to  2.248695E+00
 %INITAL:  pseudo time advanced to  2.250695E+00
 %INITAL:  pseudo time advanced to  2.252695E+00
 %INITAL:  pseudo time advanced to  2.254695E+00
 %INITAL:  pseudo time advanced to  2.256695E+00
 %INITAL:  pseudo time advanced to  2.258695E+00
 %INITAL:  pseudo time advanced to  2.260695E+00
 % MHDEQ: TG1= 2.3000000000001002 ; TG2= 2.3022000000001004
 %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     -2.988E+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  1.5393E+00  0.0000E+00  3.1621E-01  0.0000E+00  1.6572E+00  2.3283E-01
    1   0  5.4203E-01 -8.0225E-02 -8.0225E-02  7.6986E-01
    2   0  8.7461E-02 -1.9186E-02  2.6517E-02 -4.0630E-02
    3   0 -9.0416E-03  1.4341E-02 -3.2853E-03  1.2766E-02
    4   0 -2.0154E-03 -6.0410E-03 -4.2923E-03  1.0991E-03
    5   0  4.3066E-03  3.7725E-04  1.6354E-03 -3.0009E-03
    6   0 -1.8852E-03  6.0331E-04  6.1681E-04  1.1045E-03
    7   0  2.1984E-04 -4.1780E-04 -5.9947E-04  6.3193E-04
    8   0  1.4663E-04  1.0619E-04  2.0805E-05 -4.0870E-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  2.68E-01  1.09E-01  5.74E-02  4.37E-03  5.28E-04  1.10E+00  1.657E+00  2.328E-01 3.66245E+01 5.29E-03  1.000   1.12   0.90
  100  6.24E-06  4.24E-06  7.68E-07  1.01E-09  2.20E-09  1.10E+00  1.641E+00  2.380E-01 3.39208E+01 5.79E-03  1.000   1.12   1.06
  119  9.40E-07  4.71E-07  1.85E-07  1.98E-10  3.19E-10  1.10E+00  1.646E+00  2.361E-01 3.39203E+01 5.80E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.006E-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  9.94E-02  1.04E-01  2.23E-05  1.57E-09  4.38E-09  1.10E+00  1.646E+00  2.360E-01 3.39204E+01 5.80E-03  1.000   1.12   1.07
  100  1.55E-02  1.23E-02  4.54E-06  8.32E-10  8.09E-10  4.67E-01  1.646E+00  2.359E-01 3.39824E+01 5.79E-03  1.001   1.12   1.07
  200  7.56E-05  4.84E-05  1.33E-07  8.29E-11  1.59E-10  4.28E-01  1.648E+00  2.347E-01 3.74153E+01 5.27E-03  1.050   1.12   1.13
  300  1.20E-05  5.98E-06  4.12E-08  9.10E-12  1.19E-11  4.28E-01  1.652E+00  2.322E-01 3.43855E+01 5.74E-03  1.007   1.12   1.12
  400  2.37E-06  9.71E-07  1.55E-08  1.64E-12  1.79E-12  4.28E-01  1.654E+00  2.320E-01 3.42389E+01 5.76E-03  1.005   1.12   1.13
  500  7.17E-07  3.31E-07  6.81E-09  3.48E-13  3.29E-13  4.28E-01  1.655E+00  2.325E-01 3.33476E+01 5.92E-03  0.992   1.12   1.13
  600  3.12E-07  1.46E-07  2.62E-09  6.56E-14  1.47E-13  4.28E-01  1.655E+00  2.326E-01 3.28721E+01 6.00E-03  0.985   1.12   1.12
  700  1.34E-07  5.87E-08  1.08E-09  2.83E-14  3.74E-14  4.28E-01  1.656E+00  2.325E-01 3.26190E+01 6.05E-03  0.981   1.12   1.12
  800  6.91E-08  2.97E-08  4.51E-10  7.07E-15  8.62E-15  4.28E-01  1.656E+00  2.326E-01 3.23060E+01 6.11E-03  0.976   1.12   1.12
  900  3.32E-08  1.48E-08  2.18E-10  5.49E-15  6.77E-15  4.28E-01  1.656E+00  2.327E-01 3.20601E+01 6.16E-03  0.972   1.12   1.12
 1000  1.95E-08  8.39E-09  1.06E-10  2.25E-15  1.22E-15  4.28E-01  1.656E+00  2.326E-01 3.19133E+01 6.19E-03  0.970   1.12   1.12
 1100  1.16E-08  5.13E-09  5.01E-11  3.63E-16  8.76E-16  4.28E-01  1.656E+00  2.326E-01 3.17788E+01 6.21E-03  0.968   1.12   1.12
 1134  9.70E-09  4.53E-09  3.90E-11  4.60E-16  5.47E-16  4.28E-01  1.656E+00  2.326E-01 3.17352E+01 6.22E-03  0.967   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.159E-05 d(ln R0)/dt =  3.140E-07


     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):     0.027642

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6866E+00 SECONDS
   DATA R*BT AT EDGE:  3.5744E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1887E-02
 % MHDEQ: TG1= 2.3000000000001002 ; TG2= 2.3022000000001004
 %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     -2.988E+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  1.5392E+00  0.0000E+00  3.1656E-01  0.0000E+00  1.6572E+00  2.3283E-01
    1   0  5.4191E-01 -8.0183E-02 -8.0183E-02  7.6959E-01
    2   0  8.7458E-02 -1.9223E-02  2.6535E-02 -4.0550E-02
    3   0 -9.0183E-03  1.4358E-02 -3.2852E-03  1.2749E-02
    4   0 -2.0187E-03 -6.0455E-03 -4.2862E-03  1.0881E-03
    5   0  4.3028E-03  3.7513E-04  1.6459E-03 -2.9807E-03
    6   0 -1.8795E-03  6.1430E-04  6.1810E-04  1.1044E-03
    7   0  2.1632E-04 -4.0930E-04 -5.9052E-04  6.2197E-04
    8   0  1.5286E-04  1.0426E-04  1.8183E-05 -4.0286E-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  2.69E-01  1.10E-01  5.76E-02  4.38E-03  5.33E-04  1.10E+00  1.657E+00  2.328E-01 3.66455E+01 5.28E-03  1.000   1.12   0.90
  100  6.27E-06  4.29E-06  7.67E-07  1.03E-09  2.21E-09  1.10E+00  1.641E+00  2.384E-01 3.39357E+01 5.78E-03  1.000   1.12   1.06
  119  9.38E-07  4.67E-07  1.85E-07  2.03E-10  3.15E-10  1.10E+00  1.646E+00  2.365E-01 3.39352E+01 5.79E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.022E-07 d(ln R0)/dt =  1.266E-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  9.91E-02  1.04E-01  2.22E-05  1.57E-09  4.37E-09  1.10E+00  1.646E+00  2.364E-01 3.39353E+01 5.80E-03  1.000   1.12   1.07
  100  1.55E-02  1.23E-02  4.53E-06  8.36E-10  8.08E-10  4.67E-01  1.646E+00  2.363E-01 3.39973E+01 5.79E-03  1.001   1.12   1.07
  200  7.57E-05  4.83E-05  1.33E-07  8.37E-11  1.59E-10  4.28E-01  1.648E+00  2.351E-01 3.74305E+01 5.26E-03  1.050   1.12   1.13
  300  1.20E-05  5.96E-06  4.11E-08  9.07E-12  1.19E-11  4.28E-01  1.652E+00  2.325E-01 3.43905E+01 5.73E-03  1.007   1.12   1.12
  400  2.37E-06  9.67E-07  1.54E-08  1.64E-12  1.79E-12  4.28E-01  1.654E+00  2.323E-01 3.42443E+01 5.76E-03  1.005   1.12   1.13
  500  7.15E-07  3.31E-07  6.77E-09  3.48E-13  3.28E-13  4.28E-01  1.655E+00  2.328E-01 3.33524E+01 5.91E-03  0.991   1.12   1.12
  600  3.11E-07  1.45E-07  2.60E-09  6.55E-14  1.47E-13  4.28E-01  1.655E+00  2.329E-01 3.28779E+01 6.00E-03  0.984   1.12   1.12
  700  1.33E-07  5.80E-08  1.07E-09  2.82E-14  3.74E-14  4.28E-01  1.656E+00  2.329E-01 3.26261E+01 6.05E-03  0.981   1.12   1.12
  800  6.85E-08  2.95E-08  4.47E-10  7.03E-15  8.49E-15  4.28E-01  1.656E+00  2.330E-01 3.23141E+01 6.10E-03  0.976   1.12   1.12
  900  3.30E-08  1.47E-08  2.16E-10  5.43E-15  6.72E-15  4.28E-01  1.656E+00  2.330E-01 3.20686E+01 6.15E-03  0.972   1.12   1.12
 1000  1.93E-08  8.33E-09  1.05E-10  2.26E-15  1.23E-15  4.28E-01  1.656E+00  2.330E-01 3.19220E+01 6.18E-03  0.970   1.12   1.12
 1100  1.15E-08  5.10E-09  4.95E-11  3.58E-16  8.68E-16  4.28E-01  1.656E+00  2.330E-01 3.17876E+01 6.21E-03  0.968   1.12   1.12
 1133  9.91E-09  4.55E-09  3.87E-11  4.20E-16  5.18E-16  4.28E-01  1.656E+00  2.330E-01 3.17455E+01 6.21E-03  0.967   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.155E-05 d(ln R0)/dt =  3.157E-07


     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):     0.027684

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6876E+00 SECONDS
   DATA R*BT AT EDGE:  3.5750E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1906E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.26069E+00 CPU TIME= 4.19931E-02 SECONDS.  DT= 2.00000E-03
 %INITAL:  pseudo time advanced to  2.262695E+00
 %INITAL:  pseudo time advanced to  2.264695E+00
 %INITAL:  pseudo time advanced to  2.266695E+00
 %INITAL:  pseudo time advanced to  2.268695E+00
 %INITAL:  pseudo time advanced to  2.270695E+00
 %INITAL:  pseudo time advanced to  2.272695E+00
 %INITAL:  pseudo time advanced to  2.274695E+00
 %INITAL:  pseudo time advanced to  2.276695E+00
 %INITAL:  pseudo time advanced to  2.278695E+00
 %INITAL:  pseudo time advanced to  2.280695E+00
 % MHDEQ: TG1= 2.3000000000001002 ; TG2= 2.3022000000001004
 %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     -2.987E+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  1.5393E+00  0.0000E+00  3.1621E-01  0.0000E+00  1.6563E+00  2.3296E-01
    1   0  5.4203E-01 -8.0225E-02 -8.0225E-02  7.6986E-01
    2   0  8.7461E-02 -1.9186E-02  2.6517E-02 -4.0630E-02
    3   0 -9.0416E-03  1.4341E-02 -3.2853E-03  1.2766E-02
    4   0 -2.0154E-03 -6.0410E-03 -4.2923E-03  1.0991E-03
    5   0  4.3066E-03  3.7725E-04  1.6354E-03 -3.0009E-03
    6   0 -1.8852E-03  6.0331E-04  6.1681E-04  1.1045E-03
    7   0  2.1984E-04 -4.1780E-04 -5.9947E-04  6.3193E-04
    8   0  1.4663E-04  1.0619E-04  2.0805E-05 -4.0870E-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  2.65E-01  1.08E-01  5.70E-02  4.35E-03  5.26E-04  1.10E+00  1.656E+00  2.330E-01 3.65801E+01 5.29E-03  1.000   1.12   0.88
  100  5.25E-06  3.24E-06  6.59E-07  1.17E-09  1.91E-09  1.10E+00  1.640E+00  2.381E-01 3.39079E+01 5.79E-03  1.000   1.12   1.04
  119  9.77E-07  4.40E-07  1.80E-07  2.40E-10  3.47E-10  1.10E+00  1.646E+00  2.361E-01 3.39073E+01 5.80E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.847E-07 d(ln R0)/dt =  1.416E-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  1.08E-01  1.11E-01  2.41E-05  1.55E-09  4.59E-09  1.10E+00  1.646E+00  2.360E-01 3.39074E+01 5.81E-03  1.000   1.12   1.05
  100  1.75E-02  1.29E-02  4.86E-06  9.12E-10  8.34E-10  4.67E-01  1.646E+00  2.359E-01 3.39912E+01 5.79E-03  1.001   1.12   1.05
  200  8.31E-05  5.23E-05  1.41E-07  7.78E-11  1.64E-10  4.28E-01  1.648E+00  2.347E-01 3.87395E+01 5.09E-03  1.069   1.12   1.14
  300  1.32E-05  6.56E-06  4.40E-08  1.12E-11  1.26E-11  4.28E-01  1.652E+00  2.322E-01 3.52013E+01 5.60E-03  1.019   1.12   1.11
  400  2.76E-06  1.12E-06  1.66E-08  2.05E-12  1.83E-12  4.28E-01  1.654E+00  2.320E-01 3.52020E+01 5.61E-03  1.019   1.12   1.13
  500  7.80E-07  3.72E-07  7.47E-09  3.75E-13  3.61E-13  4.28E-01  1.654E+00  2.325E-01 3.41714E+01 5.78E-03  1.004   1.12   1.13
  600  3.32E-07  1.52E-07  2.93E-09  7.60E-14  1.57E-13  4.28E-01  1.655E+00  2.326E-01 3.36514E+01 5.87E-03  0.996   1.12   1.12
  700  1.38E-07  6.07E-08  1.22E-09  2.79E-14  4.16E-14  4.28E-01  1.655E+00  2.326E-01 3.33979E+01 5.91E-03  0.993   1.12   1.13
  800  7.49E-08  3.11E-08  5.25E-10  7.82E-15  8.91E-15  4.28E-01  1.656E+00  2.327E-01 3.30564E+01 5.97E-03  0.987   1.12   1.12
  900  3.92E-08  1.74E-08  2.59E-10  6.87E-15  7.07E-15  4.28E-01  1.656E+00  2.327E-01 3.27946E+01 6.02E-03  0.984   1.12   1.12
 1000  2.36E-08  1.00E-08  1.28E-10  2.46E-15  1.45E-15  4.28E-01  1.656E+00  2.327E-01 3.26348E+01 6.05E-03  0.981   1.12   1.12
 1100  1.40E-08  6.31E-09  6.20E-11  3.94E-16  8.53E-16  4.28E-01  1.656E+00  2.327E-01 3.24872E+01 6.08E-03  0.979   1.12   1.12
 1168  9.85E-09  4.67E-09  3.77E-11  1.25E-15  3.59E-16  4.28E-01  1.656E+00  2.327E-01 3.23914E+01 6.09E-03  0.978   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 =  3.931E-05 d(ln R0)/dt =  3.252E-07


     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):     0.027746

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7626E+00 SECONDS
   DATA R*BT AT EDGE:  3.5744E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1887E-02
 % MHDEQ: TG1= 2.3000000000001002 ; TG2= 2.3022000000001004
 %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     -2.987E+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  1.5392E+00  0.0000E+00  3.1656E-01  0.0000E+00  1.6563E+00  2.3296E-01
    1   0  5.4191E-01 -8.0183E-02 -8.0183E-02  7.6959E-01
    2   0  8.7458E-02 -1.9223E-02  2.6535E-02 -4.0550E-02
    3   0 -9.0183E-03  1.4358E-02 -3.2852E-03  1.2749E-02
    4   0 -2.0187E-03 -6.0455E-03 -4.2862E-03  1.0881E-03
    5   0  4.3028E-03  3.7513E-04  1.6459E-03 -2.9807E-03
    6   0 -1.8795E-03  6.1430E-04  6.1810E-04  1.1044E-03
    7   0  2.1632E-04 -4.0930E-04 -5.9052E-04  6.2197E-04
    8   0  1.5286E-04  1.0426E-04  1.8183E-05 -4.0286E-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  2.66E-01  1.09E-01  5.72E-02  4.35E-03  5.31E-04  1.10E+00  1.656E+00  2.330E-01 3.66011E+01 5.29E-03  1.000   1.12   0.88
  100  5.34E-06  3.35E-06  6.71E-07  1.16E-09  1.96E-09  1.10E+00  1.640E+00  2.384E-01 3.39228E+01 5.78E-03  1.000   1.12   1.04
  119  9.77E-07  4.43E-07  1.81E-07  2.36E-10  3.43E-10  1.10E+00  1.645E+00  2.364E-01 3.39222E+01 5.80E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.772E-07 d(ln R0)/dt =  1.403E-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  1.08E-01  1.10E-01  2.39E-05  1.55E-09  4.56E-09  1.10E+00  1.646E+00  2.364E-01 3.39223E+01 5.80E-03  1.000   1.12   1.05
  100  1.75E-02  1.28E-02  4.83E-06  9.02E-10  8.28E-10  4.67E-01  1.646E+00  2.363E-01 3.40060E+01 5.79E-03  1.001   1.12   1.05
  200  8.28E-05  5.21E-05  1.40E-07  7.71E-11  1.63E-10  4.28E-01  1.648E+00  2.351E-01 3.87428E+01 5.09E-03  1.068   1.12   1.14
  300  1.32E-05  6.54E-06  4.37E-08  1.12E-11  1.25E-11  4.28E-01  1.652E+00  2.326E-01 3.52070E+01 5.60E-03  1.019   1.12   1.11
  400  2.75E-06  1.11E-06  1.65E-08  2.05E-12  1.81E-12  4.28E-01  1.654E+00  2.324E-01 3.52063E+01 5.60E-03  1.019   1.12   1.13
  500  7.77E-07  3.72E-07  7.41E-09  3.72E-13  3.59E-13  4.28E-01  1.654E+00  2.329E-01 3.41759E+01 5.77E-03  1.004   1.12   1.12
  600  3.31E-07  1.51E-07  2.90E-09  7.57E-14  1.56E-13  4.28E-01  1.655E+00  2.330E-01 3.36562E+01 5.86E-03  0.996   1.12   1.12
  700  1.37E-07  6.01E-08  1.21E-09  2.74E-14  4.11E-14  4.28E-01  1.655E+00  2.329E-01 3.34041E+01 5.91E-03  0.992   1.12   1.12
  800  7.40E-08  3.07E-08  5.20E-10  7.79E-15  8.75E-15  4.28E-01  1.656E+00  2.330E-01 3.30640E+01 5.97E-03  0.987   1.12   1.12
  900  3.89E-08  1.72E-08  2.56E-10  6.78E-15  7.01E-15  4.28E-01  1.656E+00  2.331E-01 3.28033E+01 6.01E-03  0.983   1.12   1.12
 1000  2.34E-08  9.92E-09  1.27E-10  2.46E-15  1.43E-15  4.28E-01  1.656E+00  2.330E-01 3.26438E+01 6.04E-03  0.981   1.12   1.12
 1100  1.38E-08  6.26E-09  6.11E-11  3.89E-16  8.40E-16  4.28E-01  1.656E+00  2.330E-01 3.24960E+01 6.07E-03  0.979   1.12   1.12
 1167  9.89E-09  4.78E-09  3.73E-11  1.20E-15  3.48E-16  4.28E-01  1.656E+00  2.330E-01 3.24014E+01 6.09E-03  0.977   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 =  3.955E-05 d(ln R0)/dt =  3.241E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.71 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):     0.027786

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7246E+00 SECONDS
   DATA R*BT AT[1] 14360
 EDGE:  3.5750E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1906E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.28069E+00 CPU TIME= 4.29955E-02 SECONDS.  DT= 2.00000E-03
 %INITAL:  pseudo time advanced to  2.282695E+00
 %INITAL:  pseudo time advanced to  2.284695E+00
 %INITAL:  pseudo time advanced to  2.286695E+00
 %INITAL:  pseudo time advanced to  2.288695E+00
 %INITAL:  pseudo time advanced to  2.290695E+00
 %INITAL:  pseudo time advanced to  2.292695E+00
 %INITAL:  pseudo time advanced to  2.294695E+00
 %INITAL:  pseudo time advanced to  2.296695E+00
 %INITAL:  pseudo time advanced to  2.298695E+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= 2.30000E+00 CPU TIME= 4.29935E-02 SECONDS.  DT= 1.00000E-03
  
 TTOR1=  2.3000000000001002
 TTOR2=  2.3100000000001
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %check_save_state: pbsid = 48222
  %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=  2.3000000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.300000E+00 NSTEP=     1 Hash code:   66311604
 ->PRGCHK: bdy curvature ratio at t= 2.3050E+00 seconds is:  4.1931E-02
 % MHDEQ: TG1= 2.3000000000001002 ; TG2= 2.3050000000001001

 *** 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     -2.984E+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  1.5390E+00  0.0000E+00  3.1701E-01  0.0000E+00  1.6560E+00  2.3302E-01
    1   0  5.4177E-01 -8.0129E-02 -8.0129E-02  7.6926E-01
    2   0  8.7455E-02 -1.9269E-02  2.6557E-02 -4.0448E-02
    3   0 -8.9886E-03  1.4380E-02 -3.2850E-03  1.2728E-02
    4   0 -2.0228E-03 -6.0513E-03 -4.2784E-03  1.0740E-03
    5   0  4.2979E-03  3.7244E-04  1.6592E-03 -2.9550E-03
    6   0 -1.8722E-03  6.2830E-04  6.1975E-04  1.1044E-03
    7   0  2.1184E-04 -3.9849E-04 -5.7913E-04  6.0928E-04
    8   0  1.6078E-04  1.0180E-04  1.4846E-05 -3.9543E-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  2.66E-01  1.10E-01  5.73E-02  4.34E-03  5.38E-04  1.10E+00  1.656E+00  2.330E-01 3.65398E+01 5.30E-03  1.000   1.12   0.87
  100  5.14E-06  3.15E-06  6.45E-07  1.22E-09  1.89E-09  1.10E+00  1.640E+00  2.388E-01 3.38715E+01 5.80E-03  1.000   1.12   1.03
  125  7.86E-07  3.22E-07  1.38E-07  1.81E-10  2.31E-10  1.10E+00  1.647E+00  2.363E-01 3.38708E+01 5.82E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.205E-07 d(ln R0)/dt =  1.350E-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  1.18E-01  2.55E-05  1.49E-09  3.77E-09  1.10E+00  1.647E+00  2.362E-01 3.38709E+01 5.82E-03  1.000   1.12   1.05
  100  1.90E-02  1.38E-02  5.04E-06  6.91E-10  6.97E-10  4.67E-01  1.647E+00  2.361E-01 3.39593E+01 5.80E-03  1.001   1.12   1.05
  200  8.50E-05  5.11E-05  1.36E-07  4.99E-11  1.33E-10  4.28E-01  1.648E+00  2.352E-01 3.88911E+01 5.07E-03  1.071   1.12   1.13
  300  1.48E-05  6.63E-06  4.11E-08  1.32E-11  1.05E-11  4.28E-01  1.651E+00  2.331E-01 3.55560E+01 5.55E-03  1.024   1.12   1.11
  400  3.02E-06  1.19E-06  1.58E-08  2.20E-12  1.53E-12  4.28E-01  1.653E+00  2.330E-01 3.56094E+01 5.55E-03  1.025   1.12   1.13
  500  8.41E-07  3.88E-07  7.01E-09  3.22E-13  3.42E-13  4.28E-01  1.654E+00  2.334E-01 3.45438E+01 5.72E-03  1.010   1.12   1.12
  600  3.54E-07  1.50E-07  2.81E-09  9.39E-14  1.30E-13  4.28E-01  1.655E+00  2.335E-01 3.39963E+01 5.81E-03  1.002   1.12   1.12
  700  1.38E-07  6.35E-08  1.20E-09  2.01E-14  3.56E-14  4.28E-01  1.655E+00  2.334E-01 3.37493E+01 5.85E-03  0.998   1.12   1.12
  800  7.12E-08  2.93E-08  5.29E-10  8.05E-15  8.32E-15  4.28E-01  1.655E+00  2.335E-01 3.34084E+01 5.91E-03  0.993   1.12   1.12
  900  4.06E-08  1.70E-08  2.65E-10  7.26E-15  6.26E-15  4.28E-01  1.655E+00  2.336E-01 3.31491E+01 5.96E-03  0.989   1.12   1.12
 1000  2.50E-08  1.06E-08  1.31E-10  2.22E-15  1.39E-15  4.28E-01  1.655E+00  2.335E-01 3.29825E+01 5.99E-03  0.987   1.12   1.12
 1100  1.46E-08  6.59E-09  6.33E-11  4.28E-16  6.95E-16  4.28E-01  1.655E+00  2.335E-01 3.28239E+01 6.02E-03  0.985   1.12   1.12
 1180  9.99E-09  4.38E-09  3.50E-11  1.71E-15  6.04E-16  4.28E-01  1.656E+00  2.335E-01 3.27058E+01 6.04E-03  0.983   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 =  3.935E-05 d(ln R0)/dt =  3.721E-07


     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):     0.028483

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7936E+00 SECONDS
   DATA R*BT AT EDGE:  3.5756E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1931E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.300000 TO TG2=    2.305000 @ NSTEP        1
   GFRAME TG2 MOMENTS CHECKSUM:  1.2115579884818E+04
  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
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.305000E+00 NSTEP=     7 Hash code:   81092983
 ->PRGCHK: bdy curvature ratio at t= 2.3100E+00 seconds is:  4.1976E-02
 % MHDEQ: TG1= 2.3050000000001001 ; TG2= 2.3100000000001

 *** 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     -2.982E+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  1.5387E+00  0.0000E+00  3.1780E-01  0.0000E+00  1.6556E+00  2.3352E-01
    1   0  5.4151E-01 -8.0032E-02 -8.0032E-02  7.6866E-01
    2   0  8.7449E-02 -1.9353E-02  2.6598E-02 -4.0266E-02
    3   0 -8.9357E-03  1.4419E-02 -3.2848E-03  1.2690E-02
    4   0 -2.0302E-03 -6.0615E-03 -4.2646E-03  1.0490E-03
    5   0  4.2891E-03  3.6762E-04  1.6829E-03 -2.9091E-03
    6   0 -1.8591E-03  6.5330E-04  6.2269E-04  1.1043E-03
    7   0  2.0385E-04 -3.7919E-04 -5.5879E-04  5.8663E-04
    8   0  1.7492E-04  9.7406E-05  8.8874E-06 -3.8216E-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  2.67E-01  1.11E-01  5.75E-02  4.33E-03  5.43E-04  1.10E+00  1.656E+00  2.335E-01 3.65206E+01 5.26E-03  1.000   1.12   0.87
  100  5.25E-06  3.27E-06  6.74E-07  1.24E-09  1.92E-09  1.10E+00  1.640E+00  2.397E-01 3.38574E+01 5.75E-03  1.000   1.12   1.02
  125  7.80E-07  3.24E-07  1.40E-07  1.85E-10  2.34E-10  1.10E+00  1.646E+00  2.372E-01 3.38566E+01 5.76E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.332E-07 d(ln R0)/dt =  1.352E-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  1.11E-01  1.11E-01  2.39E-05  1.43E-09  3.66E-09  1.10E+00  1.647E+00  2.371E-01 3.38567E+01 5.77E-03  1.000   1.12   1.04
  100  3.30E-02  2.70E-02  7.84E-06  7.42E-10  6.97E-10  4.67E-01  1.646E+00  2.370E-01 3.39928E+01 5.74E-03  1.002   1.12   1.04
  200  8.99E-05  6.32E-05  1.49E-07  4.50E-11  1.31E-10  4.28E-01  1.648E+00  2.360E-01 3.94042E+01 4.96E-03  1.078   1.12   1.13
  300  1.19E-05  6.42E-06  3.96E-08  1.37E-11  1.04E-11  4.28E-01  1.651E+00  2.339E-01 3.58284E+01 5.46E-03  1.029   1.12   1.11
  400  2.87E-06  1.43E-06  1.55E-08  2.22E-12  1.49E-12  4.28E-01  1.653E+00  2.338E-01 3.59994E+01 5.44E-03  1.031   1.12   1.13
  500  8.66E-07  3.87E-07  6.74E-09  2.96E-13  3.31E-13  4.28E-01  1.654E+00  2.342E-01 3.49618E+01 5.60E-03  1.016   1.12   1.12
  600  4.01E-07  1.35E-07  2.68E-09  9.71E-14  1.22E-13  4.28E-01  1.654E+00  2.343E-01 3.44149E+01 5.69E-03  1.008   1.12   1.12
  700  1.29E-07  6.63E-08  1.13E-09  1.91E-14  3.24E-14  4.28E-01  1.654E+00  2.342E-01 3.41806E+01 5.73E-03  1.005   1.12   1.12
  800  6.10E-08  2.73E-08  4.90E-10  7.34E-15  7.58E-15  4.28E-01  1.655E+00  2.343E-01 3.38396E+01 5.78E-03  1.000   1.12   1.12
  900  3.67E-08  1.44E-08  2.40E-10  6.62E-15  5.92E-15  4.28E-01  1.655E+00  2.344E-01 3.35813E+01 5.83E-03  0.996   1.12   1.12
 1000  2.23E-08  9.69E-09  1.20E-10  2.07E-15  1.35E-15  4.28E-01  1.655E+00  2.343E-01 3.34245E+01 5.85E-03  0.994   1.12   1.12
 1100  1.33E-08  6.05E-09  5.79E-11  3.75E-16  6.44E-16  4.28E-01  1.655E+00  2.343E-01 3.32666E+01 5.88E-03  0.991   1.12   1.12
 1154  9.91E-09  4.54E-09  3.88E-11  8.41E-16  4.03E-16  4.28E-01  1.655E+00  2.343E-01 3.31847E+01 5.90E-03  0.990   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 =  4.751E-05 d(ln R0)/dt =  3.209E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.71 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):     0.052023

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7326E+00 SECONDS
   DATA R*BT AT EDGE:  3.5768E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1976E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.305000 TO TG2=    2.310000 @ NSTEP        7
   GFRAME TG2 MOMENTS CHECKSUM:  1.2115163557998E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 cpu time (sec) in nubeam_ctrl_init:   1.9970E-03
  NBI_INTERP_PROFILES... 
  NBSTART... 
 %sigfacz (exc.states) Erel= 2.5922E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 2.9047E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 3.2172E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 3.5297E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Te= 9.2219E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 9.2219E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 9.2219E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 9.2219E+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=    225 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=    357 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=    548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=    741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1006 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1131 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.770830E+08  2.770145E+08
 %ORBALL:  In processor     0: orbit # IORB=   1463 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1533 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1818 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2910 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2912 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2957 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3045 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3441 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3801 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4291 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4321 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4428 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4760 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5122 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5302 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5444 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5769 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5842 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6410 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6615 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6707 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7571 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8051 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8427 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8463 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8582 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8653 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8823 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9011 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9401 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9578 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9679 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9704 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10332 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10790 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.547525E+08  2.544970E+08
 %ORBALL:  In processor     0: orbit # IORB=  10975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11104 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11347 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11841 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11933 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=12500 SPL=    0 TOT=10089
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.9488196E-01 -1.2236498E+00  1.3560457E+08  5.7927055E-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=     11
 TA= 2.31000E+00 CPU TIME= 5.69839E-02 SECONDS.  DT= 7.61719E-04
  
 TTOR1=  2.3100000000001
 TTOR2=  2.3200000000000998
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.310000E+00 NSTEP=    11 Hash code:  107311165
 ->PRGCHK: bdy curvature ratio at t= 2.3150E+00 seconds is:  4.1763E-02
 % MHDEQ: TG1= 2.3100000000001 ; TG2= 2.3150000000000999

 *** 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     -2.984E+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  1.5386E+00  0.0000E+00  3.1691E-01  0.0000E+00  1.6551E+00  2.3431E-01
    1   0  5.4189E-01 -7.9658E-02 -7.9658E-02  7.6891E-01
    2   0  8.7557E-02 -1.9511E-02  2.6379E-02 -4.0491E-02
    3   0 -8.8070E-03  1.4546E-02 -3.2002E-03  1.2744E-02
    4   0 -2.1212E-03 -6.0181E-03 -4.2806E-03  1.1021E-03
    5   0  4.3213E-03  3.5307E-04  1.6758E-03 -2.9427E-03
    6   0 -1.8466E-03  6.8326E-04  6.3793E-04  1.1014E-03
    7   0  1.9446E-04 -3.8346E-04 -5.8332E-04  6.0288E-04
    8   0  1.6924E-04  7.5647E-05 -9.1839E-06 -3.8115E-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  2.63E-01  1.08E-01  5.71E-02  4.34E-03  5.22E-04  1.10E+00  1.655E+00  2.343E-01 3.65116E+01 5.21E-03  1.000   1.12   0.87
  100  5.17E-06  3.23E-06  6.66E-07  1.24E-09  1.84E-09  1.10E+00  1.639E+00  2.390E-01 3.38576E+01 5.69E-03  1.000   1.12   1.03
  119  9.84E-07  4.32E-07  1.83E-07  2.65E-10  3.60E-10  1.10E+00  1.645E+00  2.371E-01 3.38570E+01 5.71E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  6.255E-07 d(ln R0)/dt =  1.461E-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  9.86E-02  1.04E-01  2.24E-05  1.49E-09  4.50E-09  1.10E+00  1.645E+00  2.370E-01 3.38571E+01 5.71E-03  1.000   1.12   1.04
  100  3.15E-02  3.03E-02  8.65E-06  1.24E-09  6.99E-10  4.67E-01  1.645E+00  2.369E-01 3.40421E+01 5.68E-03  1.003   1.12   1.04
  200  8.77E-05  6.70E-05  1.58E-07  6.53E-11  1.57E-10  4.28E-01  1.647E+00  2.356E-01 3.96757E+01 4.88E-03  1.082   1.12   1.14
  300  9.46E-06  6.94E-06  4.21E-08  1.18E-11  1.24E-11  4.28E-01  1.651E+00  2.332E-01 3.56856E+01 5.43E-03  1.027   1.12   1.11
  400  2.51E-06  1.61E-06  1.61E-08  2.04E-12  1.75E-12  4.28E-01  1.653E+00  2.330E-01 3.58517E+01 5.41E-03  1.029   1.12   1.13
  500  8.02E-07  3.94E-07  7.16E-09  3.41E-13  3.37E-13  4.28E-01  1.653E+00  2.335E-01 3.48538E+01 5.56E-03  1.015   1.12   1.12
  600  3.84E-07  1.41E-07  2.76E-09  7.89E-14  1.40E-13  4.28E-01  1.654E+00  2.336E-01 3.43292E+01 5.65E-03  1.007   1.12   1.12
  700  1.21E-07  6.51E-08  1.13E-09  2.60E-14  3.63E-14  4.28E-01  1.654E+00  2.335E-01 3.40986E+01 5.69E-03  1.004   1.12   1.12
  800  6.20E-08  2.90E-08  4.79E-10  7.32E-15  8.51E-15  4.28E-01  1.655E+00  2.336E-01 3.37613E+01 5.74E-03  0.999   1.12   1.12
  900  3.51E-08  1.34E-08  2.32E-10  6.23E-15  6.23E-15  4.28E-01  1.655E+00  2.337E-01 3.34984E+01 5.79E-03  0.995   1.12   1.12
 1000  2.04E-08  8.75E-09  1.16E-10  2.39E-15  1.31E-15  4.28E-01  1.655E+00  2.336E-01 3.33485E+01 5.81E-03  0.993   1.12   1.12
 1100  1.24E-08  5.71E-09  5.64E-11  4.05E-16  7.61E-16  4.28E-01  1.655E+00  2.336E-01 3.32033E+01 5.84E-03  0.990   1.12   1.12
 1146  9.84E-09  4.63E-09  4.01E-11  6.05E-16  4.13E-16  4.28E-01  1.655E+00  2.336E-01 3.31357E+01 5.85E-03  0.989   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.644E-05 d(ln R0)/dt =  2.819E-07


     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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.027725

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6836E+00 SECONDS
   DATA R*BT AT EDGE:  3.5746E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1763E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.310000 TO TG2=    2.315000 @ NSTEP       11
   GFRAME TG2 MOMENTS CHECKSUM:  1.2114080655833E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.315000E+00 NSTEP=    17 Hash code:  107911137
 ->PRGCHK: bdy curvature ratio at t= 2.3200E+00 seconds is:  4.1550E-02
 % MHDEQ: TG1= 2.3150000000000999 ; TG2= 2.3200000000000998

 *** 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     -2.986E+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  1.5384E+00  0.0000E+00  3.1601E-01  0.0000E+00  1.6550E+00  2.3362E-01
    1   0  5.4227E-01 -7.9284E-02 -7.9284E-02  7.6916E-01
    2   0  8.7665E-02 -1.9670E-02  2.6160E-02 -4.0715E-02
    3   0 -8.6783E-03  1.4672E-02 -3.1155E-03  1.2799E-02
    4   0 -2.2121E-03 -5.9747E-03 -4.2967E-03  1.1552E-03
    5   0  4.3536E-03  3.3851E-04  1.6687E-03 -2.9763E-03
    6   0 -1.8340E-03  7.1321E-04  6.5317E-04  1.0985E-03
    7   0  1.8508E-04 -3.8773E-04 -6.0785E-04  6.1912E-04
    8   0  1.6356E-04  5.3888E-05 -2.7255E-05 -3.8015E-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  2.64E-01  1.08E-01  5.72E-02  4.36E-03  5.24E-04  1.10E+00  1.655E+00  2.336E-01 3.65209E+01 5.23E-03  1.000   1.12   0.87
  100  5.29E-06  3.40E-06  6.59E-07  1.30E-09  1.82E-09  1.10E+00  1.639E+00  2.384E-01 3.38580E+01 5.71E-03  1.000   1.12   1.03
  119  9.80E-07  4.37E-07  1.83E-07  2.79E-10  3.55E-10  1.10E+00  1.644E+00  2.365E-01 3.38574E+01 5.73E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  6.367E-07 d(ln R0)/dt =  1.487E-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  1.03E-01  2.20E-05  1.53E-09  4.52E-09  1.10E+00  1.645E+00  2.364E-01 3.38575E+01 5.73E-03  1.000   1.12   1.04
  100  3.08E-02  3.03E-02  8.51E-06  1.28E-09  7.15E-10  4.67E-01  1.645E+00  2.363E-01 3.40335E+01 5.70E-03  1.003   1.12   1.04
  200  8.84E-05  6.81E-05  1.58E-07  7.02E-11  1.58E-10  4.28E-01  1.647E+00  2.350E-01 3.93827E+01 4.93E-03  1.078   1.12   1.13
  300  9.07E-06  6.75E-06  4.20E-08  1.09E-11  1.27E-11  4.28E-01  1.651E+00  2.326E-01 3.55497E+01 5.47E-03  1.025   1.12   1.11
  400  2.51E-06  1.55E-06  1.60E-08  1.91E-12  1.79E-12  4.28E-01  1.653E+00  2.324E-01 3.56835E+01 5.45E-03  1.026   1.12   1.13
  500  7.75E-07  3.91E-07  7.08E-09  3.33E-13  3.32E-13  4.28E-01  1.653E+00  2.328E-01 3.47299E+01 5.60E-03  1.013   1.12   1.12
  600  3.72E-07  1.39E-07  2.70E-09  7.55E-14  1.35E-13  4.28E-01  1.654E+00  2.329E-01 3.42171E+01 5.69E-03  1.005   1.12   1.12
  700  1.19E-07  6.26E-08  1.09E-09  2.63E-14  3.60E-14  4.28E-01  1.654E+00  2.329E-01 3.39922E+01 5.72E-03  1.002   1.12   1.12
  800  6.01E-08  2.88E-08  4.60E-10  7.35E-15  8.53E-15  4.28E-01  1.654E+00  2.330E-01 3.36656E+01 5.78E-03  0.997   1.12   1.12
  900  3.38E-08  1.29E-08  2.21E-10  5.73E-15  6.27E-15  4.28E-01  1.655E+00  2.330E-01 3.34027E+01 5.83E-03  0.993   1.12   1.12
 1000  1.93E-08  8.18E-09  1.10E-10  2.26E-15  1.36E-15  4.28E-01  1.655E+00  2.330E-01 3.32570E+01 5.85E-03  0.991   1.12   1.12
 1100  1.17E-08  5.35E-09  5.39E-11  3.82E-16  7.75E-16  4.28E-01  1.655E+00  2.330E-01 3.31198E+01 5.88E-03  0.989   1.12   1.12
 1121  9.92E-09  5.02E-09  4.56E-11  3.13E-16  6.25E-16  4.28E-01  1.655E+00  2.330E-01 3.30916E+01 5.88E-03  0.989   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.50E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.360E-05 d(ln R0)/dt =  2.919E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.61 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):     0.032471

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6286E+00 SECONDS
   DATA R*BT AT EDGE:  3.5724E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1550E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.315000 TO TG2=    2.320000 @ NSTEP       17
   GFRAME TG2 MOMENTS CHECKSUM:  1.2112773340132E+04
  %neutrals: BOTH beam halo and recombination sources are present.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     17
 TA= 2.31500E+00 CPU TIME= 5.69916E-02 SECONDS.  DT= 1.39647E-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  ->   10089 -      0 (killed) +  12500 (dep) =  22589 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  10241 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11146 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11651 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11680 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11787 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11839 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1[1] 16534
.967775E+08  1.966281E+08
 %ORBALL:  In processor     0: orbit # IORB=  11963 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12098 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12099 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12257 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12329 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13054 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13126 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13254 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15175 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15390 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15396 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15546 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15965 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15984 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16139 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16680 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16735 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16894 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17194 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17339 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17392 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17662 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17729 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17930 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17995 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18937 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20821 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.967499E+08  1.965959E+08
 %ORBALL:  In processor     0: orbit # IORB=  21278 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21676 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21976 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22198 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22493 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23203 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23357 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=22589 SPL=    0 TOT=19035
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.4863415E-01 -1.3162854E+00  1.8560469E+08  9.2927599E-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=     22
 TA= 2.32000E+00 CPU TIME= 5.68848E-02 SECONDS.  DT= 1.24742E-03
  
 TTOR1=  2.3200000000000998
 TTOR2=  2.3300000000000995
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.3200000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.320000E+00 NSTEP=    22 Hash code:   55791700
 ->PRGCHK: bdy curvature ratio at t= 2.3250E+00 seconds is:  4.1608E-02
 % MHDEQ: TG1= 2.3200000000000998 ; TG2= 2.3250000000000997

 *** 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     -2.986E+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  1.5390E+00  0.0000E+00  3.1566E-01  0.0000E+00  1.6548E+00  2.3296E-01
    1   0  5.4259E-01 -7.9229E-02 -7.9229E-02  7.6907E-01
    2   0  8.7710E-02 -1.9480E-02  2.5896E-02 -4.0750E-02
    3   0 -8.7533E-03  1.4648E-02 -3.0728E-03  1.2699E-02
    4   0 -2.1630E-03 -5.9997E-03 -4.3168E-03  1.1480E-03
    5   0  4.3819E-03  3.2286E-04  1.6015E-03 -3.0138E-03
    6   0 -1.8570E-03  7.0531E-04  6.5304E-04  1.1000E-03
    7   0  2.0309E-04 -4.2562E-04 -6.2011E-04  6.3418E-04
    8   0  1.5769E-04  5.9397E-05 -3.2471E-05 -3.9702E-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  2.62E-01  1.08E-01  5.69E-02  4.34E-03  5.32E-04  1.10E+00  1.655E+00  2.330E-01 3.64846E+01 5.25E-03  1.000   1.11   0.87
  100  4.61E-06  2.69E-06  6.39E-07  1.18E-09  1.81E-09  1.10E+00  1.640E+00  2.382E-01 3.38486E+01 5.73E-03  1.000   1.11   1.03
  119  9.25E-07  4.11E-07  1.74E-07  2.59E-10  3.99E-10  1.10E+00  1.645E+00  2.363E-01 3.38480E+01 5.75E-03  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  6.440E-07 d(ln R0)/dt =  1.493E-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  9.80E-02  2.09E-05  1.48E-09  4.41E-09  1.10E+00  1.645E+00  2.362E-01 3.38481E+01 5.75E-03  1.000   1.11   1.04
  100  2.99E-02  2.92E-02  8.09E-06  1.25E-09  7.01E-10  4.67E-01  1.645E+00  2.361E-01 3.40125E+01 5.72E-03  1.002   1.11   1.04
  200  8.72E-05  6.91E-05  1.57E-07  7.36E-11  1.60E-10  4.28E-01  1.648E+00  2.349E-01 3.89966E+01 5.00E-03  1.073   1.11   1.13
  300  8.53E-06  6.63E-06  4.19E-08  1.03E-11  1.31E-11  4.28E-01  1.651E+00  2.324E-01 3.52663E+01 5.53E-03  1.021   1.11   1.10
  400  2.52E-06  1.51E-06  1.62E-08  1.79E-12  1.82E-12  4.28E-01  1.653E+00  2.322E-01 3.53448E+01 5.52E-03  1.022   1.11   1.12
  500  7.55E-07  3.90E-07  7.12E-09  3.29E-13  3.37E-13  4.28E-01  1.654E+00  2.327E-01 3.44262E+01 5.67E-03  1.008   1.11   1.12
  600  3.62E-07  1.41E-07  2.72E-09  7.52E-14  1.33E-13  4.28E-01  1.654E+00  2.328E-01 3.39183E+01 5.75E-03  1.001   1.11   1.11
  700  1.17E-07  6.28E-08  1.10E-09  2.76E-14  3.60E-14  4.28E-01  1.655E+00  2.327E-01 3.36898E+01 5.79E-03  0.998   1.11   1.12
  800  6.01E-08  3.00E-08  4.59E-10  7.40E-15  8.99E-15  4.28E-01  1.655E+00  2.328E-01 3.33662E+01 5.85E-03  0.993   1.11   1.11
  900  3.27E-08  1.29E-08  2.20E-10  5.51E-15  6.39E-15  4.28E-01  1.655E+00  2.329E-01 3.30991E+01 5.90E-03  0.989   1.11   1.11
 1000  1.90E-08  7.98E-09  1.08E-10  2.25E-15  1.48E-15  4.28E-01  1.655E+00  2.328E-01 3.29534E+01 5.92E-03  0.987   1.11   1.11
 1100  1.13E-08  5.18E-09  5.32E-11  3.87E-16  8.33E-16  4.28E-01  1.655E+00  2.328E-01 3.28214E+01 5.95E-03  0.985   1.11   1.11
 1114  9.92E-09  4.54E-09  4.74E-11  3.93E-16  7.85E-16  4.28E-01  1.655E+00  2.328E-01 3.28034E+01 5.95E-03  0.985   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.52E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.075E-05 d(ln R0)/dt =  2.921E-07


     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):     0.032601

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6477E+00 SECONDS
   DATA R*BT AT EDGE:  3.5719E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1608E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.320000 TO TG2=    2.325000 @ NSTEP       22
   GFRAME TG2 MOMENTS CHECKSUM:  1.2116044571910E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     22
 TA= 2.32000E+00 CPU TIME= 5.90820E-02 SECONDS.  DT= 1.24742E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     23
 TA= 2.32023E+00 CPU TIME= 5.78613E-02 SECONDS.  DT= 2.83368E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     33
 TA= 2.32244E+00 CPU TIME= 5.20020E-02 SECONDS.  DT= 2.71282E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     43
 TA= 2.32456E+00 CPU TIME= 5.49316E-02 SECONDS.  DT= 2.59569E-04
 --> plasma_hash("gframe"): TA= 2.325000E+00 NSTEP=    45 Hash code:   76217743
 ->PRGCHK: bdy curvature ratio at t= 2.3300E+00 seconds is:  4.1666E-02
 % MHDEQ: TG1= 2.3250000000000997 ; TG2= 2.3300000000000995

 *** 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     -2.985E+00     1.109E+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  1.5395E+00  0.0000E+00  3.1530E-01  0.0000E+00  1.6553E+00  2.3282E-01
    1   0  5.4292E-01 -7.9173E-02 -7.9173E-02  7.6899E-01
    2   0  8.7755E-02 -1.9290E-02  2.5633E-02 -4.0786E-02
    3   0 -8.8283E-03  1.4625E-02 -3.0302E-03  1.2598E-02
    4   0 -2.1138E-03 -6.0246E-03 -4.3370E-03  1.1407E-03
    5   0  4.4103E-03  3.0721E-04  1.5343E-03 -3.0514E-03
    6   0 -1.8800E-03  6.9741E-04  6.5290E-04  1.1015E-03
    7   0  2.2111E-04 -4.6351E-04 -6.3236E-04  6.4924E-04
    8   0  1.5182E-04  6.4905E-05 -3.7686E-05 -4.1390E-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  2.61E-01  1.07E-01  5.67E-02  4.35E-03  5.31E-04  1.10E+00  1.655E+00  2.328E-01 3.64706E+01 5.36E-03  1.000   1.11   0.87
  100  4.74E-06  2.71E-06  6.83E-07  1.08E-09  1.87E-09  1.10E+00  1.641E+00  2.380E-01 3.38347E+01 5.86E-03  1.000   1.11   1.03
  119  9.13E-07  4.29E-07  1.79E-07  2.34E-10  4.15E-10  1.10E+00  1.647E+00  2.360E-01 3.38341E+01 5.87E-03  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  6.432E-07 d(ln R0)/dt =  1.493E-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  8.98E-02  9.65E-02  2.05E-05  1.48E-09  4.36E-09  1.10E+00  1.647E+00  2.360E-01 3.38341E+01 5.88E-03  1.000   1.11   1.04
  100  2.88E-02  2.88E-02  7.94E-06  1.23E-09  7.04E-10  4.67E-01  1.647E+00  2.358E-01 3.39904E+01 5.85E-03  1.002   1.11   1.04
  200  8.50E-05  6.84E-05  1.58E-07  7.06E-11  1.60E-10  4.28E-01  1.649E+00  2.346E-01 3.87184E+01 5.14E-03  1.069   1.11   1.12
  300  8.11E-06  6.60E-06  4.18E-08  1.08E-11  1.31E-11  4.28E-01  1.653E+00  2.321E-01 3.50896E+01 5.68E-03  1.018   1.11   1.10
  400  2.51E-06  1.48E-06  1.65E-08  1.86E-12  1.81E-12  4.28E-01  1.655E+00  2.318E-01 3.51391E+01 5.67E-03  1.019   1.11   1.11
  500  7.84E-07  3.86E-07  7.27E-09  3.31E-13  3.43E-13  4.28E-01  1.655E+00  2.323E-01 3.42446E+01 5.82E-03  1.006   1.11   1.11
  600  3.56E-07  1.53E-07  2.78E-09  7.80E-14  1.33E-13  4.28E-01  1.656E+00  2.324E-01 3.37440E+01 5.91E-03  0.999   1.11   1.11
  700  1.13E-07  6.47E-08  1.11E-09  2.81E-14  3.71E-14  4.28E-01  1.656E+00  2.323E-01 3.35114E+01 5.95E-03  0.995   1.11   1.11
  800  5.92E-08  3.03E-08  4.66E-10  7.51E-15  8.92E-15  4.28E-01  1.657E+00  2.324E-01 3.31928E+01 6.01E-03  0.991   1.11   1.11
  900  3.41E-08  1.57E-08  2.24E-10  5.74E-15  6.82E-15  4.28E-01  1.657E+00  2.325E-01 3.29239E+01 6.06E-03  0.987   1.11   1.11
 1000  1.80E-08  7.80E-09  1.10E-10  2.33E-15  1.43E-15  4.28E-01  1.657E+00  2.324E-01 3.27789E+01 6.08E-03  0.984   1.11   1.11
 1100  1.08E-08  4.87E-09  5.38E-11  4.06E-16  8.95E-16  4.28E-01  1.657E+00  2.324E-01 3.26516E+01 6.11E-03  0.982   1.11   1.11
 1107  9.86E-09  5.08E-09  5.06E-11  3.43E-16  8.80E-16  4.28E-01  1.657E+00  2.324E-01 3.26432E+01 6.11E-03  0.982   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.48E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.773E-05 d(ln R0)/dt =  3.108E-07


     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):     0.057659

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6006E+00 SECONDS
   DATA R*BT AT EDGE:  3.5714E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1666E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.325000 TO TG2=    2.330000 @ NSTEP       45
   GFRAME TG2 MOMENTS CHECKSUM:  1.2121867280809E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     45
 TA= 2.32500E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 2.58422E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     46
 TA= 2.32520E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 2.55977E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     56
 TA= 2.32720E+00 CPU TIME= 5.49316E-02 SECONDS.  DT= 2.44829E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     66
 TA= 2.32911E+00 CPU TIME= 5.78613E-02 SECONDS.  DT= 2.34084E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  8059  underweight particles:  Russian Roulette applied.
 %DEPALL specie #1  ->   19035 -   4036 (killed) +  12500 (dep) =  27499 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   4850 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5979 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.660361E+08  1.660007E+08
 %ORBALL:  In processor     0: orbit # IORB=  11780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12920 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.357956E+08  1.356777E+08
 %ORBALL:  In processor     0: orbit # IORB=  15392 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15956 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16386 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16493 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16503 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16911 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17065 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17210 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17408 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17769 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17837 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18712 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19252 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19367 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19602 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20008 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20404 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21291 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21840 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23846 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23865 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24115 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24344 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24778 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24950 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25416 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.507519E+08  2.506635E+08
 %ORBALL:  In processor     0: orbit # IORB=  25977 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26784 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27635 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.777440E+08  2.776320E+08
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=27499 SPL=    0 TOT=23016
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.1272052E-01  5.1587282E-01  1.4599705E+08 -3.2755116E-02
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     71
 TA= 2.33000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.81177E-04
  
 TTOR1=  2.3300000000000995
 TTOR2=  2.3400000000000993
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outti[1] 17289
m(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 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.330000E+00 NSTEP=    71 Hash code:   50558689
 ->PRGCHK: bdy curvature ratio at t= 2.3350E+00 seconds is:  4.1692E-02
 % MHDEQ: TG1= 2.3300000000000995 ; TG2= 2.3350000000000994

 *** 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     -2.985E+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  1.5397E+00  0.0000E+00  3.1601E-01  0.0000E+00  1.6569E+00  2.3241E-01
    1   0  5.4288E-01 -7.9392E-02 -7.9392E-02  7.6896E-01
    2   0  8.7838E-02 -1.9218E-02  2.5700E-02 -4.0622E-02
    3   0 -8.8975E-03  1.4540E-02 -3.1020E-03  1.2581E-02
    4   0 -2.0953E-03 -6.0317E-03 -4.3356E-03  1.1246E-03
    5   0  4.3890E-03  3.1518E-04  1.5448E-03 -3.0468E-03
    6   0 -1.8877E-03  6.8076E-04  6.4666E-04  1.1081E-03
    7   0  2.2382E-04 -4.6777E-04 -6.4275E-04  6.4474E-04
    8   0  1.4497E-04  6.7443E-05 -3.0865E-05 -4.2143E-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  2.67E-01  1.10E-01  5.75E-02  4.38E-03  5.45E-04  1.10E+00  1.657E+00  2.324E-01 3.65065E+01 5.46E-03  1.000   1.11   0.87
  100  4.72E-06  2.75E-06  6.46E-07  1.36E-09  1.86E-09  1.10E+00  1.642E+00  2.389E-01 3.38269E+01 5.98E-03  1.000   1.11   1.02
  119  8.95E-07  3.97E-07  1.85E-07  3.00E-10  3.84E-10  1.10E+00  1.647E+00  2.368E-01 3.38262E+01 5.99E-03  1.000   1.11   1.04

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  7.011E-07 d(ln R0)/dt =  1.589E-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  9.82E-02  2.06E-05  1.53E-09  4.49E-09  1.10E+00  1.648E+00  2.367E-01 3.38262E+01 6.00E-03  1.000   1.11   1.03
  100  2.82E-02  2.92E-02  8.03E-06  1.34E-09  7.37E-10  4.67E-01  1.648E+00  2.366E-01 3.40021E+01 5.97E-03  1.003   1.11   1.04
  200  8.64E-05  6.85E-05  1.64E-07  7.02E-11  1.68E-10  4.28E-01  1.650E+00  2.352E-01 3.93786E+01 5.16E-03  1.079   1.11   1.13
  300  8.02E-06  6.85E-06  4.28E-08  1.25E-11  1.37E-11  4.28E-01  1.654E+00  2.326E-01 3.55682E+01 5.72E-03  1.025   1.11   1.10
  400  2.41E-06  1.43E-06  1.71E-08  2.11E-12  1.85E-12  4.28E-01  1.656E+00  2.322E-01 3.57103E+01 5.70E-03  1.027   1.11   1.12
  500  8.20E-07  3.85E-07  7.55E-09  3.47E-13  3.54E-13  4.28E-01  1.656E+00  2.327E-01 3.47800E+01 5.85E-03  1.014   1.11   1.11
  600  3.22E-07  1.56E-07  2.87E-09  8.51E-14  1.38E-13  4.28E-01  1.657E+00  2.328E-01 3.42712E+01 5.94E-03  1.007   1.11   1.11
  700  1.16E-07  6.78E-08  1.15E-09  2.80E-14  3.87E-14  4.28E-01  1.657E+00  2.327E-01 3.40420E+01 5.98E-03  1.003   1.11   1.11
  800  5.61E-08  2.85E-08  4.82E-10  7.92E-15  8.89E-15  4.28E-01  1.658E+00  2.328E-01 3.37177E+01 6.04E-03  0.998   1.11   1.11
  900  3.44E-08  1.65E-08  2.31E-10  6.11E-15  7.17E-15  4.28E-01  1.658E+00  2.329E-01 3.34466E+01 6.09E-03  0.994   1.11   1.11
 1000  1.84E-08  8.82E-09  1.14E-10  2.51E-15  1.42E-15  4.28E-01  1.658E+00  2.328E-01 3.32999E+01 6.11E-03  0.992   1.11   1.11
 1100  1.06E-08  4.83E-09  5.57E-11  4.36E-16  9.38E-16  4.28E-01  1.658E+00  2.328E-01 3.31718E+01 6.14E-03  0.990   1.11   1.11
 1106  9.90E-09  4.96E-09  5.31E-11  3.65E-16  8.76E-16  4.28E-01  1.658E+00  2.328E-01 3.31647E+01 6.14E-03  0.990   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.47E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.645E-05 d(ln R0)/dt =  3.132E-07


     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):     0.038160

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5989E+00 SECONDS
   DATA R*BT AT EDGE:  3.5723E+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=    2.330000 TO TG2=    2.335000 @ NSTEP       71
   GFRAME TG2 MOMENTS CHECKSUM:  1.2126090791618E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     71
 TA= 2.33000E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 1.81177E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     72
 TA= 2.33018E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 2.26471E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     83
 TA= 2.33243E+00 CPU TIME= 5.59082E-02 SECONDS.  DT= 2.48445E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     94
 TA= 2.33457E+00 CPU TIME= 5.61523E-02 SECONDS.  DT= 2.37242E-04
 --> plasma_hash("gframe"): TA= 2.335000E+00 NSTEP=    97 Hash code:   36058675
 ->PRGCHK: bdy curvature ratio at t= 2.3400E+00 seconds is:  4.1718E-02
 % MHDEQ: TG1= 2.3350000000000994 ; TG2= 2.3400000000000993

 *** 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     -2.984E+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  1.5399E+00  0.0000E+00  3.1672E-01  0.0000E+00  1.6579E+00  2.3280E-01
    1   0  5.4285E-01 -7.9610E-02 -7.9610E-02  7.6893E-01
    2   0  8.7921E-02 -1.9146E-02  2.5767E-02 -4.0457E-02
    3   0 -8.9668E-03  1.4455E-02 -3.1739E-03  1.2565E-02
    4   0 -2.0768E-03 -6.0388E-03 -4.3342E-03  1.1086E-03
    5   0  4.3678E-03  3.2314E-04  1.5553E-03 -3.0421E-03
    6   0 -1.8953E-03  6.6412E-04  6.4041E-04  1.1147E-03
    7   0  2.2653E-04 -4.7202E-04 -6.5313E-04  6.4024E-04
    8   0  1.3812E-04  6.9981E-05 -2.4043E-05 -4.2896E-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  2.69E-01  1.11E-01  5.78E-02  4.39E-03  5.47E-04  1.10E+00  1.658E+00  2.328E-01 3.65160E+01 5.68E-03  1.000   1.12   0.87
  100  4.45E-06  2.52E-06  6.34E-07  1.40E-09  1.86E-09  1.10E+00  1.643E+00  2.394E-01 3.38181E+01 6.23E-03  1.000   1.12   1.03
  119  8.44E-07  3.83E-07  1.86E-07  3.02E-10  3.86E-10  1.10E+00  1.649E+00  2.372E-01 3.38174E+01 6.25E-03  1.000   1.12   1.04

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  7.171E-07 d(ln R0)/dt =  1.650E-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  8.44E-02  9.50E-02  1.98E-05  1.55E-09  4.45E-09  1.10E+00  1.649E+00  2.371E-01 3.38175E+01 6.25E-03  1.000   1.12   1.04
  100  1.21E-04  5.79E-05  2.43E-07  1.39E-10  2.58E-10  5.11E-01  1.651E+00  2.361E-01 3.79032E+01 5.59E-03  1.058   1.12   1.11
  200  9.48E-06  4.55E-06  4.15E-08  1.14E-11  1.28E-11  5.11E-01  1.655E+00  2.328E-01 3.56979E+01 5.94E-03  1.027   1.12   1.11
  300  1.35E-06  7.19E-07  1.39E-08  8.08E-13  1.27E-12  5.11E-01  1.658E+00  2.326E-01 3.53194E+01 6.01E-03  1.022   1.12   1.12
  400  3.93E-07  1.98E-07  4.97E-09  1.45E-13  2.40E-13  5.11E-01  1.658E+00  2.330E-01 3.47601E+01 6.10E-03  1.014   1.12   1.12
  500  1.62E-07  7.43E-08  1.65E-09  4.85E-14  4.41E-14  5.11E-01  1.659E+00  2.330E-01 3.43117E+01 6.18E-03  1.007   1.12   1.12
  600  6.19E-08  2.90E-08  5.47E-10  2.62E-14  1.25E-14  5.11E-01  1.659E+00  2.330E-01 3.38697E+01 6.26E-03  1.001   1.12   1.12
  700  3.16E-08  1.46E-08  2.32E-10  5.08E-15  7.27E-15  5.11E-01  1.659E+00  2.331E-01 3.35829E+01 6.32E-03  0.997   1.12   1.12
  800  1.58E-08  7.67E-09  1.00E-10  4.49E-15  1.24E-15  5.11E-01  1.659E+00  2.330E-01 3.33931E+01 6.35E-03  0.994   1.12   1.12
  871  9.93E-09  4.56E-09  5.37E-11  4.14E-16  8.47E-16  5.11E-01  1.660E+00  2.330E-01 3.32864E+01 6.38E-03  0.992   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.672E-05 d(ln R0)/dt =  4.532E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.036271

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0693E+00 SECONDS
   DATA R*BT AT EDGE:  3.5731E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1718E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.335000 TO TG2=    2.340000 @ NSTEP       97
   GFRAME TG2 MOMENTS CHECKSUM:  1.2133455132410E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     97
 TA= 2.33500E+00 CPU TIME= 5.78613E-02 SECONDS.  DT= 2.35255E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     98
 TA= 2.33519E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 2.33965E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    109
 TA= 2.33719E+00 CPU TIME= 5.49316E-02 SECONDS.  DT= 2.23361E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    120
 TA= 2.33911E+00 CPU TIME= 5.59082E-02 SECONDS.  DT= 2.13191E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  3046  underweight particles.
 %DEPALL specie #1  ->   23016 -      0 (killed) +  12500 (dep) =  35516 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   7581 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.823870E+08  1.823520E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.688672E+08  2.687291E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.784559E+08  2.783706E+08
 %ORBALL:  In processor     0: orbit # IORB=  23607 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.976527E+08  1.972870E+08
 %ORBALL:  In processor     0: orbit # IORB=  24091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24600 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24961 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25046 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25151 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26058 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26226 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26312 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.979496E+08  1.975382E+08
 %ORBALL:  In processor     0: orbit # IORB=  27116 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27181 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27223 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27466 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27634 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27692 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28776 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29181 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29618 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29856 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30509 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31099 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32199 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32769 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33282 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33325 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33784 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33915 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34650 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34701 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.963597E+08  1.962525E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.967755E+08  1.962525E+08
 %ORBALL:  In processor     0: orbit # IORB=  35938 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=35516 SPL=    0 TOT=29864
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.8252729E-01  9.8338358E-01  1.5579367E+08  7.0106510E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE[1] 18011
... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    126
 TA= 2.34000E+00 CPU TIME= 5.49316E-02 SECONDS.  DT= 5.84106E-05
  
 TTOR1=  2.3400000000000993
 TTOR2=  2.3500000000000991
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.3400000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.340000E+00 NSTEP=   126 Hash code:  120216366
 ->PRGCHK: bdy curvature ratio at t= 2.3450E+00 seconds is:  4.1646E-02
 % MHDEQ: TG1= 2.3400000000000993 ; TG2= 2.3450000000000992

 *** 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     -2.984E+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  1.5394E+00  0.0000E+00  3.1831E-01  0.0000E+00  1.6595E+00  2.3303E-01
    1   0  5.4253E-01 -7.9883E-02 -7.9883E-02  7.6896E-01
    2   0  8.8147E-02 -1.9239E-02  2.6028E-02 -4.0048E-02
    3   0 -8.9592E-03  1.4401E-02 -3.2911E-03  1.2580E-02
    4   0 -2.1256E-03 -6.0152E-03 -4.2957E-03  1.0965E-03
    5   0  4.3268E-03  3.3226E-04  1.6111E-03 -2.9922E-03
    6   0 -1.8822E-03  6.6902E-04  6.3514E-04  1.1093E-03
    7   0  2.1353E-04 -4.5875E-04 -6.5374E-04  6.1968E-04
    8   0  1.4161E-04  7.5784E-05 -1.3004E-05 -4.2652E-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  2.78E-01  1.15E-01  5.91E-02  4.43E-03  5.63E-04  1.10E+00  1.660E+00  2.330E-01 3.65886E+01 5.87E-03  1.000   1.12   0.87
  100  5.95E-06  3.61E-06  7.66E-07  1.23E-09  2.10E-09  1.10E+00  1.645E+00  2.405E-01 3.38279E+01 6.46E-03  1.000   1.12   1.03
  119  8.72E-07  4.32E-07  2.02E-07  2.60E-10  3.23E-10  1.10E+00  1.650E+00  2.382E-01 3.38272E+01 6.48E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  6.202E-07 d(ln R0)/dt =  1.475E-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  9.49E-02  1.94E-05  1.60E-09  4.29E-09  1.10E+00  1.650E+00  2.382E-01 3.38272E+01 6.48E-03  1.000   1.12   1.05
  100  1.21E-04  3.98E-05  1.89E-07  1.45E-10  2.49E-10  5.11E-01  1.652E+00  2.372E-01 3.71546E+01 5.91E-03  1.048   1.12   1.10
  200  1.08E-05  6.91E-06  4.11E-08  1.45E-11  1.22E-11  5.11E-01  1.657E+00  2.337E-01 3.52535E+01 6.24E-03  1.021   1.12   1.11
  300  1.76E-06  9.58E-07  1.39E-08  8.34E-13  1.23E-12  5.11E-01  1.659E+00  2.335E-01 3.48486E+01 6.31E-03  1.015   1.12   1.12
  400  3.77E-07  1.99E-07  4.91E-09  1.41E-13  2.40E-13  5.11E-01  1.660E+00  2.339E-01 3.42672E+01 6.42E-03  1.006   1.12   1.12
  500  1.42E-07  7.62E-08  1.62E-09  5.12E-14  4.32E-14  5.11E-01  1.660E+00  2.338E-01 3.38298E+01 6.50E-03  1.000   1.12   1.12
  600  5.99E-08  3.14E-08  5.33E-10  2.98E-14  1.22E-14  5.11E-01  1.660E+00  2.339E-01 3.34126E+01 6.59E-03  0.994   1.12   1.12
  700  3.05E-08  1.33E-08  2.25E-10  6.57E-15  6.71E-15  5.11E-01  1.661E+00  2.340E-01 3.31303E+01 6.64E-03  0.990   1.12   1.12
  800  1.64E-08  7.06E-09  9.57E-11  4.34E-15  1.04E-15  5.11E-01  1.661E+00  2.339E-01 3.29376E+01 6.68E-03  0.987   1.12   1.12
  867  9.75E-09  4.47E-09  5.32E-11  3.83E-16  1.13E-15  5.11E-01  1.661E+00  2.339E-01 3.28349E+01 6.70E-03  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.519E-05 d(ln R0)/dt =  5.386E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.043753

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0547E+00 SECONDS
   DATA R*BT AT EDGE:  3.5751E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1646E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.340000 TO TG2=    2.345000 @ NSTEP      126
   GFRAME TG2 MOMENTS CHECKSUM:  1.2144265268040E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.345000E+00 NSTEP=   144 Hash code:   81705348
 ->PRGCHK: bdy curvature ratio at t= 2.3500E+00 seconds is:  4.1573E-02
 % MHDEQ: TG1= 2.3450000000000992 ; TG2= 2.3500000000000991

 *** 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     -2.985E+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  1.5389E+00  0.0000E+00  3.1989E-01  0.0000E+00  1.6610E+00  2.3388E-01
    1   0  5.4220E-01 -8.0157E-02 -8.0157E-02  7.6899E-01
    2   0  8.8373E-02 -1.9333E-02  2.6288E-02 -3.9638E-02
    3   0 -8.9515E-03  1.4347E-02 -3.4083E-03  1.2595E-02
    4   0 -2.1744E-03 -5.9915E-03 -4.2573E-03  1.0845E-03
    5   0  4.2858E-03  3.4139E-04  1.6670E-03 -2.9422E-03
    6   0 -1.8691E-03  6.7392E-04  6.2986E-04  1.1039E-03
    7   0  2.0053E-04 -4.4548E-04 -6.5436E-04  5.9912E-04
    8   0  1.4509E-04  8.1587E-05 -1.9647E-06 -4.2408E-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  2.85E-01  1.18E-01  6.01E-02  4.45E-03  5.69E-04  1.10E+00  1.661E+00  2.339E-01 3.66515E+01 6.01E-03  1.000   1.11   0.87
  100  6.70E-06  4.10E-06  8.07E-07  1.31E-09  2.20E-09  1.10E+00  1.645E+00  2.418E-01 3.38387E+01 6.62E-03  1.000   1.11   1.03
  119  9.07E-07  4.53E-07  2.11E-07  2.59E-10  2.85E-10  1.10E+00  1.651E+00  2.394E-01 3.38381E+01 6.64E-03  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  6.012E-07 d(ln R0)/dt =  1.458E-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  9.51E-02  1.93E-05  1.63E-09  4.21E-09  1.10E+00  1.651E+00  2.393E-01 3.38381E+01 6.65E-03  1.000   1.11   1.05
  100  1.21E-04  3.82E-05  1.87E-07  1.39E-10  2.48E-10  5.11E-01  1.653E+00  2.383E-01 3.70103E+01 6.09E-03  1.046   1.11   1.10
  200  1.11E-05  7.12E-06  4.06E-08  1.56E-11  1.17E-11  5.11E-01  1.657E+00  2.347E-01 3.50937E+01 6.43E-03  1.018   1.11   1.10
  300  1.74E-06  9.29E-07  1.36E-08  8.28E-13  1.21E-12  5.11E-01  1.660E+00  2.345E-01 3.46735E+01 6.51E-03  1.012   1.11   1.11
  400  3.76E-07  2.02E-07  4.86E-09  1.39E-13  2.37E-13  5.11E-01  1.661E+00  2.349E-01 3.40808E+01 6.62E-03  1.004   1.11   1.12
  500  1.41E-07  7.51E-08  1.63E-09  5.11E-14  4.47E-14  5.11E-01  1.661E+00  2.348E-01 3.36458E+01 6.71E-03  0.997   1.11   1.11
  600  5.98E-08  3.14E-08  5.37E-10  3.03E-14  1.18E-14  5.11E-01  1.662E+00  2.348E-01 3.32375E+01 6.79E-03  0.991   1.11   1.11
  700  3.06E-08  1.32E-08  2.27E-10  7.55E-15  6.98E-15  5.11E-01  1.662E+00  2.349E-01 3.29531E+01 6.85E-03  0.987   1.11   1.11
  800  1.64E-08  7.01E-09  9.62E-11  4.55E-15  1.11E-15  5.11E-01  1.662E+00  2.348E-01 3.27544E+01 6.89E-03  0.984   1.11   1.11
  871  9.77E-09  4.46E-09  5.23E-11  4.12E-16  8.13E-16  5.11E-01  1.662E+00  2.348E-01 3.26428E+01 6.92E-03  0.982   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.691E-05 d(ln R0)/dt =  5.592E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 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):     0.036111

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0906E+00 SECONDS
   DATA R*BT AT EDGE:  3.5771E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1573E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.345000 TO TG2=    2.350000 @ NSTEP      144
   GFRAME TG2 MOMENTS CHECKSUM:  1.2153353965565E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    144
 TA= 2.34500E+00 CPU TIME= 5.51758E-02 SECONDS.  DT= 4.67896E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  2272  underweight particles.
 %DEPALL specie #1  ->   29864 -      0 (killed) +  12500 (dep) =  42364 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.879107E+08  1.878665E+08
 %CXLINE - VTOR.GT[1] 18460
.VION; VTOR,VION =   2.083990E+08  2.081627E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.358200E+08  2.357867E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  13026 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.638638E+08  2.637679E+08
 %ORBALL:  In processor     0: orbit # IORB=  21499 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23401 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31250 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31692 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32049 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32153 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32720 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.787381E+08  2.787354E+08
 %ORBALL:  In processor     0: orbit # IORB=  34702 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34717 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34963 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35066 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35102 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35415 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35809 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36342 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36465 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36709 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37046 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37117 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37388 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38023 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38743 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38976 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39171 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39251 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39357 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39398 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39809 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39852 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40078 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41276 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41287 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42121 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42486 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43020 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=42364 SPL=    0 TOT=35220
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.9283956E-01  2.0363292E+00  1.2926315E+08  3.7169789E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    158
 TA= 2.35000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 3.62648E-04
  
 TTOR1=  2.3500000000000991
 TTOR2=  2.3600000000000989
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.350000E+00 NSTEP=   158 Hash code:  102349818
 ->PRGCHK: bdy curvature ratio at t= 2.3550E+00 seconds is:  4.1517E-02
 % MHDEQ: TG1= 2.3500000000000991 ; TG2= 2.355000000000099

 *** 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     -2.986E+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  1.5380E+00  0.0000E+00  3.2134E-01  0.0000E+00  1.6621E+00  2.3481E-01
    1   0  5.4200E-01 -8.0108E-02 -8.0108E-02  7.6885E-01
    2   0  8.8807E-02 -1.9332E-02  2.6202E-02 -3.9012E-02
    3   0 -8.8966E-03  1.4421E-02 -3.3886E-03  1.2396E-02
    4   0 -2.2269E-03 -5.9777E-03 -4.1851E-03  1.0673E-03
    5   0  4.3120E-03  2.9747E-04  1.6123E-03 -2.8872E-03
    6   0 -1.8638E-03  7.2743E-04  6.3209E-04  1.0612E-03
    7   0  2.0256E-04 -4.8941E-04 -6.2938E-04  5.8604E-04
    8   0  1.7489E-04  1.1784E-04 -1.6696E-06 -4.3059E-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  2.92E-01  1.21E-01  6.11E-02  4.47E-03  5.77E-04  1.10E+00  1.662E+00  2.348E-01 3.67281E+01 6.13E-03  1.000   1.12   0.87
  100  6.99E-06  4.06E-06  8.26E-07  1.31E-09  2.25E-09  1.10E+00  1.646E+00  2.432E-01 3.38653E+01 6.77E-03  1.000   1.12   1.03
  119  9.43E-07  4.65E-07  2.13E-07  2.62E-10  2.65E-10  1.10E+00  1.652E+00  2.408E-01 3.38647E+01 6.79E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.989E-07 d(ln R0)/dt =  1.460E-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  8.36E-02  9.49E-02  1.92E-05  1.62E-09  4.11E-09  1.10E+00  1.652E+00  2.407E-01 3.38647E+01 6.80E-03  1.000   1.12   1.04
  100  1.20E-04  3.56E-05  1.84E-07  1.21E-10  2.46E-10  5.11E-01  1.653E+00  2.397E-01 3.76017E+01 6.13E-03  1.053   1.12   1.11
  200  1.20E-05  7.27E-06  4.00E-08  2.02E-11  1.13E-11  5.11E-01  1.657E+00  2.361E-01 3.57708E+01 6.45E-03  1.028   1.12   1.11
  300  1.66E-06  8.71E-07  1.33E-08  8.84E-13  1.17E-12  5.11E-01  1.660E+00  2.359E-01 3.54478E+01 6.51E-03  1.023   1.12   1.12
  400  3.71E-07  2.04E-07  4.80E-09  1.38E-13  2.35E-13  5.11E-01  1.661E+00  2.362E-01 3.48432E+01 6.63E-03  1.014   1.12   1.12
  500  1.41E-07  7.31E-08  1.64E-09  5.62E-14  4.57E-14  5.11E-01  1.661E+00  2.361E-01 3.43708E+01 6.72E-03  1.007   1.12   1.12
  600  5.96E-08  3.13E-08  5.45E-10  3.31E-14  1.15E-14  5.11E-01  1.662E+00  2.362E-01 3.39453E+01 6.80E-03  1.001   1.12   1.12
  700  3.03E-08  1.29E-08  2.32E-10  8.48E-15  7.11E-15  5.11E-01  1.662E+00  2.362E-01 3.36536E+01 6.86E-03  0.997   1.12   1.12
  800  1.63E-08  6.87E-09  9.80E-11  4.90E-15  1.12E-15  5.11E-01  1.662E+00  2.362E-01 3.34455E+01 6.91E-03  0.994   1.12   1.12
  875  9.99E-09  4.38E-09  5.13E-11  3.46E-16  6.66E-16  5.11E-01  1.662E+00  2.362E-01 3.33225E+01 6.93E-03  0.992   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.786E-05 d(ln R0)/dt =  5.641E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 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):     0.034457

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0774E+00 SECONDS
   DATA R*BT AT EDGE:  3.5793E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1517E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.350000 TO TG2=    2.355000 @ NSTEP      158
   GFRAME TG2 MOMENTS CHECKSUM:  1.2158848103478E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.355000E+00 NSTEP=   165 Hash code:   81112093
 ->PRGCHK: bdy curvature ratio at t= 2.3600E+00 seconds is:  4.1487E-02
 % MHDEQ: TG1= 2.355000000000099 ; TG2= 2.3600000000000989

 *** 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     -2.987E+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  1.5372E+00  0.0000E+00  3.2278E-01  0.0000E+00  1.6623E+00  2.3616E-01
    1   0  5.4179E-01 -8.0059E-02 -8.0059E-02  7.6870E-01
    2   0  8.9240E-02 -1.9330E-02  2.6115E-02 -3.8386E-02
    3   0 -8.8417E-03  1.4495E-02 -3.3690E-03  1.2198E-02
    4   0 -2.2793E-03 -5.9638E-03 -4.1129E-03  1.0500E-03
    5   0  4.3383E-03  2.5355E-04  1.5577E-03 -2.8322E-03
    6   0 -1.8585E-03  7.8093E-04  6.3433E-04  1.0184E-03
    7   0  2.0460E-04 -5.3334E-04 -6.0440E-04  5.7297E-04
    8   0  2.0469E-04  1.5410E-04 -1.3745E-06 -4.3710E-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  2.94E-01  1.23E-01  6.16E-02  4.45E-03  5.80E-04  1.10E+00  1.662E+00  2.362E-01 3.67802E+01 6.11E-03  1.000   1.13   0.87
  100  6.46E-06  3.66E-06  7.98E-07  1.26E-09  2.21E-09  1.10E+00  1.646E+00  2.446E-01 3.39023E+01 6.75E-03  1.000   1.13   1.04
  119  9.18E-07  4.49E-07  2.05E-07  2.62E-10  2.71E-10  1.10E+00  1.652E+00  2.422E-01 3.39017E+01 6.77E-03  1.000   1.13   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.989E-07 d(ln R0)/dt =  1.469E-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  9.11E-02  1.85E-05  1.54E-09  3.99E-09  1.10E+00  1.652E+00  2.421E-01 3.39016E+01 6.77E-03  1.000   1.13   1.05
  100  1.09E-04  5.57E-05  1.86E-07  1.18E-10  2.39E-10  5.11E-01  1.653E+00  2.412E-01 3.77588E+01 6.09E-03  1.055   1.13   1.11
  200  9.87E-06  7.64E-06  3.89E-08  2.36E-11  1.09E-11  5.11E-01  1.657E+00  2.376E-01 3.61206E+01 6.37E-03  1.032   1.13   1.12
  300  1.73E-06  9.53E-07  1.29E-08  8.61E-13  1.19E-12  5.11E-01  1.660E+00  2.374E-01 3.58639E+01 6.42E-03  1.028   1.13   1.13
  400  3.79E-07  1.86E-07  4.63E-09  1.39E-13  2.23E-13  5.11E-01  1.660E+00  2.378E-01 3.52487E+01 6.54E-03  1.020   1.13   1.13
  500  1.38E-07  7.14E-08  1.56E-09  5.83E-14  4.68E-14  5.11E-01  1.661E+00  2.377E-01 3.47568E+01 6.63E-03  1.012   1.13   1.13
  600  5.95E-08  3.25E-08  5.21E-10  3.60E-14  1.08E-14  5.11E-01  1.661E+00  2.377E-01 3.43245E+01 6.71E-03  1.006   1.13   1.13
  700  3.02E-08  1.36E-08  2.21E-10  8.87E-15  6.81E-15  5.11E-01  1.662E+00  2.378E-01 3.40349E+01 6.77E-03  1.002   1.13   1.13
  800  1.67E-08  7.07E-09  9.34E-11  4.73E-15  1.18E-15  5.11E-01  1.662E+00  2.377E-01 3.38250E+01 6.81E-03  0.999   1.13   1.13
  871  9.91E-09  4.66E-09  5.03E-11  3.69E-16  6.42E-16  5.11E-01  1.662E+00  2.377E-01 3.37079E+01 6.84E-03  0.997   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.560E-05 d(ln R0)/dt =  5.918E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 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):     0.030638

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0906E+00 SECONDS
   DATA R*BT AT EDGE:  3.5814E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1487E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.355000 TO TG2=    2.360000 @ NSTEP      165
   GFRAME TG2 MOMENTS CHECKSUM:  1.2163410049086E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    165
 TA= 2.35500E+00 CPU TIME= 5.61523E-02 SECONDS.  DT= 1.38339E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1677  underweight particles.
 %DEPALL specie #1  ->   35220 -      0 (killed) +  12500 (dep) =  47720 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.667635E+08  1.666727E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.069454E+08  2.067653E+08
 %ORBALL:  In processor     0: orbit # IORB=   7324 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.920494E+08  1.919462E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  34215 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   6.375011E+07  6.373272E+07
 %ORBALL:  In processor     0: orbit # IORB=  37262 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37472 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37757 never inside plasma.
 %ORBALL:  In processor    [1] 19071
 0: orbit # IORB=  38120 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38432 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38878 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39597 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39776 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39877 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40968 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40974 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42243 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42429 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42593 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43037 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43458 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44490 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44935 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45889 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46300 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46809 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46854 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46979 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46996 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47351 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47504 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47890 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47893 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48451 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=47720 SPL=    0 TOT=39762
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.9551281E-01  1.1479934E+00  1.2032147E+08  1.0741935E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    169
 TA= 2.36000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.08900E-03
  
 TTOR1=  2.3600000000000989
 TTOR2=  2.3700000000000987
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.3600000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.360000E+00 NSTEP=   169 Hash code:   68179612
 ->PRGCHK: bdy curvature ratio at t= 2.3650E+00 seconds is:  4.1636E-02
 % MHDEQ: TG1= 2.3600000000000989 ; TG2= 2.3650000000000988

 *** 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     -2.984E+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  1.5375E+00  0.0000E+00  3.2041E-01  0.0000E+00  1.6620E+00  2.3767E-01
    1   0  5.4150E-01 -7.9828E-02 -7.9828E-02  7.6864E-01
    2   0  8.8481E-02 -1.9435E-02  2.6378E-02 -3.9239E-02
    3   0 -8.9073E-03  1.4367E-02 -3.2983E-03  1.2367E-02
    4   0 -2.1936E-03 -5.9780E-03 -4.1726E-03  1.0485E-03
    5   0  4.3299E-03  2.5589E-04  1.5634E-03 -2.8862E-03
    6   0 -1.8891E-03  7.3911E-04  6.3602E-04  1.0469E-03
    7   0  2.3724E-04 -5.1410E-04 -6.0286E-04  5.6715E-04
    8   0  1.7760E-04  1.3046E-04 -7.8739E-06 -4.2963E-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  2.86E-01  1.12E-01  6.02E-02  4.47E-03  5.12E-04  1.10E+00  1.662E+00  2.377E-01 3.67228E+01 6.09E-03  1.000   1.12   0.88
  100  8.21E-06  4.83E-06  8.82E-07  1.34E-09  2.29E-09  1.10E+00  1.645E+00  2.423E-01 3.38424E+01 6.73E-03  1.000   1.12   1.05
  119  9.98E-07  5.22E-07  2.18E-07  2.58E-10  2.40E-10  1.10E+00  1.651E+00  2.398E-01 3.38418E+01 6.75E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.565E-07 d(ln R0)/dt =  1.431E-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  7.90E-02  9.34E-02  1.91E-05  1.63E-09  4.08E-09  1.10E+00  1.651E+00  2.397E-01 3.38417E+01 6.76E-03  1.000   1.12   1.06
  100  1.15E-04  3.46E-05  1.80E-07  1.29E-10  2.44E-10  5.11E-01  1.653E+00  2.387E-01 3.69146E+01 6.21E-03  1.044   1.12   1.11
  200  1.10E-05  6.62E-06  3.87E-08  1.68E-11  1.05E-11  5.11E-01  1.658E+00  2.350E-01 3.51436E+01 6.53E-03  1.019   1.12   1.11
  300  1.56E-06  7.98E-07  1.25E-08  7.93E-13  1.12E-12  5.11E-01  1.660E+00  2.348E-01 3.47631E+01 6.60E-03  1.013   1.12   1.12
  400  3.58E-07  1.81E-07  4.37E-09  1.28E-13  2.20E-13  5.11E-01  1.661E+00  2.351E-01 3.41799E+01 6.72E-03  1.005   1.12   1.13
  500  1.34E-07  6.69E-08  1.47E-09  4.64E-14  4.36E-14  5.11E-01  1.662E+00  2.350E-01 3.37362E+01 6.81E-03  0.998   1.12   1.12
  600  5.81E-08  2.86E-08  4.89E-10  3.14E-14  1.14E-14  5.11E-01  1.662E+00  2.351E-01 3.33368E+01 6.89E-03  0.993   1.12   1.12
  700  2.88E-08  1.27E-08  2.07E-10  7.87E-15  6.93E-15  5.11E-01  1.662E+00  2.351E-01 3.30583E+01 6.95E-03  0.988   1.12   1.12
  800  1.53E-08  6.85E-09  8.69E-11  4.51E-15  1.05E-15  5.11E-01  1.663E+00  2.350E-01 3.28576E+01 6.99E-03  0.985   1.12   1.12
  862  9.87E-09  4.80E-09  5.07E-11  5.23E-16  8.60E-16  5.11E-01  1.663E+00  2.350E-01 3.27591E+01 7.01E-03  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.385E-05 d(ln R0)/dt =  6.393E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.03 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):     0.030793

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0488E+00 SECONDS
   DATA R*BT AT EDGE:  3.5790E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1636E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.360000 TO TG2=    2.365000 @ NSTEP      169
   GFRAME TG2 MOMENTS CHECKSUM:  1.2152824928258E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    169
 TA= 2.36000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.08900E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    170
 TA= 2.36006E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 7.50193E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    179
 TA= 2.36069E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 9.73332E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    188
 TA= 2.36133E+00 CPU TIME= 5.51758E-02 SECONDS.  DT= 8.17968E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    197
 TA= 2.36201E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.06328E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    206
 TA= 2.36271E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 8.93032E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    215
 TA= 2.36346E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.16035E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    224
 TA= 2.36422E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 9.74054E-05
 --> plasma_hash("gframe"): TA= 2.365000E+00 NSTEP=   233 Hash code:   25536930
 ->PRGCHK: bdy curvature ratio at t= 2.3700E+00 seconds is:  4.1813E-02
 % MHDEQ: TG1= 2.3650000000000988 ; TG2= 2.3700000000000987

 *** 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     -2.980E+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  1.5378E+00  0.0000E+00  3.1804E-01  0.0000E+00  1.6627E+00  2.3501E-01
    1   0  5.4122E-01 -7.9598E-02 -7.9598E-02  7.6857E-01
    2   0  8.7722E-02 -1.9540E-02  2.6640E-02 -4.0092E-02
    3   0 -8.9729E-03  1.4239E-02 -3.2276E-03  1.2536E-02
    4   0 -2.1078E-03 -5.9923E-03 -4.2323E-03  1.0469E-03
    5   0  4.3216E-03  2.5823E-04  1.5692E-03 -2.9402E-03
    6   0 -1.9196E-03  6.9729E-04  6.3772E-04  1.0754E-03
    7   0  2.6987E-04 -4.9485E-04 -6.0132E-04  5.6133E-04
    8   0  1.5051E-04  1.0682E-04 -1.4373E-05 -4.2215E-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  2.90E-01  1.13E-01  6.06E-02  4.54E-03  5.10E-04  1.10E+00  1.663E+00  2.350E-01 3.66997E+01 6.37E-03  1.000   1.12   0.88
  100  1.05E-05  5.97E-06  9.37E-07  1.54E-09  2.33E-09  1.10E+00  1.645E+00  2.399E-01 3.37669E+01 7.05E-03  1.000   1.12   1.04
  125  9.11E-07  3.95E-07  1.45E-07  2.11E-10  1.75E-10  1.10E+00  1.652E+00  2.367E-01 3.37662E+01 7.08E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.326E-07 d(ln R0)/dt =  1.189E-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  8.68E-02  1.02E-01  2.07E-05  1.65E-09  3.38E-09  1.10E+00  1.652E+00  2.366E-01 3.37662E+01 7.08E-03  1.000   1.12   1.06
  100  1.02E-04  2.90E-05  1.64E-07  9.31E-11  2.01E-10  5.11E-01  1.653E+00  2.358E-01 3.62222E+01 6.61E-03  1.035   1.12   1.10
  200  1.17E-05  6.91E-06  3.67E-08  1.70E-11  8.53E-12  5.11E-01  1.657E+00  2.324E-01 3.46320E+01 6.92E-03  1.013   1.12   1.11
  300  1.60E-06  7.85E-07  1.20E-08  7.34E-13  9.79E-13  5.11E-01  1.660E+00  2.323E-01 3.41757E+01 7.01E-03  1.006   1.12   1.12
  400  3.80E-07  1.92E-07  4.28E-09  1.22E-13  2.02E-13  5.11E-01  1.661E+00  2.326E-01 3.36067E+01 7.13E-03  0.998   1.12   1.12
  500  1.40E-07  6.74E-08  1.47E-09  4.25E-14  3.82E-14  5.11E-01  1.661E+00  2.325E-01 3.31561E+01 7.23E-03  0.991   1.12   1.12
  600  5.93E-08  2.93E-08  5.00E-10  2.80E-14  9.94E-15  5.11E-01  1.662E+00  2.325E-01 3.27774E+01 7.31E-03  0.985   1.12   1.12
  700  3.03E-08  1.33E-08  2.13E-10  9.11E-15  6.36E-15  5.11E-01  1.662E+00  2.326E-01 3.24968E+01 7.38E-03  0.981   1.12   1.12
  800  1.61E-08  7.06E-09  8.89E-11  4.75E-15  9.96E-16  5.11E-01  1.662E+00  2.325E-01 3.22915E+01 7.43E-03  0.978   1.12   1.12
  871  9.83E-09  4.53E-09  4.82E-11  4.40E-16  5.57E-16  5.11E-01  1.662E+00  2.325E-01 3.21781E+01 7.45E-03  0.976   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.697E-05 d(ln R0)/dt =  6.168E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 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):     0.039612

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0835E+00 SECONDS
   DATA R*BT AT EDGE:  3.5766E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1813E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.365000 TO TG2=    2.370000 @ NSTEP      233
   GFRAME TG2 MOMENTS CHECKSUM:  1.2140382128554E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    233
 TA= 2.36500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.01211E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    234
 TA= 2.36510E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.26513E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    243
 TA= 2.36594E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 1.06502E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    252
 TA= 2.36683E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.38280E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    261
 TA= 2.36774E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 1.15980E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    270
 TA= 2.36871E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 1.50544E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    280
 TA= 2.36982E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.57780E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1243  underweight particles.
 %DEPALL specie #1  ->   39762 -      0 (killed) +  12500 (dep) =  52262 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2338 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.506229E+08  1.504552E+08
 %ORBALL:  In processor     0: orbit # IORB=  12812 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.927884E+08  1.925887E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.003731E+08  2.002943E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39099 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40165 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40487 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.980638E+08  1.979455E+08
 %ORBALL:  In processor     0: orbit # IORB=  41294 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41418 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41633 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42010 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42358 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42411 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42512 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43626 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43986 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44101 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44241 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44419 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44611 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44661 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45484 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45544 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46267 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46784 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47184 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47430 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47679 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47862 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47941 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48155 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48421 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48461 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48856 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49092 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49553 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49757 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49985 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50110 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50234 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50298 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50681 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50695 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51352 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51873 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52005 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52298 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52805 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53102 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52262 SPL=    0 TOT=43114
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.1947176E-01 -2.8290942E+00  2.5510690E+08  9.8544316E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    282
 TA= 2.37000E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 9.58430E-05
  
 TTOR1=  2.3700000000000987
 TTOR2=  2.3800000000000985
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.370000E+00 NSTEP=   282 Hash code:  117991684
 ->PRGCHK: bdy curvature ratio at t= 2.3750E+00 seconds is:  4.1796E-02
 % MHDEQ: TG1= 2.3700000000000987 ; TG2= 2.3750000000000986

 *** 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     -2.980E+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  1.5379E+00  0.0000E+00  3.1708E-01  0.0000E+00  1.6624E+00  2.3246E-01
    1   0  5.4120E-01 -7.9602E-02 -7.9602E-02  7.6896E-01
    2   0  8.7656E-02 -1.9413E-02  2.6382E-02 -4.0345E-02
    3   0 -8.9001E-03  1.4296E-02 -3.2255E-03  1.2628E-02
    4   0 -2.1300E-03 -5.9531E-03 -4.2680E-03  1.0949E-03
    5   0  4.3470E-03  2.6198E-04  1.5517E-03 -2.9902E-03
    6   0 -1.9152E-03  6.7586E-04  6.2641E-04  1.0915E-03
    7   0  2.5658E-04 -5.0011E-04 -6.2601E-04  6.0664E-04
    8   0  1.1692E-04  9.9561E-05 -8.9489E-06 -4.0877E-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  2.94E-01  1.17E-01  6.09E-02  4.56E-03  5.42E-04  1.10E+00  1.662E+00  2.325E-01 3.66694E+01 6.66E-03  1.000   1.12   0.87
  100  1.04E-05  5.79E-06  9.49E-07  1.48E-09  2.31E-09  1.10E+00  1.646E+00  2.390E-01 3.37388E+01 7.37E-03  1.000   1.12   1.03
  125  9.48E-07  4.11E-07  1.47E-07  2.04E-10  1.82E-10  1.10E+00  1.653E+00  2.358E-01 3.37381E+01 7.39E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.380E-07 d(ln R0)/dt =  1.162E-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  8.85E-02  1.04E-01  2.09E-05  1.63E-09  3.37E-09  1.10E+00  1.653E+00  2.358E-01 3.37382E+01 7.40E-03  1.000   1.12   1.05
  100  1.02E-04  2.78E-05  1.65E-07  7.94E-11  2.00E-10  5.11E-01  1.654E+00  2.349E-01 3.67574E+01 6.80E-03  1.043   1.12   1.10
  200  1.28E-05  7.50E-06  3.77E-08  2.34E-11  8.59E-12  5.11E-01  1.657E+00  2.317E-01 3.52093E+01 7.10E-03  1.021   1.12   1.11
  300  1.59E-06  7.87E-07  1.24E-08  8.46E-13  1.02E-12  5.11E-01  1.659E+00  2.316E-01 3.48506E+01 7.18E-03  1.016   1.12   1.12
  400  3.91E-07  2.05E-07  4.49E-09  1.30E-13  2.12E-13  5.11E-01  1.660E+00  2.319E-01 3.42742E+01 7.30E-03  1.008   1.12   1.12
  500  1.43E-07  6.97E-08  1.57E-09  4.86E-14  4.34E-14  5.11E-01  1.661E+00  2.318E-01 3.37809E+01 7.41E-03  1.001   1.12   1.12
  600  6.05E-08  3.05E-08  5.44E-10  2.91E-14  1.04E-14  5.11E-01  1.661E+00  2.318E-01 3.33852E+01 7.50E-03  0.995   1.12   1.12
  700  3.21E-08  1.35E-08  2.34E-10  1.11E-14  6.56E-15  5.11E-01  1.661E+00  2.318E-01 3.30961E+01 7.56E-03  0.991   1.12   1.12
  800  1.70E-08  7.18E-09  9.75E-11  4.88E-15  1.11E-15  5.11E-01  1.662E+00  2.318E-01 3.28819E+01 7.61E-03  0.987   1.12   1.12
  885  9.81E-09  4.40E-09  4.70E-11  4.99E-16  4.64E-16  5.11E-01  1.662E+00  2.318E-01 3.27392E+01 7.64E-03  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.041E-05 d(ln R0)/dt =  5.554E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.054567

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1270E+00 SECONDS
   DATA R*BT AT EDGE:  3.5754E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1796E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.370000 TO TG2=    2.375000 @ NSTEP      282
   GFRAME TG2 MOMENTS CHECKSUM:  1.2134528230511E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    282
 TA= 2.37000E+00 CPU TIME= 5.61523E-02 SECONDS.  DT= 9.58430E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    283
 TA= 2.37010E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.19804E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    294
 TA= 2.37269E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 3.76110E-04
 --> plasma_hash("gframe"): TA= 2.375000E+00 NSTEP=   303 Hash code:   79561476
 ->PRGCHK: bdy curvature ratio at t= 2.3800E+00 seconds is:  4.1780E-02
 % MHDEQ: TG1= 2.3750000000000986 ; TG2= 2.3800000000000985

 *** 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     -2.980E+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  1.5380E+00  0.0000E+00  3.1611E-01  0.0000E+00  1.6617E+00  2.3176E-01
    1   0  5.4119E-01 -7.9606E-02 -7.9606E-02  7.6935E-01
    2   0  8.7589E-02 -1.9286E-02  2.6125E-02 -4.0598E-02
    3   0 -8.8274E-03  1.4354E-02 -3.2235E-03  1.2720E-02
    4   0 -2.1523E-03 -5.9139E-03 -4.3037E-03  1.1430E-03
    5   0  4.3723E-03  2.6574E-04  1.5343E-03 -3.0403E-03
    6   0 -1.9108E-03  6.5443E-04  6.1511E-04  1.1076E-03
    7   0  2.4328E-04 -5.0537E-04 -6.5069E-04  6.5195E-04
    8   0  8.3336E-05  9.2302E-05 -3.5246E-06 -3.9539E-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  2.91E-01  1.16E-01  6.05E-02  4.55E-03  5.45E-04  1.10E+00  1.662E+00  2.318E-01 3.66260E+01 6.85E-03  1.000   1.12   0.87
  100  9.36E-06  5.37E-06  8.82E-07  1.54E-09  2.19E-09  1.10E+00  1.646E+00  2.383E-01 3.37179E+01 7.58E-03  1.000   1.12   1.03
  125  9.24E-07  4.07E-07  1.48E-07  2.13E-10  1.93E-10  1.10E+00  1.653E+00  2.350E-01 3.37171E+01 7.60E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.639E-07 d(ln R0)/dt =  1.215E-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  8.70E-02  1.02E-01  2.07E-05  1.64E-09  3.44E-09  1.10E+00  1.653E+00  2.349E-01 3.37172E+01 7.61E-03  1.000   1.12   1.05
  100  1.02E-04  2.78E-05  1.67E-07  7.82E-11  2.05E-10  5.11E-01  1.654E+00  2.341E-01 3.69875E+01 6.94E-03  1.047   1.12   1.11
  200  1.29E-05  7.65E-06  3.86E-08  2.64E-11  8.89E-12  5.11E-01  1.657E+00  2.308E-01 3.54770E+01 7.24E-03  1.026   1.12   1.11
  300  1.58E-06  7.71E-07  1.26E-08  9.06E-13  1.06E-12  5.11E-01  1.660E+00  2.307E-01 3.51735E+01 7.31E-03  1.021   1.12   1.12
  400  3.88E-07  2.08E-07  4.54E-09  1.35E-13  2.22E-13  5.11E-01  1.660E+00  2.310E-01 3.46029E+01 7.43E-03  1.013   1.12   1.12
  500  1.42E-07  6.87E-08  1.60E-09  5.03E-14  4.61E-14  5.11E-01  1.661E+00  2.309E-01 3.40970E+01 7.54E-03  1.006   1.12   1.12
  600  6.00E-08  3.02E-08  5.55E-10  2.98E-14  1.08E-14  5.11E-01  1.661E+00  2.310E-01 3.36985E+01 7.63E-03  1.000   1.12   1.12
  700  3.22E-08  1.33E-08  2.38E-10  1.16E-14  6.48E-15  5.11E-01  1.662E+00  2.310E-01 3.34066E+01 7.70E-03  0.995   1.12   1.12
  800  1.70E-08  7.06E-09  9.93E-11  4.86E-15  1.15E-15  5.11E-01  1.662E+00  2.309E-01 3.31922E+01 7.75E-03  0.992   1.12   1.12
  885  9.77E-09  4.35E-09  4.80E-11  5.21E-16  4.44E-16  5.11E-01  1.662E+00  2.309E-01 3.30486E+01 7.78E-03  0.990   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.023E-05 d(ln R0)/dt =  5.555E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.062505

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1040E+00 SECONDS
   DATA R*BT AT EDGE:  3.5742E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1780E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.375000 TO TG2=    2.380000 @ NSTEP      303
   GFRAME TG2 MOMENTS CHECKSUM:  1.2130865289037E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    303
 TA= 2.37500E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 3.90634E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    304
 TA= 2.37525E+00 CPU TIME= 5.61523E-02 SECONDS.  DT= 3.15961E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    313
 TA= 2.37790E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 4.10138E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  869  underweight particles.
 %DEPALL specie #1  ->   43114 -      0 (killed) +  12108 (dep) =  55222 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.281258E+08  1.280943E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.588334E+07  8.577297E+07
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  13018 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16853 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.257336E+08  1.257060E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.661888E+08  1.661613E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  34817 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43850 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44010 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44625 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45972 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47365 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47599 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47702 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47978 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48595 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48644 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48723 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50440 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50600 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50607 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51064 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51127 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51208 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51879 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52067 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52116 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52253 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52441 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52812 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53037 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53588 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54039 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54076 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54190 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54237 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54518 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54893 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  55122 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  55135 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  55226 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  55581 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  55836 never inside plasma.
 %ORBALL:  In processor     0: orbit # [1] 19450
IORB=  56080 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=55222 SPL=    0 TOT=45235
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.2806153E-01 -6.5187825E-01  1.6174336E+08  1.6889279E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    320
 TA= 2.38000E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 3.70509E-04
  
 TTOR1=  2.3800000000000985
 TTOR2=  2.3900000000000983
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.3800000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.380000E+00 NSTEP=   320 Hash code:   56140361
 ->PRGCHK: bdy curvature ratio at t= 2.3850E+00 seconds is:  4.1710E-02
 % MHDEQ: TG1= 2.3800000000000985 ; TG2= 2.3850000000000984

 *** 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     1.139E+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  1.5378E+00  0.0000E+00  3.1666E-01  0.0000E+00  1.6619E+00  2.3090E-01
    1   0  5.4107E-01 -7.9572E-02 -7.9572E-02  7.6892E-01
    2   0  8.7616E-02 -1.9309E-02  2.6124E-02 -4.0536E-02
    3   0 -8.7721E-03  1.4333E-02 -3.1915E-03  1.2715E-02
    4   0 -2.2026E-03 -5.9098E-03 -4.3227E-03  1.1723E-03
    5   0  4.3734E-03  2.6911E-04  1.5372E-03 -3.0477E-03
    6   0 -1.9029E-03  6.5049E-04  6.2496E-04  1.1004E-03
    7   0  2.3321E-04 -4.9958E-04 -6.5186E-04  6.6039E-04
    8   0  8.3248E-05  9.2799E-05 -4.2069E-06 -3.9535E-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  2.96E-01  1.20E-01  6.11E-02  4.57E-03  5.67E-04  1.10E+00  1.662E+00  2.309E-01 3.65822E+01 7.03E-03  1.000   1.14   0.87
  100  1.02E-05  5.86E-06  9.53E-07  1.48E-09  2.27E-09  1.10E+00  1.647E+00  2.386E-01 3.36614E+01 7.78E-03  1.000   1.14   1.03
  125  9.65E-07  4.24E-07  1.50E-07  2.05E-10  1.86E-10  1.10E+00  1.653E+00  2.354E-01 3.36607E+01 7.81E-03  1.000   1.14   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.467E-07 d(ln R0)/dt =  1.164E-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  8.50E-02  1.02E-01  2.05E-05  1.62E-09  3.36E-09  1.10E+00  1.654E+00  2.354E-01 3.36607E+01 7.81E-03  1.000   1.14   1.05
  100  9.97E-05  3.22E-05  1.83E-07  6.20E-11  1.96E-10  5.11E-01  1.655E+00  2.345E-01 3.77289E+01 6.98E-03  1.058   1.14   1.12
  200  1.27E-05  5.05E-06  3.71E-08  3.26E-11  8.80E-12  5.11E-01  1.657E+00  2.314E-01 3.63177E+01 7.25E-03  1.038   1.14   1.13
  300  1.30E-06  5.58E-07  1.22E-08  1.04E-12  1.00E-12  5.11E-01  1.659E+00  2.314E-01 3.62091E+01 7.28E-03  1.037   1.14   1.14
  400  4.06E-07  1.75E-07  4.34E-09  1.35E-13  2.30E-13  5.11E-01  1.660E+00  2.317E-01 3.56583E+01 7.39E-03  1.029   1.14   1.14
  500  1.21E-07  5.80E-08  1.55E-09  4.29E-14  4.36E-14  5.11E-01  1.660E+00  2.316E-01 3.51098E+01 7.50E-03  1.021   1.14   1.14
  600  5.74E-08  2.45E-08  5.44E-10  2.59E-14  1.09E-14  5.11E-01  1.661E+00  2.316E-01 3.47027E+01 7.59E-03  1.015   1.14   1.14
  700  3.13E-08  1.27E-08  2.27E-10  1.29E-14  6.78E-15  5.11E-01  1.661E+00  2.317E-01 3.44030E+01 7.66E-03  1.011   1.14   1.14
  800  1.55E-08  6.47E-09  9.39E-11  3.86E-15  1.18E-15  5.11E-01  1.661E+00  2.316E-01 3.41851E+01 7.71E-03  1.008   1.14   1.14
  870  9.99E-09  4.52E-09  5.23E-11  4.39E-16  5.86E-16  5.11E-01  1.661E+00  2.316E-01 3.40659E+01 7.74E-03  1.006   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.607E-05 d(ln R0)/dt =  6.018E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.094042

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0937E+00 SECONDS
   DATA R*BT AT EDGE:  3.5730E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1710E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.380000 TO TG2=    2.385000 @ NSTEP      320
   GFRAME TG2 MOMENTS CHECKSUM:  1.2127777940373E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.385000E+00 NSTEP=   328 Hash code:  106316651
 ->PRGCHK: bdy curvature ratio at t= 2.3900E+00 seconds is:  4.1640E-02
 % MHDEQ: TG1= 2.3850000000000984 ; TG2= 2.3900000000000983

 *** 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     -2.974E+00     1.155E+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  1.5376E+00  0.0000E+00  3.1720E-01  0.0000E+00  1.6613E+00  2.3157E-01
    1   0  5.4095E-01 -7.9538E-02 -7.9538E-02  7.6848E-01
    2   0  8.7643E-02 -1.9332E-02  2.6122E-02 -4.0474E-02
    3   0 -8.7169E-03  1.4312E-02 -3.1596E-03  1.2709E-02
    4   0 -2.2530E-03 -5.9056E-03 -4.3417E-03  1.2016E-03
    5   0  4.3745E-03  2.7247E-04  1.5400E-03 -3.0551E-03
    6   0 -1.8950E-03  6.4655E-04  6.3481E-04  1.0931E-03
    7   0  2.2313E-04 -4.9379E-04 -6.5303E-04  6.6882E-04
    8   0  8.3161E-05  9.3296E-05 -4.8891E-06 -3.9530E-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  2.93E-01  1.19E-01  6.08E-02  4.55E-03  5.64E-04  1.10E+00  1.661E+00  2.316E-01 3.65175E+01 7.07E-03  1.000   1.16   0.89
  100  8.78E-06  5.28E-06  8.81E-07  1.45E-09  2.17E-09  1.10E+00  1.646E+00  2.391E-01 3.36177E+01 7.82E-03  1.000   1.16   1.05
  125  8.72E-07  3.80E-07  1.46E-07  2.06E-10  1.90E-10  1.10E+00  1.653E+00  2.359E-01 3.36170E+01 7.85E-03  1.000   1.16   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.531E-07 d(ln R0)/dt =  1.203E-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  7.82E-02  9.56E-02  1.92E-05  1.62E-09  3.33E-09  1.10E+00  1.654E+00  2.358E-01 3.36171E+01 7.85E-03  1.000   1.16   1.07
  100  1.38E-04  9.32E-05  3.07E-07  5.31E-11  1.97E-10  5.11E-01  1.655E+00  2.349E-01 3.82299E+01 6.91E-03  1.066   1.16   1.14
  200  1.29E-05  6.09E-06  3.82E-08  2.75E-11  9.39E-12  5.11E-01  1.657E+00  2.320E-01 3.65737E+01 7.23E-03  1.043   1.16   1.14
  300  1.86E-06  8.20E-07  1.17E-08  9.32E-13  9.98E-13  5.11E-01  1.659E+00  2.320E-01 3.64774E+01 7.25E-03  1.041   1.16   1.16
  400  4.80E-07  1.93E-07  4.09E-09  1.37E-13  1.97E-13  5.11E-01  1.660E+00  2.323E-01 3.59790E+01 7.35E-03  1.034   1.16   1.16
  500  1.31E-07  7.25E-08  1.41E-09  3.66E-14  4.67E-14  5.11E-01  1.660E+00  2.322E-01 3.54584E+01 7.46E-03  1.027   1.16   1.16
  600  5.68E-08  2.71E-08  4.86E-10  2.05E-14  1.08E-14  5.11E-01  1.661E+00  2.323E-01 3.50599E+01 7.54E-03  1.021   1.16   1.16
  700  3.13E-08  1.42E-08  1.98E-10  9.19E-15  7.12E-15  5.11E-01  1.661E+00  2.323E-01 3.47707E+01 7.61E-03  1.017   1.16   1.15
  800  1.42E-08  6.69E-09  8.18E-11  3.42E-15  1.21E-15  5.11E-01  1.661E+00  2.322E-01 3.45673E+01 7.65E-03  1.014   1.16   1.16
  859  9.62E-09  4.81E-09  4.93E-11  4.52E-16  5.73E-16  5.11E-01  1.661E+00  2.322E-01 3.44756E+01 7.67E-03  1.013   1.16   1.16

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.917E-05 d(ln R0)/dt =  5.741E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.03 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):     0.084546

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0488E+00 SECONDS
   DATA R*BT AT EDGE:  3.5718E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1640E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.385000 TO TG2=    2.390000 @ NSTEP      328
   GFRAME TG2 MOMENTS CHECKSUM:  1.2127073360183E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    328
 TA= 2.38500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 9.75499E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  541  underweight particles.
 %DEPALL specie #1  ->   45235 -   6424 (killed) +  11473 (dep) =  50284 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    844 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.477083E+08  1.475788E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.628770E+07  8.627973E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.694885E+08  1.693398E+08
 %ORBALL:  In processor     0: orbit # IORB=   5836 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8926 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.007480E+08  2.006768E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.263829E+08  1.263162E+08
 %ORBALL:  In processor     0: orbit # IORB=  19938 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0033E+00
 %ORBALL:  In processor     0: orbit # IORB=  21797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30382 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.437440E+08  2.437437E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.337457E+08  2.335698E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39263 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39625 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40505 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40517 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41648 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41826 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41934 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42430 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42439 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43290 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43703 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43820 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43983 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44330 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44377 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44639 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45877 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46255 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46305 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46324 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46595 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46944 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47123 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47161 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47192 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47261 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48181 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48510 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48535 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48586 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48677 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49505 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49550 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49805 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49892 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50472 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50499 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50827 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50831 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50855 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50923 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51112 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50284 SPL=    0 TOT=40755
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.4146651E-01 -2.6944001E+00  1.4075197E+08  9.1048720E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    334
 TA= 2.39000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 5.35095E-04
  
 TTOR1=  2.3900000000000983
 TTOR2=  2.4000000000000981
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.390000E+00 NSTEP=   334 Hash code:  106425846
 ->PRGCHK: bdy curvature ratio at t= 2.3950E+00 seconds is:  4.1587E-02
 % MHDEQ: TG1= 2.3900000000000983 ; TG2= 2.3950000000000982

 *** 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     -2.969E+00     1.137E+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  3.1815E-01  0.0000E+00  1.6611E+00  2.3220E-01
    1   0  5.4084E-01 -7.9348E-02 -7.9348E-02  7.6746E-01
    2   0  8.7542E-02 -1.9471E-02  2.6332E-02 -4.0404E-02
    3   0 -8.7260E-03  1.4248E-02 -3.1045E-03  1.2658E-02
    4   0 -2.2818E-03 -5.9532E-03 -4.3416E-03  1.2005E-03
    5   0  4.3575E-03  2.8773E-04  1.5574E-03 -3.0301E-03
    6   0 -1.8985E-03  6.4868E-04  6.4801E-04  1.0737E-03
    7   0  2.2716E-04 -4.8371E-04 -6.3702E-04  6.3762E-04
    8   0  1.1451E-04  9.4580E-05 -9.4415E-06 -4.0935E-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  2.94E-01  1.19E-01  6.09E-02  4.55E-03  5.63E-04  1.10E+00  1.661E+00  2.322E-01 3.64659E+01 7.10E-03  1.000   1.14   0.91
  100  8.21E-06  5.07E-06  8.77E-07  1.33E-09  2.17E-09  1.10E+00  1.646E+00  2.398E-01 3.35689E+01 7.85E-03  1.000   1.14   1.07
  124  9.98E-07  4.30E-07  1.26E-07  4.21E-10  1.21E-10  1.10E+00  1.653E+00  2.368E-01 3.35683E+01 7.88E-03  1.000   1.14   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.492E-07 d(ln R0)/dt =  1.198E-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  7.14E-02  8.95E-02  1.80E-05  1.56E-09  3.10E-09  1.10E+00  1.653E+00  2.367E-01 3.35683E+01 7.88E-03  1.000   1.14   1.08
  100  1.21E-04  8.15E-05  2.48E-07  7.47E-11  1.73E-10  5.11E-01  1.655E+00  2.357E-01 3.64002E+01 7.28E-03  1.041   1.14   1.13
  200  8.41E-06  8.51E-06  3.65E-08  9.64E-12  8.84E-12  5.11E-01  1.658E+00  2.326E-01 3.45195E+01 7.68E-03  1.014   1.14   1.13
  300  1.83E-06  9.18E-07  1.11E-08  6.22E-13  8.77E-13  5.11E-01  1.660E+00  2.326E-01 3.41121E+01 7.78E-03  1.008   1.14   1.14
  400  4.77E-07  1.99E-07  3.72E-09  1.47E-13  1.54E-13  5.11E-01  1.661E+00  2.328E-01 3.36533E+01 7.88E-03  1.001   1.14   1.14
  500  1.28E-07  6.67E-08  1.19E-09  2.85E-14  3.52E-14  5.11E-01  1.662E+00  2.328E-01 3.32505E+01 7.98E-03  0.995   1.14   1.14
  600  5.68E-08  3.15E-08  4.14E-10  1.51E-14  7.79E-15  5.11E-01  1.662E+00  2.328E-01 3.29030E+01 8.06E-03  0.990   1.14   1.14
  700  2.78E-08  1.17E-08  1.66E-10  4.52E-15  8.17E-15  5.11E-01  1.662E+00  2.328E-01 3.26470E+01 8.13E-03  0.986   1.14   1.14
  800  1.37E-08  6.51E-09  6.93E-11  3.85E-15  9.74E-16  5.11E-01  1.663E+00  2.328E-01 3.24669E+01 8.17E-03  0.984   1.14   1.14
  841  9.92E-09  5.12E-09  4.82E-11  1.07E-15  6.62E-16  5.11E-01  1.663E+00  2.328E-01 3.24059E+01 8.19E-03  0.983   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.960E-05 d(ln R0)/dt =  6.857E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 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):     0.051040

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0239E+00 SECONDS
   DATA R*BT AT EDGE:  3.5711E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1587E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.390000 TO TG2=    2.395000 @ NSTEP      334
   GFRAME TG2 MOMENTS CHECKSUM:  1.2139301711021E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.395000E+00 NSTEP=   340 Hash code:   90559924
 ->PRGCHK: bdy curvature ratio at t= 2.4000E+00 seconds is:  4.1534E-02
 % MHDEQ: TG1= 2.3950000000000982 ; TG2= 2.4000000000000981

 *** 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     -2.965E+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  1.5373E+00  0.0000E+00  3.1910E-01  0.0000E+00  1.6626E+00  2.3278E-01
    1   0  5.4073E-01 -7.9159E-02 -7.9159E-02  7.6645E-01
    2   0  8.7441E-02 -1.9609E-02  2.6542E-02 -4.0333E-02
    3   0 -8.7351E-03  1.4185E-02 -3.0495E-03  1.2608E-02
    4   0 -2.3106E-03 -6.0007E-03 -4.3415E-03  1.1993E-03
    5   0  4.3405E-03  3.0300E-04  1.5747E-03 -3.0051E-03
    6   0 -1.9019E-03  6.5082E-04  6.6121E-04  1.0543E-03
    7   0  2.3119E-04 -4.7363E-04 -6.2100E-04  6.0641E-04
    8   0  1.4586E-04  9.5864E-05 -1.3994E-05 -4.2340E-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  3.00E-01  1.21E-01  6.17E-02  4.59E-03  5.62E-04  1.10E+00  1.663E+00  2.328E-01 3.64671E+01 7.03E-03  1.000   1.12   0.90
  100  1.13E-05  6.56E-06  1.07E-06  1.35E-09  2.44E-09  1.10E+00  1.647E+00  2.406E-01 3.35118E+01 7.79E-03  1.000   1.12   1.06
  125  9.61E-07  4.06E-07  1.51E-07  1.83E-10  1.56E-10  1.10E+00  1.654E+00  2.375E-01 3.35111E+01 7.82E-03  1.000   1.12   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.894E-07 d(ln R0)/dt =  1.079E-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  7.46E-02  9.54E-02  1.91E-05  1.65E-09  3.14E-09  1.10E+00  1.654E+00  2.374E-01 3.35112E+01 7.82E-03  1.000   1.12   1.08
  100  9.13E-05  2.71E-05  1.51E-07  8.91E-11  1.88E-10  5.11E-01  1.655E+00  2.366E-01 3.52479E+01 7.44E-03  1.025   1.12   1.11
  200  1.08E-05  6.47E-06  3.63E-08  1.42E-11  7.97E-12  5.11E-01  1.659E+00  2.334E-01 3.37487E+01 7.78E-03  1.004   1.12   1.11
  300  1.43E-06  6.91E-07  1.15E-08  6.66E-13  9.19E-13  5.11E-01  1.661E+00  2.333E-01 3.32838E+01 7.89E-03  0.997   1.12   1.12
  400  3.51E-07  1.76E-07  3.82E-09  1.23E-13  1.89E-13  5.11E-01  1.662E+00  2.336E-01 3.27767E+01 8.01E-03  0.989   1.12   1.12
  500  1.25E-07  5.47E-08  1.27E-09  3.29E-14  3.46E-14  5.11E-01  1.662E+00  2.335E-01 3.23728E+01 8.11E-03  0.983   1.12   1.12
  600  5.31E-08  2.50E-08  4.26E-10  2.63E-14  8.78E-15  5.11E-01  1.663E+00  2.336E-01 3.20314E+01 8.20E-03  0.978   1.12   1.12
  700  2.63E-08  1.13E-08  1.79E-10  7.65E-15  5.89E-15  5.11E-01  1.663E+00  2.336E-01 3.17696E+01 8.27E-03  0.974   1.12   1.12
  800  1.36E-08  6.16E-09  7.32E-11  3.92E-15  9.58E-16  5.11E-01  1.663E+00  2.335E-01 3.15863E+01 8.32E-03  0.971   1.12   1.12
  846  9.78E-09  4.73E-09  4.94E-11  1.05E-15  5.98E-16  5.11E-01  1.663E+00  2.335E-01 3.15175E+01 8.33E-03  0.970   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.143E-05 d(ln R0)/dt =  7.188E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 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):     0.055018

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0156E+00 SECONDS
   DATA R*BT AT EDGE:  3.5703E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1534E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.395000 TO TG2=    2.400000 @ NSTEP      340
   GFRAME TG2 MOMENTS CHECKSUM:  1.2146080182918E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  286  underweight particles.
 %DEPALL specie #1  ->   40755 -      0 (killed) +  11032 (dep) =  51787 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   7.756487E+07  7.752147E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.180321E+08  2.178869E+08
 %ORBALL:  In processor     0: orbit # IORB=  14170 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.043961E+08  2.043172E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.728619E+08  1.728189E+08
 %ORBALL:  In processor     0: orbit # IORB=  24631 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24709 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.465404E+08  2.463543E+08
 %ORBALL:  In processor     0: orbit # IORB=  34034 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38542 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38743 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41613 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42609 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42646 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42648 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42875 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42988 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43152 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43471 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43830 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43872 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44418 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45367 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45412 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45553 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46126 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46482 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46881 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46968 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47039 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47300 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47347 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47351 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47724 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47948 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48457 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48729 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49100 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49379 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49484 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49806 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49889 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50807 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51326 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51451 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52084 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52207 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51787 SPL=    0 TOT=41589
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.9332684E-01  2.2843924E+00  2.5489299E+08  5.8418260E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    343
 TA= 2.40000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.70877E-03
  
 TTOR1=  2[1] 20075
.4000000000000981
 TTOR2=  2.4100000000000978
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.4000000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.400000E+00 NSTEP=   343 Hash code:   58297157
 ->PRGCHK: bdy curvature ratio at t= 2.4050E+00 seconds is:  4.1523E-02
 % MHDEQ: TG1= 2.4000000000000981 ; TG2= 2.4050000000000979

 *** 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     -2.967E+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  1.5376E+00  0.0000E+00  3.1829E-01  0.0000E+00  1.6633E+00  2.3349E-01
    1   0  5.4106E-01 -7.8834E-02 -7.8834E-02  7.6632E-01
    2   0  8.7227E-02 -1.9532E-02  2.6343E-02 -4.0625E-02
    3   0 -8.7724E-03  1.4313E-02 -3.0502E-03  1.2636E-02
    4   0 -2.2867E-03 -6.0560E-03 -4.3217E-03  1.1996E-03
    5   0  4.3579E-03  3.4779E-04  1.5646E-03 -3.0012E-03
    6   0 -1.9194E-03  6.3826E-04  6.2524E-04  1.0539E-03
    7   0  2.3383E-04 -4.9361E-04 -6.3501E-04  5.9860E-04
    8   0  1.6861E-04  9.0440E-05 -6.3720E-06 -4.3579E-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  3.01E-01  1.19E-01  6.18E-02  4.62E-03  5.44E-04  1.10E+00  1.663E+00  2.335E-01 3.65251E+01 6.96E-03  1.000   1.12   0.88
  100  1.07E-05  6.28E-06  8.73E-07  1.82E-09  2.22E-09  1.10E+00  1.646E+00  2.406E-01 3.35400E+01 7.72E-03  1.000   1.12   1.05
  125  9.64E-07  3.95E-07  1.45E-07  2.32E-10  1.54E-10  1.10E+00  1.654E+00  2.374E-01 3.35393E+01 7.74E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.533E-07 d(ln R0)/dt =  1.229E-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  7.89E-02  1.01E-01  2.02E-05  1.72E-09  3.33E-09  1.10E+00  1.654E+00  2.373E-01 3.35393E+01 7.75E-03  1.000   1.12   1.06
  100  9.76E-05  3.02E-05  1.78E-07  8.10E-11  1.96E-10  5.11E-01  1.655E+00  2.364E-01 3.60945E+01 7.21E-03  1.037   1.12   1.11
  200  1.17E-05  4.82E-06  3.71E-08  1.89E-11  8.29E-12  5.11E-01  1.658E+00  2.331E-01 3.44823E+01 7.55E-03  1.014   1.12   1.11
  300  1.37E-06  5.83E-07  1.19E-08  7.56E-13  9.29E-13  5.11E-01  1.661E+00  2.330E-01 3.41129E+01 7.64E-03  1.008   1.12   1.12
  400  3.96E-07  1.71E-07  4.12E-09  1.29E-13  2.01E-13  5.11E-01  1.662E+00  2.333E-01 3.35880E+01 7.76E-03  1.001   1.12   1.12
  500  1.25E-07  5.65E-08  1.41E-09  4.03E-14  3.60E-14  5.11E-01  1.662E+00  2.332E-01 3.31433E+01 7.86E-03  0.994   1.12   1.12
  600  5.44E-08  2.39E-08  4.79E-10  2.88E-14  9.69E-15  5.11E-01  1.663E+00  2.332E-01 3.27724E+01 7.95E-03  0.989   1.12   1.12
  700  2.90E-08  1.20E-08  2.03E-10  9.31E-15  6.75E-15  5.11E-01  1.663E+00  2.332E-01 3.24974E+01 8.02E-03  0.984   1.12   1.12
  800  1.50E-08  6.40E-09  8.41E-11  4.09E-15  1.06E-15  5.11E-01  1.663E+00  2.331E-01 3.23039E+01 8.07E-03  0.982   1.12   1.12
  861  9.98E-09  4.82E-09  5.06E-11  6.05E-16  6.23E-16  5.11E-01  1.663E+00  2.331E-01 3.22111E+01 8.09E-03  0.980   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.250E-05 d(ln R0)/dt =  6.369E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.03 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):     0.044327

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0508E+00 SECONDS
   DATA R*BT AT EDGE:  3.5713E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1523E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.400000 TO TG2=    2.405000 @ NSTEP      343
   GFRAME TG2 MOMENTS CHECKSUM:  1.2142723852352E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.405000E+00 NSTEP=   348 Hash code:    5521971
 ->PRGCHK: bdy curvature ratio at t= 2.4100E+00 seconds is:  4.1512E-02
 % MHDEQ: TG1= 2.4050000000000979 ; TG2= 2.4100000000000978

 *** 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     -2.969E+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  1.5380E+00  0.0000E+00  3.1748E-01  0.0000E+00  1.6631E+00  2.3313E-01
    1   0  5.4139E-01 -7.8509E-02 -7.8509E-02  7.6619E-01
    2   0  8.7014E-02 -1.9454E-02  2.6145E-02 -4.0918E-02
    3   0 -8.8098E-03  1.4441E-02 -3.0508E-03  1.2665E-02
    4   0 -2.2627E-03 -6.1113E-03 -4.3020E-03  1.1999E-03
    5   0  4.3752E-03  3.9258E-04  1.5546E-03 -2.9973E-03
    6   0 -1.9369E-03  6.2569E-04  5.8927E-04  1.0535E-03
    7   0  2.3646E-04 -5.1360E-04 -6.4903E-04  5.9079E-04
    8   0  1.9136E-04  8.5017E-05  1.2498E-06 -4.4817E-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  3.00E-01  1.19E-01  6.17E-02  4.63E-03  5.45E-04  1.10E+00  1.663E+00  2.331E-01 3.65586E+01 6.93E-03  1.000   1.12   0.88
  100  1.18E-05  6.98E-06  9.29E-07  1.82E-09  2.25E-09  1.10E+00  1.647E+00  2.401E-01 3.35705E+01 7.69E-03  1.000   1.12   1.04
  126  9.11E-07  3.96E-07  1.61E-07  1.27E-10  2.64E-10  1.10E+00  1.654E+00  2.368E-01 3.35698E+01 7.72E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.405E-07 d(ln R0)/dt =  1.167E-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  8.23E-02  1.04E-01  2.08E-05  1.78E-09  3.33E-09  1.10E+00  1.654E+00  2.368E-01 3.35699E+01 7.72E-03  1.000   1.12   1.06
  100  9.57E-05  2.64E-05  1.59E-07  7.26E-11  1.85E-10  5.11E-01  1.655E+00  2.359E-01 3.62830E+01 7.15E-03  1.039   1.12   1.10
  200  1.24E-05  7.14E-06  3.77E-08  2.52E-11  8.27E-12  5.11E-01  1.658E+00  2.327E-01 3.48474E+01 7.45E-03  1.019   1.12   1.11
  300  1.50E-06  7.16E-07  1.21E-08  8.44E-13  9.87E-13  5.11E-01  1.661E+00  2.326E-01 3.45125E+01 7.53E-03  1.014   1.12   1.12
  400  3.69E-07  1.93E-07  4.23E-09  1.32E-13  2.21E-13  5.11E-01  1.661E+00  2.329E-01 3.39781E+01 7.65E-03  1.006   1.12   1.12
  500  1.37E-07  6.08E-08  1.45E-09  4.33E-14  3.88E-14  5.11E-01  1.662E+00  2.328E-01 3.34995E+01 7.76E-03  0.999   1.12   1.12
  600  5.60E-08  2.78E-08  4.99E-10  2.92E-14  9.77E-15  5.11E-01  1.662E+00  2.328E-01 3.31216E+01 7.85E-03  0.993   1.12   1.12
  700  2.91E-08  1.21E-08  2.12E-10  1.16E-14  5.93E-15  5.11E-01  1.663E+00  2.329E-01 3.28425E+01 7.91E-03  0.989   1.12   1.12
  800  1.55E-08  6.31E-09  8.82E-11  4.25E-15  1.04E-15  5.11E-01  1.663E+00  2.328E-01 3.26443E+01 7.96E-03  0.986   1.12   1.12
  866  9.98E-09  4.40E-09  5.00E-11  7.25E-16  7.30E-16  5.11E-01  1.663E+00  2.328E-01 3.25415E+01 7.99E-03  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.367E-05 d(ln R0)/dt =  6.217E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.050352

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0581E+00 SECONDS
   DATA R*BT AT EDGE:  3.5722E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1512E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.405000 TO TG2=    2.410000 @ NSTEP      348
   GFRAME TG2 MOMENTS CHECKSUM:  1.2140715045236E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  160  underweight particles.
 %DEPALL specie #1  ->   41589 -      0 (killed) +  10838 (dep) =  52427 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.913533E+08  1.912449E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  14279 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.201948E+08  2.201306E+08
 %ORBALL:  In processor     0: orbit # IORB=  28335 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29832 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.654095E+08  1.652438E+08
 %ORBALL:  In processor     0: orbit # IORB=  32848 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.401769E+08  2.401183E+08
 %ORBALL:  In processor     0: orbit # IORB=  42889 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43742 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43955 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.581608E+08  2.579840E+08
 %ORBALL:  In processor     0: orbit # IORB=  44854 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45064 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45157 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45216 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45370 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45940 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45958 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46329 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46334 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46363 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46377 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46615 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47116 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47838 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47986 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48225 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48257 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48505 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48732 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48890 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49019 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49247 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49280 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49528 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49900 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50242 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50376 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50701 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50798 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50882 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50947 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51526 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51633 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51783 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52017 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52050 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52234 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52407 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52431 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52553 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52746 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52770 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53023 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53253 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52427 SPL=    0 TOT=41886
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.2530637E-01  2.3800552E+00  1.5635735E+08  6.2715622E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    353
 TA= 2.41000E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 6.10078E-04
  
 TTOR1=  2.4100000000000978
 TTOR2=  2.4200000000000976
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.410000E+00 NSTEP=   353 Hash code:   12221934
 ->PRGCHK: bdy curvature ratio at t= 2.4150E+00 seconds is:  4.1387E-02
 % MHDEQ: TG1= 2.4100000000000978 ; TG2= 2.4150000000000977

 *** 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     -2.971E+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  1.5380E+00  0.0000E+00  3.1804E-01  0.0000E+00  1.6630E+00  2.3276E-01
    1   0  5.4116E-01 -7.9098E-02 -7.9098E-02  7.6702E-01
    2   0  8.7355E-02 -1.9305E-02  2.6266E-02 -4.0602E-02
    3   0 -8.8278E-03  1.4374E-02 -3.2171E-03  1.2668E-02
    4   0 -2.2340E-03 -6.0858E-03 -4.3364E-03  1.1591E-03
    5   0  4.3528E-03  3.8948E-04  1.6027E-03 -2.9945E-03
    6   0 -1.9271E-03  6.3750E-04  6.1411E-04  1.0854E-03
    7   0  2.3249E-04 -4.9543E-04 -6.7409E-04  6.0532E-04
    8   0  1.5230E-04  7.8324E-05 -1.0266E-05 -4.3970E-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  3.01E-01  1.21E-01  6.18E-02  4.60E-03  5.60E-04  1.10E+00  1.663E+00  2.328E-01 3.65801E+01 6.91E-03  1.000   1.12   0.88
  100  1.15E-05  6.46E-06  1.02E-06  1.57E-09  2.30E-09  1.10E+00  1.647E+00  2.402E-01 3.36138E+01 7.66E-03  1.000   1.12   1.04
  126  8.52E-07  3.64E-07  1.56E-07  1.13E-10  2.74E-10  1.10E+00  1.655E+00  2.369E-01 3.36131E+01 7.69E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.154E-07 d(ln R0)/dt =  1.083E-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  1.01E-01  2.04E-05  1.73E-09  3.23E-09  1.10E+00  1.655E+00  2.368E-01 3.36132E+01 7.70E-03  1.000   1.12   1.06
  100  9.49E-05  2.58E-05  1.57E-07  6.94E-11  1.82E-10  5.11E-01  1.656E+00  2.360E-01 3.61832E+01 7.15E-03  1.037   1.12   1.10
  200  1.26E-05  7.33E-06  3.75E-08  2.49E-11  8.20E-12  5.11E-01  1.659E+00  2.328E-01 3.47262E+01 7.46E-03  1.016   1.12   1.11
  300  1.53E-06  7.21E-07  1.21E-08  8.32E-13  9.94E-13  5.11E-01  1.661E+00  2.327E-01 3.43519E+01 7.55E-03  1.011   1.12   1.12
  400  3.79E-07  1.99E-07  4.25E-09  1.33E-13  2.18E-13  5.11E-01  1.662E+00  2.330E-01 3.38167E+01 7.67E-03  1.003   1.12   1.12
  500  1.39E-07  6.12E-08  1.47E-09  4.27E-14  4.02E-14  5.11E-01  1.663E+00  2.329E-01 3.33361E+01 7.78E-03  0.996   1.12   1.12
  600  5.60E-08  2.79E-08  5.10E-10  2.74E-14  9.32E-15  5.11E-01  1.663E+00  2.329E-01 3.29640E+01 7.87E-03  0.990   1.12   1.12
  700  2.95E-08  1.20E-08  2.17E-10  1.18E-14  5.88E-15  5.11E-01  1.663E+00  2.330E-01 3.26860E+01 7.93E-03  0.986   1.12   1.12
  800  1.59E-08  6.35E-09  9.01E-11  4.45E-15  1.10E-15  5.11E-01  1.663E+00  2.329E-01 3.24863E+01 7.98E-03  0.983   1.12   1.12
  870  9.88E-09  4.53E-09  5.00E-11  6.38E-16  5.03E-16  5.11E-01  1.663E+00  2.329E-01 3.23764E+01 8.01E-03  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.559E-05 d(ln R0)/dt =  6.208E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 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):     0.056174

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0698E+00 SECONDS
   DATA R*BT AT EDGE:  3.5740E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1387E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.410000 TO TG2=    2.415000 @ NSTEP      353
   GFRAME TG2 MOMENTS CHECKSUM:  1.2144836914203E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    353
 TA= 2.41000E+00 CPU TIME= 5.61523E-02 SECONDS.  DT= 6.10078E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    354
 TA= 2.41028E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 3.53506E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    365
 TA= 2.41332E+00 CPU TIME= 5.37109E-02 SECONDS.  DT= 3.38301E-04
 --> plasma_hash("gframe"): TA= 2.415000E+00 NSTEP=   372 Hash code:  117669444
 ->PRGCHK: bdy curvature ratio at t= 2.4200E+00 seconds is:  4.1261E-02
 % MHDEQ: TG1= 2.4150000000000977 ; TG2= 2.4200000000000976

 *** 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     -2.973E+00     1.112E+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  3.1861E-01  0.0000E+00  1.6634E+00  2.3287E-01
    1   0  5.4093E-01 -7.9686E-02 -7.9686E-02  7.6786E-01
    2   0  8.7695E-02 -1.9156E-02  2.6388E-02 -4.0286E-02
    3   0 -8.8458E-03  1.4307E-02 -3.3833E-03  1.2672E-02
    4   0 -2.2053E-03 -6.0602E-03 -4.3709E-03  1.1182E-03
    5   0  4.3305E-03  3.8637E-04  1.6509E-03 -2.9917E-03
    6   0 -1.9172E-03  6.4931E-04  6.3895E-04  1.1174E-03
    7   0  2.2852E-04 -4.7726E-04 -6.9916E-04  6.1986E-04
    8   0  1.1324E-04  7.1630E-05 -2.1781E-05 -4.3122E-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  3.02E-01  1.22E-01  6.21E-02  4.58E-03  5.67E-04  1.10E+00  1.663E+00  2.329E-01 3.66170E+01 7.03E-03  1.000   1.11   0.87
  100  1.23E-05  6.69E-06  1.13E-06  1.41E-09  2.40E-09  1.10E+00  1.649E+00  2.403E-01 3.36511E+01 7.80E-03  1.000   1.11   1.04
  126  8.77E-07  3.76E-07  1.59E-07  1.06E-10  2.72E-10  1.10E+00  1.655E+00  2.370E-01 3.36504E+01 7.83E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.119E-07 d(ln R0)/dt =  1.049E-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  8.81E-02  1.04E-01  2.08E-05  1.70E-09  3.21E-09  1.10E+00  1.656E+00  2.369E-01 3.36505E+01 7.83E-03  1.000   1.11   1.06
  100  1.89E-04  7.03E-05  2.68E-07  5.48E-11  1.95E-10  5.11E-01  1.657E+00  2.360E-01 3.64133E+01 7.24E-03  1.040   1.11   1.10
  200  1.53E-05  6.43E-06  4.04E-08  2.29E-11  8.11E-12  5.11E-01  1.660E+00  2.329E-01 3.46511E+01 7.61E-03  1.015   1.11   1.10
  300  2.52E-06  1.02E-06  1.25E-08  7.49E-13  1.00E-12  5.11E-01  1.662E+00  2.329E-01 3.42195E+01 7.72E-03  1.008   1.11   1.11
  400  5.52E-07  2.58E-07  4.54E-09  1.37E-13  2.22E-13  5.11E-01  1.663E+00  2.331E-01 3.36925E+01 7.84E-03  1.001   1.11   1.11
  500  1.77E-07  9.05E-08  1.59E-09  4.39E-14  4.09E-14  5.11E-01  1.663E+00  2.330E-01 3.32124E+01 7.95E-03  0.994   1.11   1.11
  600  7.77E-08  3.36E-08  5.50E-10  2.41E-14  1.19E-14  5.11E-01  1.664E+00  2.330E-01 3.28279E+01 8.04E-03  0.988   1.11   1.11
  700  3.66E-08  1.63E-08  2.31E-10  1.13E-14  5.87E-15  5.11E-01  1.664E+00  2.330E-01 3.25395E+01 8.12E-03  0.983   1.11   1.11
  800  1.80E-08  8.19E-09  9.76E-11  4.45E-15  1.19E-15  5.11E-01  1.664E+00  2.329E-01 3.23449E+01 8.16E-03  0.981   1.11   1.11
  888  9.99E-09  4.54E-09  4.72E-11  7.71E-16  4.80E-16  5.11E-01  1.664E+00  2.329E-01 3.22173E+01 8.20E-03  0.979   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.579E-05 d(ln R0)/dt =  5.157E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 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):     0.057076

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1069E+00 SECONDS
   DATA R*BT AT EDGE:  3.5758E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1261E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.415000 TO TG2=    2.420000 @ NSTEP      372
   GFRAME TG2 MOMENTS CHECKSUM:  1.2149421016142E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    372
 TA= 2.41500E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 3.29927E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    373
 TA= 2.41526E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 3.28143E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    384
 TA= 2.41808E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 3.13358E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  74  underweight particles.
 %DEPALL specie #1  ->   41886 -      0 (killed) +  10706 (dep) =  52592 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.477848E+08  1.476805E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.535750E+08  1.535239E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.349501E+08  1.349065E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.150285E+08  2.147990E+08
 %ORBALL:  In processor     0: orbit # IORB=  33254 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.308306E+08  1.307407E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.381655E+08  1.381253E+08
 %ORBALL:  In processor     0: orbit # IORB=  42059 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43018 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43504 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43953 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44107 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44231 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44391 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44633 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44693 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44719 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45947 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46376 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46767 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47087 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47158 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47375 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48049 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48462 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48526 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48553 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48614 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48622 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49223 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50223 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50688 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50963 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51060 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51320 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51694 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52105 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52248 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52270 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52326 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52602 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52682 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52730 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52933 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53168 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52592 SPL=    0 TOT=41570
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.5408770E-01  8.0498931E-01  1.5265093E+08  9.1195851E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    392
 TA= 2.42000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 2.44555E-04
  
 TTOR1=  2.4200000000000976
 TTOR2=  2.4300000000000974
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999[1] 20590
801635742
 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=  2.4200000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.420000E+00 NSTEP=   392 Hash code:   61610077
 ->PRGCHK: bdy curvature ratio at t= 2.4250E+00 seconds is:  4.1436E-02
 % MHDEQ: TG1= 2.4200000000000976 ; TG2= 2.4250000000000975

 *** 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     -2.978E+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  1.5378E+00  0.0000E+00  3.1822E-01  0.0000E+00  1.6641E+00  2.3293E-01
    1   0  5.4098E-01 -7.9630E-02 -7.9630E-02  7.6856E-01
    2   0  8.7821E-02 -1.9087E-02  2.6238E-02 -4.0144E-02
    3   0 -8.8445E-03  1.4347E-02 -3.3979E-03  1.2646E-02
    4   0 -2.2351E-03 -6.0416E-03 -4.3562E-03  1.1308E-03
    5   0  4.3527E-03  3.6658E-04  1.6349E-03 -2.9795E-03
    6   0 -1.9354E-03  6.5457E-04  6.2983E-04  1.1152E-03
    7   0  2.3685E-04 -4.7175E-04 -6.8534E-04  6.1295E-04
    8   0  1.0942E-04  6.2920E-05 -2.8444E-05 -4.2154E-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  3.04E-01  1.22E-01  6.23E-02  4.59E-03  5.63E-04  1.10E+00  1.664E+00  2.329E-01 3.67189E+01 7.14E-03  1.000   1.12   0.87
  100  1.00E-05  5.52E-06  8.65E-07  1.91E-09  2.18E-09  1.10E+00  1.648E+00  2.406E-01 3.37248E+01 7.92E-03  1.000   1.12   1.03
  126  8.30E-07  3.55E-07  1.60E-07  1.31E-10  2.84E-10  1.10E+00  1.655E+00  2.370E-01 3.37240E+01 7.95E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.807E-07 d(ln R0)/dt =  1.220E-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  9.09E-02  1.07E-01  2.12E-05  1.72E-09  3.39E-09  1.10E+00  1.655E+00  2.369E-01 3.37241E+01 7.96E-03  1.000   1.12   1.05
  100  2.05E-04  7.71E-05  2.83E-07  5.77E-11  2.11E-10  5.11E-01  1.657E+00  2.359E-01 3.69358E+01 7.27E-03  1.046   1.12   1.11
  200  1.58E-05  6.70E-06  4.22E-08  2.60E-11  8.68E-12  5.11E-01  1.659E+00  2.327E-01 3.51178E+01 7.65E-03  1.020   1.12   1.11
  300  2.65E-06  1.10E-06  1.30E-08  7.98E-13  1.07E-12  5.11E-01  1.662E+00  2.326E-01 3.47338E+01 7.74E-03  1.015   1.12   1.12
  400  5.55E-07  2.67E-07  4.82E-09  1.46E-13  2.37E-13  5.11E-01  1.662E+00  2.328E-01 3.41973E+01 7.86E-03  1.007   1.12   1.12
  500  1.85E-07  1.01E-07  1.69E-09  5.08E-14  4.39E-14  5.11E-01  1.663E+00  2.327E-01 3.36967E+01 7.98E-03  1.000   1.12   1.12
  600  8.27E-08  3.47E-08  5.88E-10  2.47E-14  1.22E-14  5.11E-01  1.663E+00  2.327E-01 3.32983E+01 8.08E-03  0.994   1.12   1.12
  700  3.84E-08  1.73E-08  2.47E-10  1.21E-14  6.15E-15  5.11E-01  1.664E+00  2.327E-01 3.30013E+01 8.15E-03  0.989   1.12   1.12
  800  1.97E-08  9.20E-09  1.05E-10  4.80E-15  1.33E-15  5.11E-01  1.664E+00  2.327E-01 3.28040E+01 8.20E-03  0.986   1.12   1.12
  892  9.88E-09  4.53E-09  4.82E-11  1.06E-15  4.92E-16  5.11E-01  1.664E+00  2.327E-01 3.26673E+01 8.23E-03  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.651E-05 d(ln R0)/dt =  5.046E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 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):     0.057578

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1152E+00 SECONDS
   DATA R*BT AT EDGE:  3.5785E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1436E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.420000 TO TG2=    2.425000 @ NSTEP      392
   GFRAME TG2 MOMENTS CHECKSUM:  1.2148863272884E+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=   401 Hash code:   64329553
 ->PRGCHK: bdy curvature ratio at t= 2.4300E+00 seconds is:  4.1615E-02
 % MHDEQ: TG1= 2.4250000000000975 ; TG2= 2.4300000000000974

 *** 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     -2.984E+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  1.5377E+00  0.0000E+00  3.1783E-01  0.0000E+00  1.6640E+00  2.3265E-01
    1   0  5.4103E-01 -7.9574E-02 -7.9574E-02  7.6926E-01
    2   0  8.7948E-02 -1.9018E-02  2.6087E-02 -4.0002E-02
    3   0 -8.8433E-03  1.4387E-02 -3.4124E-03  1.2621E-02
    4   0 -2.2649E-03 -6.0231E-03 -4.3416E-03  1.1434E-03
    5   0  4.3748E-03  3.4678E-04  1.6190E-03 -2.9672E-03
    6   0 -1.9536E-03  6.5983E-04  6.2071E-04  1.1130E-03
    7   0  2.4519E-04 -4.6625E-04 -6.7153E-04  6.0603E-04
    8   0  1.0559E-04  5.4210E-05 -3.5107E-05 -4.1186E-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  3.03E-01  1.22E-01  6.22E-02  4.58E-03  5.65E-04  1.10E+00  1.664E+00  2.327E-01 3.67994E+01 7.12E-03  1.000   1.12   0.86
  100  1.09E-05  6.06E-06  9.67E-07  1.77E-09  2.29E-09  1.10E+00  1.648E+00  2.402E-01 3.38049E+01 7.90E-03  1.000   1.12   1.03
  126  8.46E-07  3.72E-07  1.62E-07  1.23E-10  2.82E-10  1.10E+00  1.655E+00  2.367E-01 3.38041E+01 7.93E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.605E-07 d(ln R0)/dt =  1.151E-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  8.83E-02  1.05E-01  2.09E-05  1.67E-09  3.29E-09  1.10E+00  1.656E+00  2.366E-01 3.38041E+01 7.93E-03  1.000   1.12   1.05
  100  2.01E-04  7.64E-05  2.79E-07  5.39E-11  2.08E-10  5.11E-01  1.657E+00  2.357E-01 3.72295E+01 7.21E-03  1.049   1.12   1.11
  200  1.60E-05  6.59E-06  4.21E-08  2.86E-11  8.68E-12  5.11E-01  1.659E+00  2.325E-01 3.54571E+01 7.57E-03  1.024   1.12   1.11
  300  2.59E-06  1.09E-06  1.30E-08  8.33E-13  1.08E-12  5.11E-01  1.661E+00  2.324E-01 3.51325E+01 7.65E-03  1.019   1.12   1.12
  400  5.47E-07  2.61E-07  4.74E-09  1.49E-13  2.38E-13  5.11E-01  1.662E+00  2.326E-01 3.46080E+01 7.76E-03  1.012   1.12   1.12
  500  1.78E-07  1.03E-07  1.65E-09  5.17E-14  4.41E-14  5.11E-01  1.663E+00  2.324E-01 3.41002E+01 7.88E-03  1.004   1.12   1.12
  600  8.38E-08  3.49E-08  5.74E-10  2.37E-14  1.22E-14  5.11E-01  1.663E+00  2.325E-01 3.36986E+01 7.97E-03  0.998   1.12   1.12
  700  3.79E-08  1.74E-08  2.39E-10  1.26E-14  6.02E-15  5.11E-01  1.663E+00  2.325E-01 3.34008E+01 8.05E-03  0.994   1.12   1.12
  800  1.89E-08  8.95E-09  1.02E-10  4.55E-15  1.31E-15  5.11E-01  1.664E+00  2.325E-01 3.32068E+01 8.09E-03  0.991   1.12   1.12
  887  9.88E-09  4.46E-09  4.94E-11  6.72E-16  5.53E-16  5.11E-01  1.664E+00  2.324E-01 3.30812E+01 8.12E-03  0.989   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.537E-05 d(ln R0)/dt =  4.738E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.054609

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1348E+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:  4.1615E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.425000 TO TG2=    2.430000 @ NSTEP      401
   GFRAME TG2 MOMENTS CHECKSUM:  1.2147843662892E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  34  underweight particles.
 %DEPALL specie #1  ->   41570 -      0 (killed) +  10688 (dep) =  52258 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    983 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.056594E+08  1.056493E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.532144E+07  8.521166E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.904442E+08  1.903089E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.046057E+08  2.045871E+08
 %ORBALL:  In processor     0: orbit # IORB=  14431 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25074 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27615 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40235 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41294 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42661 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42732 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42861 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43338 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43358 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43519 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44025 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44137 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44317 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44485 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44717 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44793 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44854 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.784070E+08  1.781195E+08
 %ORBALL:  In processor     0: orbit # IORB=  44890 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45836 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46323 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46431 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46651 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46791 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46910 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46911 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47172 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47632 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48178 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48307 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48539 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48579 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49122 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49237 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49674 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49912 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49958 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49964 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50555 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51670 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51842 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52584 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52258 SPL=    0 TOT=41322
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.1453277E-01 -1.3397410E-01  1.8159446E+08  6.4186644E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    404
 TA= 2.43000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 2.00000E-03
  
 TTOR1=  2.4300000000000974
 TTOR2=  2.4400000000000972
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.430000E+00 NSTEP=   404 Hash code:   51448555
 ->PRGCHK: bdy curvature ratio at t= 2.4350E+00 seconds is:  4.1707E-02
 % MHDEQ: TG1= 2.4300000000000974 ; TG2= 2.4350000000000973

 *** 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     -2.986E+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  1.5379E+00  0.0000E+00  3.1746E-01  0.0000E+00  1.6637E+00  2.3243E-01
    1   0  5.4122E-01 -7.9426E-02 -7.9426E-02  7.6939E-01
    2   0  8.7847E-02 -1.8977E-02  2.6021E-02 -4.0052E-02
    3   0 -8.8387E-03  1.4398E-02 -3.3648E-03  1.2595E-02
    4   0 -2.2722E-03 -6.0211E-03 -4.3134E-03  1.1571E-03
    5   0  4.3978E-03  3.4531E-04  1.6059E-03 -2.9716E-03
    6   0 -1.9696E-03  6.6354E-04  6.2139E-04  1.1109E-03
    7   0  2.4796E-04 -4.6044E-04 -6.5619E-04  6.0681E-04
    8   0  1.2436E-04  5.9982E-05 -3.0712E-05 -4.2631E-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  3.01E-01  1.21E-01  6.20E-02  4.58E-03  5.63E-04  1.10E+00  1.664E+00  2.324E-01 3.68189E+01 7.10E-03  1.000   1.12   0.87
  100  1.18E-05  6.56E-06  1.13E-06  1.49E-09  2.37E-09  1.10E+00  1.649E+00  2.398E-01 3.38353E+01 7.88E-03  1.000   1.12   1.03
  126  8.70E-07  3.87E-07  1.60E-07  1.17E-10  2.80E-10  1.10E+00  1.656E+00  2.364E-01 3.38346E+01 7.91E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.382E-07 d(ln R0)/dt =  1.086E-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  8.53E-02  1.02E-01  2.03E-05  1.62E-09  3.18E-09  1.10E+00  1.656E+00  2.363E-01 3.38347E+01 7.91E-03  1.000   1.12   1.05
  100  1.95E-04  7.46E-05  2.73E-07  5.18E-11  2.02E-10  5.11E-01  1.657E+00  2.354E-01 3.72649E+01 7.19E-03  1.049   1.12   1.11
  200  1.57E-05  6.42E-06  4.14E-08  2.88E-11  8.57E-12  5.11E-01  1.659E+00  2.323E-01 3.55369E+01 7.54E-03  1.025   1.12   1.11
  300  2.55E-06  1.06E-06  1.27E-08  8.27E-13  1.06E-12  5.11E-01  1.661E+00  2.322E-01 3.52370E+01 7.61E-03  1.020   1.12   1.12
  400  5.38E-07  2.49E-07  4.60E-09  1.45E-13  2.27E-13  5.11E-01  1.662E+00  2.324E-01 3.47259E+01 7.73E-03  1.013   1.12   1.12
  500  1.74E-07  9.82E-08  1.59E-09  4.92E-14  4.24E-14  5.11E-01  1.663E+00  2.323E-01 3.42218E+01 7.84E-03  1.006   1.12   1.12
  600  8.14E-08  3.43E-08  5.52E-10  2.28E-14  1.16E-14  5.11E-01  1.663E+00  2.323E-01 3.38244E+01 7.93E-03  1.000   1.12   1.12
  700  3.67E-08  1.69E-08  2.28E-10  1.24E-14  5.80E-15  5.11E-01  1.663E+00  2.323E-01 3.35290E+01 8.00E-03  0.996   1.12   1.12
  800  1.79E-08  8.39E-09  9.74E-11  4.30E-15  1.26E-15  5.11E-01  1.663E+00  2.323E-01 3.33372E+01 8.05E-03  0.993   1.12   1.12
  878  9.78E-09  4.53E-09  5.07E-11  5.75E-16  4.67E-16  5.11E-01  1.664E+00  2.323E-01 3.32276E+01 8.08E-03  0.991   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.298E-05 d(ln R0)/dt =  4.676E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 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):     0.075813

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1094E+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:  4.1707E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.430000 TO TG2=    2.435000 @ NSTEP      404
   GFRAME TG2 MOMENTS CHECKSUM:  1.2147691891222E+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=   407 Hash code:  111267010
 ->PRGCHK: bdy curvature ratio at t= 2.4400E+00 seconds is:  4.1800E-02
 % MHDEQ: TG1= 2.4350000000000973 ; TG2= 2.4400000000000972

 *** 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     -2.988E+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  1.5380E+00  0.0000E+00  3.1708E-01  0.0000E+00  1.6636E+00  2.3226E-01
    1   0  5.4141E-01 -7.9277E-02 -7.9277E-02  7.6952E-01
    2   0  8.7746E-02 -1.8936E-02  2.5955E-02 -4.0102E-02
    3   0 -8.8342E-03  1.4410E-02 -3.3172E-03  1.2569E-02
    4   0 -2.2795E-03 -6.0190E-03 -4.2851E-03  1.1709E-03
    5   0  4.4207E-03  3.4384E-04  1.5928E-03 -2.9759E-03
    6   0 -1.9857E-03  6.6726E-04  6.2208E-04  1.1088E-03
    7   0  2.5072E-04 -4.5462E-04 -6.4084E-04  6.0758E-04
    8   0  1.4312E-04  6.5753E-05 -2.6316E-05 -4.4076E-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  3.00E-01  1.20E-01  6.18E-02  4.58E-03  5.61E-04  1.10E+00  1.664E+00  2.323E-01 3.68508E+01 7.03E-03  1.000   1.12   0.87
  100  1.19E-05  6.72E-06  1.14E-06  1.46E-09  2.38E-09  1.10E+00  1.649E+00  2.396E-01 3.38695E+01 7.80E-03  1.000   1.12   1.04
  126  8.66E-07  3.84E-07  1.58E-07  1.17E-10  2.81E-10  1.10E+00  1.655E+00  2.363E-01 3.38688E+01 7.82E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.324E-07 d(ln R0)/dt =  1.074E-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  8.26E-02  9.99E-02  1.99E-05  1.61E-09  3.14E-09  1.10E+00  1.656E+00  2.362E-01 3.38688E+01 7.83E-03  1.000   1.12   1.05
  100  1.92E-04  7.28E-05  2.70E-07  5.20E-11  2.01E-10  5.11E-01  1.657E+00  2.353E-01 3.72631E+01 7.12E-03  1.049   1.12   1.11
  200  1.54E-05  6.21E-06  4.08E-08  2.76E-11  8.57E-12  5.11E-01  1.659E+00  2.321E-01 3.55514E+01 7.47E-03  1.024   1.12   1.11
  300  2.48E-06  1.02E-06  1.25E-08  8.13E-13  1.04E-12  5.11E-01  1.661E+00  2.320E-01 3.52559E+01 7.54E-03  1.020   1.12   1.12
  400  5.37E-07  2.41E-07  4.47E-09  1.41E-13  2.18E-13  5.11E-01  1.662E+00  2.322E-01 3.47526E+01 7.65E-03  1.013   1.12   1.12
  500  1.68E-07  9.08E-08  1.54E-09  4.63E-14  4.11E-14  5.11E-01  1.663E+00  2.321E-01 3.42573E+01 7.76E-03  1.006   1.12   1.12
  600  7.83E-08  3.30E-08  5.32E-10  2.26E-14  1.09E-14  5.11E-01  1.663E+00  2.322E-01 3.38637E+01 7.85E-03  1.000   1.12   1.12
  700  3.56E-08  1.62E-08  2.20E-10  1.16E-14  5.49E-15  5.11E-01  1.663E+00  2.322E-01 3.35713E+01 7.92E-03  0.996   1.12   1.12
  800  1.71E-08  7.76E-09  9.33E-11  4.05E-15  1.20E-15  5.11E-01  1.663E+00  2.321E-01 3.33808E+01 7.96E-03  0.993   1.12   1.12
  873  9.94E-09  4.51E-09  5.09E-11  4.58E-16  5.37E-16  5.11E-01  1.663E+00  2.321E-01 3.32793E+01 7.99E-03  0.991   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.148E-05 d(ln R0)/dt =  4.777E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.082439

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1030E+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:  4.1800E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.435000 TO TG2=    2.440000 @ NSTEP      407
   GFRAME TG2 MOMENTS CHECKSUM:  1.2147548445230E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  15  underweight particles.
 %DEPALL specie #1  ->   41322 -      0 (killed) +  10721 (dep) =  52043 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   4408 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8246 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16378 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.924192E+08  1.922848E+08
 %ORBALL:  In processor     0: orbit # IORB=  28644 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  32880 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42529 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42793 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42909 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43156 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43473 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43536 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43677 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43707 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43873 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44257 never inside plasma.
 %ORBALL:  In processor     0: orbit # IO[1] 21008
RB=  44430 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44467 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44583 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44773 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45283 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45712 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45818 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45819 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45878 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46116 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46266 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46275 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46300 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46779 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47333 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47554 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47743 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47748 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48035 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48092 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48245 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48394 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48491 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48542 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48579 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.607022E+08  1.604013E+08
 %ORBALL:  In processor     0: orbit # IORB=  49261 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50447 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.744886E+08  2.741471E+08
 %ORBALL:  In processor     0: orbit # IORB=  51163 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51334 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51432 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51819 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51893 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52132 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52437 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52457 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52636 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52843 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52863 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52043 SPL=    0 TOT=41139
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.8214421E-01  2.6458503E+00  2.6144298E+08 -9.7415296E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    410
 TA= 2.44000E+00 CPU TIME= 5.46875E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.4400000000000972
 TTOR2=  2.450000000000097
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.4400000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.440000E+00 NSTEP=   410 Hash code:   76616977
 ->PRGCHK: bdy curvature ratio at t= 2.4450E+00 seconds is:  4.1838E-02
 % MHDEQ: TG1= 2.4400000000000972 ; TG2= 2.4450000000000971

 *** 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     -2.987E+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  1.5383E+00  0.0000E+00  3.1708E-01  0.0000E+00  1.6635E+00  2.3211E-01
    1   0  5.4158E-01 -7.9191E-02 -7.9191E-02  7.6927E-01
    2   0  8.7543E-02 -1.8955E-02  2.6042E-02 -4.0267E-02
    3   0 -8.8338E-03  1.4349E-02 -3.2399E-03  1.2560E-02
    4   0 -2.2439E-03 -6.0141E-03 -4.2762E-03  1.1674E-03
    5   0  4.4162E-03  3.5342E-04  1.5983E-03 -3.0025E-03
    6   0 -1.9841E-03  6.6332E-04  6.4242E-04  1.1183E-03
    7   0  2.4893E-04 -4.4250E-04 -6.4003E-04  6.1830E-04
    8   0  1.5398E-04  7.3857E-05 -2.0378E-05 -4.6454E-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  2.99E-01  1.19E-01  6.15E-02  4.58E-03  5.59E-04  1.10E+00  1.663E+00  2.321E-01 3.68169E+01 6.96E-03  1.000   1.12   0.87
  100  1.18E-05  6.85E-06  1.14E-06  1.46E-09  2.40E-09  1.10E+00  1.649E+00  2.397E-01 3.38436E+01 7.72E-03  1.000   1.12   1.04
  126  8.63E-07  3.81E-07  1.57E-07  1.16E-10  2.82E-10  1.10E+00  1.655E+00  2.363E-01 3.38429E+01 7.75E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.268E-07 d(ln R0)/dt =  1.067E-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  8.04E-02  9.81E-02  1.96E-05  1.60E-09  3.12E-09  1.10E+00  1.656E+00  2.362E-01 3.38429E+01 7.75E-03  1.000   1.12   1.06
  100  1.88E-04  7.12E-05  2.69E-07  5.20E-11  2.00E-10  5.11E-01  1.657E+00  2.353E-01 3.72164E+01 7.06E-03  1.048   1.12   1.11
  200  1.52E-05  6.09E-06  4.05E-08  2.68E-11  8.51E-12  5.11E-01  1.659E+00  2.322E-01 3.55211E+01 7.40E-03  1.024   1.12   1.11
  300  2.41E-06  9.73E-07  1.24E-08  8.08E-13  1.03E-12  5.11E-01  1.661E+00  2.321E-01 3.52326E+01 7.46E-03  1.020   1.12   1.12
  400  5.37E-07  2.38E-07  4.40E-09  1.39E-13  2.13E-13  5.11E-01  1.662E+00  2.323E-01 3.47347E+01 7.57E-03  1.013   1.12   1.12
  500  1.64E-07  8.50E-08  1.51E-09  4.38E-14  4.22E-14  5.11E-01  1.663E+00  2.322E-01 3.42461E+01 7.68E-03  1.006   1.12   1.12
  600  7.56E-08  3.15E-08  5.22E-10  2.26E-14  1.09E-14  5.11E-01  1.663E+00  2.322E-01 3.38555E+01 7.77E-03  1.000   1.12   1.12
  700  3.50E-08  1.57E-08  2.17E-10  1.12E-14  5.41E-15  5.11E-01  1.663E+00  2.323E-01 3.35653E+01 7.84E-03  0.996   1.12   1.12
  800  1.64E-08  7.27E-09  9.16E-11  3.94E-15  1.28E-15  5.11E-01  1.663E+00  2.322E-01 3.33745E+01 7.88E-03  0.993   1.12   1.12
  874  9.86E-09  4.58E-09  5.01E-11  4.61E-16  5.02E-16  5.11E-01  1.663E+00  2.322E-01 3.32718E+01 7.91E-03  0.992   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.187E-05 d(ln R0)/dt =  4.726E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 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):     0.057202

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0811E+00 SECONDS
   DATA R*BT AT EDGE:  3.5810E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1838E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.440000 TO TG2=    2.445000 @ NSTEP      410
   GFRAME TG2 MOMENTS CHECKSUM:  1.2147874375537E+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=   416 Hash code:   46385321
 ->PRGCHK: bdy curvature ratio at t= 2.4500E+00 seconds is:  4.1879E-02
 % MHDEQ: TG1= 2.4450000000000971 ; TG2= 2.450000000000097

 *** 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     -2.985E+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  1.5386E+00  0.0000E+00  3.1708E-01  0.0000E+00  1.6634E+00  2.3217E-01
    1   0  5.4175E-01 -7.9105E-02 -7.9105E-02  7.6903E-01
    2   0  8.7340E-02 -1.8973E-02  2.6129E-02 -4.0431E-02
    3   0 -8.8333E-03  1.4288E-02 -3.1626E-03  1.2551E-02
    4   0 -2.2084E-03 -6.0092E-03 -4.2672E-03  1.1640E-03
    5   0  4.4117E-03  3.6300E-04  1.6037E-03 -3.0291E-03
    6   0 -1.9825E-03  6.5938E-04  6.6276E-04  1.1277E-03
    7   0  2.4714E-04 -4.3038E-04 -6.3922E-04  6.2901E-04
    8   0  1.6483E-04  8.1960E-05 -1.4440E-05 -4.8831E-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  2.97E-01  1.18E-01  6.13E-02  4.59E-03  5.54E-04  1.10E+00  1.663E+00  2.322E-01 3.67872E+01 6.88E-03  1.000   1.12   0.87
  100  1.18E-05  7.03E-06  1.12E-06  1.51E-09  2.43E-09  1.10E+00  1.648E+00  2.397E-01 3.38191E+01 7.63E-03  1.000   1.12   1.04
  126  8.53E-07  3.76E-07  1.56E-07  1.15E-10  2.84E-10  1.10E+00  1.655E+00  2.364E-01 3.38184E+01 7.65E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.14E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.206E-07 d(ln R0)/dt =  1.061E-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  7.97E-02  9.77E-02  1.95E-05  1.59E-09  3.13E-09  1.10E+00  1.656E+00  2.363E-01 3.38184E+01 7.66E-03  1.000   1.12   1.06
  100  1.87E-04  7.07E-05  2.70E-07  5.26E-11  2.00E-10  5.11E-01  1.657E+00  2.354E-01 3.71415E+01 6.98E-03  1.048   1.12   1.11
  200  1.51E-05  6.07E-06  4.05E-08  2.56E-11  8.44E-12  5.11E-01  1.659E+00  2.322E-01 3.54491E+01 7.32E-03  1.024   1.12   1.11
  300  2.36E-06  9.41E-07  1.24E-08  8.00E-13  1.01E-12  5.11E-01  1.661E+00  2.322E-01 3.51558E+01 7.38E-03  1.019   1.12   1.12
  400  5.46E-07  2.39E-07  4.37E-09  1.38E-13  2.10E-13  5.11E-01  1.662E+00  2.324E-01 3.46609E+01 7.49E-03  1.012   1.12   1.12
  500  1.62E-07  8.16E-08  1.51E-09  4.24E-14  4.35E-14  5.11E-01  1.663E+00  2.323E-01 3.41781E+01 7.59E-03  1.005   1.12   1.12
  600  7.36E-08  3.02E-08  5.20E-10  2.28E-14  1.15E-14  5.11E-01  1.663E+00  2.323E-01 3.37896E+01 7.68E-03  1.000   1.12   1.12
  700  3.46E-08  1.54E-08  2.17E-10  1.10E-14  5.64E-15  5.11E-01  1.663E+00  2.323E-01 3.35002E+01 7.75E-03  0.995   1.12   1.12
  800  1.60E-08  6.98E-09  9.13E-11  3.92E-15  1.27E-15  5.11E-01  1.663E+00  2.323E-01 3.33083E+01 7.79E-03  0.993   1.12   1.12
  870  9.98E-09  4.56E-09  5.21E-11  5.91E-16  5.17E-16  5.11E-01  1.663E+00  2.322E-01 3.32109E+01 7.82E-03  0.991   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.154E-05 d(ln R0)/dt =  4.971E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.057348

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0972E+00 SECONDS
   DATA R*BT AT EDGE:  3.5795E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1879E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.445000 TO TG2=    2.450000 @ NSTEP      416
   GFRAME TG2 MOMENTS CHECKSUM:  1.2148300660710E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    416
 TA= 2.44500E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.00014E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  7  underweight particles.
 %DEPALL specie #1  ->   41139 -      0 (killed) +  10677 (dep) =  51816 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.158576E+08  2.156355E+08
 %ORBALL:  In processor     0: orbit # IORB=  15913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29185 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.656851E+07  9.651561E+07
 %ORBALL:  In processor     0: orbit # IORB=  32546 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41918 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42062 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.709083E+08  2.703745E+08
 %ORBALL:  In processor     0: orbit # IORB=  42323 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42481 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42725 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42836 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43060 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43124 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43601 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43620 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44214 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.986945E+08  1.967206E+08
 %ORBALL:  In processor     0: orbit # IORB=  44949 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45057 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45380 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45828 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45882 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46169 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46367 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46508 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47082 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47144 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47165 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47186 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.971110E+08  1.970600E+08
 %ORBALL:  In processor     0: orbit # IORB=  47614 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47724 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48066 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48312 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48317 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48356 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48368 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48437 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49430 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49729 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49967 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50048 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50123 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50242 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50302 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50526 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50541 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50662 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50938 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51200 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51450 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51655 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51898 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52011 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52039 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52626 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51816 SPL=    0 TOT=41118
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.7601076E-01  2.5101864E+00  1.6529913E+08 -4.6402321E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    423
 TA= 2.45000E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 3.67288E-04
  
 TTOR1=  2.450000000000097
 TTOR2=  2.4600000000000968
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.450000E+00 NSTEP=   423 Hash code:   83451480
 ->PRGCHK: bdy curvature ratio at t= 2.4550E+00 seconds is:  4.2185E-02
 % MHDEQ: TG1= 2.450000000000097 ; TG2= 2.4550000000000969

 *** 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     -2.985E+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  1.5386E+00  0.0000E+00  3.1733E-01  0.0000E+00  1.6635E+00  2.3224E-01
    1   0  5.4173E-01 -7.9004E-02 -7.9004E-02  7.6916E-01
    2   0  8.7305E-02 -1.9113E-02  2.6217E-02 -4.0515E-02
    3   0 -8.8392E-03  1.4185E-02 -3.0726E-03  1.2568E-02
    4   0 -2.1592E-03 -5.9629E-03 -4.3063E-03  1.1490E-03
    5   0  4.3671E-03  3.4582E-04  1.6083E-03 -3.0634E-03
    6   0 -1.9611E-03  6.3735E-04  6.8628E-04  1.1440E-03
    7   0  2.5490E-04 -4.1163E-04 -6.5320E-04  6.3245E-04
    8   0  1.2510E-04  6.0541E-05 -2.7875E-05 -4.7681E-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  2.97E-01  1.17E-01  6.10E-02  4.59E-03  5.50E-04  1.10E+00  1.663E+00  2.322E-01 3.67732E+01 6.79E-03  1.000   1.12   0.88
  100  1.17E-05  7.07E-06  1.08E-06  1.54E-09  2.39E-09  1.10E+00  1.648E+00  2.399E-01 3.38051E+01 7.53E-03  1.000   1.12   1.04
  126  8.39E-07  3.67E-07  1.55E-07  1.16E-10  2.84E-10  1.10E+00  1.655E+00  2.365E-01 3.38044E+01 7.55E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.206E-07 d(ln R0)/dt =  1.062E-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  9.70E-02  1.95E-05  1.57E-09  3.14E-09  1.10E+00  1.655E+00  2.364E-01 3.38045E+01 7.56E-03  1.000   1.12   1.06
  100  1.88E-04  7.04E-05  2.72E-07  5.57E-11  2.02E-10  5.11E-01  1.656E+00  2.355E-01 3.69046E+01 6.93E-03  1.045   1.12   1.11
  200  1.51E-05  6.11E-06  4.09E-08  2.28E-11  8.37E-12  5.11E-01  1.659E+00  2.324E-01 3.51695E+01 7.28E-03  1.020   1.12   1.11
  300  2.37E-06  9.35E-07  1.24E-08  7.63E-13  9.92E-13  5.11E-01  1.661E+00  2.323E-01 3.48387E+01 7.35E-03  1.015   1.12   1.12
  400  5.57E-07  2.46E-07  4.39E-09  1.36E-13  2.08E-13  5.11E-01  1.662E+00  2.325E-01 3.43464E+01 7.46E-03  1.008   1.12   1.12
  500  1.63E-07  8.11E-08  1.51E-09  4.11E-14  4.24E-14  5.11E-01  1.663E+00  2.324E-01 3.38786E+01 7.56E-03  1.001   1.12   1.12
  600  7.27E-08  2.96E-08  5.19E-10  2.33E-14  1.10E-14  5.11E-01  1.663E+00  2.324E-01 3.34967E+01 7.65E-03  0.995   1.12   1.12
  700  3.45E-08  1.53E-08  2.18E-10  1.02E-14  5.56E-15  5.11E-01  1.663E+00  2.324E-01 3.32111E+01 7.71E-03  0.991   1.12   1.12
  800  1.58E-08  6.90E-09  9.11E-11  3.98E-15  1.35E-15  5.11E-01  1.663E+00  2.324E-01 3.30197E+01 7.76E-03  0.988   1.12   1.12
  870  1.00E-08  4.49E-09  5.21E-11  6.10E-16  4.99E-16  5.11E-01  1.664E+00  2.324E-01 3.29218E+01 7.78E-03  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.218E-05 d(ln R0)/dt =  5.067E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 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):     0.089895

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0825E+00 SECONDS
   DATA R*BT AT EDGE:  3.5780E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2185E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.450000 TO TG2=    2.455000 @ NSTEP      423
   GFRAME TG2 MOMENTS CHECKSUM:  1.2150070516318E+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=   432 Hash code:   58388621
 ->PRGCHK: bdy curvature ratio at t= 2.4600E+00 seconds is:  4.2497E-02
 % MHDEQ: TG1= 2.4550000000000969 ; TG2= 2.4600000000000968

 *** 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     -2.984E+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  1.5386E+00  0.0000E+00  3.1758E-01  0.0000E+00  1.6635E+00  2.3236E-01
    1   0  5.4172E-01 -7.8903E-02 -7.8903E-02  7.6928E-01
    2   0  8.7271E-02 -1.9252E-02  2.6304E-02 -4.0599E-02
    3   0 -8.8450E-03  1.4083E-02 -2.9827E-03  1.2586E-02
    4   0 -2.1101E-03 -5.9165E-03 -4.3455E-03  1.1340E-03
    5   0  4.3225E-03  3.2865E-04  1.6129E-03 -3.0978E-03
    6   0 -1.9397E-03  6.1531E-04  7.0980E-04  1.1603E-03
    7   0  2.6266E-04 -3.9289E-04 -6.6719E-04  6.3589E-04
    8   0  8.5359E-05  3.9121E-05 -4.1310E-05 -4.6531E-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  2.96E-01  1.16E-01  6.08E-02  4.59E-03  5.45E-04  1.10E+00  1.664E+00  2.324E-01 3.67570E+01 6.70E-03  1.000   1.12   0.88
  100  1.12E-05  6.82E-06  1.02E-06  1.61E-09  2.30E-09  1.10E+00  1.648E+00  2.400E-01 3.37897E+01 7.43E-03  1.000   1.12   1.04
  125  9.95E-07  4.34E-07  1.52E-07  2.13E-10  1.74E-10  1.10E+00  1.655E+00  2.368E-01 3.37890E+01 7.46E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.386E-07 d(ln R0)/dt =  1.131E-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  7.83E-02  9.67E-02  1.95E-05  1.59E-09  3.22E-09  1.10E+00  1.655E+00  2.367E-01 3.37890E+01 7.46E-03  1.000   1.12   1.06
  100  1.01E-04  3.19E-05  1.82E-07  7.53E-11  1.99E-10  5.11E-01  1.656E+00  2.358E-01 3.66704E+01 6.88E-03  1.041   1.12   1.11
  200  1.24E-05  4.96E-06  3.89E-08  2.12E-11  8.56E-12  5.11E-01  1.659E+00  2.325E-01 3.50430E+01 7.20E-03  1.018   1.12   1.11
  300  1.48E-06  5.97E-07  1.25E-08  8.21E-13  9.69E-13  5.11E-01  1.661E+00  2.324E-01 3.47224E+01 7.28E-03  1.014   1.12   1.12
  400  4.18E-07  1.83E-07  4.38E-09  1.34E-13  2.12E-13  5.11E-01  1.662E+00  2.327E-01 3.42136E+01 7.38E-03  1.006   1.12   1.12
  500  1.30E-07  5.89E-08  1.52E-09  4.37E-14  3.86E-14  5.11E-01  1.662E+00  2.325E-01 3.37468E+01 7.49E-03  0.999   1.12   1.12
  600  5.74E-08  2.38E-08  5.20E-10  2.61E-14  9.83E-15  5.11E-01  1.663E+00  2.326E-01 3.33643E+01 7.57E-03  0.994   1.12   1.12
  700  3.03E-08  1.19E-08  2.21E-10  1.05E-14  6.46E-15  5.11E-01  1.663E+00  2.326E-01 3.30779E+01 7.64E-03  0.990   1.12   1.12
  800  1.59E-08  6.22E-09  9.19E-11  4.04E-15  1.11E-15  5.11E-01  1.663E+00  2.325E-01 3.28808E+01 7.68E-03  0.987   1.12   1.12
  869  9.75E-09  4.37E-09  5.25E-11  5.83E-16  5.90E-16  5.11E-01  1.663E+00  2.325E-01 3.27766E+01 7.71E-03  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.399E-05 d(ln R0)/dt =  5.496E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.061404

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0937E+00 SECONDS
   DATA R*BT AT EDGE:  3.5766E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2497E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.455000 TO TG2=    2.460000 @ NSTEP      432
   GFRAME TG2 MOMENTS CHECKSUM:  1.2151046171783E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    438
 TA= 2.45874E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 7.67967E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  2  underweight particles.
 %DEPALL specie #1  ->   41118 -      0 (killed) +  10654 (dep) =  51772 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   4869 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.490099E+08  1.489948E+08
 %ORBALL:  In processor     0: orbit # IORB=  12203 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16811 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17322 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21026 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23102 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28629 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32005 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34086 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34583 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.743185E+08  1.742096E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.304325E+08  2.303010E+08
 %DEPSUB - XKSID =  1.003512E+00
 %ORBALL:  In processor     0: orbit # IORB=  41893 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41931 never[1] 21436
 inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42031 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42329 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42372 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42457 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42632 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43054 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43225 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43534 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43597 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43599 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43720 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44267 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44395 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44479 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45563 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45589 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45979 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46958 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48583 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48995 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49319 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49353 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49495 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49561 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49602 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49901 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50042 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50067 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50241 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50451 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50876 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50919 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50973 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51298 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51786 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51985 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52424 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52431 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52466 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51772 SPL=    0 TOT=41012
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.4353762E-01  3.5246579E-01  1.2545955E+08 -2.2852759E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    440
 TA= 2.46000E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 8.17001E-04
  
 TTOR1=  2.4600000000000968
 TTOR2=  2.4700000000000966
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.4600000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.460000E+00 NSTEP=   440 Hash code:    5122855
 ->PRGCHK: bdy curvature ratio at t= 2.4650E+00 seconds is:  4.2669E-02
 % MHDEQ: TG1= 2.4600000000000968 ; TG2= 2.4650000000000967

 *** 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     -2.983E+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  1.5395E+00  0.0000E+00  3.1966E-01  0.0000E+00  1.6632E+00  2.3252E-01
    1   0  5.4255E-01 -7.9198E-02 -7.9198E-02  7.6803E-01
    2   0  8.7474E-02 -1.9242E-02  2.6583E-02 -4.0004E-02
    3   0 -8.8641E-03  1.4161E-02 -3.0346E-03  1.2445E-02
    4   0 -2.1450E-03 -5.9768E-03 -4.3186E-03  1.1420E-03
    5   0  4.3003E-03  3.2771E-04  1.5650E-03 -2.9792E-03
    6   0 -1.9771E-03  6.1981E-04  6.6466E-04  1.1345E-03
    7   0  2.8355E-04 -4.4215E-04 -6.3202E-04  5.9025E-04
    8   0  7.4556E-05  7.9863E-05 -2.3603E-05 -4.2210E-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  2.94E-01  1.20E-01  6.07E-02  4.55E-03  5.77E-04  1.10E+00  1.663E+00  2.325E-01 3.66878E+01 6.62E-03  1.000   1.11   0.87
  100  8.49E-06  5.45E-06  8.88E-07  1.46E-09  2.26E-09  1.10E+00  1.649E+00  2.420E-01 3.37762E+01 7.34E-03  1.000   1.11   1.03
  125  9.03E-07  3.86E-07  1.49E-07  2.06E-10  1.87E-10  1.10E+00  1.656E+00  2.388E-01 3.37754E+01 7.36E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.714E-07 d(ln R0)/dt =  1.206E-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  7.83E-02  9.49E-02  1.92E-05  1.53E-09  3.20E-09  1.10E+00  1.656E+00  2.387E-01 3.37755E+01 7.37E-03  1.000   1.11   1.05
  100  1.00E-04  2.82E-05  1.62E-07  8.09E-11  1.99E-10  5.11E-01  1.657E+00  2.379E-01 3.67144E+01 6.78E-03  1.042   1.11   1.10
  200  1.26E-05  7.53E-06  4.00E-08  2.44E-11  9.10E-12  5.11E-01  1.660E+00  2.346E-01 3.50953E+01 7.10E-03  1.019   1.11   1.10
  300  1.59E-06  7.59E-07  1.25E-08  8.53E-13  1.03E-12  5.11E-01  1.662E+00  2.345E-01 3.47829E+01 7.17E-03  1.015   1.11   1.12
  400  3.68E-07  2.10E-07  4.40E-09  1.34E-13  2.15E-13  5.11E-01  1.663E+00  2.348E-01 3.42458E+01 7.28E-03  1.007   1.11   1.12
  500  1.47E-07  6.54E-08  1.52E-09  4.94E-14  4.13E-14  5.11E-01  1.663E+00  2.347E-01 3.37653E+01 7.39E-03  1.000   1.11   1.12
  600  5.64E-08  2.87E-08  5.17E-10  2.88E-14  9.69E-15  5.11E-01  1.664E+00  2.347E-01 3.33762E+01 7.47E-03  0.994   1.11   1.11
  700  2.93E-08  1.23E-08  2.21E-10  1.14E-14  6.20E-15  5.11E-01  1.664E+00  2.347E-01 3.30880E+01 7.54E-03  0.990   1.11   1.11
  800  1.58E-08  6.19E-09  9.18E-11  3.99E-15  1.12E-15  5.11E-01  1.664E+00  2.347E-01 3.28892E+01 7.58E-03  0.987   1.11   1.11
  866  9.98E-09  4.34E-09  5.28E-11  7.04E-16  7.26E-16  5.11E-01  1.664E+00  2.347E-01 3.27874E+01 7.61E-03  0.985   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.382E-05 d(ln R0)/dt =  5.730E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.057205

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0610E+00 SECONDS
   DATA R*BT AT EDGE:  3.5768E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2669E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.460000 TO TG2=    2.465000 @ NSTEP      440
   GFRAME TG2 MOMENTS CHECKSUM:  1.2166290594093E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    440
 TA= 2.46000E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 8.17001E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    441
 TA= 2.46014E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.76922E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    454
 TA= 2.46193E+00 CPU TIME= 5.46875E-02 SECONDS.  DT= 1.67986E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    467
 TA= 2.46363E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.59438E-04
 --> plasma_hash("gframe"): TA= 2.465000E+00 NSTEP=   478 Hash code:  107263957
 ->PRGCHK: bdy curvature ratio at t= 2.4700E+00 seconds is:  4.2845E-02
 % MHDEQ: TG1= 2.4650000000000967 ; TG2= 2.4700000000000966

 *** 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     -2.981E+00     1.111E+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  3.2174E-01  0.0000E+00  1.6641E+00  2.3465E-01
    1   0  5.4339E-01 -7.9493E-02 -7.9493E-02  7.6678E-01
    2   0  8.7676E-02 -1.9233E-02  2.6862E-02 -3.9409E-02
    3   0 -8.8832E-03  1.4239E-02 -3.0866E-03  1.2303E-02
    4   0 -2.1800E-03 -6.0371E-03 -4.2918E-03  1.1499E-03
    5   0  4.2782E-03  3.2677E-04  1.5171E-03 -2.8606E-03
    6   0 -2.0144E-03  6.2430E-04  6.1951E-04  1.1088E-03
    7   0  3.0444E-04 -4.9142E-04 -5.9685E-04  5.4461E-04
    8   0  6.3754E-05  1.2060E-04 -5.8953E-06 -3.7889E-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  2.92E-01  1.20E-01  6.07E-02  4.53E-03  5.75E-04  1.10E+00  1.664E+00  2.347E-01 3.66495E+01 6.66E-03  1.000   1.11   0.87
  100  7.69E-06  4.81E-06  8.52E-07  1.45E-09  2.26E-09  1.10E+00  1.650E+00  2.439E-01 3.37566E+01 7.38E-03  1.000   1.11   1.03
  124  9.98E-07  3.79E-07  1.29E-07  4.23E-10  1.23E-10  1.10E+00  1.657E+00  2.408E-01 3.37558E+01 7.41E-03  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.095E-07 d(ln R0)/dt =  1.288E-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  7.69E-02  9.59E-02  1.92E-05  1.45E-09  3.05E-09  1.10E+00  1.658E+00  2.407E-01 3.37559E+01 7.41E-03  1.000   1.11   1.05
  100  9.27E-05  5.68E-05  2.12E-07  7.78E-11  2.03E-10  5.11E-01  1.659E+00  2.398E-01 3.69247E+01 6.78E-03  1.046   1.11   1.10
  200  1.04E-05  3.82E-06  3.71E-08  2.07E-11  8.65E-12  5.11E-01  1.662E+00  2.364E-01 3.50496E+01 7.15E-03  1.019   1.11   1.10
  300  1.51E-06  6.30E-07  1.23E-08  7.94E-13  9.74E-13  5.11E-01  1.665E+00  2.363E-01 3.47318E+01 7.22E-03  1.014   1.11   1.11
  400  4.42E-07  1.62E-07  4.31E-09  1.46E-13  2.06E-13  5.11E-01  1.665E+00  2.366E-01 3.42060E+01 7.33E-03  1.007   1.11   1.11
  500  1.29E-07  6.50E-08  1.48E-09  4.45E-14  3.98E-14  5.11E-01  1.666E+00  2.365E-01 3.37294E+01 7.44E-03  1.000   1.11   1.11
  600  5.74E-08  2.53E-08  5.01E-10  2.73E-14  1.01E-14  5.11E-01  1.666E+00  2.365E-01 3.33405E+01 7.52E-03  0.994   1.11   1.11
  700  3.02E-08  1.32E-08  2.10E-10  9.23E-15  7.21E-15  5.11E-01  1.667E+00  2.365E-01 3.30593E+01 7.59E-03  0.990   1.11   1.11
  800  1.51E-08  6.47E-09  8.70E-11  3.63E-15  1.09E-15  5.11E-01  1.667E+00  2.364E-01 3.28705E+01 7.63E-03  0.987   1.11   1.11
  857  9.92E-09  4.62E-09  5.43E-11  6.23E-16  5.87E-16  5.11E-01  1.667E+00  2.364E-01 3.27860E+01 7.65E-03  0.986   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.098E-05 d(ln R0)/dt =  6.032E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 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):     0.048633

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0337E+00 SECONDS
   DATA R*BT AT EDGE:  3.5770E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2845E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.465000 TO TG2=    2.470000 @ NSTEP      478
   GFRAME TG2 MOMENTS CHECKSUM:  1.2185254899436E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    478
 TA= 2.46500E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 1.53156E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    479
 TA= 2.46512E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.51926E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    492
 TA= 2.46666E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.44188E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    505
 TA= 2.46812E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.36838E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    518
 TA= 2.46950E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.29858E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  2  underweight particles.
 %DEPALL specie #1  ->   41012 -      0 (killed) +  10652 (dep) =  51664 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    717 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   3167 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.406124E+08  1.405312E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   4662 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.812337E+08  1.811562E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39283 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39286 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41735 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42216 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42290 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43275 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43647 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43649 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43791 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43850 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44065 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44844 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45454 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45491 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45647 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45939 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46174 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46194 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46396 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46864 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47557 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47751 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47764 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47985 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48670 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48759 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48903 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48965 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49022 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50056 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50470 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50471 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50795 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50961 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51197 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51414 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51622 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51940 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52332 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52366 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51664 SPL=    0 TOT=40851
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.3195051E-01  3.3374943E-01  1.8165884E+08  8.0408907E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    523
 TA= 2.47000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.11161E-04
  
 TTOR1=  2.4700000000000966
 TTOR2=  2.4800000000000963
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.470000E+00 NSTEP=   523 Hash code:   62221187
 ->PRGCHK: bdy curvature ratio at t= 2.4750E+00 seconds is:  4.2468E-02
 % MHDEQ: TG1= 2.4700000000000966 ; TG2= 2.4750000000000965

 *** 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     -2.981E+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  1.5403E+00  0.0000E+00  3.2213E-01  0.0000E+00  1.6667E+00  2.3642E-01
    1   0  5.4349E-01 -7.9511E-02 -7.9511E-02  7.6686E-01
    2   0  8.7873E-02 -1.9476E-02  2.7117E-02 -3.9456E-02
    3   0 -8.7995E-03  1.4268E-02 -3.1812E-03  1.2366E-02
    4   0 -2.2319E-03 -6.0399E-03 -4.2678E-03  1.1315E-03
    5   0  4.3064E-03  3.2980E-04  1.5660E-03 -2.8422E-03
    6   0 -2.0067E-03  6.1453E-04  5.8168E-04  1.1280E-03
    7   0  2.6859E-04 -4.8713E-04 -5.9907E-04  5.5442E-04
    8   0  6.8726E-05  1.2252E-04  2.0226E-05 -3.7005E-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  2.99E-01  1.20E-01  6.17E-02  4.59E-03  5.49E-04  1.10E+00  1.667E+00  2.364E-01 3.67310E+01 6.67E-03  1.000   1.12   0.87
  100  1.17E-05  6.58E-06  1.09E-06  1.48E-09  2.47E-09  1.10E+00  1.652E+00  2.439E-01 3.37503E+01 7.42E-03  1.000   1.12   1.03
  126  8.75E-07  3.64E-07  1.58E-07  1.18E-10  2.75E-10  1.10E+00  1.659E+00  2.405E-01 3.37496E+01 7.45E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.253E-07 d(ln R0)/dt =  1.109E-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  8.16E-02  1.02E-01  2.02E-05  1.54E-09  3.06E-09  1.10E+00  1.659E+00  2.404E-01 3.37495E+01 7.45E-03  1.000   1.12   1.05
  100  9.95E-05  2.57E-05  1.59E-07  6.21E-11  1.77E-10  5.11E-01  1.660E+00  2.396E-01 3.69079E+01 6.82E-03  1.045   1.12   1.10
  200  1.37E-05  7.50E-06  3.76E-08  3.38E-11  8.25E-12  5.11E-01  1.663E+00  2.365E-01 3.55786E+01 7.08E-03  1.027   1.12   1.11
  300  1.49E-06  6.77E-07  1.22E-08  9.09E-13  1.01E-12  5.11E-01  1.665E+00  2.364E-01 3.53281E+01 7.13E-03  1.023   1.12   1.12
  400  3.76E-07  1.99E-07  4.24E-09  1.38E-13  2.27E-13  5.11E-01  1.666E+00  2.366E-01 3.48054E+01 7.24E-03  1.015   1.12   1.12
  500  1.39E-07  5.97E-08  1.43E-09  4.27E-14  4.03E-14  5.11E-01  1.667E+00  2.364E-01 3.42753E+01 7.36E-03  1.008   1.12   1.12
  600  5.45E-08  2.63E-08  4.98E-10  2.35E-14  1.05E-14  5.11E-01  1.667E+00  2.365E-01 3.38922E+01 7.44E-03  1.002   1.12   1.12
  700  2.88E-08  1.16E-08  2.06E-10  1.37E-14  5.42E-15  5.11E-01  1.668E+00  2.365E-01 3.36172E+01 7.50E-03  0.998   1.12   1.12
  800  1.51E-08  6.16E-09  8.56E-11  3.67E-15  1.16E-15  5.11E-01  1.668E+00  2.364E-01 3.34295E+01 7.54E-03  0.995   1.12   1.12
  852  9.93E-09  4.74E-09  5.38E-11  8.85E-16  7.38E-16  5.11E-01  1.668E+00  2.364E-01 3.33502E+01 7.56E-03  0.994   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.916E-05 d(ln R0)/dt =  6.602E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.01 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.039876

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0337E+00 SECONDS
   DATA R*BT AT EDGE:  3.5765E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2468E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.470000 TO TG2=    2.475000 @ NSTEP      523
   GFRAME TG2 MOMENTS CHECKSUM:  1.2187541669357E+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=   536 Hash code:   24803389
 ->PRGCHK: bdy curvature ratio at t= 2.4800E+00 seconds is:  4.2092E-02
 % MHDEQ: TG1= 2.4750000000000965 ; TG2= 2.4800000000000963

 *** 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     -2.981E+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  1.5403E+00  0.0000E+00  3.2251E-01  0.0000E+00  1.6677E+00  2.3640E-01
    1   0  5.4360E-01 -7.9530E-02 -7.9530E-02  7.6694E-01
    2   0  8.8069E-02 -1.9719E-02  2.7372E-02 -3.9504E-02
    3   0 -8.7157E-03  1.4297E-02 -3.2759E-03  1.2429E-02
    4   0 -2.2838E-03 -6.0427E-03 -4.2437E-03  1.1131E-03
    5   0  4.3346E-03  3.3283E-04  1.6149E-03 -2.8238E-03
    6   0 -1.9990E-03  6.0476E-04  5.4385E-04  1.1473E-03
    7   0  2.3274E-04 -4.8284E-04 -6.0128E-04  5.6423E-04
    8   0  7.3699E-05  1.2444E-04  4.6348E-05 -3.6120E-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  3.04E-01  1.22E-01  6.26E-02  4.62E-03  5.54E-04  1.10E+00  1.668E+00  2.364E-01 3.67702E+01 6.59E-03  1.000   1.13   0.87
  100  1.03E-05  6.08E-06  8.68E-07  1.95E-09  2.28E-09  1.10E+00  1.651E+00  2.442E-01 3.37542E+01 7.33E-03  1.000   1.13   1.03
  125  9.90E-07  4.25E-07  1.44E-07  2.31E-10  1.47E-10  1.10E+00  1.659E+00  2.409E-01 3.37534E+01 7.36E-03  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.683E-07 d(ln R0)/dt =  1.276E-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  7.69E-02  9.90E-02  1.95E-05  1.54E-09  3.11E-09  1.10E+00  1.659E+00  2.408E-01 3.37533E+01 7.37E-03  1.000   1.13   1.05
  100  9.52E-05  3.21E-05  1.78E-07  6.51E-11  1.93E-10  5.11E-01  1.660E+00  2.399E-01 3.72147E+01 6.69E-03  1.050   1.13   1.11
  200  1.25E-05  4.72E-06  3.58E-08  3.05E-11  7.79E-12  5.11E-01  1.663E+00  2.367E-01 3.57262E+01 6.97E-03  1.029   1.13   1.11
  300  1.35E-06  5.52E-07  1.16E-08  8.98E-13  9.90E-13  5.11E-01  1.665E+00  2.366E-01 3.55447E+01 7.01E-03  1.026   1.13   1.13
  400  3.60E-07  1.63E-07  3.98E-09  1.35E-13  2.11E-13  5.11E-01  1.666E+00  2.368E-01 3.50242E+01 7.12E-03  1.019   1.13   1.13
  500  1.21E-07  5.83E-08  1.36E-09  4.11E-14  4.03E-14  5.11E-01  1.667E+00  2.367E-01 3.45079E+01 7.23E-03  1.011   1.13   1.13
  600  5.09E-08  2.30E-08  4.66E-10  2.63E-14  9.33E-15  5.11E-01  1.667E+00  2.367E-01 3.41208E+01 7.31E-03  1.005   1.13   1.13
  700  2.88E-08  1.19E-08  1.94E-10  1.18E-14  6.10E-15  5.11E-01  1.667E+00  2.367E-01 3.38473E+01 7.37E-03  1.001   1.13   1.13
  800  1.43E-08  5.95E-09  7.93E-11  3.24E-15  1.08E-15  5.11E-01  1.667E+00  2.367E-01 3.36590E+01 7.41E-03  0.999   1.13   1.13
  849  9.98E-09  4.49E-09  5.14E-11  8.54E-16  6.92E-16  5.11E-01  1.667E+00  2.366E-01 3.35833E+01 7.43E-03  0.998   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.860E-05 d(ln R0)/dt =  6.521E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 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):     0.032285

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0361E+00 SECONDS
   DATA R*BT AT EDGE:  3.5759E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2092E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.475000 TO TG2=    2.480000 @ NSTEP      536
   GFRAME TG2 MOMENTS CHECKSUM:  1.2188231603222E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    536
 TA= 2.47500E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 7.32576E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1  underweight particles.
 %DEPALL specie #1  ->   40851 -      0 (killed) +  10671 (dep) =  51522 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=  12557 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28908 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.230678E+08  2.229989E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.211724E+08  2.211710E+08
 %ORBALL:  In processor     0: orbit # IORB=  42804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42934 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43244 never inside plasma.
 %ORBALL[1] 21791
:  In processor     0: orbit # IORB=  43360 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43690 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44041 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45405 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46659 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47231 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47369 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48092 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48963 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49081 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49748 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49871 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49925 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50157 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51413 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51979 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52035 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52331 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51522 SPL=    0 TOT=40957
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.6795906E-01 -1.1424737E+00  1.9953645E+08  8.9578724E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    544
 TA= 2.48000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 2.07363E-04
  
 TTOR1=  2.4800000000000963
 TTOR2=  2.4900000000000961
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.4800000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.480000E+00 NSTEP=   544 Hash code:   81497668
 ->PRGCHK: bdy curvature ratio at t= 2.4850E+00 seconds is:  4.2005E-02
 % MHDEQ: TG1= 2.4800000000000963 ; TG2= 2.4850000000000962

 *** 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     -2.981E+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  1.5399E+00  0.0000E+00  3.2233E-01  0.0000E+00  1.6675E+00  2.3665E-01
    1   0  5.4337E-01 -7.9458E-02 -7.9458E-02  7.6701E-01
    2   0  8.8235E-02 -1.9685E-02  2.7103E-02 -3.9436E-02
    3   0 -8.6708E-03  1.4324E-02 -3.2566E-03  1.2410E-02
    4   0 -2.3200E-03 -6.0286E-03 -4.2495E-03  1.1194E-03
    5   0  4.3466E-03  3.3036E-04  1.6188E-03 -2.8387E-03
    6   0 -1.9791E-03  6.1490E-04  5.5542E-04  1.1405E-03
    7   0  2.2536E-04 -4.6794E-04 -6.0819E-04  5.6451E-04
    8   0  8.8694E-05  1.0239E-04  3.2614E-05 -3.7463E-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  3.04E-01  1.22E-01  6.25E-02  4.62E-03  5.51E-04  1.10E+00  1.667E+00  2.366E-01 3.67560E+01 6.51E-03  1.000   1.12   0.88
  100  9.45E-06  5.46E-06  8.39E-07  1.89E-09  2.24E-09  1.10E+00  1.650E+00  2.442E-01 3.37443E+01 7.25E-03  1.000   1.12   1.04
  125  9.29E-07  3.79E-07  1.42E-07  2.20E-10  1.49E-10  1.10E+00  1.658E+00  2.408E-01 3.37436E+01 7.28E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.514E-07 d(ln R0)/dt =  1.257E-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  7.51E-02  9.60E-02  1.91E-05  1.53E-09  3.08E-09  1.10E+00  1.658E+00  2.407E-01 3.37435E+01 7.28E-03  1.000   1.12   1.06
  100  9.44E-05  2.56E-05  1.57E-07  7.57E-11  1.92E-10  5.11E-01  1.659E+00  2.399E-01 3.65344E+01 6.73E-03  1.040   1.12   1.11
  200  1.23E-05  6.80E-06  3.59E-08  2.60E-11  7.94E-12  5.11E-01  1.663E+00  2.366E-01 3.50947E+01 7.01E-03  1.020   1.12   1.11
  300  1.34E-06  6.12E-07  1.14E-08  8.05E-13  9.39E-13  5.11E-01  1.665E+00  2.365E-01 3.47969E+01 7.08E-03  1.015   1.12   1.12
  400  3.41E-07  1.75E-07  3.89E-09  1.26E-13  2.03E-13  5.11E-01  1.666E+00  2.367E-01 3.42688E+01 7.19E-03  1.008   1.12   1.12
  500  1.25E-07  5.45E-08  1.31E-09  4.33E-14  3.64E-14  5.11E-01  1.667E+00  2.366E-01 3.37848E+01 7.29E-03  1.001   1.12   1.12
  600  5.15E-08  2.47E-08  4.44E-10  2.82E-14  9.15E-15  5.11E-01  1.667E+00  2.366E-01 3.34097E+01 7.38E-03  0.995   1.12   1.12
  700  2.58E-08  1.08E-08  1.87E-10  1.09E-14  5.47E-15  5.11E-01  1.667E+00  2.366E-01 3.31457E+01 7.43E-03  0.991   1.12   1.12
  800  1.41E-08  5.77E-09  7.66E-11  3.65E-15  9.95E-16  5.11E-01  1.667E+00  2.366E-01 3.29590E+01 7.48E-03  0.988   1.12   1.12
  849  9.93E-09  4.44E-09  4.90E-11  9.00E-16  6.04E-16  5.11E-01  1.667E+00  2.365E-01 3.28838E+01 7.49E-03  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.937E-05 d(ln R0)/dt =  6.614E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.03 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):     0.027019

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0435E+00 SECONDS
   DATA R*BT AT EDGE:  3.5750E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2005E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.480000 TO TG2=    2.485000 @ NSTEP      544
   GFRAME TG2 MOMENTS CHECKSUM:  1.2188465759010E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    544
 TA= 2.48000E+00 CPU TIME= 5.61523E-02 SECONDS.  DT= 2.07363E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    545
 TA= 2.48021E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 2.59203E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    556
 TA= 2.48356E+00 CPU TIME= 5.32227E-02 SECONDS.  DT= 3.53668E-04
 --> plasma_hash("gframe"): TA= 2.485000E+00 NSTEP=   561 Hash code:   40901741
 ->PRGCHK: bdy curvature ratio at t= 2.4900E+00 seconds is:  4.1919E-02
 % MHDEQ: TG1= 2.4850000000000962 ; TG2= 2.4900000000000961

 *** 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     -2.980E+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  1.5395E+00  0.0000E+00  3.2215E-01  0.0000E+00  1.6674E+00  2.3655E-01
    1   0  5.4315E-01 -7.9386E-02 -7.9386E-02  7.6708E-01
    2   0  8.8401E-02 -1.9651E-02  2.6833E-02 -3.9369E-02
    3   0 -8.6258E-03  1.4351E-02 -3.2374E-03  1.2390E-02
    4   0 -2.3562E-03 -6.0144E-03 -4.2553E-03  1.1256E-03
    5   0  4.3586E-03  3.2788E-04  1.6226E-03 -2.8535E-03
    6   0 -1.9592E-03  6.2503E-04  5.6698E-04  1.1337E-03
    7   0  2.1798E-04 -4.5304E-04 -6.1510E-04  5.6479E-04
    8   0  1.0369E-04  8.0340E-05  1.8881E-05 -3.8807E-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  3.05E-01  1.22E-01  6.26E-02  4.62E-03  5.53E-04  1.10E+00  1.667E+00  2.365E-01 3.67456E+01 6.49E-03  1.000   1.12   0.88
  100  9.46E-06  5.30E-06  8.36E-07  1.86E-09  2.21E-09  1.10E+00  1.650E+00  2.441E-01 3.37299E+01 7.22E-03  1.000   1.12   1.04
  125  9.46E-07  3.74E-07  1.42E-07  2.13E-10  1.46E-10  1.10E+00  1.657E+00  2.407E-01 3.37291E+01 7.25E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.427E-07 d(ln R0)/dt =  1.229E-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  7.73E-02  9.73E-02  1.95E-05  1.49E-09  3.04E-09  1.10E+00  1.657E+00  2.406E-01 3.37291E+01 7.26E-03  1.000   1.12   1.06
  100  9.46E-05  2.54E-05  1.57E-07  7.58E-11  1.89E-10  5.11E-01  1.658E+00  2.398E-01 3.63240E+01 6.74E-03  1.037   1.12   1.11
  200  1.24E-05  6.96E-06  3.59E-08  2.44E-11  7.74E-12  5.11E-01  1.662E+00  2.366E-01 3.47935E+01 7.05E-03  1.016   1.12   1.11
  300  1.40E-06  6.43E-07  1.14E-08  7.77E-13  9.35E-13  5.11E-01  1.664E+00  2.365E-01 3.44512E+01 7.12E-03  1.011   1.12   1.12
  400  3.56E-07  1.80E-07  3.95E-09  1.24E-13  2.05E-13  5.11E-01  1.665E+00  2.368E-01 3.39076E+01 7.24E-03  1.003   1.12   1.12
  500  1.31E-07  5.69E-08  1.34E-09  4.33E-14  3.68E-14  5.11E-01  1.666E+00  2.366E-01 3.34278E+01 7.34E-03  0.996   1.12   1.12
  600  5.39E-08  2.61E-08  4.59E-10  2.86E-14  8.90E-15  5.11E-01  1.666E+00  2.367E-01 3.30539E+01 7.42E-03  0.990   1.12   1.12
  700  2.71E-08  1.15E-08  1.96E-10  1.13E-14  5.60E-15  5.11E-01  1.666E+00  2.367E-01 3.27880E+01 7.48E-03  0.986   1.12   1.12
  800  1.49E-08  6.07E-09  7.99E-11  3.70E-15  1.01E-15  5.11E-01  1.666E+00  2.366E-01 3.25956E+01 7.53E-03  0.983   1.12   1.12
  857  9.95E-09  4.77E-09  4.84E-11  7.44E-16  5.51E-16  5.11E-01  1.666E+00  2.366E-01 3.25069E+01 7.55E-03  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.195E-05 d(ln R0)/dt =  6.434E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 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):     0.029654

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0693E+00 SECONDS
   DATA R*BT AT EDGE:  3.5741E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1919E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.485000 TO TG2=    2.490000 @ NSTEP      561
   GFRAME TG2 MOMENTS CHECKSUM:  1.2186174136291E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    561
 TA= 2.48500E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 3.60373E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    572
 TA= 2.48870E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 4.73169E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1  underweight particles.
 %DEPALL specie #1  ->   40957 -      0 (killed) +  10691 (dep) =  51648 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.651295E+08  1.651181E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.076395E+08  2.076282E+08
 %ORBALL:  In processor     0: orbit # IORB=  33619 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33967 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  36073 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39615 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   4.995490E+07  4.978507E+07
 %ORBALL:  In processor     0: orbit # IORB=  42192 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42203 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42429 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42860 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44080 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44163 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44895 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44974 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45935 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46282 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46386 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47418 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47570 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47680 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47967 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47990 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48282 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48953 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49206 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49341 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49418 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49518 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49596 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49924 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49934 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50015 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50098 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50646 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51502 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52284 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.972752E+08  1.970649E+08
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51648 SPL=    0 TOT=41294
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.1793267E-01  2.9768263E+00  1.7013936E+08  8.1306053E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    576
 TA= 2.49000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 3.74319E-04
  
 TTOR1=  2.4900000000000961
 TTOR2=  2.5000000000000959
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.490000E+00 NSTEP=   576 Hash code:   79875768
 ->PRGCHK: bdy curvature ratio at t= 2.4950E+00 seconds is:  4.2157E-02
 % MHDEQ: TG1= 2.4900000000000961 ; TG2= 2.495000000000096

 *** 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     1.116E+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  1.5390E+00  0.0000E+00  3.2185E-01  0.0000E+00  1.6665E+00  2.3659E-01
    1   0  5.4278E-01 -7.9266E-02 -7.9266E-02  7.6692E-01
    2   0  8.8467E-02 -1.9398E-02  2.6273E-02 -3.9159E-02
    3   0 -8.6559E-03  1.4385E-02 -3.1529E-03  1.2303E-02
    4   0 -2.3620E-03 -6.0108E-03 -4.2647E-03  1.1618E-03
    5   0  4.3452E-03  3.3540E-04  1.5833E-03 -2.8668E-03
    6   0 -1.9431E-03  6.4249E-04  6.0105E-04  1.1009E-03
    7   0  2.3263E-04 -4.4762E-04 -6.1650E-04  5.5742E-04
    8   0  1.2193E-04  6.6353E-05 -8.7300E-06 -4.0593E-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  3.02E-01  1.21E-01  6.22E-02  4.59E-03  5.54E-04  1.10E+00  1.666E+00  2.366E-01 3.66972E+01 6.47E-03  1.000   1.12   0.88
  100  1.17E-05  6.28E-06  1.07E-06  1.34E-09  2.40E-09  1.10E+00  1.650E+00  2.439E-01 3.37082E+01 7.20E-03  1.000   1.12   1.04
  126  9.19E-07  3.78E-07  1.54E-07  1.00E-10  2.58E-10  1.10E+00  1.657E+00  2.406E-01 3.37075E+01 7.22E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.882E-07 d(ln R0)/dt =  1.017E-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  8.33E-02  1.01E-01  2.06E-05  1.43E-09  2.93E-09  1.10E+00  1.657E+00  2.405E-01 3.37075E+01 7.23E-03  1.000   1.12   1.06
  100  8.99E-05  4.04E-05  1.68E-07  6.15E-11  1.64E-10  5.11E-01  1.658E+00  2.398E-01 3.61213E+01 6.75E-03  1.035   1.12   1.10
  200  1.21E-05  8.60E-06  3.60E-08  2.84E-11  7.30E-12  5.11E-01  1.661E+00  2.367E-01 3.46861E+01 7.04E-03  1.014   1.12   1.11
  300  1.56E-06  8.22E-07  1.16E-08  7.93E-13  9.84E-13  5.11E-01  1.663E+00  2.367E-01 3.43078E+01 7.12E-03  1.009   1.12   1.12
  400  4.17E-07  1.93E-07  4.13E-09  1.30E-13  2.21E-13  5.11E-01  1.664E+00  2.370E-01 3.37477E+01 7.24E-03  1.001   1.12   1.12
  500  1.40E-07  6.30E-08  1.41E-09  4.23E-14  4.12E-14  5.11E-01  1.664E+00  2.368E-01 3.32408E+01 7.35E-03  0.993   1.12   1.12
  600  6.10E-08  3.14E-08  4.95E-10  2.64E-14  8.98E-15  5.11E-01  1.665E+00  2.369E-01 3.28663E+01 7.43E-03  0.988   1.12   1.12
  700  2.90E-08  1.29E-08  2.12E-10  1.36E-14  5.20E-15  5.11E-01  1.665E+00  2.369E-01 3.25963E+01 7.49E-03  0.984   1.12   1.12
  800  1.61E-08  6.71E-09  8.68E-11  3.89E-15  1.16E-15  5.11E-01  1.665E+00  2.368E-01 3.23949E+01 7.54E-03  0.980   1.12   1.12
  866  9.99E-09  4.70E-09  4.81E-11  7.17E-16  5.31E-16  5.11E-01  1.665E+00  2.368E-01 3.22887E+01 7.57E-03  0.979   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.505E-05 d(ln R0)/dt =  6.216E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.037272

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0605E+00 SECONDS
   DATA R*BT AT EDGE:  3.5739E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2157E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.490000 TO TG2=    2.495000 @ NSTEP      576
   GFRAME TG2 MOMENTS CHECKSUM:  1.2181840620974E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.495000E+00 NSTEP=   586 Hash code:  118461378
 ->PRGCHK: bdy curvature ratio at t= 2.5000E+00 seconds is:  4.2399E-02
 % MHDEQ: TG1= 2.495000000000096 ; TG2= 2.5000000000000959

 *** 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     -2.975E+00     1.112E+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  3.2154E-01  0.0000E+00  1.6653E+00  2.3679E-01
    1   0  5.4241E-01 -7.9146E-02 -7.9146E-02  7.6675E-01
    2   0  8.8533E-02 -1.9146E-02  2.5712E-02 -3.8948E-02
    3   0 -8.6859E-03  1.4419E-02 -3.0683E-03  1.2216E-02
    4   0 -2.3678E-03 -6.0071E-03 -4.2741E-03  1.1980E-03
    5   0  4.3317E-03  3.4291E-04  1.5440E-03 -2.8800E-03
    6   0 -1.9269E-03  6.5995E-04  6.3512E-04  1.0682E-03
    7   0  2.4728E-04 -4.4221E-04 -6.1790E-04  5.5004E-04
    8   0  1.4018E-04  5.2365E-05 -3.6341E-05 -4.2378E-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  2.97E-01  1.19E-01  6.15E-02  4.55E-03  5.53E-04  1.10E+00  1.665E+00  2.368E-01 3.66357E+01 6.50E-03  1.000   1.11   0.87
  100  1.07E-05  5.55E-06  1.06E-06  1.11E-09  2.20E-09  1.10E+00  1.650E+00  2.438E-01 3.36834E+01 7.23E-03  1.000   1.11   1.03
  126  8.86E-07  3.31E-07  1.49E-07  1.07E-10  2.69E-10  1.10E+00  1.656E+00  2.407E-01 3.36827E+01 7.26E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.14E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.013E-07 d(ln R0)/dt =  1.005E-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  1.02E-01  2.10E-05  1.38E-09  2.90E-09  1.10E+00  1.656E+00  2.406E-01 3.36827E+01 7.26E-03  1.000   1.11   1.05
  100  9.40E-05  4.19E-05  1.73E-07  6.05E-11  1.64E-10  5.11E-01  1.657E+00  2.399E-01 3.62036E+01 6.76E-03  1.036   1.11   1.10
  200  1.28E-05  9.13E-06  3.73E-08  3.11E-11  7.44E-12  5.11E-01  1.660E+00  2.369E-01 3.46319E+01 7.07E-03  1.014   1.11   1.10
  300  1.69E-06  8.85E-07  1.21E-08  8.36E-13  1.03E-12  5.11E-01  1.662E+00  2.369E-01 3.42508E+01 7.16E-03  1.008   1.11   1.11
  400  4.41E-07  2.03E-07  4.39E-09  1.33E-13  2.41E-13  5.11E-01  1.663E+00  2.371E-01 3.36669E+01 7.28E-03  1.000   1.11   1.11
  500  1.50E-07  6.68E-08  1.53E-09  4.50E-14  4.42E-14  5.11E-01  1.664E+00  2.370E-01 3.31407E+01 7.40E-03  0.992   1.11   1.11
  600  6.59E-08  3.34E-08  5.46E-10  2.74E-14  9.60E-15  5.11E-01  1.664E+00  2.370E-01 3.27568E+01 7.49E-03  0.986   1.11   1.11
  700  3.13E-08  1.39E-08  2.37E-10  1.53E-14  5.56E-15  5.11E-01  1.664E+00  2.370E-01 3.24796E+01 7.55E-03  0.982   1.11   1.11
  800  1.74E-08  7.35E-09  9.67E-11  3.84E-15  1.33E-15  5.11E-01  1.664E+00  2.370E-01 3.22689E+01 7.60E-03  0.979   1.11   1.11
  885  9.96E-09  4.52E-09  4.55E-11  1.14E-15  4.66E-16  5.11E-01  1.664E+00  2.369E-01 3.21245E+01 7.63E-03  0.977   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.069E-05 d(ln R0)/dt =  5.885E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 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):     0.036058

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1064E+00 SECONDS
   DATA R*BT AT EDGE:  3.5737E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2399E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.495000 TO TG2=    2.500000 @ NSTEP      586
   GFRAME TG2 MOMENTS CHECKSUM:  1.2177804777194E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    586
 TA= 2.49500E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 5.88157E-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  ->   41294 -      0 (killed) +  10674 (dep) =  51968 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.616297E+08  1.615298E+08
 %ORBALL:  In processor     0: orbit # IORB=  10283 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.896397E+08  1.895057E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.506736E+08  1.506421E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0024E+00
 %ORBALL:  In processor     0: orbit # IORB=  13881 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16476 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22922 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.625356E+08  1.624990E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  28192 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41392 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.360483E+08  1.360113E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   6.755574E+07  6.751559E+07
 %ORBALL:  In processor     0: orbit # IORB=  42277 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42471 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42677 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42941 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43152 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43290 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43552 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43930 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44381 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44401 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44558 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44760 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44883 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45670 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45842 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46048 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46061 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46203 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46265 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46928 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47323 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47517 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47864 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48116 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48225 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48258 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48281 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48478 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48512 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48745 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49083 never inside plasma.
 %ORBALL:  In processor     [1] 22347
0: orbit # IORB=  49111 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49687 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49980 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50483 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50563 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50583 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51382 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51653 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51671 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51911 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51933 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52274 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52301 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52404 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52545 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52639 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51968 SPL=    0 TOT=41523
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.1309520E-01 -2.6797434E+00  1.4762671E+08  8.5988803E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    596
 TA= 2.50000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 7.30818E-05
  
 TTOR1=  2.5000000000000959
 TTOR2=  2.5100000000000957
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.5000000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.500000E+00 NSTEP=   596 Hash code:  123229134
 ->PRGCHK: bdy curvature ratio at t= 2.5050E+00 seconds is:  4.2380E-02
 % MHDEQ: TG1= 2.5000000000000959 ; TG2= 2.5050000000000958

 *** 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     -2.976E+00     1.113E+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  3.2128E-01  0.0000E+00  1.6644E+00  2.3694E-01
    1   0  5.4204E-01 -7.8963E-02 -7.8963E-02  7.6686E-01
    2   0  8.8434E-02 -1.9179E-02  2.5681E-02 -3.9048E-02
    3   0 -8.7403E-03  1.4445E-02 -3.1221E-03  1.2283E-02
    4   0 -2.3493E-03 -6.0338E-03 -4.2237E-03  1.2310E-03
    5   0  4.3263E-03  3.8888E-04  1.5653E-03 -2.8706E-03
    6   0 -1.9219E-03  6.3973E-04  6.1069E-04  1.0619E-03
    7   0  2.1383E-04 -4.5244E-04 -6.1727E-04  5.7939E-04
    8   0  1.5182E-04  9.0464E-05  1.5649E-06 -4.1999E-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  2.95E-01  1.18E-01  6.12E-02  4.53E-03  5.48E-04  1.10E+00  1.664E+00  2.369E-01 3.66399E+01 6.53E-03  1.000   1.11   0.86
  100  9.71E-06  5.03E-06  9.70E-07  1.15E-09  2.02E-09  1.10E+00  1.649E+00  2.437E-01 3.37052E+01 7.26E-03  1.000   1.11   1.03
  126  8.82E-07  3.15E-07  1.49E-07  1.14E-10  2.70E-10  1.10E+00  1.655E+00  2.405E-01 3.37045E+01 7.28E-03  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.216E-07 d(ln R0)/dt =  1.036E-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  9.38E-02  1.05E-01  2.16E-05  1.36E-09  2.94E-09  1.10E+00  1.655E+00  2.405E-01 3.37045E+01 7.29E-03  1.000   1.11   1.05
  100  9.91E-05  4.24E-05  1.78E-07  5.83E-11  1.65E-10  5.11E-01  1.656E+00  2.397E-01 3.65661E+01 6.72E-03  1.041   1.11   1.10
  200  1.33E-05  9.74E-06  3.84E-08  3.73E-11  7.60E-12  5.11E-01  1.659E+00  2.368E-01 3.49300E+01 7.04E-03  1.018   1.11   1.10
  300  1.77E-06  9.09E-07  1.26E-08  9.43E-13  1.09E-12  5.11E-01  1.661E+00  2.368E-01 3.46015E+01 7.11E-03  1.013   1.11   1.11
  400  4.36E-07  2.07E-07  4.62E-09  1.39E-13  2.65E-13  5.11E-01  1.662E+00  2.371E-01 3.39937E+01 7.24E-03  1.004   1.11   1.11
  500  1.61E-07  6.79E-08  1.64E-09  4.73E-14  5.05E-14  5.11E-01  1.662E+00  2.369E-01 3.34322E+01 7.36E-03  0.996   1.11   1.11
  600  6.98E-08  3.48E-08  5.89E-10  2.94E-14  1.01E-14  5.11E-01  1.663E+00  2.370E-01 3.30294E+01 7.45E-03  0.990   1.11   1.11
  700  3.33E-08  1.42E-08  2.58E-10  1.69E-14  6.08E-15  5.11E-01  1.663E+00  2.370E-01 3.27441E+01 7.52E-03  0.986   1.11   1.11
  800  1.83E-08  7.77E-09  1.06E-10  3.45E-15  1.42E-15  5.11E-01  1.663E+00  2.369E-01 3.25297E+01 7.57E-03  0.983   1.11   1.11
  899  9.93E-09  4.75E-09  4.44E-11  1.87E-15  4.89E-16  5.11E-01  1.663E+00  2.369E-01 3.23553E+01 7.61E-03  0.980   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.457E-05 d(ln R0)/dt =  5.893E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 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):     0.041584

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1543E+00 SECONDS
   DATA R*BT AT EDGE:  3.5755E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2380E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.500000 TO TG2=    2.505000 @ NSTEP      596
   GFRAME TG2 MOMENTS CHECKSUM:  1.2172494971959E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.505000E+00 NSTEP=   609 Hash code:   40683753
 ->PRGCHK: bdy curvature ratio at t= 2.5100E+00 seconds is:  4.2360E-02
 % MHDEQ: TG1= 2.5050000000000958 ; TG2= 2.5100000000000957

 *** 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     -2.976E+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  1.5381E+00  0.0000E+00  3.2101E-01  0.0000E+00  1.6633E+00  2.3686E-01
    1   0  5.4167E-01 -7.8780E-02 -7.8780E-02  7.6696E-01
    2   0  8.8335E-02 -1.9212E-02  2.5651E-02 -3.9148E-02
    3   0 -8.7947E-03  1.4471E-02 -3.1759E-03  1.2350E-02
    4   0 -2.3308E-03 -6.0605E-03 -4.1733E-03  1.2639E-03
    5   0  4.3209E-03  4.3484E-04  1.5867E-03 -2.8612E-03
    6   0 -1.9168E-03  6.1950E-04  5.8626E-04  1.0556E-03
    7   0  1.8038E-04 -4.6267E-04 -6.1664E-04  6.0875E-04
    8   0  1.6346E-04  1.2856E-04  3.9471E-05 -4.1620E-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  2.92E-01  1.17E-01  6.08E-02  4.51E-03  5.48E-04  1.10E+00  1.663E+00  2.369E-01 3.66396E+01 6.51E-03  1.000   1.11   0.86
  100  8.37E-06  4.40E-06  8.75E-07  1.22E-09  1.89E-09  1.10E+00  1.648E+00  2.435E-01 3.37293E+01 7.23E-03  1.000   1.11   1.02
  126  8.64E-07  3.02E-07  1.49E-07  1.20E-10  2.78E-10  1.10E+00  1.655E+00  2.403E-01 3.37286E+01 7.26E-03  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.469E-07 d(ln R0)/dt =  1.104E-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  9.76E-02  1.05E-01  2.19E-05  1.35E-09  2.98E-09  1.10E+00  1.655E+00  2.402E-01 3.37285E+01 7.27E-03  1.000   1.11   1.04
  100  1.03E-04  4.32E-05  1.81E-07  5.78E-11  1.66E-10  5.11E-01  1.656E+00  2.395E-01 3.68271E+01 6.66E-03  1.045   1.11   1.10
  200  1.36E-05  1.02E-05  3.91E-08  4.19E-11  7.76E-12  5.11E-01  1.658E+00  2.367E-01 3.51363E+01 6.98E-03  1.021   1.11   1.10
  300  1.82E-06  9.23E-07  1.28E-08  1.02E-12  1.13E-12  5.11E-01  1.661E+00  2.366E-01 3.48458E+01 7.05E-03  1.016   1.11   1.12
  400  4.35E-07  2.08E-07  4.77E-09  1.42E-13  2.81E-13  5.11E-01  1.662E+00  2.368E-01 3.42195E+01 7.18E-03  1.007   1.11   1.12
  500  1.69E-07  6.90E-08  1.71E-09  4.89E-14  5.32E-14  5.11E-01  1.662E+00  2.367E-01 3.36348E+01 7.30E-03  0.999   1.11   1.11
  600  7.19E-08  3.51E-08  6.20E-10  3.14E-14  1.10E-14  5.11E-01  1.663E+00  2.367E-01 3.32206E+01 7.40E-03  0.993   1.11   1.11
  700  3.48E-08  1.44E-08  2.71E-10  1.83E-14  6.21E-15  5.11E-01  1.663E+00  2.367E-01 3.29309E+01 7.46E-03  0.988   1.11   1.11
  800  1.88E-08  8.04E-09  1.13E-10  3.30E-15  1.50E-15  5.11E-01  1.663E+00  2.366E-01 3.27128E+01 7.51E-03  0.985   1.11   1.11
  900  1.02E-08  4.99E-09  4.65E-11  1.87E-15  5.90E-16  5.11E-01  1.663E+00  2.366E-01 3.25305E+01 7.55E-03  0.982   1.11   1.11
  906  9.97E-09  4.98E-09  4.42E-11  1.48E-15  6.72E-16  5.11E-01  1.663E+00  2.366E-01 3.25193E+01 7.56E-03  0.982   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.747E-05 d(ln R0)/dt =  6.275E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.16 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):     0.027371

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1748E+00 SECONDS
   DATA R*BT AT EDGE:  3.5773E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2360E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.505000 TO TG2=    2.510000 @ NSTEP      609
   GFRAME TG2 MOMENTS CHECKSUM:  1.2168971962688E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    609
 TA= 2.50500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.06348E-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  ->   41523 -      0 (killed) +  10788 (dep) =  52311 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   3457 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.741652E+08  1.739592E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.313105E+08  1.310820E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.602413E+08  1.601506E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  13875 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16764 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17383 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19758 never inside plasma.
 %DEPSUB - XKSID =  1.002429E+00
 %ORBALL:  In processor     0: orbit # IORB=  24267 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.003577E+08  1.002458E+08
 %ORBALL:  In processor     0: orbit # IORB=  27509 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.832335E+08  1.832124E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  34267 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36691 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.962892E+08  1.962171E+08
 %ORBALL:  In processor     0: orbit # IORB=  42357 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42376 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42513 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42686 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42872 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43092 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43114 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43163 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43244 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43357 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43512 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43578 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44174 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44179 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44404 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44624 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44834 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44934 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45529 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45632 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45648 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.764319E+08  2.762953E+08
 %ORBALL:  In processor     0: orbit # IORB=  45965 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45993 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46013 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46085 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46124 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46571 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46574 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46782 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46974 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47289 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47445 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47523 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47572 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48140 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48178 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48646 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49006 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.979023E+08  1.967408E+08
 %ORBALL:  In processor     0: orbit # IORB=  49621 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49731 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49757 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49984 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50487 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50888 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50986 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51265 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51412 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51919 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52003 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52061 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52293 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52330 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52343 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52367 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.970304E+08  1.969277E+08
 %ORBALL:  In processor     0: orbit # IORB=  53105 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52311 SPL=    0 TOT=41796
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.6265759E-01  1.3620692E+00  1.2261488E+08 -5.7483835E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    613
 TA= 2.51000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.77252E-03
  
 TTOR1=  2.5100000000000957
 TTOR2=  2.5200000000000955
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.510000E+00 NSTEP=   613 Hash code:  112606930
 ->PRGCHK: bdy curvature ratio at t= 2.5150E+00 seconds is:  4.2368E-02
 % MHDEQ: TG1= 2.5100000000000957 ; TG2= 2.5150000000000956

 *** 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     -2.973E+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  1.5381E+00  0.0000E+00  3.2093E-01  0.0000E+00  1.6632E+00  2.3661E-01
    1   0  5.4127E-01 -7.8954E-02 -7.8954E-02  7.6712E-01
    2   0  8.8354E-02 -1.9275E-02  2.5897E-02 -3.9057E-02
    3   0 -8.8489E-03  1.4382E-02 -3.1449E-03  1.2338E-02
    4   0 -2.3198E-03 -6.0888E-03 -4.2046E-03  1.2521E-03
    5   0  4.2892E-03  4.4929E-04  1.6133E-03 -2.8691E-03
    6   0 -1.9049E-03  6.0030E-04  6.0787E-04  1.0462E-03
    7   0  1.9214E-04 -4.3284E-04 -6.1313E-04  5.9071E-04
    8   0  1.5959E-04  1.0420E-04  1.7564E-05 -4.1611E-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  2.91E-01  1.16E-01  6.06E-02  4.50E-03  5.43E-04  1.10E+00  1.663E+00  2.366E-01 3.65709E+01 6.51E-03  1.000   1.11   0.85
  100  8.44E-06  4.39E-06  8.81E-07  1.21E-09  1.89E-09  1.10E+00  1.648E+00  2.430E-01 3.36729E+01 7.23E-03  1.000   1.11   1.02
  126  8.81E-07  3.07E-07  1.51E-07  1.20E-10  2.76E-10  1.10E+00  1.655E+00  2.398E-01 3.36722E+01 7.26E-03  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.534E-07 d(ln R0)/dt =  1.114E-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  1.07E-01  2.24E-05  1.33E-09  2.99E-09  1.10E+00  1.655E+00  2.397E-01 3.36722E+01 7.26E-03  1.000   1.11   1.04
  100  1.07E-04  4.40E-05  1.86E-07  5.67E-11  1.66E-10  5.11E-01  1.656E+00  2.390E-01 3.69108E+01 6.63E-03  1.047   1.11   1.09
  200  1.40E-05  1.06E-05  3.99E-08  4.56E-11  7.90E-12  5.11E-01  1.658E+00  2.362E-01 3.52038E+01 6.96E-03  1.022   1.11   1.10
  300  1.87E-06  9.36E-07  1.31E-08  1.08E-12  1.17E-12  5.11E-01  1.661E+00  2.362E-01 3.49387E+01 7.02E-03  1.019   1.11   1.12
  400  4.43E-07  2.11E-07  4.90E-09  1.47E-13  2.92E-13  5.11E-01  1.662E+00  2.364E-01 3.43010E+01 7.15E-03  1.009   1.11   1.12
  500  1.72E-07  7.01E-08  1.78E-09  4.93E-14  5.40E-14  5.11E-01  1.663E+00  2.362E-01 3.37013E+01 7.28E-03  1.000   1.11   1.11
  600  7.49E-08  3.53E-08  6.50E-10  3.16E-14  1.15E-14  5.11E-01  1.663E+00  2.362E-01 3.32830E+01 7.37E-03  0.994   1.11   1.11
  700  3.61E-08  1.48E-08  2.84E-10  1.98E-14  6.54E-15  5.11E-01  1.663E+00  2.362E-01 3.29897E+01 7.43E-03  0.990   1.11   1.11
  800  1.95E-08  8.32E-09  1.18E-10  3.16E-15  1.57E-15  5.11E-01  1.664E+00  2.361E-01 3.27678E+01 7.48E-03  0.987   1.11   1.11
  900  1.07E-08  5.18E-09  4.91E-11  1.93E-15  6.22E-16  5.11E-01  1.664E+00  2.361E-01 3.25825E+01 7.53E-03  0.984   1.11   1.11
  914  9.94E-09  4.68E-09  4.32E-11  2.77E-15  8.60E-16  5.11E-01  1.664E+00  2.361E-01 3.25558E+01 7.53E-03  0.983   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.797E-05 d(ln R0)/dt =  6.659E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 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):     0.045183

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1626E+00 SECONDS
   DATA R*BT AT EDGE:  3.5754E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2368E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.510000 TO TG2=    2.515000 @ NSTEP      613
   GFRAME TG2 MOMENTS CHECKSUM:  1.2166020698766E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    613
 TA= 2.51000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.77252E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    614
 TA= 2.51056E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 7.04601E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    620
 TA= 2.51445E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 5.50744E-04
 --> plasma_hash("gframe"): TA= 2.515000E+00 NSTEP=   621 Hash code:   51039832
 ->PRGCHK: bdy curvature ratio at t= 2.5200E+00 seconds is:  4.2376E-02
 % MHDEQ: TG1= 2.5150000000000956 ; TG2= 2.5200000000000955

 *** 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     -2.969E+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  1.5380E+00  0.0000E+00  3.2085E-01  0.0000E+00  1.6637E+00  2.3610E-01
    1   0  5.4086E-01 -7.9128E-02 -7.9128E-02  7.6727E-01
    2   0  8.8373E-02 -1.9338E-02  2.6143E-02 -3.8966E-02
    3   0 -8.9030E-03  1.4293E-02 -3.1139E-03  1.2326E-02
    4   0 -2.3087E-03 -6.1171E-03 -4.2359E-03  1.2402E-03
    5   0  4.2575E-03  4.6375E-04  1.6399E-03 -2.8769E-03
    6   0 -1.8929E-03  5.8109E-04  6.2949E-04  1.0367E-03
    7   0  2.0391E-04 -4.0302E-04 -6.0962E-04  5.7268E-04
    8   0  1.5571E-04  7.9838E-05 -4.3438E-06 -4.1603E-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  2.92E-01  1.17E-01  6.07E-02  4.50E-03  5.42E-04  1.10E+00  1.664E+00  2.361E-01 3.65167E+01 6.60E-03  1.000   1.11   0.85
  100  9.31E-06  4.71E-06  9.50E-07  1.17E-09  1.98E-09  1.10E+00  1.648E+00  2.426E-01 3.36130E+01 7.32E-03  1.000   1.11   1.02
  126  9.01E-07  3.28E-07  1.54E-07  1.12E-10  2.67E-10  1.10E+00  1.655E+00  2.395E-01 3.36123E+01 7.35E-03  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.393E-07 d(ln R0)/dt =  1.058E-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  1.11E-01  2.32E-05  1.41E-09  3.03E-09  1.10E+00  1.655E+00  2.394E-01 3.36123E+01 7.36E-03  1.000   1.11   1.04
  100  1.05E-04  4.42E-05  1.86E-07  5.53E-11  1.66E-10  5.11E-01  1.656E+00  2.387E-01 3.68861E+01 6.71E-03  1.047   1.11   1.09
  200  1.39E-05  1.08E-05  4.04E-08  4.54E-11  8.04E-12  5.11E-01  1.658E+00  2.359E-01 3.52130E+01 7.03E-03  1.023   1.11   1.10
  300  1.95E-06  9.61E-07  1.34E-08  1.10E-12  1.17E-12  5.11E-01  1.661E+00  2.359E-01 3.49257E+01 7.09E-03  1.019   1.11   1.12
  400  4.51E-07  2.17E-07  5.03E-09  1.52E-13  2.89E-13  5.11E-01  1.661E+00  2.360E-01 3.42887E+01 7.23E-03  1.010   1.11   1.12
  500  1.81E-07  7.35E-08  1.84E-09  4.99E-14  5.33E-14  5.11E-01  1.662E+00  2.359E-01 3.36818E+01 7.36E-03  1.001   1.11   1.11
  600  7.76E-08  3.64E-08  6.78E-10  2.92E-14  1.18E-14  5.11E-01  1.662E+00  2.359E-01 3.32614E+01 7.45E-03  0.995   1.11   1.11
  700  3.81E-08  1.53E-08  2.94E-10  2.00E-14  6.76E-15  5.11E-01  1.663E+00  2.359E-01 3.29628E+01 7.52E-03  0.990   1.11   1.11
  800  2.03E-08  8.55E-09  1.23E-10  3.14E-15  1.65E-15  5.11E-01  1.663E+00  2.358E-01 3.27376E+01 7.57E-03  0.987   1.11   1.11
  900  1.12E-08  5.33E-09  5.12E-11  1.93E-15  6.15E-16  5.11E-01  1.663E+00  2.358E-01 3.25502E+01 7.61E-03  0.984   1.11   1.11
  919  9.99E-09  4.87E-09  4.44E-11  2.40E-15  8.15E-16  5.11E-01  1.663E+00  2.358E-01 3.25140E+01 7.62E-03  0.984   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.07E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.621E-05 d(ln R0)/dt =  6.560E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.18 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):     0.028100

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2012E+00 SECONDS
   DATA R*BT AT EDGE:  3.5735E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2376E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.515000 TO TG2=    2.520000 @ NSTEP      621
   GFRAME TG2 MOMENTS CHECKSUM:  1.2161430746252E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    621
 TA= 2.51500E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 7.36508E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1  underweight particles.
 %DEPALL specie #1  ->   41796 -      0 (killed) +  10702 (dep) =  52498 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   6.200065E+07  6.199241E+07
 %ORBALL:  In processor     0: orbit # IORB=  19119 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25511 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.354379E+08  2.352509E+08
 %ORBALL:  In processor     0: orbit # IORB=  42020 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42714 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42881 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42906 never inside plasma.
 %ORBALL:  In proc[1] 22652
essor     0: orbit # IORB=  43522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43566 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43625 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43770 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43778 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44035 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44493 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44915 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45195 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45295 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45543 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45887 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45988 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46438 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46475 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46646 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46673 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47359 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47396 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47679 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47793 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.677105E+08  2.673875E+08
 %ORBALL:  In processor     0: orbit # IORB=  48119 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48549 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48675 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49596 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50075 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50157 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50289 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50363 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50478 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50495 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51491 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51579 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51715 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51998 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52059 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52278 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52493 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52560 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52988 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53159 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52498 SPL=    0 TOT=41939
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.6315898E-01  2.7998038E+00  1.7367549E+08  4.9918405E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    629
 TA= 2.52000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.73098E-04
  
 TTOR1=  2.5200000000000955
 TTOR2=  2.5300000000000953
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.5200000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.520000E+00 NSTEP=   629 Hash code:  119586269
 ->PRGCHK: bdy curvature ratio at t= 2.5250E+00 seconds is:  4.2002E-02
 % MHDEQ: TG1= 2.5200000000000955 ; TG2= 2.5250000000000954

 *** 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     -2.973E+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  1.5383E+00  0.0000E+00  3.2013E-01  0.0000E+00  1.6630E+00  2.3580E-01
    1   0  5.4116E-01 -7.9277E-02 -7.9277E-02  7.6765E-01
    2   0  8.8183E-02 -1.9345E-02  2.6349E-02 -3.9330E-02
    3   0 -8.9183E-03  1.4291E-02 -3.2366E-03  1.2446E-02
    4   0 -2.2708E-03 -6.0934E-03 -4.2483E-03  1.1701E-03
    5   0  4.2855E-03  4.4097E-04  1.6629E-03 -2.9071E-03
    6   0 -1.8989E-03  6.0576E-04  6.1507E-04  1.0664E-03
    7   0  2.0931E-04 -4.3489E-04 -6.4253E-04  5.7481E-04
    8   0  1.5084E-04  7.7409E-05  5.4436E-07 -4.2184E-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  2.89E-01  1.16E-01  6.05E-02  4.49E-03  5.38E-04  1.10E+00  1.663E+00  2.358E-01 3.65399E+01 6.69E-03  1.000   1.12   0.85
  100  8.57E-06  4.49E-06  8.99E-07  1.27E-09  1.94E-09  1.10E+00  1.648E+00  2.420E-01 3.36543E+01 7.41E-03  1.000   1.12   1.02
  126  8.72E-07  3.40E-07  1.55E-07  1.16E-10  2.77E-10  1.10E+00  1.654E+00  2.388E-01 3.36536E+01 7.43E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.610E-07 d(ln R0)/dt =  1.107E-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  1.07E-01  1.12E-01  2.32E-05  1.52E-09  3.15E-09  1.10E+00  1.655E+00  2.387E-01 3.36536E+01 7.44E-03  1.000   1.12   1.04
  100  1.02E-04  4.41E-05  1.86E-07  5.45E-11  1.71E-10  5.11E-01  1.655E+00  2.380E-01 3.74031E+01 6.70E-03  1.054   1.12   1.10
  200  1.32E-05  1.06E-05  4.04E-08  4.90E-11  8.45E-12  5.11E-01  1.657E+00  2.353E-01 3.59023E+01 6.98E-03  1.033   1.12   1.11
  300  1.85E-06  9.29E-07  1.34E-08  1.19E-12  1.21E-12  5.11E-01  1.660E+00  2.352E-01 3.56753E+01 7.03E-03  1.029   1.12   1.13
  400  4.32E-07  2.11E-07  5.06E-09  1.56E-13  2.86E-13  5.11E-01  1.661E+00  2.354E-01 3.50172E+01 7.17E-03  1.020   1.12   1.13
  500  1.70E-07  7.34E-08  1.87E-09  4.88E-14  5.45E-14  5.11E-01  1.661E+00  2.352E-01 3.43866E+01 7.30E-03  1.011   1.12   1.12
  600  7.58E-08  3.65E-08  6.90E-10  2.70E-14  1.25E-14  5.11E-01  1.662E+00  2.353E-01 3.39619E+01 7.39E-03  1.005   1.12   1.12
  700  3.89E-08  1.56E-08  2.96E-10  2.07E-14  6.90E-15  5.11E-01  1.662E+00  2.353E-01 3.36542E+01 7.46E-03  1.000   1.12   1.12
  800  2.02E-08  8.34E-09  1.24E-10  2.90E-15  1.65E-15  5.11E-01  1.662E+00  2.352E-01 3.34214E+01 7.51E-03  0.997   1.12   1.12
  900  1.13E-08  5.32E-09  5.21E-11  1.62E-15  6.23E-16  5.11E-01  1.662E+00  2.352E-01 3.32308E+01 7.55E-03  0.994   1.12   1.12
  921  9.98E-09  4.85E-09  4.48E-11  2.13E-15  7.26E-16  5.11E-01  1.662E+00  2.352E-01 3.31907E+01 7.56E-03  0.993   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.05E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.462E-05 d(ln R0)/dt =  6.030E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.16 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.034492

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1807E+00 SECONDS
   DATA R*BT AT EDGE:  3.5744E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2002E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.520000 TO TG2=    2.525000 @ NSTEP      629
   GFRAME TG2 MOMENTS CHECKSUM:  1.2154550479440E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.525000E+00 NSTEP=   639 Hash code:   82221549
 ->PRGCHK: bdy curvature ratio at t= 2.5300E+00 seconds is:  4.1635E-02
 % MHDEQ: TG1= 2.5250000000000954 ; TG2= 2.5300000000000953

 *** 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     -2.976E+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  1.5386E+00  0.0000E+00  3.1942E-01  0.0000E+00  1.6621E+00  2.3520E-01
    1   0  5.4146E-01 -7.9426E-02 -7.9426E-02  7.6804E-01
    2   0  8.7992E-02 -1.9351E-02  2.6555E-02 -3.9694E-02
    3   0 -8.9336E-03  1.4288E-02 -3.3592E-03  1.2566E-02
    4   0 -2.2329E-03 -6.0698E-03 -4.2606E-03  1.0999E-03
    5   0  4.3135E-03  4.1820E-04  1.6859E-03 -2.9372E-03
    6   0 -1.9048E-03  6.3044E-04  6.0065E-04  1.0962E-03
    7   0  2.1471E-04 -4.6677E-04 -6.7543E-04  5.7694E-04
    8   0  1.4597E-04  7.4981E-05  5.4325E-06 -4.2766E-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  2.87E-01  1.15E-01  6.03E-02  4.48E-03  5.38E-04  1.10E+00  1.662E+00  2.352E-01 3.65597E+01 6.77E-03  1.000   1.13   0.86
  100  7.79E-06  4.32E-06  8.56E-07  1.30E-09  1.87E-09  1.10E+00  1.648E+00  2.411E-01 3.36977E+01 7.50E-03  1.000   1.13   1.03
  125  9.74E-07  4.09E-07  1.57E-07  1.81E-10  2.01E-10  1.10E+00  1.654E+00  2.381E-01 3.36970E+01 7.52E-03  1.000   1.13   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.776E-07 d(ln R0)/dt =  1.190E-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  9.99E-02  1.07E-01  2.20E-05  1.57E-09  3.24E-09  1.10E+00  1.655E+00  2.380E-01 3.36970E+01 7.53E-03  1.000   1.13   1.05
  100  1.05E-04  2.60E-05  1.73E-07  5.94E-11  1.86E-10  5.11E-01  1.655E+00  2.372E-01 3.77707E+01 6.72E-03  1.058   1.13   1.11
  200  1.52E-05  8.53E-06  4.06E-08  4.55E-11  8.71E-12  5.11E-01  1.657E+00  2.344E-01 3.62083E+01 7.01E-03  1.036   1.13   1.12
  300  1.48E-06  7.56E-07  1.30E-08  1.20E-12  1.17E-12  5.11E-01  1.660E+00  2.344E-01 3.60504E+01 7.05E-03  1.034   1.13   1.14
  400  4.36E-07  2.14E-07  4.83E-09  1.47E-13  2.75E-13  5.11E-01  1.661E+00  2.346E-01 3.54189E+01 7.18E-03  1.025   1.13   1.14
  500  1.39E-07  6.79E-08  1.76E-09  4.67E-14  5.46E-14  5.11E-01  1.661E+00  2.344E-01 3.48069E+01 7.30E-03  1.016   1.13   1.13
  600  6.88E-08  3.22E-08  6.40E-10  2.72E-14  1.14E-14  5.11E-01  1.662E+00  2.345E-01 3.43860E+01 7.39E-03  1.010   1.13   1.13
  700  3.61E-08  1.33E-08  2.73E-10  1.85E-14  6.31E-15  5.11E-01  1.662E+00  2.345E-01 3.40793E+01 7.46E-03  1.006   1.13   1.13
  800  1.91E-08  7.67E-09  1.14E-10  3.08E-15  1.49E-15  5.11E-01  1.662E+00  2.344E-01 3.38515E+01 7.51E-03  1.002   1.13   1.13
  900  1.05E-08  4.98E-09  4.81E-11  1.24E-15  6.29E-16  5.11E-01  1.662E+00  2.344E-01 3.36666E+01 7.55E-03  1.000   1.13   1.13
  913  9.92E-09  4.41E-09  4.26E-11  2.00E-15  7.40E-16  5.11E-01  1.662E+00  2.344E-01 3.36424E+01 7.56E-03  0.999   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.486E-05 d(ln R0)/dt =  5.584E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 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):     0.040858

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1621E+00 SECONDS
   DATA R*BT AT EDGE:  3.5752E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1635E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.525000 TO TG2=    2.530000 @ NSTEP      639
   GFRAME TG2 MOMENTS CHECKSUM:  1.2150586821456E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    639
 TA= 2.52500E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.28968E-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  ->   41939 -      0 (killed) +  10634 (dep) =  52573 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   7976 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.310221E+08  1.309709E+08
 %ORBALL:  In processor     0: orbit # IORB=  18349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20025 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23591 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.982994E+08  1.982721E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.645723E+08  1.644813E+08
 %ORBALL:  In processor     0: orbit # IORB=  29992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36259 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39134 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42744 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43215 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43450 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43789 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44149 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44162 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44193 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45519 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46220 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46365 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46368 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46746 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46937 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47101 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47271 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47583 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47798 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48171 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48273 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48434 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.963701E+08  1.962824E+08
 %ORBALL:  In processor     0: orbit # IORB=  49154 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49295 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49335 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49382 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50013 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50480 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50597 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50933 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51674 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51969 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52651 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.204854E+08  1.204692E+08
 %ORBALL:  In processor     0: orbit # IORB=  53293 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53465 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52573 SPL=    0 TOT=42241
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.3411913E-01 -2.8579010E+00  1.7441716E+08  9.6681466E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    644
 TA= 2.53000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.34569E-03
  
 TTOR1=  2.5300000000000953
 TTOR2=  2.5400000000000951
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.530000E+00 NSTEP=   644 Hash code:  107605666
 ->PRGCHK: bdy curvature ratio at t= 2.5350E+00 seconds is:  4.1504E-02
 % MHDEQ: TG1= 2.5300000000000953 ; TG2= 2.5350000000000952

 *** 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     1.131E+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  1.5388E+00  0.0000E+00  3.1904E-01  0.0000E+00  1.6621E+00  2.3441E-01
    1   0  5.4156E-01 -7.9521E-02 -7.9521E-02  7.6818E-01
    2   0  8.7838E-02 -1.9262E-02  2.6581E-02 -3.9897E-02
    3   0 -8.9312E-03  1.4270E-02 -3.4246E-03  1.2634E-02
    4   0 -2.2265E-03 -6.0633E-03 -4.2734E-03  1.0879E-03
    5   0  4.3246E-03  4.1461E-04  1.6976E-03 -2.9594E-03
    6   0 -1.9042E-03  6.2923E-04  5.9577E-04  1.1078E-03
    7   0  2.0595E-04 -4.6981E-04 -6.8985E-04  5.9052E-04
    8   0  1.5097E-04  6.9294E-05  8.0191E-06 -4.3866E-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  2.88E-01  1.17E-01  6.05E-02  4.49E-03  5.46E-04  1.10E+00  1.662E+00  2.344E-01 3.65751E+01 6.85E-03  1.000   1.13   0.87
  100  7.63E-06  4.36E-06  8.48E-07  1.28E-09  1.88E-09  1.10E+00  1.648E+00  2.408E-01 3.37068E+01 7.59E-03  1.000   1.13   1.04
  125  9.29E-07  4.04E-07  1.55E-07  1.81E-10  1.99E-10  1.10E+00  1.654E+00  2.377E-01 3.37061E+01 7.61E-03  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.694E-07 d(ln R0)/dt =  1.184E-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  1.03E-01  2.10E-05  1.58E-09  3.20E-09  1.10E+00  1.655E+00  2.376E-01 3.37061E+01 7.62E-03  1.000   1.13   1.06
  100  1.02E-04  2.62E-05  1.68E-07  6.50E-11  1.88E-10  5.11E-01  1.656E+00  2.368E-01 3.71424E+01 6.92E-03  1.049   1.13   1.11
  200  1.44E-05  8.40E-06  3.98E-08  3.53E-11  8.31E-12  5.11E-01  1.658E+00  2.339E-01 3.55327E+01 7.24E-03  1.027   1.13   1.12
  300  1.58E-06  7.71E-07  1.26E-08  1.02E-12  1.08E-12  5.11E-01  1.661E+00  2.339E-01 3.52744E+01 7.29E-03  1.023   1.13   1.13
  400  4.26E-07  2.13E-07  4.57E-09  1.36E-13  2.46E-13  5.11E-01  1.661E+00  2.341E-01 3.46922E+01 7.42E-03  1.014   1.13   1.13
  500  1.45E-07  6.75E-08  1.63E-09  4.78E-14  4.89E-14  5.11E-01  1.662E+00  2.340E-01 3.41405E+01 7.54E-03  1.006   1.13   1.13
  600  6.41E-08  3.15E-08  5.80E-10  2.76E-14  9.94E-15  5.11E-01  1.662E+00  2.341E-01 3.37395E+01 7.63E-03  1.001   1.13   1.13
  700  3.43E-08  1.30E-08  2.49E-10  1.48E-14  5.96E-15  5.11E-01  1.662E+00  2.341E-01 3.34450E+01 7.69E-03  0.996   1.13   1.13
  800  1.80E-08  7.19E-09  1.03E-10  3.55E-15  1.35E-15  5.11E-01  1.662E+00  2.340E-01 3.32307E+01 7.74E-03  0.993   1.13   1.13
  898  9.96E-09  4.58E-09  4.43E-11  1.29E-15  4.50E-16  5.11E-01  1.663E+00  2.340E-01 3.30607E+01 7.78E-03  0.990   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.065E-05 d(ln R0)/dt =  5.217E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.053962

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1279E+00 SECONDS
   DATA R*BT AT EDGE:  3.5753E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1504E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.530000 TO TG2=    2.535000 @ NSTEP      644
   GFRAME TG2 MOMENTS CHECKSUM:  1.2152179858465E+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=   648 Hash code:   99666222
 ->PRGCHK: bdy curvature ratio at t= 2.5400E+00 seconds is:  4.1376E-02
 % MHDEQ: TG1= 2.5350000000000952 ; TG2= 2.5400000000000951

 *** 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     -2.978E+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  1.5390E+00  0.0000E+00  3.1866E-01  0.0000E+00  1.6626E+00  2.3396E-01
    1   0  5.4166E-01 -7.9615E-02 -7.9615E-02  7.6832E-01
    2   0  8.7683E-02 -1.9174E-02  2.6607E-02 -4.0100E-02
    3   0 -8.9287E-03  1.4252E-02 -3.4899E-03  1.2703E-02
    4   0 -2.2201E-03 -6.0569E-03 -4.2861E-03  1.0759E-03
    5   0  4.3356E-03  4.1101E-04  1.7093E-03 -2.9816E-03
    6   0 -1.9036E-03  6.2802E-04  5.9090E-04  1.1193E-03
    7   0  1.9720E-04 -4.7285E-04 -7.0426E-04  6.0409E-04
    8   0  1.5596E-04  6.3606E-05  1.0606E-05 -4.4967E-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  2.91E-01  1.18E-01  6.09E-02  4.52E-03  5.49E-04  1.10E+00  1.663E+00  2.340E-01 3.66041E+01 6.97E-03  1.000   1.13   0.87
  100  8.40E-06  4.72E-06  9.05E-07  1.26E-09  1.92E-09  1.10E+00  1.648E+00  2.404E-01 3.37112E+01 7.72E-03  1.000   1.13   1.04
  125  9.61E-07  4.24E-07  1.56E-07  1.78E-10  1.92E-10  1.10E+00  1.655E+00  2.374E-01 3.37105E+01 7.75E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.520E-07 d(ln R0)/dt =  1.142E-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  9.27E-02  1.02E-01  2.07E-05  1.59E-09  3.15E-09  1.10E+00  1.655E+00  2.373E-01 3.37105E+01 7.75E-03  1.000   1.13   1.06
  100  1.84E-04  7.07E-05  2.78E-07  5.29E-11  2.01E-10  5.11E-01  1.656E+00  2.364E-01 3.71703E+01 7.04E-03  1.050   1.13   1.12
  200  1.67E-05  6.38E-06  4.17E-08  2.82E-11  8.04E-12  5.11E-01  1.659E+00  2.335E-01 3.52461E+01 7.42E-03  1.022   1.13   1.12
  300  2.30E-06  9.65E-07  1.26E-08  8.08E-13  1.07E-12  5.11E-01  1.661E+00  2.335E-01 3.48831E+01 7.51E-03  1.017   1.13   1.13
  400  5.68E-07  2.58E-07  4.65E-09  1.31E-13  2.43E-13  5.11E-01  1.662E+00  2.336E-01 3.43340E+01 7.63E-03  1.009   1.13   1.13
  500  1.64E-07  8.86E-08  1.64E-09  4.86E-14  4.18E-14  5.11E-01  1.662E+00  2.335E-01 3.38186E+01 7.74E-03  1.002   1.13   1.13
  600  8.09E-08  3.39E-08  5.72E-10  2.30E-14  1.04E-14  5.11E-01  1.663E+00  2.336E-01 3.34143E+01 7.84E-03  0.996   1.13   1.13
  700  3.67E-08  1.56E-08  2.43E-10  1.33E-14  5.21E-15  5.11E-01  1.663E+00  2.336E-01 3.31164E+01 7.91E-03  0.991   1.13   1.13
  800  1.85E-08  8.36E-09  1.02E-10  3.75E-15  1.29E-15  5.11E-01  1.663E+00  2.335E-01 3.29161E+01 7.96E-03  0.988   1.13   1.13
  898  9.93E-09  4.69E-09  4.45E-11  1.49E-15  5.50E-16  5.11E-01  1.663E+00  2.335E-01 3.27651E+01 7.99E-03  0.986   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.763E-05 d(ln R0)/dt =  4.922E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.042815

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1279E+00 SECONDS
   DATA R*BT AT EDGE:  3.5754E+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=    2.535000 TO TG2=    2.540000 @ NSTEP      648
   GFRAME TG2 MOMENTS CHECKSUM:  1.2152919376304E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    648
 TA= 2.53500E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.41062E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1  underweight particles.
 %DEPALL specie #1  ->   42241 -      0 (killed) +  10557 (dep) =  52798 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   4258 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.730782E+08  1.730042E+08
 %ORBALL:  In processor     0: orbit # IORB=  18182 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.785795E+08  1.784487E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0046E+00
 %ORBALL:  In processor     0: orbit # IORB=  21687 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.440984E+08  2.439870E+08
 %ORBALL:  In processor     0: orbit # IORB=  35119 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35462 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36381 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  43170 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44019 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44072 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44247 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44317 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44602 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44648 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44666 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45190 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45898 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45903 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46872 never inside plasma.[1] 23082

 %ORBALL:  In processor     0: orbit # IORB=  46941 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47102 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47147 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48395 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48998 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49084 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49341 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49356 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49765 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49942 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50040 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50142 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50304 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51080 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51122 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51374 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51762 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51969 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52035 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52064 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52427 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52452 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53003 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53146 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53335 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53583 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53611 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52798 SPL=    0 TOT=42167
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.2623573E-01 -6.5639900E-01  1.9297428E+08 -7.8796762E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    652
 TA= 2.54000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.49621E-03
  
 TTOR1=  2.5400000000000951
 TTOR2=  2.5500000000000949
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.5400000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.540000E+00 NSTEP=   652 Hash code:   56976580
 ->PRGCHK: bdy curvature ratio at t= 2.5450E+00 seconds is:  4.1614E-02
 % MHDEQ: TG1= 2.5400000000000951 ; TG2= 2.545000000000095

 *** 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     -2.976E+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  1.5388E+00  0.0000E+00  3.1868E-01  0.0000E+00  1.6631E+00  2.3349E-01
    1   0  5.4144E-01 -7.9617E-02 -7.9617E-02  7.6834E-01
    2   0  8.7705E-02 -1.9056E-02  2.6427E-02 -3.9995E-02
    3   0 -8.9151E-03  1.4244E-02 -3.4765E-03  1.2673E-02
    4   0 -2.2519E-03 -6.0717E-03 -4.2822E-03  1.1322E-03
    5   0  4.3194E-03  4.1871E-04  1.6955E-03 -2.9629E-03
    6   0 -1.9033E-03  6.0479E-04  5.8930E-04  1.1018E-03
    7   0  1.8407E-04 -4.4753E-04 -6.8187E-04  6.1112E-04
    8   0  1.6545E-04  5.8738E-05  8.3970E-06 -4.5015E-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  2.95E-01  1.19E-01  6.12E-02  4.54E-03  5.58E-04  1.10E+00  1.663E+00  2.335E-01 3.65962E+01 7.09E-03  1.000   1.13   0.87
  100  8.83E-06  4.79E-06  9.37E-07  1.28E-09  1.97E-09  1.10E+00  1.649E+00  2.406E-01 3.36807E+01 7.86E-03  1.000   1.13   1.04
  125  9.92E-07  4.33E-07  1.58E-07  1.80E-10  1.89E-10  1.10E+00  1.655E+00  2.375E-01 3.36800E+01 7.88E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.522E-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  9.23E-02  1.03E-01  2.08E-05  1.57E-09  3.11E-09  1.10E+00  1.655E+00  2.374E-01 3.36800E+01 7.89E-03  1.000   1.13   1.06
  100  1.89E-04  7.29E-05  2.79E-07  5.23E-11  2.02E-10  5.11E-01  1.656E+00  2.365E-01 3.71683E+01 7.15E-03  1.050   1.13   1.12
  200  1.67E-05  6.50E-06  4.22E-08  2.93E-11  8.13E-12  5.11E-01  1.659E+00  2.336E-01 3.52508E+01 7.55E-03  1.023   1.13   1.12
  300  2.40E-06  1.00E-06  1.28E-08  8.14E-13  1.07E-12  5.11E-01  1.661E+00  2.335E-01 3.49128E+01 7.62E-03  1.018   1.13   1.13
  400  5.68E-07  2.58E-07  4.70E-09  1.34E-13  2.42E-13  5.11E-01  1.662E+00  2.337E-01 3.43710E+01 7.74E-03  1.010   1.13   1.13
  500  1.67E-07  9.16E-08  1.66E-09  4.96E-14  4.24E-14  5.11E-01  1.662E+00  2.336E-01 3.38531E+01 7.86E-03  1.003   1.13   1.13
  600  8.31E-08  3.39E-08  5.79E-10  2.30E-14  1.11E-14  5.11E-01  1.663E+00  2.337E-01 3.34483E+01 7.96E-03  0.997   1.13   1.13
  700  3.69E-08  1.58E-08  2.44E-10  1.37E-14  5.60E-15  5.11E-01  1.663E+00  2.336E-01 3.31484E+01 8.03E-03  0.992   1.13   1.13
  800  1.90E-08  8.68E-09  1.03E-10  3.69E-15  1.34E-15  5.11E-01  1.663E+00  2.336E-01 3.29505E+01 8.08E-03  0.989   1.13   1.13
  897  9.92E-09  4.58E-09  4.54E-11  1.58E-15  4.97E-16  5.11E-01  1.663E+00  2.335E-01 3.28045E+01 8.12E-03  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.667E-05 d(ln R0)/dt =  4.796E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.039160

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1260E+00 SECONDS
   DATA R*BT AT EDGE:  3.5748E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1614E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.540000 TO TG2=    2.545000 @ NSTEP      652
   GFRAME TG2 MOMENTS CHECKSUM:  1.2152453901531E+04
 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=   656 Hash code:   80280220
 ->PRGCHK: bdy curvature ratio at t= 2.5500E+00 seconds is:  4.1854E-02
 % MHDEQ: TG1= 2.545000000000095 ; TG2= 2.5500000000000949

 *** 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     -2.974E+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  1.5386E+00  0.0000E+00  3.1869E-01  0.0000E+00  1.6632E+00  2.3355E-01
    1   0  5.4122E-01 -7.9618E-02 -7.9618E-02  7.6836E-01
    2   0  8.7727E-02 -1.8938E-02  2.6247E-02 -3.9891E-02
    3   0 -8.9015E-03  1.4237E-02 -3.4631E-03  1.2643E-02
    4   0 -2.2837E-03 -6.0864E-03 -4.2782E-03  1.1886E-03
    5   0  4.3032E-03  4.2641E-04  1.6817E-03 -2.9442E-03
    6   0 -1.9030E-03  5.8155E-04  5.8771E-04  1.0842E-03
    7   0  1.7094E-04 -4.2222E-04 -6.5948E-04  6.1815E-04
    8   0  1.7495E-04  5.3869E-05  6.1883E-06 -4.5064E-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  2.95E-01  1.19E-01  6.12E-02  4.53E-03  5.60E-04  1.10E+00  1.663E+00  2.335E-01 3.65705E+01 7.17E-03  1.000   1.13   0.87
  100  9.15E-06  4.93E-06  9.71E-07  1.28E-09  2.00E-09  1.10E+00  1.649E+00  2.408E-01 3.36519E+01 7.95E-03  1.000   1.13   1.04
  126  7.97E-07  3.48E-07  1.54E-07  1.15E-10  2.78E-10  1.10E+00  1.655E+00  2.376E-01 3.36512E+01 7.97E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.502E-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  9.26E-02  1.04E-01  2.09E-05  1.54E-09  3.04E-09  1.10E+00  1.655E+00  2.375E-01 3.36513E+01 7.98E-03  1.000   1.13   1.06
  100  1.88E-04  7.29E-05  2.73E-07  4.88E-11  1.94E-10  5.11E-01  1.656E+00  2.366E-01 3.70932E+01 7.24E-03  1.050   1.13   1.12
  200  1.68E-05  6.59E-06  4.22E-08  3.06E-11  8.02E-12  5.11E-01  1.659E+00  2.337E-01 3.52125E+01 7.63E-03  1.023   1.13   1.12
  300  2.45E-06  1.03E-06  1.28E-08  8.13E-13  1.06E-12  5.11E-01  1.661E+00  2.337E-01 3.49068E+01 7.71E-03  1.018   1.13   1.13
  400  5.67E-07  2.57E-07  4.68E-09  1.36E-13  2.40E-13  5.11E-01  1.662E+00  2.338E-01 3.43810E+01 7.82E-03  1.011   1.13   1.13
  500  1.66E-07  9.48E-08  1.64E-09  4.96E-14  4.13E-14  5.11E-01  1.662E+00  2.337E-01 3.38617E+01 7.94E-03  1.003   1.13   1.13
  600  8.46E-08  3.40E-08  5.76E-10  2.19E-14  1.08E-14  5.11E-01  1.663E+00  2.338E-01 3.34610E+01 8.04E-03  0.997   1.13   1.13
  700  3.68E-08  1.60E-08  2.42E-10  1.38E-14  5.51E-15  5.11E-01  1.663E+00  2.337E-01 3.31624E+01 8.11E-03  0.993   1.13   1.13
  800  1.91E-08  8.88E-09  1.02E-10  3.58E-15  1.40E-15  5.11E-01  1.663E+00  2.337E-01 3.29674E+01 8.16E-03  0.990   1.13   1.13
  892  9.93E-09  4.48E-09  4.64E-11  9.48E-16  5.18E-16  5.11E-01  1.663E+00  2.337E-01 3.28330E+01 8.19E-03  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.539E-05 d(ln R0)/dt =  4.556E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 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):     0.042470

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1216E+00 SECONDS
   DATA R*BT AT EDGE:  3.5742E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1854E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.545000 TO TG2=    2.550000 @ NSTEP      656
   GFRAME TG2 MOMENTS CHECKSUM:  1.2151417365511E+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  ->   42167 -      0 (killed) +  10478 (dep) =  52645 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    462 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2207 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.024259E+08  2.022496E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   6.028115E+07  6.018374E+07
 %ORBALL:  In processor     0: orbit # IORB=   7762 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.855870E+08  1.854671E+08
 %ORBALL:  In processor     0: orbit # IORB=  19730 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.889767E+08  1.889216E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.101290E+08  1.100891E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.539366E+08  2.535634E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41464 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42974 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43292 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43606 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43816 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44114 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44254 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44578 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44600 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44904 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46081 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46179 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47130 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47311 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47319 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47439 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47536 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47629 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47702 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47851 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47920 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48268 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48335 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48422 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48434 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48597 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48763 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49105 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49758 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49857 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49955 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50746 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50870 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50883 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50931 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50955 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51150 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51344 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51366 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51464 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.982080E+08  1.966268E+08
 %ORBALL:  In processor     0: orbit # IORB=  52766 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52940 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52984 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53055 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53307 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52645 SPL=    0 TOT=41737
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.7593090E-01  7.7913836E-01  1.7190926E+08  8.4531326E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    660
 TA= 2.55000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 8.18183E-04
  
 TTOR1=  2.5500000000000949
 TTOR2=  2.5600000000000946
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.550000E+00 NSTEP=   660 Hash code:   90880024
 ->PRGCHK: bdy curvature ratio at t= 2.5550E+00 seconds is:  4.2216E-02
 % MHDEQ: TG1= 2.5500000000000949 ; TG2= 2.5550000000000948

 *** 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     -2.978E+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  1.5381E+00  0.0000E+00  3.1847E-01  0.0000E+00  1.6630E+00  2.3365E-01
    1   0  5.4112E-01 -7.9514E-02 -7.9514E-02  7.6879E-01
    2   0  8.7953E-02 -1.8943E-02  2.5981E-02 -3.9710E-02
    3   0 -8.8806E-03  1.4342E-02 -3.4892E-03  1.2582E-02
    4   0 -2.3158E-03 -6.0801E-03 -4.2231E-03  1.2347E-03
    5   0  4.2976E-03  3.9398E-04  1.6327E-03 -2.8614E-03
    6   0 -1.9291E-03  5.9291E-04  5.5049E-04  1.0637E-03
    7   0  1.7687E-04 -4.3404E-04 -6.1561E-04  5.9494E-04
    8   0  1.7135E-04  7.1310E-05  1.3793E-05 -4.1794E-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  2.95E-01  1.19E-01  6.12E-02  4.53E-03  5.60E-04  1.10E+00  1.663E+00  2.337E-01 3.66197E+01 7.25E-03  1.000   1.13   0.87
  100  9.24E-06  4.97E-06  9.78E-07  1.26E-09  2.00E-09  1.10E+00  1.648E+00  2.407E-01 3.36942E+01 8.03E-03  1.000   1.13   1.04
  126  7.98E-07  3.54E-07  1.54E-07  1.17E-10  2.77E-10  1.10E+00  1.655E+00  2.375E-01 3.36935E+01 8.05E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.532E-07 d(ln R0)/dt =  1.075E-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  9.17E-02  1.03E-01  2.07E-05  1.52E-09  3.02E-09  1.10E+00  1.655E+00  2.374E-01 3.36935E+01 8.06E-03  1.000   1.13   1.06
  100  1.95E-04  7.50E-05  2.73E-07  5.05E-11  1.96E-10  5.11E-01  1.656E+00  2.365E-01 3.69481E+01 7.35E-03  1.047   1.13   1.12
  200  1.67E-05  6.63E-06  4.24E-08  2.83E-11  8.16E-12  5.11E-01  1.659E+00  2.335E-01 3.50497E+01 7.76E-03  1.020   1.13   1.12
  300  2.53E-06  1.07E-06  1.27E-08  7.75E-13  1.06E-12  5.11E-01  1.661E+00  2.335E-01 3.47135E+01 7.84E-03  1.015   1.13   1.13
  400  5.69E-07  2.63E-07  4.65E-09  1.37E-13  2.36E-13  5.11E-01  1.661E+00  2.337E-01 3.41996E+01 7.95E-03  1.007   1.13   1.13
  500  1.69E-07  9.91E-08  1.60E-09  4.96E-14  4.06E-14  5.11E-01  1.662E+00  2.335E-01 3.36974E+01 8.07E-03  1.000   1.13   1.13
  600  8.62E-08  3.41E-08  5.58E-10  2.13E-14  1.04E-14  5.11E-01  1.662E+00  2.336E-01 3.33030E+01 8.17E-03  0.994   1.13   1.13
  700  3.61E-08  1.62E-08  2.32E-10  1.26E-14  5.24E-15  5.11E-01  1.663E+00  2.336E-01 3.30088E+01 8.24E-03  0.990   1.13   1.13
  800  1.86E-08  8.91E-09  9.76E-11  3.48E-15  1.40E-15  5.11E-01  1.663E+00  2.335E-01 3.28193E+01 8.29E-03  0.987   1.13   1.13
  886  9.84E-09  4.65E-09  4.73E-11  9.20E-16  5.46E-16  5.11E-01  1.663E+00  2.335E-01 3.26991E+01 8.32E-03  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.324E-05 d(ln R0)/dt =  4.449E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.18 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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.045714

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1982E+00 SECONDS
   DATA R*BT AT EDGE:  3.5755E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2216E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.550000 TO TG2=    2.555000 @ NSTEP      660
   GFRAME TG2 MOMENTS CHECKSUM:  1.2151360195717E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.555000E+00 NSTEP=   665 Hash code:    1506298
 ->PRGCHK: bdy curvature ratio at t= 2.5600E+00 seconds is:  4.2595E-02
 % MHDEQ: TG1= 2.5550000000000948 ; TG2= 2.5600000000000946

 *** 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     -2.981E+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  1.5375E+00  0.0000E+00  3.1825E-01  0.0000E+00  1.6628E+00  2.3349E-01
    1   0  5.4103E-01 -7.9410E-02 -7.9410E-02  7.6923E-01
    2   0  8.8179E-02 -1.8948E-02  2.5716E-02 -3.9530E-02
    3   0 -8.8597E-03  1.4447E-02 -3.5154E-03  1.2522E-02
    4   0 -2.3478E-03 -6.0739E-03 -4.1680E-03  1.2809E-03
    5   0  4.2920E-03  3.6155E-04  1.5837E-03 -2.7787E-03
    6   0 -1.9552E-03  6.0427E-04  5.1327E-04  1.0433E-03
    7   0  1.8281E-04 -4.4587E-04 -5.7175E-04  5.7173E-04
    8   0  1.6776E-04  8.8752E-05  2.1397E-05 -3.8523E-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  2.96E-01  1.20E-01  6.13E-02  4.53E-03  5.65E-04  1.10E+00  1.663E+00  2.335E-01 3.66732E+01 7.16E-03  1.000   1.13   0.87
  100  9.38E-06  5.02E-06  9.87E-07  1.26E-09  2.02E-09  1.10E+00  1.648E+00  2.407E-01 3.37411E+01 7.93E-03  1.000   1.13   1.04
  126  8.10E-07  3.58E-07  1.55E-07  1.19E-10  2.78E-10  1.10E+00  1.654E+00  2.375E-01 3.37404E+01 7.95E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.591E-07 d(ln R0)/dt =  1.070E-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  8.87E-02  1.02E-01  2.04E-05  1.47E-09  2.98E-09  1.10E+00  1.655E+00  2.374E-01 3.37404E+01 7.96E-03  1.000   1.13   1.06
  100  1.96E-04  7.52E-05  2.72E-07  5.13E-11  1.98E-10  5.11E-01  1.655E+00  2.365E-01 3.70148E+01 7.26E-03  1.047   1.13   1.12
  200  1.68E-05  6.59E-06  4.24E-08  2.77E-11  8.35E-12  5.11E-01  1.658E+00  2.335E-01 3.51119E+01 7.66E-03  1.020   1.13   1.12
  300  2.52E-06  1.08E-06  1.27E-08  7.73E-13  1.08E-12  5.11E-01  1.660E+00  2.334E-01 3.47904E+01 7.73E-03  1.015   1.13   1.13
  400  5.67E-07  2.71E-07  4.59E-09  1.37E-13  2.35E-13  5.11E-01  1.661E+00  2.336E-01 3.42872E+01 7.85E-03  1.008   1.13   1.13
  500  1.66E-07  1.03E-07  1.56E-09  5.02E-14  4.09E-14  5.11E-01  1.661E+00  2.335E-01 3.37952E+01 7.96E-03  1.001   1.13   1.13
  600  8.75E-08  3.43E-08  5.36E-10  2.07E-14  1.03E-14  5.11E-01  1.662E+00  2.335E-01 3.34026E+01 8.06E-03  0.995   1.13   1.13
  700  3.48E-08  1.61E-08  2.21E-10  1.17E-14  5.07E-15  5.11E-01  1.662E+00  2.335E-01 3.31144E+01 8.13E-03  0.991   1.13   1.13
  800  1.71E-08  8.46E-09  9.27E-11  3.31E-15  1.41E-15  5.11E-01  1.662E+00  2.335E-01 3.29321E+01 8.17E-03  0.988   1.13   1.13
  867  9.81E-09  4.65E-09  5.16E-11  7.79E-16  5.38E-16  5.11E-01  1.662E+00  2.334E-01 3.28418E+01 8.19E-03  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.846E-05 d(ln R0)/dt =  4.425E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.042899

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1270E+00 SECONDS
   DATA R*BT AT EDGE:  3.5767E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2595E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.555000 TO TG2=    2.560000 @ NSTEP      665
   GFRAME TG2 MOMENTS CHECKSUM:  1.2149089641082E+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  ->   41737 -      0 (killed) +  10511 (dep) =  52248 ptcls.
  ORBALL... 
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0014E+00
 %ORBALL:  In processor     0: orbit # IORB=   5601 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18571 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.821793E+08  1.821368E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  21042 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.114242E+08  2.114166E+08
 %ORBALL:  In processor     0: orbit # IORB=  23145 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.370845E+08  1.370841E+08
 %ORBALL:  In processor     0: orbit # IORB=  30469 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32936 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.360877E+08  1.360109E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.597880E+08  1.597847E+08
 %ORBALL:  In processor     0: orbit # IORB=  39276 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42938 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43029 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43330 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43681 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43689 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43747 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43819 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43955 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44190 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44223 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44363 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44679 never inside plasma.
 %ORBALL:  In p[1] 23580
rocessor     0: orbit # IORB=  46031 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46104 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46505 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46509 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46749 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46857 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47539 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47772 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47968 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48841 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49100 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49311 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49546 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49911 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50662 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50983 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51683 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51810 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51899 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52459 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52483 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52656 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52886 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52248 SPL=    0 TOT=41592
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.8581374E-01  6.4093929E-01  1.6180349E+08 -2.0262677E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    669
 TA= 2.56000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.27953E-03
  
 TTOR1=  2.5600000000000946
 TTOR2=  2.5700000000000944
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.5600000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.560000E+00 NSTEP=   669 Hash code:   46004295
 ->PRGCHK: bdy curvature ratio at t= 2.5650E+00 seconds is:  4.2279E-02
 % MHDEQ: TG1= 2.5600000000000946 ; TG2= 2.5650000000000945

 *** 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     -2.984E+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  1.5389E+00  0.0000E+00  3.1940E-01  0.0000E+00  1.6621E+00  2.3344E-01
    1   0  5.4232E-01 -7.9308E-02 -7.9308E-02  7.6881E-01
    2   0  8.8123E-02 -1.9307E-02  2.6448E-02 -3.9705E-02
    3   0 -8.9030E-03  1.4367E-02 -3.5363E-03  1.2638E-02
    4   0 -2.3729E-03 -6.1019E-03 -4.2130E-03  1.2538E-03
    5   0  4.2666E-03  3.7871E-04  1.6409E-03 -2.8155E-03
    6   0 -1.9473E-03  5.8078E-04  5.0905E-04  1.0543E-03
    7   0  1.9687E-04 -4.5485E-04 -6.0406E-04  5.4544E-04
    8   0  1.6090E-04  8.7958E-05  4.2982E-05 -3.8473E-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  2.90E-01  1.20E-01  6.07E-02  4.50E-03  5.75E-04  1.10E+00  1.662E+00  2.334E-01 3.66538E+01 7.10E-03  1.000   1.13   0.87
  100  7.18E-06  4.20E-06  8.18E-07  1.39E-09  1.84E-09  1.10E+00  1.648E+00  2.416E-01 3.37865E+01 7.85E-03  1.000   1.13   1.04
  125  8.88E-07  3.87E-07  1.57E-07  1.94E-10  2.10E-10  1.10E+00  1.655E+00  2.385E-01 3.37857E+01 7.88E-03  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.153E-07 d(ln R0)/dt =  1.253E-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  8.52E-02  9.90E-02  1.98E-05  1.46E-09  3.10E-09  1.10E+00  1.655E+00  2.384E-01 3.37857E+01 7.88E-03  1.000   1.13   1.06
  100  9.29E-05  5.70E-05  2.13E-07  6.40E-11  1.95E-10  5.11E-01  1.656E+00  2.375E-01 3.71657E+01 7.17E-03  1.048   1.13   1.11
  200  1.15E-05  4.17E-06  3.75E-08  2.47E-11  8.39E-12  5.11E-01  1.659E+00  2.344E-01 3.53478E+01 7.54E-03  1.023   1.13   1.11
  300  1.67E-06  6.65E-07  1.26E-08  8.67E-13  9.96E-13  5.11E-01  1.661E+00  2.344E-01 3.50840E+01 7.61E-03  1.019   1.13   1.13
  400  4.37E-07  1.83E-07  4.35E-09  1.41E-13  2.20E-13  5.11E-01  1.662E+00  2.346E-01 3.45841E+01 7.72E-03  1.012   1.13   1.13
  500  1.32E-07  7.37E-08  1.48E-09  4.88E-14  4.09E-14  5.11E-01  1.662E+00  2.345E-01 3.40917E+01 7.83E-03  1.004   1.13   1.13
  600  6.10E-08  2.71E-08  5.01E-10  2.49E-14  9.34E-15  5.11E-01  1.663E+00  2.345E-01 3.37067E+01 7.92E-03  0.999   1.13   1.13
  700  2.81E-08  1.20E-08  2.05E-10  9.52E-15  5.87E-15  5.11E-01  1.663E+00  2.345E-01 3.34297E+01 7.98E-03  0.995   1.13   1.13
  800  1.39E-08  5.88E-09  8.63E-11  2.78E-15  1.28E-15  5.11E-01  1.663E+00  2.345E-01 3.32559E+01 8.03E-03  0.992   1.13   1.13
  850  9.99E-09  4.42E-09  5.64E-11  9.38E-16  6.88E-16  5.11E-01  1.663E+00  2.344E-01 3.31868E+01 8.04E-03  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.564E-05 d(ln R0)/dt =  4.948E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.01 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.040571

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0332E+00 SECONDS
   DATA R*BT AT EDGE:  3.5767E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2279E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.560000 TO TG2=    2.565000 @ NSTEP      669
   GFRAME TG2 MOMENTS CHECKSUM:  1.2162676108230E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    669
 TA= 2.56000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.27953E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    670
 TA= 2.56023E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 2.87409E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    679
 TA= 2.56225E+00 CPU TIME= 5.71289E-02 SECONDS.  DT= 2.75169E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    688
 TA= 2.56418E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 2.63245E-04
 --> plasma_hash("gframe"): TA= 2.565000E+00 NSTEP=   692 Hash code:   22280145
 ->PRGCHK: bdy curvature ratio at t= 2.5700E+00 seconds is:  4.1985E-02
 % MHDEQ: TG1= 2.5650000000000945 ; TG2= 2.5700000000000944

 *** 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     -2.988E+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  1.5403E+00  0.0000E+00  3.2056E-01  0.0000E+00  1.6630E+00  2.3445E-01
    1   0  5.4361E-01 -7.9207E-02 -7.9207E-02  7.6838E-01
    2   0  8.8067E-02 -1.9667E-02  2.7180E-02 -3.9880E-02
    3   0 -8.9463E-03  1.4287E-02 -3.5572E-03  1.2754E-02
    4   0 -2.3981E-03 -6.1299E-03 -4.2580E-03  1.2267E-03
    5   0  4.2413E-03  3.9588E-04  1.6982E-03 -2.8524E-03
    6   0 -1.9394E-03  5.5728E-04  5.0483E-04  1.0654E-03
    7   0  2.1093E-04 -4.6383E-04 -6.3636E-04  5.1915E-04
    8   0  1.5403E-04  8.7164E-05  6.4567E-05 -3.8422E-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  2.88E-01  1.19E-01  6.06E-02  4.51E-03  5.66E-04  1.10E+00  1.663E+00  2.344E-01 3.66923E+01 7.10E-03  1.000   1.13   0.87
  100  7.01E-06  4.03E-06  8.00E-07  1.41E-09  1.77E-09  1.10E+00  1.650E+00  2.423E-01 3.38292E+01 7.86E-03  1.000   1.13   1.04
  124  9.70E-07  3.55E-07  1.44E-07  3.83E-10  1.51E-10  1.10E+00  1.657E+00  2.392E-01 3.38284E+01 7.89E-03  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.352E-07 d(ln R0)/dt =  1.320E-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  9.79E-02  1.94E-05  1.44E-09  3.03E-09  1.10E+00  1.657E+00  2.391E-01 3.38284E+01 7.89E-03  1.000   1.13   1.06
  100  8.71E-05  7.46E-05  2.29E-07  6.69E-11  1.91E-10  5.11E-01  1.658E+00  2.382E-01 3.72287E+01 7.18E-03  1.049   1.13   1.12
  200  8.91E-06  5.75E-06  3.60E-08  2.12E-11  8.41E-12  5.11E-01  1.662E+00  2.351E-01 3.53640E+01 7.57E-03  1.022   1.13   1.11
  300  1.64E-06  7.12E-07  1.24E-08  8.09E-13  9.38E-13  5.11E-01  1.664E+00  2.350E-01 3.50832E+01 7.63E-03  1.018   1.13   1.13
  400  4.03E-07  1.61E-07  4.22E-09  1.43E-13  2.08E-13  5.11E-01  1.664E+00  2.353E-01 3.46060E+01 7.74E-03  1.011   1.13   1.13
  500  1.31E-07  6.09E-08  1.41E-09  4.71E-14  4.10E-14  5.11E-01  1.665E+00  2.351E-01 3.41360E+01 7.84E-03  1.005   1.13   1.13
  600  5.43E-08  2.51E-08  4.67E-10  2.40E-14  8.60E-15  5.11E-01  1.665E+00  2.352E-01 3.37609E+01 7.93E-03  0.999   1.13   1.13
  700  2.46E-08  1.15E-08  1.88E-10  7.83E-15  5.88E-15  5.11E-01  1.666E+00  2.352E-01 3.34944E+01 7.99E-03  0.995   1.13   1.13
  800  1.35E-08  5.60E-09  7.99E-11  2.73E-15  1.15E-15  5.11E-01  1.666E+00  2.351E-01 3.33322E+01 8.03E-03  0.993   1.13   1.13
  837  9.98E-09  4.47E-09  5.84E-11  1.75E-15  8.79E-16  5.11E-01  1.666E+00  2.351E-01 3.32822E+01 8.05E-03  0.992   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.456E-05 d(ln R0)/dt =  5.211E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 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):     0.043174

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0171E+00 SECONDS
   DATA R*BT AT EDGE:  3.5768E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1985E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.565000 TO TG2=    2.570000 @ NSTEP      692
   GFRAME TG2 MOMENTS CHECKSUM:  1.2180929070892E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    692
 TA= 2.56500E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 2.59360E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    693
 TA= 2.56521E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 2.56883E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    702
 TA= 2.56701E+00 CPU TIME= 5.51758E-02 SECONDS.  DT= 2.45575E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    711
 TA= 2.56873E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 2.34646E-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  ->   41592 -      0 (killed) +  10485 (dep) =  52077 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   3289 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15754 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.020582E+08  2.019917E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.518322E+08  1.518171E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.816739E+08  1.816666E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.159548E+08  1.158943E+08
 %ORBALL:  In processor     0: orbit # IORB=  42370 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42794 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43026 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43043 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43143 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43225 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43313 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43987 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44306 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44782 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45426 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45948 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46190 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46274 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46285 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46338 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46579 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47346 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47541 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47639 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47902 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48246 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.393953E+08  1.393605E+08
 %ORBALL:  In processor     0: orbit # IORB=  48769 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48932 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49503 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49602 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50319 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51020 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51222 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51314 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51931 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52001 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52640 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52742 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52752 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52077 SPL=    0 TOT=41313
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.1567738E-01  1.0170874E+00  2.6489301E+08  5.8066647E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    718
 TA= 2.57000E+00 CPU TIME= 5.81055E-02 SECONDS.  DT= 1.99711E-04
  
 TTOR1=  2.5700000000000944
 TTOR2=  2.5800000000000942
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.570000E+00 NSTEP=   718 Hash code:  107352828
 ->PRGCHK: bdy curvature ratio at t= 2.5750E+00 seconds is:  4.2129E-02
 % MHDEQ: TG1= 2.5700000000000944 ; TG2= 2.5750000000000943

 *** 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     -2.988E+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  1.5404E+00  0.0000E+00  3.2064E-01  0.0000E+00  1.6657E+00  2.3511E-01
    1   0  5.4384E-01 -7.9013E-02 -7.9013E-02  7.6809E-01
    2   0  8.7907E-02 -1.9682E-02  2.7141E-02 -3.9962E-02
    3   0 -8.9177E-03  1.4215E-02 -3.5092E-03  1.2688E-02
    4   0 -2.3675E-03 -6.1140E-03 -4.2593E-03  1.2346E-03
    5   0  4.2638E-03  3.8329E-04  1.6622E-03 -2.8692E-03
    6   0 -1.9744E-03  5.7420E-04  5.2307E-04  1.0882E-03
    7   0  2.2104E-04 -5.0401E-04 -6.5359E-04  5.5271E-04
    8   0  1.1447E-04  1.1813E-04  6.8302E-05 -3.8275E-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  2.96E-01  1.19E-01  6.15E-02  4.59E-03  5.52E-04  1.10E+00  1.666E+00  2.351E-01 3.67944E+01 7.08E-03  1.000   1.13   0.88
  100  1.11E-05  5.59E-06  1.07E-06  1.23E-09  1.95E-09  1.10E+00  1.652E+00  2.423E-01 3.38325E+01 7.87E-03  1.000   1.13   1.04
  126  8.30E-07  3.36E-07  1.54E-07  1.25E-10  2.56E-10  1.10E+00  1.659E+00  2.391E-01 3.38319E+01 7.89E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.315E-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  8.17E-02  1.00E-01  1.95E-05  1.48E-09  2.87E-09  1.10E+00  1.659E+00  2.390E-01 3.38318E+01 7.90E-03  1.000   1.13   1.07
  100  9.77E-05  2.57E-05  1.60E-07  6.16E-11  1.73E-10  5.11E-01  1.660E+00  2.382E-01 3.67871E+01 7.27E-03  1.042   1.13   1.11
  200  1.38E-05  7.30E-06  3.75E-08  3.19E-11  8.02E-12  5.11E-01  1.662E+00  2.352E-01 3.55010E+01 7.54E-03  1.024   1.13   1.12
  300  1.48E-06  6.98E-07  1.23E-08  8.97E-13  9.99E-13  5.11E-01  1.665E+00  2.351E-01 3.52333E+01 7.60E-03  1.020   1.13   1.13
  400  3.90E-07  2.02E-07  4.16E-09  1.35E-13  2.22E-13  5.11E-01  1.665E+00  2.353E-01 3.47499E+01 7.71E-03  1.013   1.13   1.13
  500  1.42E-07  6.42E-08  1.37E-09  4.45E-14  3.85E-14  5.11E-01  1.666E+00  2.352E-01 3.42487E+01 7.82E-03  1.006   1.13   1.13
  600  5.81E-08  2.62E-08  4.64E-10  2.29E-14  9.23E-15  5.11E-01  1.666E+00  2.353E-01 3.38813E+01 7.91E-03  1.001   1.13   1.13
  700  2.70E-08  1.09E-08  1.87E-10  1.11E-14  4.81E-15  5.11E-01  1.667E+00  2.353E-01 3.36221E+01 7.97E-03  0.997   1.13   1.13
  800  1.32E-08  5.48E-09  7.90E-11  3.02E-15  1.30E-15  5.11E-01  1.667E+00  2.352E-01 3.34570E+01 8.01E-03  0.995   1.13   1.13
  835  9.96E-09  4.53E-09  5.62E-11  1.34E-15  7.11E-16  5.11E-01  1.667E+00  2.352E-01 3.34071E+01 8.02E-03  0.994   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.578E-05 d(ln R0)/dt =  5.768E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.97 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):     0.046165

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  1.9893E+00 SECONDS
   DATA R*BT AT EDGE:  3.5769E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2129E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.570000 TO TG2=    2.575000 @ NSTEP      718
   GFRAME TG2 MOMENTS CHECKSUM:  1.2184295665102E+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=   728 Hash code:   96474952
 ->PRGCHK: bdy curvature ratio at t= 2.5800E+00 seconds is:  4.2273E-02
 % MHDEQ: TG1= 2.5750000000000943 ; TG2= 2.5800000000000942

 *** 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     -2.989E+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  1.5406E+00  0.0000E+00  3.2072E-01  0.0000E+00  1.6668E+00  2.3517E-01
    1   0  5.4406E-01 -7.8820E-02 -7.8820E-02  7.6780E-01
    2   0  8.7747E-02 -1.9698E-02  2.7102E-02 -4.0044E-02
    3   0 -8.8891E-03  1.4143E-02 -3.4612E-03  1.2621E-02
    4   0 -2.3370E-03 -6.0980E-03 -4.2605E-03  1.2425E-03
    5   0  4.2864E-03  3.7070E-04  1.6261E-03 -2.8860E-03
    6   0 -2.0095E-03  5.9113E-04  5.4130E-04  1.1111E-03
    7   0  2.3116E-04 -5.4420E-04 -6.7081E-04  5.8628E-04
    8   0  7.4912E-05  1.4909E-04  7.2037E-05 -3.8127E-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  2.99E-01  1.20E-01  6.18E-02  4.63E-03  5.50E-04  1.10E+00  1.667E+00  2.352E-01 3.68438E+01 7.11E-03  1.000   1.13   0.88
  100  9.97E-06  5.20E-06  9.57E-07  1.46E-09  1.95E-09  1.10E+00  1.652E+00  2.426E-01 3.38387E+01 7.91E-03  1.000   1.13   1.05
  126  8.08E-07  3.22E-07  1.53E-07  1.24E-10  2.57E-10  1.10E+00  1.660E+00  2.392E-01 3.38380E+01 7.94E-03  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.392E-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  7.83E-02  9.92E-02  1.94E-05  1.55E-09  2.93E-09  1.10E+00  1.660E+00  2.391E-01 3.38379E+01 7.95E-03  1.000   1.13   1.07
  100  9.60E-05  2.50E-05  1.60E-07  6.17E-11  1.74E-10  5.11E-01  1.661E+00  2.383E-01 3.67147E+01 7.33E-03  1.041   1.13   1.12
  200  1.35E-05  6.97E-06  3.72E-08  3.23E-11  7.83E-12  5.11E-01  1.663E+00  2.353E-01 3.54683E+01 7.59E-03  1.024   1.13   1.12
  300  1.40E-06  6.35E-07  1.21E-08  8.73E-13  9.71E-13  5.11E-01  1.666E+00  2.352E-01 3.51932E+01 7.66E-03  1.020   1.13   1.13
  400  3.63E-07  1.89E-07  4.05E-09  1.35E-13  2.21E-13  5.11E-01  1.667E+00  2.354E-01 3.47053E+01 7.77E-03  1.013   1.13   1.14
  500  1.33E-07  6.07E-08  1.34E-09  4.21E-14  3.82E-14  5.11E-01  1.667E+00  2.353E-01 3.41993E+01 7.88E-03  1.005   1.13   1.13
  600  5.48E-08  2.47E-08  4.60E-10  2.29E-14  9.01E-15  5.11E-01  1.668E+00  2.353E-01 3.38317E+01 7.97E-03  1.000   1.13   1.13
  700  2.65E-08  1.10E-08  1.87E-10  1.22E-14  5.03E-15  5.11E-01  1.668E+00  2.353E-01 3.35714E+01 8.03E-03  0.996   1.13   1.13
  800  1.36E-08  5.60E-09  7.82E-11  3.13E-15  1.18E-15  5.11E-01  1.668E+00  2.352E-01 3.34003E+01 8.07E-03  0.994   1.13   1.13
  840  9.73E-09  4.52E-09  5.46E-11  1.60E-15  8.12E-16  5.11E-01  1.668E+00  2.352E-01 3.33420E+01 8.09E-03  0.993   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.697E-05 d(ln R0)/dt =  6.270E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.01 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.064452

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0303E+00 SECONDS
   DATA R*BT AT EDGE:  3.5771E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2273E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.575000 TO TG2=    2.580000 @ NSTEP      728
   GFRAME TG2 MOMENTS CHECKSUM:  1.2188742894000E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    728
 TA= 2.57500E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 1.03224E-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  ->   41313 -      0 (killed) +  10502 (dep) =  51815 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.362948E+08  1.362437E+08
 %ORBALL:  In processor     0: orbit # IORB=   8975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29060 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.378407E+08  2.377156E+08
 %ORBALL:  In processor     0: orbit # IORB=  42287 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42398 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42618 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42809 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43103 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43194 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43568 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43707 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43944 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43948 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44451 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44529 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44676 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44911 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45229 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45269 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45423 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45592 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45884 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46047 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46089 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46845 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46967 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47027 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47070 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47368 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47474 never inside plasma.
 %ORBALL:  In processor     0: orbit [1] 23999
# IORB=  48242 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48338 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48646 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49596 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50047 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50051 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50193 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50311 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50395 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50402 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50530 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50712 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51379 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51601 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51865 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51900 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51919 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52138 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52162 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52227 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52322 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52448 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52554 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52583 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51815 SPL=    0 TOT=41313
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.9148372E-01 -2.3728139E+00  2.8204772E+08  3.1651448E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    735
 TA= 2.58000E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 4.84977E-04
  
 TTOR1=  2.5800000000000942
 TTOR2=  2.590000000000094
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.5800000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.580000E+00 NSTEP=   735 Hash code:   17295263
 ->PRGCHK: bdy curvature ratio at t= 2.5850E+00 seconds is:  4.2262E-02
 % MHDEQ: TG1= 2.5800000000000942 ; TG2= 2.5850000000000941

 *** 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     -2.988E+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  1.5402E+00  0.0000E+00  3.2073E-01  0.0000E+00  1.6680E+00  2.3523E-01
    1   0  5.4383E-01 -7.8750E-02 -7.8750E-02  7.6768E-01
    2   0  8.7740E-02 -1.9753E-02  2.7114E-02 -3.9939E-02
    3   0 -8.8545E-03  1.4120E-02 -3.4219E-03  1.2569E-02
    4   0 -2.3559E-03 -6.0762E-03 -4.2219E-03  1.2490E-03
    5   0  4.3182E-03  3.5655E-04  1.6121E-03 -2.8812E-03
    6   0 -2.0353E-03  6.1736E-04  5.6071E-04  1.1124E-03
    7   0  2.4795E-04 -5.5205E-04 -6.5695E-04  5.8947E-04
    8   0  6.7490E-05  1.7110E-04  7.6072E-05 -3.8575E-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  3.05E-01  1.21E-01  6.25E-02  4.66E-03  5.46E-04  1.10E+00  1.668E+00  2.352E-01 3.68875E+01 7.14E-03  1.000   1.13   0.89
  100  1.27E-05  6.61E-06  1.11E-06  1.64E-09  2.35E-09  1.10E+00  1.653E+00  2.425E-01 3.38286E+01 7.96E-03  1.000   1.13   1.05
  127  8.63E-07  4.51E-07  1.67E-07  9.63E-11  3.39E-10  1.10E+00  1.661E+00  2.388E-01 3.38279E+01 7.99E-03  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.726E-07 d(ln R0)/dt =  9.729E-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  7.92E-02  1.02E-01  2.00E-05  1.62E-09  2.79E-09  1.10E+00  1.661E+00  2.387E-01 3.38278E+01 7.99E-03  1.000   1.13   1.08
  100  9.00E-05  2.32E-05  1.53E-07  5.45E-11  1.54E-10  5.11E-01  1.662E+00  2.380E-01 3.60003E+01 7.52E-03  1.031   1.13   1.11
  200  1.34E-05  6.69E-06  3.57E-08  2.79E-11  6.99E-12  5.11E-01  1.665E+00  2.349E-01 3.48087E+01 7.78E-03  1.014   1.13   1.12
  300  1.35E-06  6.16E-07  1.17E-08  7.62E-13  9.11E-13  5.11E-01  1.667E+00  2.349E-01 3.43783E+01 7.88E-03  1.008   1.13   1.13
  400  3.70E-07  1.82E-07  3.89E-09  1.43E-13  2.12E-13  5.11E-01  1.668E+00  2.351E-01 3.39024E+01 7.99E-03  1.001   1.13   1.13
  500  1.29E-07  6.05E-08  1.29E-09  3.55E-14  3.48E-14  5.11E-01  1.668E+00  2.350E-01 3.34125E+01 8.11E-03  0.994   1.13   1.13
  600  5.56E-08  2.41E-08  4.49E-10  1.98E-14  8.74E-15  5.11E-01  1.669E+00  2.350E-01 3.30566E+01 8.20E-03  0.989   1.13   1.13
  700  2.64E-08  1.13E-08  1.83E-10  1.23E-14  4.69E-15  5.11E-01  1.669E+00  2.350E-01 3.27986E+01 8.26E-03  0.985   1.13   1.13
  800  1.38E-08  5.90E-09  7.60E-11  3.55E-15  1.13E-15  5.11E-01  1.669E+00  2.349E-01 3.26238E+01 8.31E-03  0.982   1.13   1.13
  840  9.99E-09  4.69E-09  5.29E-11  1.54E-15  8.28E-16  5.11E-01  1.669E+00  2.349E-01 3.25659E+01 8.32E-03  0.981   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.840E-05 d(ln R0)/dt =  6.933E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.01 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.062021

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0273E+00 SECONDS
   DATA R*BT AT EDGE:  3.5770E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2262E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.580000 TO TG2=    2.585000 @ NSTEP      735
   GFRAME TG2 MOMENTS CHECKSUM:  1.2193060133568E+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=   744 Hash code:  121414500
 ->PRGCHK: bdy curvature ratio at t= 2.5900E+00 seconds is:  4.2253E-02
 % MHDEQ: TG1= 2.5850000000000941 ; TG2= 2.590000000000094

 *** 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     -2.987E+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  1.5398E+00  0.0000E+00  3.2075E-01  0.0000E+00  1.6693E+00  2.3489E-01
    1   0  5.4359E-01 -7.8681E-02 -7.8681E-02  7.6757E-01
    2   0  8.7733E-02 -1.9808E-02  2.7127E-02 -3.9834E-02
    3   0 -8.8200E-03  1.4098E-02 -3.3827E-03  1.2517E-02
    4   0 -2.3748E-03 -6.0544E-03 -4.1834E-03  1.2555E-03
    5   0  4.3500E-03  3.4241E-04  1.5982E-03 -2.8765E-03
    6   0 -2.0612E-03  6.4359E-04  5.8012E-04  1.1137E-03
    7   0  2.6475E-04 -5.5991E-04 -6.4308E-04  5.9266E-04
    8   0  6.0069E-05  1.9311E-04  8.0106E-05 -3.9023E-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  3.12E-01  1.23E-01  6.34E-02  4.70E-03  5.49E-04  1.10E+00  1.669E+00  2.349E-01 3.69342E+01 7.16E-03  1.000   1.12   0.88
  100  1.66E-05  7.76E-06  1.20E-06  2.29E-09  2.67E-09  1.10E+00  1.654E+00  2.425E-01 3.38142E+01 7.99E-03  1.000   1.12   1.05
  127  9.48E-07  5.32E-07  1.77E-07  9.48E-11  3.16E-10  1.10E+00  1.661E+00  2.389E-01 3.38135E+01 8.02E-03  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.719E-07 d(ln R0)/dt =  9.635E-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  8.14E-02  1.13E-01  2.22E-05  1.69E-09  3.04E-09  1.10E+00  1.661E+00  2.388E-01 3.38135E+01 8.03E-03  1.000   1.12   1.07
  100  8.58E-05  3.87E-05  1.73E-07  5.67E-11  1.58E-10  5.11E-01  1.662E+00  2.380E-01 3.58221E+01 7.58E-03  1.029   1.12   1.11
  200  1.37E-05  9.04E-06  3.73E-08  2.84E-11  7.10E-12  5.11E-01  1.665E+00  2.348E-01 3.45915E+01 7.86E-03  1.011   1.12   1.11
  300  1.26E-06  7.53E-07  1.23E-08  7.34E-13  9.62E-13  5.11E-01  1.668E+00  2.347E-01 3.41362E+01 7.97E-03  1.005   1.12   1.12
  400  4.49E-07  2.03E-07  4.22E-09  1.47E-13  2.25E-13  5.11E-01  1.668E+00  2.349E-01 3.36276E+01 8.09E-03  0.997   1.12   1.12
  500  1.31E-07  5.89E-08  1.41E-09  3.82E-14  3.87E-14  5.11E-01  1.669E+00  2.348E-01 3.31323E+01 8.21E-03  0.990   1.12   1.12
  600  6.31E-08  2.81E-08  4.88E-10  2.19E-14  8.72E-15  5.11E-01  1.669E+00  2.348E-01 3.27631E+01 8.30E-03  0.984   1.12   1.12
  700  2.97E-08  1.23E-08  2.04E-10  1.43E-14  5.01E-15  5.11E-01  1.670E+00  2.348E-01 3.24946E+01 8.37E-03  0.980   1.12   1.12
  800  1.53E-08  6.83E-09  8.60E-11  3.94E-15  1.22E-15  5.11E-01  1.670E+00  2.347E-01 3.23136E+01 8.42E-03  0.978   1.12   1.12
  861  9.95E-09  4.51E-09  5.00E-11  6.08E-16  4.53E-16  5.11E-01  1.670E+00  2.347E-01 3.22259E+01 8.44E-03  0.976   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.113E-05 d(ln R0)/dt =  6.381E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.059999

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0684E+00 SECONDS
   DATA R*BT AT EDGE:  3.5770E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2253E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.585000 TO TG2=    2.590000 @ NSTEP      744
   GFRAME TG2 MOMENTS CHECKSUM:  1.2194104062086E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    744
 TA= 2.58500E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 8.15222E-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  ->   41313 -      0 (killed) +  10502 (dep) =  51815 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %DEPSUB - XKSID =  1.003554E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   6.099488E+07  6.094134E+07
 %ORBALL:  In processor     0: orbit # IORB=   5845 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10148 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22775 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29256 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34503 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38508 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.609528E+08  1.608326E+08
 %ORBALL:  In processor     0: orbit # IORB=  42062 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42088 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42618 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42630 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43036 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43193 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43215 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43543 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43857 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44088 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44692 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44712 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44990 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45227 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45617 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46468 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46508 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46634 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46894 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46957 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47183 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47232 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47438 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47439 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48229 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48283 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48375 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49060 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49765 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50767 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51152 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51635 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51684 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0187E+00
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51815 SPL=    0 TOT=40891
  specie  XI             TH             V              Vpll/V     "last ion":
   1     9.3754367E-01 -1.0838817E+00  1.4894294E+08  7.8069724E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    753
 TA= 2.59000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 2.24804E-04
  
 TTOR1=  2.590000000000094
 TTOR2=  2.6000000000000938
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.590000E+00 NSTEP=   753 Hash code:   54910370
 ->PRGCHK: bdy curvature ratio at t= 2.5950E+00 seconds is:  4.2100E-02
 % MHDEQ: TG1= 2.590000000000094 ; TG2= 2.5950000000000939

 *** 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     -2.986E+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  1.5394E+00  0.0000E+00  3.2074E-01  0.0000E+00  1.6698E+00  2.3470E-01
    1   0  5.4323E-01 -7.8768E-02 -7.8768E-02  7.6765E-01
    2   0  8.7847E-02 -1.9861E-02  2.7204E-02 -3.9672E-02
    3   0 -8.7908E-03  1.4137E-02 -3.3895E-03  1.2530E-02
    4   0 -2.4270E-03 -6.0406E-03 -4.1422E-03  1.2532E-03
    5   0  4.3735E-03  3.3903E-04  1.6203E-03 -2.8640E-03
    6   0 -2.0597E-03  6.5933E-04  5.8632E-04  1.0988E-03
    7   0  2.7938E-04 -5.3368E-04 -6.1602E-04  5.6755E-04
    8   0  8.2051E-05  1.9073E-04  8.3634E-05 -3.9403E-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  3.16E-01  1.24E-01  6.40E-02  4.71E-03  5.51E-04  1.10E+00  1.670E+00  2.347E-01 3.69513E+01 7.18E-03  1.000   1.12   0.87
  100  2.18E-05  9.81E-06  1.41E-06  2.70E-09  3.10E-09  1.10E+00  1.655E+00  2.422E-01 3.38011E+01 8.03E-03  1.000   1.12   1.04
  132  8.62E-07  4.16E-07  1.31E-07  1.04E-10  1.60E-10  1.10E+00  1.662E+00  2.382E-01 3.38004E+01 8.06E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.985E-07 d(ln R0)/dt =  8.019E-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  8.85E-02  1.19E-01  2.34E-05  1.68E-09  2.50E-09  1.10E+00  1.662E+00  2.381E-01 3.38005E+01 8.06E-03  1.000   1.12   1.07
  100  9.47E-05  3.27E-05  1.69E-07  4.17E-11  1.37E-10  5.11E-01  1.663E+00  2.374E-01 3.63181E+01 7.51E-03  1.036   1.12   1.11
  200  1.31E-05  4.86E-06  3.49E-08  3.71E-11  6.10E-12  5.11E-01  1.665E+00  2.346E-01 3.51200E+01 7.77E-03  1.019   1.12   1.11
  300  1.60E-06  6.30E-07  1.18E-08  8.22E-13  8.70E-13  5.11E-01  1.667E+00  2.346E-01 3.47362E+01 7.86E-03  1.014   1.12   1.12
  400  3.58E-07  1.74E-07  4.10E-09  1.41E-13  2.25E-13  5.11E-01  1.668E+00  2.348E-01 3.42439E+01 7.97E-03  1.006   1.12   1.12
  500  1.34E-07  7.60E-08  1.42E-09  3.17E-14  3.99E-14  5.11E-01  1.669E+00  2.346E-01 3.36916E+01 8.10E-03  0.998   1.12   1.12
  600  6.14E-08  2.57E-08  5.18E-10  1.41E-14  1.03E-14  5.11E-01  1.669E+00  2.346E-01 3.33241E+01 8.19E-03  0.993   1.12   1.12
  700  3.02E-08  1.29E-08  2.11E-10  2.16E-14  4.94E-15  5.11E-01  1.669E+00  2.346E-01 3.30475E+01 8.26E-03  0.989   1.12   1.12
  800  1.54E-08  6.48E-09  8.79E-11  3.11E-15  1.24E-15  5.11E-01  1.670E+00  2.345E-01 3.28548E+01 8.31E-03  0.986   1.12   1.12
  866  9.98E-09  4.68E-09  4.94E-11  7.20E-16  5.68E-16  5.11E-01  1.670E+00  2.345E-01 3.27567E+01 8.34E-03  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.416E-05 d(ln R0)/dt =  6.484E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 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):     0.058051

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0879E+00 SECONDS
   DATA R*BT AT EDGE:  3.5772E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2100E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.590000 TO TG2=    2.595000 @ NSTEP      753
   GFRAME TG2 MOMENTS CHECKSUM:  1.2189948442306E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.595000E+00 NSTEP=   762 Hash code:   12698178
 ->PRGCHK: bdy curvature ratio at t= 2.6000E+00 seconds is:  4.1948E-02
 % MHDEQ: TG1= 2.5950000000000939 ; TG2= 2.6000000000000938

 *** 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     -2.985E+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  1.5389E+00  0.0000E+00  3.2073E-01  0.0000E+00  1.6697E+00  2.3451E-01
    1   0  5.4288E-01 -7.8854E-02 -7.8854E-02  7.6773E-01
    2   0  8.7961E-02 -1.9914E-02  2.7281E-02 -3.9509E-02
    3   0 -8.7615E-03  1.4176E-02 -3.3963E-03  1.2544E-02
    4   0 -2.4791E-03 -6.0267E-03 -4.1010E-03  1.2509E-03
    5   0  4.3971E-03  3.3565E-04  1.6424E-03 -2.8516E-03
    6   0 -2.0582E-03  6.7506E-04  5.9252E-04  1.0839E-03
    7   0  2.9401E-04 -5.0745E-04 -5.8896E-04  5.4245E-04
    8   0  1.0403E-04  1.8835E-04  8.7161E-05 -3.9784E-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  1.25E-01  6.42E-02  4.71E-03  5.53E-04  1.10E+00  1.670E+00  2.345E-01 3.69449E+01 7.17E-03  1.000   1.13   0.87
  100  2.28E-05  1.03E-05  1.46E-06  2.77E-09  3.23E-09  1.10E+00  1.655E+00  2.421E-01 3.37929E+01 8.02E-03  1.000   1.13   1.04
  132  9.09E-07  4.24E-07  1.30E-07  1.07E-10  1.63E-10  1.10E+00  1.662E+00  2.380E-01 3.37922E+01 8.05E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.956E-07 d(ln R0)/dt =  7.923E-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  8.99E-02  1.20E-01  2.38E-05  1.66E-09  2.52E-09  1.10E+00  1.662E+00  2.379E-01 3.37922E+01 8.05E-03  1.000   1.13   1.07
  100  9.55E-05  3.31E-05  1.69E-07  4.11E-11  1.37E-10  5.11E-01  1.663E+00  2.372E-01 3.65273E+01 7.45E-03  1.039   1.13   1.11
  200  1.31E-05  4.87E-06  3.47E-08  4.12E-11  6.20E-12  5.11E-01  1.664E+00  2.345E-01 3.53575E+01 7.70E-03  1.023   1.13   1.12
  300  1.54E-06  6.17E-07  1.17E-08  8.50E-13  8.88E-13  5.11E-01  1.667E+00  2.345E-01 3.50122E+01 7.78E-03  1.018   1.13   1.13
  400  3.56E-07  1.70E-07  4.11E-09  1.42E-13  2.31E-13  5.11E-01  1.668E+00  2.347E-01 3.45113E+01 7.90E-03  1.011   1.13   1.13
  500  1.32E-07  7.49E-08  1.43E-09  3.34E-14  4.19E-14  5.11E-01  1.668E+00  2.345E-01 3.39399E+01 8.03E-03  1.002   1.13   1.13
  600  6.07E-08  2.58E-08  5.28E-10  1.32E-14  1.10E-14  5.11E-01  1.669E+00  2.345E-01 3.35698E+01 8.12E-03  0.997   1.13   1.13
  700  3.12E-08  1.30E-08  2.15E-10  2.38E-14  4.89E-15  5.11E-01  1.669E+00  2.345E-01 3.32907E+01 8.19E-03  0.993   1.13   1.13
  800  1.56E-08  6.56E-09  8.91E-11  3.01E-15  1.32E-15  5.11E-01  1.669E+00  2.344E-01 3.30935E+01 8.24E-03  0.990   1.13   1.13
  867  9.94E-09  4.79E-09  4.98E-11  7.82E-16  5.62E-16  5.11E-01  1.669E+00  2.344E-01 3.29923E+01 8.26E-03  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.498E-05 d(ln R0)/dt =  6.531E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.059995

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0937E+00 SECONDS
   DATA R*BT AT EDGE:  3.5773E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1948E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.595000 TO TG2=    2.600000 @ NSTEP      762
   GFRAME TG2 MOMENTS CHECKSUM:  1.2185712743478E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    762
 TA= 2.59500E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 1.33993E-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  ->   40891 -      0 (killed) +  10516 (dep) =  51407 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    901 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.149696E+08  1.148406E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.173965E+08  1.173422E+08
 %ORBALL:  In processor     0: orbit # IORB=  22906 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25127 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.362794E+08  2.360060E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.783785E+08  1.783363E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39969 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41702 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42031 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42377 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42463 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42497 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42970 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43617 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43702 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43704 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44074 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44200 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44764 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44862 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45558 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46787 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47023 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47421 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47517 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47730 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47788 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48031 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49604 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49932 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50095 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50152 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50638 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51801 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51407 SPL=    0 TOT=40633
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.4779841E-01  1.3681738E+00  2.5672266E+08 -1.77[1] 24425
97852E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    767
 TA= 2.60000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 8.13002E-04
  
 TTOR1=  2.6000000000000938
 TTOR2=  2.6100000000000936
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.6000000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.600000E+00 NSTEP=   767 Hash code:   91062806
 ->PRGCHK: bdy curvature ratio at t= 2.6050E+00 seconds is:  4.2057E-02
 % MHDEQ: TG1= 2.6000000000000938 ; TG2= 2.6050000000000937

 *** 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     -2.986E+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  1.5387E+00  0.0000E+00  3.2022E-01  0.0000E+00  1.6691E+00  2.3441E-01
    1   0  5.4272E-01 -7.8959E-02 -7.8959E-02  7.6792E-01
    2   0  8.7938E-02 -1.9667E-02  2.6940E-02 -3.9595E-02
    3   0 -8.7166E-03  1.4248E-02 -3.4501E-03  1.2572E-02
    4   0 -2.4607E-03 -6.0190E-03 -4.1208E-03  1.2519E-03
    5   0  4.4077E-03  3.4363E-04  1.6427E-03 -2.8599E-03
    6   0 -2.0394E-03  6.6815E-04  5.7826E-04  1.0883E-03
    7   0  2.8569E-04 -4.9529E-04 -5.9488E-04  5.5708E-04
    8   0  1.0056E-04  1.6847E-04  7.8395E-05 -3.8562E-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  3.17E-01  1.25E-01  6.40E-02  4.70E-03  5.56E-04  1.10E+00  1.669E+00  2.344E-01 3.69581E+01 7.16E-03  1.000   1.13   0.87
  100  2.11E-05  9.76E-06  1.43E-06  2.65E-09  3.17E-09  1.10E+00  1.655E+00  2.419E-01 3.38141E+01 8.00E-03  1.000   1.13   1.04
  132  8.39E-07  4.25E-07  1.31E-07  1.05E-10  1.66E-10  1.10E+00  1.662E+00  2.378E-01 3.38134E+01 8.03E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.011E-07 d(ln R0)/dt =  8.055E-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  8.95E-02  1.20E-01  2.37E-05  1.64E-09  2.52E-09  1.10E+00  1.662E+00  2.377E-01 3.38134E+01 8.04E-03  1.000   1.13   1.07
  100  9.59E-05  3.29E-05  1.68E-07  4.16E-11  1.39E-10  5.11E-01  1.663E+00  2.370E-01 3.64528E+01 7.46E-03  1.038   1.13   1.11
  200  1.32E-05  4.94E-06  3.48E-08  3.92E-11  6.21E-12  5.11E-01  1.664E+00  2.342E-01 3.52461E+01 7.72E-03  1.021   1.13   1.12
  300  1.56E-06  6.25E-07  1.17E-08  8.39E-13  8.78E-13  5.11E-01  1.667E+00  2.342E-01 3.48943E+01 7.80E-03  1.016   1.13   1.13
  400  3.67E-07  1.71E-07  4.08E-09  1.41E-13  2.27E-13  5.11E-01  1.667E+00  2.343E-01 3.43956E+01 7.92E-03  1.009   1.13   1.13
  500  1.35E-07  7.50E-08  1.42E-09  3.28E-14  4.04E-14  5.11E-01  1.668E+00  2.342E-01 3.38317E+01 8.05E-03  1.000   1.13   1.13
  600  6.01E-08  2.61E-08  5.19E-10  1.37E-14  1.07E-14  5.11E-01  1.669E+00  2.342E-01 3.34640E+01 8.14E-03  0.995   1.13   1.13
  700  3.16E-08  1.31E-08  2.12E-10  2.25E-14  4.79E-15  5.11E-01  1.669E+00  2.342E-01 3.31879E+01 8.21E-03  0.991   1.13   1.13
  800  1.56E-08  6.60E-09  8.77E-11  2.97E-15  1.29E-15  5.11E-01  1.669E+00  2.341E-01 3.29942E+01 8.25E-03  0.988   1.13   1.13
  867  9.86E-09  4.75E-09  4.88E-11  8.37E-16  5.40E-16  5.11E-01  1.669E+00  2.341E-01 3.28938E+01 8.28E-03  0.986   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.475E-05 d(ln R0)/dt =  6.532E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.061906

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0674E+00 SECONDS
   DATA R*BT AT EDGE:  3.5784E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2057E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.600000 TO TG2=    2.605000 @ NSTEP      767
   GFRAME TG2 MOMENTS CHECKSUM:  1.2182799862416E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    767
 TA= 2.60000E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 8.13002E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.605000E+00 NSTEP=   774 Hash code:   11823039
 ->PRGCHK: bdy curvature ratio at t= 2.6100E+00 seconds is:  4.2165E-02
 % MHDEQ: TG1= 2.6050000000000937 ; TG2= 2.6100000000000936

 *** 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     -2.987E+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  1.5386E+00  0.0000E+00  3.1972E-01  0.0000E+00  1.6690E+00  2.3410E-01
    1   0  5.4256E-01 -7.9064E-02 -7.9064E-02  7.6811E-01
    2   0  8.7916E-02 -1.9420E-02  2.6599E-02 -3.9680E-02
    3   0 -8.6716E-03  1.4321E-02 -3.5039E-03  1.2599E-02
    4   0 -2.4424E-03 -6.0114E-03 -4.1407E-03  1.2529E-03
    5   0  4.4182E-03  3.5162E-04  1.6429E-03 -2.8683E-03
    6   0 -2.0207E-03  6.6123E-04  5.6399E-04  1.0926E-03
    7   0  2.7737E-04 -4.8314E-04 -6.0079E-04  5.7172E-04
    8   0  9.7080E-05  1.4860E-04  6.9628E-05 -3.7340E-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  1.26E-01  6.42E-02  4.71E-03  5.63E-04  1.10E+00  1.669E+00  2.341E-01 3.69906E+01 7.10E-03  1.000   1.13   0.87
  100  2.33E-05  1.10E-05  1.60E-06  2.75E-09  3.46E-09  1.10E+00  1.655E+00  2.416E-01 3.38359E+01 7.94E-03  1.000   1.13   1.05
  132  9.13E-07  4.66E-07  1.33E-07  1.05E-10  1.68E-10  1.10E+00  1.662E+00  2.376E-01 3.38352E+01 7.97E-03  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.917E-07 d(ln R0)/dt =  7.599E-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  8.92E-02  1.19E-01  2.36E-05  1.58E-09  2.46E-09  1.10E+00  1.662E+00  2.375E-01 3.38352E+01 7.97E-03  1.000   1.13   1.07
  100  9.63E-05  3.32E-05  1.68E-07  4.11E-11  1.38E-10  5.11E-01  1.662E+00  2.368E-01 3.64565E+01 7.40E-03  1.038   1.13   1.11
  200  1.33E-05  5.04E-06  3.48E-08  3.91E-11  6.16E-12  5.11E-01  1.664E+00  2.340E-01 3.52237E+01 7.66E-03  1.020   1.13   1.12
  300  1.57E-06  6.38E-07  1.16E-08  8.34E-13  8.76E-13  5.11E-01  1.666E+00  2.339E-01 3.48780E+01 7.75E-03  1.015   1.13   1.13
  400  3.77E-07  1.73E-07  4.07E-09  1.40E-13  2.28E-13  5.11E-01  1.667E+00  2.341E-01 3.43831E+01 7.86E-03  1.008   1.13   1.13
  500  1.37E-07  7.52E-08  1.42E-09  3.29E-14  4.03E-14  5.11E-01  1.668E+00  2.339E-01 3.38190E+01 7.99E-03  1.000   1.13   1.13
  600  5.98E-08  2.63E-08  5.19E-10  1.32E-14  1.08E-14  5.11E-01  1.668E+00  2.340E-01 3.34525E+01 8.08E-03  0.994   1.13   1.13
  700  3.21E-08  1.31E-08  2.11E-10  2.25E-14  4.72E-15  5.11E-01  1.668E+00  2.339E-01 3.31774E+01 8.14E-03  0.990   1.13   1.13
  800  1.56E-08  6.65E-09  8.73E-11  2.89E-15  1.28E-15  5.11E-01  1.669E+00  2.339E-01 3.29844E+01 8.19E-03  0.987   1.13   1.13
  867  9.83E-09  4.71E-09  4.85E-11  8.39E-16  5.48E-16  5.11E-01  1.669E+00  2.338E-01 3.28843E+01 8.22E-03  0.986   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.476E-05 d(ln R0)/dt =  6.416E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 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):     0.055995

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0771E+00 SECONDS
   DATA R*BT AT EDGE:  3.5794E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2165E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.605000 TO TG2=    2.610000 @ NSTEP      774
   GFRAME TG2 MOMENTS CHECKSUM:  1.2178758964487E+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  ->   40633 -      0 (killed) +  10552 (dep) =  51185 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   4411 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.855836E+08  1.854874E+08
 %ORBALL:  In processor     0: orbit # IORB=  16352 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22020 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23533 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39377 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41423 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41848 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42331 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43918 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44153 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44770 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44867 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44941 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45100 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45136 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45679 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45769 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45998 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46261 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47485 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48212 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48386 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48633 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48732 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48953 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49537 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49718 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49919 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50030 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50944 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51209 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51715 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51874 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51185 SPL=    0 TOT=40486
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.6407219E-01  2.3864966E+00  2.3673402E+08 -5.9222367E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    781
 TA= 2.61000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 5.85832E-04
  
 TTOR1=  2.6100000000000936
 TTOR2=  2.6200000000000934
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.610000E+00 NSTEP=   781 Hash code:   84622797
 ->PRGCHK: bdy curvature ratio at t= 2.6150E+00 seconds is:  4.1940E-02
 % MHDEQ: TG1= 2.6100000000000936 ; TG2= 2.6150000000000935

 *** 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     -2.986E+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  1.5388E+00  0.0000E+00  3.1926E-01  0.0000E+00  1.6686E+00  2.3385E-01
    1   0  5.4262E-01 -7.8795E-02 -7.8795E-02  7.6801E-01
    2   0  8.7734E-02 -1.9331E-02  2.6485E-02 -3.9933E-02
    3   0 -8.6975E-03  1.4349E-02 -3.4433E-03  1.2660E-02
    4   0 -2.4191E-03 -6.0576E-03 -4.2331E-03  1.2483E-03
    5   0  4.3967E-03  3.7198E-04  1.6572E-03 -2.9154E-03
    6   0 -1.9935E-03  6.6233E-04  6.0289E-04  1.1026E-03
    7   0  2.4970E-04 -4.6967E-04 -6.2961E-04  5.9175E-04
    8   0  1.1946E-04  1.2717E-04  4.6730E-05 -4.0428E-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  3.17E-01  1.26E-01  6.40E-02  4.71E-03  5.64E-04  1.10E+00  1.669E+00  2.338E-01 3.69649E+01 7.05E-03  1.000   1.12   0.87
  100  2.21E-05  1.07E-05  1.54E-06  2.68E-09  3.33E-09  1.10E+00  1.654E+00  2.415E-01 3.38231E+01 7.88E-03  1.000   1.12   1.04
  132  8.30E-07  4.43E-07  1.33E-07  1.06E-10  1.66E-10  1.10E+00  1.661E+00  2.375E-01 3.38224E+01 7.91E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.025E-07 d(ln R0)/dt =  7.837E-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  8.96E-02  1.20E-01  2.37E-05  1.56E-09  2.48E-09  1.10E+00  1.661E+00  2.374E-01 3.38224E+01 7.92E-03  1.000   1.12   1.07
  100  8.72E-05  5.72E-05  2.03E-07  4.04E-11  1.39E-10  5.11E-01  1.662E+00  2.367E-01 3.64060E+01 7.36E-03  1.037   1.12   1.11
  200  1.15E-05  4.90E-06  3.39E-08  3.31E-11  5.93E-12  5.11E-01  1.664E+00  2.338E-01 3.50329E+01 7.65E-03  1.018   1.12   1.11
  300  1.69E-06  6.44E-07  1.16E-08  8.18E-13  8.24E-13  5.11E-01  1.666E+00  2.338E-01 3.46809E+01 7.73E-03  1.013   1.12   1.12
  400  4.03E-07  1.66E-07  4.08E-09  1.45E-13  2.09E-13  5.11E-01  1.667E+00  2.339E-01 3.41951E+01 7.84E-03  1.005   1.12   1.12
  500  1.37E-07  7.94E-08  1.44E-09  3.07E-14  4.00E-14  5.11E-01  1.668E+00  2.338E-01 3.36474E+01 7.97E-03  0.997   1.12   1.12
  600  6.25E-08  2.70E-08  5.21E-10  1.42E-14  1.01E-14  5.11E-01  1.668E+00  2.338E-01 3.32805E+01 8.06E-03  0.992   1.12   1.12
  700  3.20E-08  1.39E-08  2.13E-10  1.99E-14  5.11E-15  5.11E-01  1.668E+00  2.338E-01 3.30035E+01 8.13E-03  0.988   1.12   1.12
  800  1.58E-08  6.59E-09  8.86E-11  2.78E-15  1.16E-15  5.11E-01  1.669E+00  2.337E-01 3.28146E+01 8.17E-03  0.985   1.12   1.12
  872  9.86E-09  4.50E-09  4.83E-11  6.95E-16  8.20E-16  5.11E-01  1.669E+00  2.337E-01 3.27082E+01 8.20E-03  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.593E-05 d(ln R0)/dt =  6.091E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 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):     0.050367

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0781E+00 SECONDS
   DATA R*BT AT EDGE:  3.5788E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1940E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.610000 TO TG2=    2.615000 @ NSTEP      781
   GFRAME TG2 MOMENTS CHECKSUM:  1.2178812681585E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.615000E+00 NSTEP=   788 Hash code:   25396105
 ->PRGCHK: bdy curvature ratio at t= 2.6200E+00 seconds is:  4.1719E-02
 % MHDEQ: TG1= 2.6150000000000935 ; TG2= 2.6200000000000934

 *** 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     -2.985E+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  1.5391E+00  0.0000E+00  3.1881E-01  0.0000E+00  1.6687E+00  2.3368E-01
    1   0  5.4268E-01 -7.8525E-02 -7.8525E-02  7.6791E-01
    2   0  8.7552E-02 -1.9243E-02  2.6372E-02 -4.0186E-02
    3   0 -8.7235E-03  1.4377E-02 -3.3827E-03  1.2721E-02
    4   0 -2.3958E-03 -6.1038E-03 -4.3254E-03  1.2437E-03
    5   0  4.3752E-03  3.9235E-04  1.6714E-03 -2.9625E-03
    6   0 -1.9664E-03  6.6342E-04  6.4180E-04  1.1126E-03
    7   0  2.2202E-04 -4.5620E-04 -6.5844E-04  6.1178E-04
    8   0  1.4185E-04  1.0574E-04  2.3832E-05 -4.3515E-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  3.17E-01  1.25E-01  6.40E-02  4.72E-03  5.63E-04  1.10E+00  1.669E+00  2.337E-01 3.69506E+01 7.12E-03  1.000   1.12   0.87
  100  2.39E-05  1.17E-05  1.62E-06  2.80E-09  3.45E-09  1.10E+00  1.654E+00  2.413E-01 3.38041E+01 7.96E-03  1.000   1.12   1.04
  132  8.81E-07  4.73E-07  1.37E-07  1.07E-10  1.62E-10  1.10E+00  1.661E+00  2.374E-01 3.38034E+01 7.98E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.009E-07 d(ln R0)/dt =  7.639E-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  9.22E-02  1.23E-01  2.41E-05  1.54E-09  2.45E-09  1.10E+00  1.661E+00  2.373E-01 3.38034E+01 7.99E-03  1.000   1.12   1.06
  100  1.02E-04  3.47E-05  1.75E-07  4.23E-11  1.40E-10  5.11E-01  1.662E+00  2.366E-01 3.62556E+01 7.45E-03  1.035   1.12   1.11
  200  1.40E-05  5.41E-06  3.65E-08  3.48E-11  6.06E-12  5.11E-01  1.664E+00  2.338E-01 3.49673E+01 7.73E-03  1.017   1.12   1.11
  300  1.78E-06  7.21E-07  1.22E-08  8.26E-13  8.65E-13  5.11E-01  1.666E+00  2.337E-01 3.45768E+01 7.82E-03  1.011   1.12   1.12
  400  4.18E-07  1.91E-07  4.29E-09  1.44E-13  2.18E-13  5.11E-01  1.667E+00  2.338E-01 3.40882E+01 7.94E-03  1.004   1.12   1.12
  500  1.53E-07  8.47E-08  1.50E-09  3.32E-14  3.88E-14  5.11E-01  1.668E+00  2.337E-01 3.35430E+01 8.07E-03  0.996   1.12   1.12
  600  6.69E-08  2.87E-08  5.49E-10  1.45E-14  1.09E-14  5.11E-01  1.668E+00  2.337E-01 3.31749E+01 8.16E-03  0.991   1.12   1.12
  700  3.47E-08  1.41E-08  2.26E-10  2.09E-14  4.70E-15  5.11E-01  1.668E+00  2.337E-01 3.28946E+01 8.23E-03  0.987   1.12   1.12
  800  1.68E-08  7.10E-09  9.52E-11  3.21E-15  1.23E-15  5.11E-01  1.668E+00  2.336E-01 3.27036E+01 8.27E-03  0.984   1.12   1.12
  885  9.75E-09  4.72E-09  4.64E-11  1.39E-15  6.02E-16  5.11E-01  1.668E+00  2.336E-01 3.25759E+01 8.31E-03  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.838E-05 d(ln R0)/dt =  5.799E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 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):     0.046035

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1123E+00 SECONDS
   DATA R*BT AT EDGE:  3.5783E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1719E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.615000 TO TG2=    2.620000 @ NSTEP      788
   GFRAME TG2 MOMENTS CHECKSUM:  1.2178066254603E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    788
 TA= 2.61500E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 8.97600E-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  ->   40486 -      0 (killed) +  10573 (dep) =  51059 ptcls.
  ORBALL... 
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0022E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  18964 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.092109E+08  2.090676E+08
 %ORBALL:  In processor     0: orbit # IORB=  27699 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34063 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.545086E+08  1.544645E+08
 %ORBALL:  In processor     0: orbit # IORB=  41269 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41480 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41677 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42236 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42819 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43412 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43498 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43500 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43506 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43508 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43674 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43727 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44539 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44861 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45404 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45515 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45819 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46132 neve[1] 24837
r inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46288 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46355 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46430 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46555 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46632 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46656 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46766 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  46913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46916 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47019 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47331 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47542 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47936 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48875 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49163 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49255 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49555 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49636 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50424 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50449 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50796 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51059 SPL=    0 TOT=40381
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.5943603E-01 -7.3413605E-01  1.8318833E+08 -5.3537212E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    795
 TA= 2.62000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 9.63743E-04
  
 TTOR1=  2.6200000000000934
 TTOR2=  2.6300000000000932
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.6200000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.620000E+00 NSTEP=   795 Hash code:   77758868
 ->PRGCHK: bdy curvature ratio at t= 2.6250E+00 seconds is:  4.1927E-02
 % MHDEQ: TG1= 2.6200000000000934 ; TG2= 2.6250000000000933

 *** 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     -2.984E+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  1.5388E+00  0.0000E+00  3.1886E-01  0.0000E+00  1.6685E+00  2.3357E-01
    1   0  5.4237E-01 -7.8553E-02 -7.8553E-02  7.6808E-01
    2   0  8.7689E-02 -1.9177E-02  2.6228E-02 -4.0037E-02
    3   0 -8.7557E-03  1.4365E-02 -3.3370E-03  1.2617E-02
    4   0 -2.3713E-03 -6.0920E-03 -4.2945E-03  1.2583E-03
    5   0  4.3458E-03  3.8359E-04  1.6428E-03 -2.9402E-03
    6   0 -1.9568E-03  6.7015E-04  6.4454E-04  1.0894E-03
    7   0  2.2888E-04 -4.6043E-04 -6.4980E-04  5.9685E-04
    8   0  1.5164E-04  1.0556E-04  1.6542E-05 -4.4098E-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  3.17E-01  1.25E-01  6.39E-02  4.71E-03  5.65E-04  1.10E+00  1.668E+00  2.336E-01 3.69364E+01 7.18E-03  1.000   1.11   0.87
  100  2.24E-05  1.09E-05  1.53E-06  2.72E-09  3.28E-09  1.10E+00  1.654E+00  2.415E-01 3.37957E+01 8.02E-03  1.000   1.11   1.04
  132  8.51E-07  4.63E-07  1.36E-07  1.08E-10  1.67E-10  1.10E+00  1.660E+00  2.375E-01 3.37950E+01 8.05E-03  1.000   1.11   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.132E-07 d(ln R0)/dt =  7.778E-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  9.47E-02  1.25E-01  2.44E-05  1.47E-09  2.46E-09  1.10E+00  1.660E+00  2.374E-01 3.37950E+01 8.06E-03  1.000   1.11   1.06
  100  1.08E-04  3.60E-05  1.78E-07  4.39E-11  1.44E-10  5.11E-01  1.661E+00  2.367E-01 3.62224E+01 7.52E-03  1.035   1.11   1.10
  200  1.47E-05  5.79E-06  3.77E-08  3.36E-11  6.27E-12  5.11E-01  1.663E+00  2.338E-01 3.48805E+01 7.81E-03  1.016   1.11   1.11
  300  1.93E-06  7.93E-07  1.25E-08  8.21E-13  8.85E-13  5.11E-01  1.666E+00  2.337E-01 3.44656E+01 7.91E-03  1.010   1.11   1.11
  400  4.45E-07  2.09E-07  4.46E-09  1.48E-13  2.23E-13  5.11E-01  1.666E+00  2.339E-01 3.39739E+01 8.03E-03  1.003   1.11   1.12
  500  1.60E-07  9.23E-08  1.58E-09  3.51E-14  3.95E-14  5.11E-01  1.667E+00  2.337E-01 3.34360E+01 8.16E-03  0.995   1.11   1.12
  600  7.36E-08  3.03E-08  5.76E-10  1.52E-14  1.10E-14  5.11E-01  1.667E+00  2.337E-01 3.30649E+01 8.25E-03  0.989   1.11   1.11
  700  3.59E-08  1.44E-08  2.37E-10  1.98E-14  4.94E-15  5.11E-01  1.668E+00  2.337E-01 3.27796E+01 8.32E-03  0.985   1.11   1.11
  800  1.73E-08  7.21E-09  1.00E-10  3.49E-15  1.33E-15  5.11E-01  1.668E+00  2.336E-01 3.25852E+01 8.37E-03  0.982   1.11   1.11
  889  9.86E-09  4.39E-09  4.73E-11  1.21E-15  7.30E-16  5.11E-01  1.668E+00  2.336E-01 3.24494E+01 8.41E-03  0.980   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.01E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.963E-05 d(ln R0)/dt =  5.815E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 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):     0.042156

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1465E+00 SECONDS
   DATA R*BT AT EDGE:  3.5786E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1927E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.620000 TO TG2=    2.625000 @ NSTEP      795
   GFRAME TG2 MOMENTS CHECKSUM:  1.2176023602968E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.625000E+00 NSTEP=   804 Hash code:   91467810
 ->PRGCHK: bdy curvature ratio at t= 2.6300E+00 seconds is:  4.2139E-02
 % MHDEQ: TG1= 2.6250000000000933 ; TG2= 2.6300000000000932

 *** 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     -2.984E+00     1.111E+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  3.1890E-01  0.0000E+00  1.6679E+00  2.3361E-01
    1   0  5.4206E-01 -7.8581E-02 -7.8581E-02  7.6825E-01
    2   0  8.7827E-02 -1.9112E-02  2.6085E-02 -3.9889E-02
    3   0 -8.7880E-03  1.4353E-02 -3.2914E-03  1.2512E-02
    4   0 -2.3469E-03 -6.0802E-03 -4.2636E-03  1.2729E-03
    5   0  4.3164E-03  3.7483E-04  1.6141E-03 -2.9178E-03
    6   0 -1.9472E-03  6.7688E-04  6.4728E-04  1.0662E-03
    7   0  2.3575E-04 -4.6467E-04 -6.4116E-04  5.8192E-04
    8   0  1.6143E-04  1.0539E-04  9.2529E-06 -4.4680E-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  3.15E-01  1.25E-01  6.36E-02  4.69E-03  5.65E-04  1.10E+00  1.668E+00  2.336E-01 3.69134E+01 7.13E-03  1.000   1.11   0.86
  100  2.06E-05  1.03E-05  1.44E-06  2.51E-09  3.10E-09  1.10E+00  1.653E+00  2.417E-01 3.37918E+01 7.95E-03  1.000   1.11   1.03
  132  7.79E-07  4.43E-07  1.36E-07  1.06E-10  1.72E-10  1.10E+00  1.660E+00  2.377E-01 3.37911E+01 7.98E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.302E-07 d(ln R0)/dt =  8.067E-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  1.25E-01  2.46E-05  1.48E-09  2.52E-09  1.10E+00  1.660E+00  2.376E-01 3.37911E+01 7.99E-03  1.000   1.11   1.06
  100  1.10E-04  3.59E-05  1.79E-07  4.49E-11  1.47E-10  5.11E-01  1.660E+00  2.368E-01 3.63202E+01 7.43E-03  1.036   1.11   1.10
  200  1.53E-05  5.95E-06  3.85E-08  3.45E-11  6.55E-12  5.11E-01  1.662E+00  2.339E-01 3.49156E+01 7.74E-03  1.016   1.11   1.10
  300  1.96E-06  8.16E-07  1.27E-08  8.44E-13  9.21E-13  5.11E-01  1.665E+00  2.338E-01 3.45178E+01 7.83E-03  1.011   1.11   1.11
  400  4.62E-07  2.21E-07  4.58E-09  1.51E-13  2.29E-13  5.11E-01  1.665E+00  2.340E-01 3.40187E+01 7.95E-03  1.003   1.11   1.11
  500  1.65E-07  9.53E-08  1.63E-09  3.72E-14  4.07E-14  5.11E-01  1.666E+00  2.338E-01 3.34736E+01 8.08E-03  0.995   1.11   1.11
  600  7.68E-08  3.17E-08  5.97E-10  1.54E-14  1.14E-14  5.11E-01  1.666E+00  2.339E-01 3.30968E+01 8.17E-03  0.990   1.11   1.11
  700  3.76E-08  1.47E-08  2.47E-10  2.03E-14  5.18E-15  5.11E-01  1.667E+00  2.338E-01 3.28072E+01 8.24E-03  0.985   1.11   1.11
  800  1.78E-08  7.38E-09  1.05E-10  3.49E-15  1.39E-15  5.11E-01  1.667E+00  2.338E-01 3.26106E+01 8.29E-03  0.983   1.11   1.11
  895  9.99E-09  4.44E-09  4.70E-11  2.05E-15  5.88E-16  5.11E-01  1.667E+00  2.337E-01 3.24625E+01 8.33E-03  0.980   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.02E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.204E-05 d(ln R0)/dt =  5.923E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 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):     0.042379

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1562E+00 SECONDS
   DATA R*BT AT EDGE:  3.5789E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2139E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.625000 TO TG2=    2.630000 @ NSTEP      804
   GFRAME TG2 MOMENTS CHECKSUM:  1.2172872619648E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    804
 TA= 2.62500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 7.97110E-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  ->   40381 -      0 (killed) +  10600 (dep) =  50981 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   4440 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.108202E+08  2.108035E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   5.604866E+07  5.602663E+07
 %ORBALL:  In processor     0: orbit # IORB=  41502 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42602 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42663 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42750 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42999 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43409 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44000 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44093 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44412 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.325606E+08  2.325494E+08
 %ORBALL:  In processor     0: orbit # IORB=  44754 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45042 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45066 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45410 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45576 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45665 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45689 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45985 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46147 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46939 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46940 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47709 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48742 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48965 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49008 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49141 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49376 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49557 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49866 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50205 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50419 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50840 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50877 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51161 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51262 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51423 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51646 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50981 SPL=    0 TOT=40487
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.3339754E-01 -1.6715775E+00  1.2538372E+08  1.7080577E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    813
 TA= 2.63000E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 3.58468E-04
  
 TTOR1=  2.6300000000000932
 TTOR2=  2.6400000000000929
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.630000E+00 NSTEP=   813 Hash code:  101482274
 ->PRGCHK: bdy curvature ratio at t= 2.6350E+00 seconds is:  4.2339E-02
 % MHDEQ: TG1= 2.6300000000000932 ; TG2= 2.635000000000093

 *** 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     -2.984E+00     1.117E+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  3.1865E-01  0.0000E+00  1.6668E+00  2.3374E-01
    1   0  5.4199E-01 -7.8501E-02 -7.8501E-02  7.6825E-01
    2   0  8.7711E-02 -1.9064E-02  2.5994E-02 -4.0003E-02
    3   0 -8.8146E-03  1.4291E-02 -3.2352E-03  1.2477E-02
    4   0 -2.3141E-03 -6.0600E-03 -4.2517E-03  1.2724E-03
    5   0  4.3125E-03  3.6462E-04  1.5861E-03 -2.9332E-03
    6   0 -1.9500E-03  6.7319E-04  6.5115E-04  1.0562E-03
    7   0  2.4636E-04 -4.7513E-04 -6.4098E-04  5.8353E-04
    8   0  1.6232E-04  1.0653E-04  3.2760E-06 -4.5430E-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  3.10E-01  1.22E-01  6.29E-02  4.67E-03  5.57E-04  1.10E+00  1.667E+00  2.337E-01 3.68938E+01 7.07E-03  1.000   1.12   0.85
  100  1.88E-05  9.77E-06  1.37E-06  1.95E-09  2.82E-09  1.10E+00  1.652E+00  2.416E-01 3.38014E+01 7.88E-03  1.000   1.12   1.03
  132  7.53E-07  4.66E-07  1.39E-07  8.86E-11  1.65E-10  1.10E+00  1.659E+00  2.374E-01 3.38007E+01 7.91E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.260E-07 d(ln R0)/dt =  8.006E-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  9.82E-02  1.23E-01  2.41E-05  1.55E-09  2.45E-09  1.10E+00  1.659E+00  2.373E-01 3.38007E+01 7.91E-03  1.000   1.12   1.05
  100  1.41E-04  9.63E-05  2.90E-07  4.00E-11  1.40E-10  5.11E-01  1.660E+00  2.366E-01 3.71710E+01 7.20E-03  1.048   1.12   1.11
  200  1.76E-05  8.74E-06  3.93E-08  4.03E-11  7.05E-12  5.11E-01  1.661E+00  2.340E-01 3.55580E+01 7.53E-03  1.025   1.12   1.11
  300  2.27E-06  1.01E-06  1.25E-08  8.93E-13  1.04E-12  5.11E-01  1.663E+00  2.340E-01 3.53044E+01 7.59E-03  1.022   1.12   1.12
  400  5.43E-07  2.59E-07  4.71E-09  1.59E-13  2.12E-13  5.11E-01  1.664E+00  2.340E-01 3.47689E+01 7.71E-03  1.014   1.12   1.12
  500  1.51E-07  1.15E-07  1.72E-09  3.97E-14  4.32E-14  5.11E-01  1.664E+00  2.339E-01 3.42095E+01 7.83E-03  1.006   1.12   1.12
  600  7.69E-08  3.34E-08  6.34E-10  1.44E-14  1.15E-14  5.11E-01  1.665E+00  2.339E-01 3.38155E+01 7.92E-03  1.000   1.12   1.12
  700  3.77E-08  1.79E-08  2.57E-10  2.34E-14  4.94E-15  5.11E-01  1.665E+00  2.339E-01 3.35062E+01 8.00E-03  0.996   1.12   1.12
  800  1.81E-08  7.75E-09  1.11E-10  3.67E-15  1.43E-15  5.11E-01  1.665E+00  2.338E-01 3.32930E+01 8.05E-03  0.993   1.12   1.12
  900  1.05E-08  4.55E-09  4.94E-11  1.91E-15  7.90E-16  5.11E-01  1.665E+00  2.338E-01 3.31348E+01 8.09E-03  0.990   1.12   1.12
  912  9.67E-09  4.60E-09  4.40E-11  3.40E-15  6.40E-16  5.11E-01  1.665E+00  2.338E-01 3.31148E+01 8.09E-03  0.990   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.05E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.964E-05 d(ln R0)/dt =  5.751E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.16 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):     0.043329

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1826E+00 SECONDS
   DATA R*BT AT EDGE:  3.5793E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2339E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.630000 TO TG2=    2.635000 @ NSTEP      813
   GFRAME TG2 MOMENTS CHECKSUM:  1.2165277749886E+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=   823 Hash code:   85491117
 ->PRGCHK: bdy curvature ratio at t= 2.6400E+00 seconds is:  4.2539E-02
 % MHDEQ: TG1= 2.635000000000093 ; TG2= 2.6400000000000929

 *** 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     -2.985E+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  1.5381E+00  0.0000E+00  3.1839E-01  0.0000E+00  1.6653E+00  2.3379E-01
    1   0  5.4192E-01 -7.8421E-02 -7.8421E-02  7.6825E-01
    2   0  8.7594E-02 -1.9016E-02  2.5903E-02 -4.0117E-02
    3   0 -8.8413E-03  1.4230E-02 -3.1791E-03  1.2441E-02
    4   0 -2.2812E-03 -6.0398E-03 -4.2398E-03  1.2719E-03
    5   0  4.3086E-03  3.5441E-04  1.5581E-03 -2.9485E-03
    6   0 -1.9528E-03  6.6951E-04  6.5501E-04  1.0463E-03
    7   0  2.5698E-04 -4.8559E-04 -6.4080E-04  5.8514E-04
    8   0  1.6321E-04  1.0767E-04 -2.7008E-06 -4.6181E-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  3.04E-01  1.19E-01  6.20E-02  4.63E-03  5.51E-04  1.10E+00  1.665E+00  2.338E-01 3.68607E+01 7.01E-03  1.000   1.12   0.86
  100  1.24E-05  6.55E-06  9.98E-07  1.81E-09  2.26E-09  1.10E+00  1.649E+00  2.417E-01 3.38163E+01 7.80E-03  1.000   1.12   1.03
  126  9.59E-07  3.98E-07  1.70E-07  1.18E-10  2.46E-10  1.10E+00  1.657E+00  2.381E-01 3.38155E+01 7.83E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.557E-07 d(ln R0)/dt =  1.114E-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  8.79E-02  1.10E-01  2.20E-05  1.64E-09  3.14E-09  1.10E+00  1.657E+00  2.380E-01 3.38155E+01 7.83E-03  1.000   1.12   1.05
  100  1.95E-04  7.79E-05  2.86E-07  4.74E-11  1.99E-10  5.11E-01  1.658E+00  2.370E-01 3.76905E+01 7.03E-03  1.055   1.12   1.11
  200  1.73E-05  6.83E-06  4.36E-08  4.11E-11  8.50E-12  5.11E-01  1.660E+00  2.340E-01 3.58571E+01 7.39E-03  1.030   1.12   1.11
  300  2.36E-06  1.05E-06  1.32E-08  9.50E-13  1.14E-12  5.11E-01  1.662E+00  2.339E-01 3.56660E+01 7.44E-03  1.027   1.12   1.12
  400  5.21E-07  2.61E-07  4.92E-09  1.55E-13  2.51E-13  5.11E-01  1.663E+00  2.340E-01 3.51096E+01 7.56E-03  1.019   1.12   1.12
  500  1.67E-07  1.10E-07  1.77E-09  4.96E-14  4.87E-14  5.11E-01  1.663E+00  2.339E-01 3.45505E+01 7.68E-03  1.011   1.12   1.12
  600  8.63E-08  3.41E-08  6.34E-10  2.12E-14  1.19E-14  5.11E-01  1.664E+00  2.339E-01 3.41332E+01 7.78E-03  1.005   1.12   1.12
  700  4.06E-08  1.88E-08  2.65E-10  2.09E-14  5.20E-15  5.11E-01  1.664E+00  2.339E-01 3.38185E+01 7.85E-03  1.000   1.12   1.12
  800  1.97E-08  9.30E-09  1.14E-10  3.75E-15  1.51E-15  5.11E-01  1.664E+00  2.338E-01 3.36094E+01 7.90E-03  0.997   1.12   1.12
  900  1.04E-08  4.46E-09  5.04E-11  1.78E-15  6.90E-16  5.11E-01  1.664E+00  2.338E-01 3.34510E+01 7.94E-03  0.995   1.12   1.12
  905  9.73E-09  4.62E-09  4.79E-11  1.68E-15  6.63E-16  5.11E-01  1.664E+00  2.338E-01 3.34429E+01 7.94E-03  0.995   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.02E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.816E-05 d(ln R0)/dt =  5.161E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 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):     0.071682

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1465E+00 SECONDS
   DATA R*BT AT EDGE:  3.5796E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2539E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.635000 TO TG2=    2.640000 @ NSTEP      823
   GFRAME TG2 MOMENTS CHECKSUM:  1.2159519879763E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    823
 TA= 2.63500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 7.19437E-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  ->   40487 -      0 (killed) +  10618 (dep) =  51105 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   5546 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7304 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.010864E+08  2.007977E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.374755E+08  2.374408E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   7.783693E+07  7.782020E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.516577E+07  9.512694E+07
 %ORBALL:  In processor     0: orbit # IORB=  22974 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.825471E+08  1.824458E+08
 %ORBALL:  In processor     0: orbit # IORB=  41584 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41598 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41660 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41726 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42027 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42165 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42241 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42738 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42957 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43054 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43480 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43714 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43793 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45079 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45145 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45184 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45195 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45457 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45788 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46161 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46833 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48284 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48492 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48753 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48919 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49287 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49479 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49827 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49865 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50012 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50848 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51432 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51798 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51800 never inside plasma.
In Processor ,    0 [1] 25339
%MC ptcl counts, specie #1: ORIG=51105 SPL=    0 TOT=40643
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.0458732E-01 -3.4740636E-01  1.4937466E+08  8.6442882E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    833
 TA= 2.64000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 3.21241E-04
  
 TTOR1=  2.6400000000000929
 TTOR2=  2.6500000000000927
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.6400000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.640000E+00 NSTEP=   833 Hash code:  112099408
 ->PRGCHK: bdy curvature ratio at t= 2.6450E+00 seconds is:  4.2549E-02
 % MHDEQ: TG1= 2.6400000000000929 ; TG2= 2.6450000000000928

 *** 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     -2.988E+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  1.5382E+00  0.0000E+00  3.1773E-01  0.0000E+00  1.6641E+00  2.3380E-01
    1   0  5.4213E-01 -7.8192E-02 -7.8192E-02  7.6814E-01
    2   0  8.7282E-02 -1.9012E-02  2.5923E-02 -4.0542E-02
    3   0 -8.8376E-03  1.4163E-02 -3.1307E-03  1.2529E-02
    4   0 -2.2587E-03 -6.0312E-03 -4.2759E-03  1.2671E-03
    5   0  4.3255E-03  3.5571E-04  1.5571E-03 -2.9994E-03
    6   0 -1.9579E-03  6.5650E-04  6.6684E-04  1.0580E-03
    7   0  2.5672E-04 -4.8384E-04 -6.5044E-04  6.0744E-04
    8   0  1.5991E-04  1.0425E-04 -7.1091E-06 -4.7080E-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  2.99E-01  1.16E-01  6.12E-02  4.63E-03  5.40E-04  1.10E+00  1.664E+00  2.338E-01 3.69009E+01 6.94E-03  1.000   1.12   0.87
  100  1.09E-05  5.93E-06  9.29E-07  1.75E-09  2.08E-09  1.10E+00  1.648E+00  2.412E-01 3.38794E+01 7.71E-03  1.000   1.12   1.03
  126  8.65E-07  3.71E-07  1.64E-07  1.16E-10  2.63E-10  1.10E+00  1.656E+00  2.376E-01 3.38786E+01 7.74E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.544E-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  8.50E-02  1.06E-01  2.14E-05  1.71E-09  3.14E-09  1.10E+00  1.656E+00  2.375E-01 3.38786E+01 7.75E-03  1.000   1.12   1.05
  100  1.05E-04  2.63E-05  1.70E-07  6.08E-11  1.86E-10  5.11E-01  1.657E+00  2.367E-01 3.70027E+01 7.10E-03  1.045   1.12   1.11
  200  1.44E-05  7.99E-06  4.10E-08  3.64E-11  8.54E-12  5.11E-01  1.659E+00  2.335E-01 3.55202E+01 7.40E-03  1.024   1.12   1.11
  300  1.57E-06  7.31E-07  1.30E-08  9.76E-13  1.07E-12  5.11E-01  1.662E+00  2.334E-01 3.52428E+01 7.46E-03  1.020   1.12   1.12
  400  4.05E-07  2.15E-07  4.64E-09  1.45E-13  2.46E-13  5.11E-01  1.662E+00  2.336E-01 3.47017E+01 7.58E-03  1.012   1.12   1.12
  500  1.56E-07  6.79E-08  1.63E-09  4.95E-14  4.45E-14  5.11E-01  1.663E+00  2.335E-01 3.41496E+01 7.70E-03  1.004   1.12   1.12
  600  6.25E-08  2.97E-08  5.81E-10  2.37E-14  1.05E-14  5.11E-01  1.663E+00  2.335E-01 3.37471E+01 7.79E-03  0.998   1.12   1.12
  700  3.43E-08  1.32E-08  2.49E-10  1.82E-14  5.66E-15  5.11E-01  1.663E+00  2.335E-01 3.34505E+01 7.86E-03  0.994   1.12   1.12
  800  1.81E-08  7.46E-09  1.06E-10  3.39E-15  1.42E-15  5.11E-01  1.663E+00  2.334E-01 3.32493E+01 7.91E-03  0.991   1.12   1.12
  897  9.75E-09  4.41E-09  4.71E-11  1.89E-15  5.11E-16  5.11E-01  1.664E+00  2.334E-01 3.30936E+01 7.95E-03  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.142E-05 d(ln R0)/dt =  5.483E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.053347

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1289E+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:  4.2549E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.640000 TO TG2=    2.645000 @ NSTEP      833
   GFRAME TG2 MOMENTS CHECKSUM:  1.2156920631645E+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=   841 Hash code:   16052835
 ->PRGCHK: bdy curvature ratio at t= 2.6500E+00 seconds is:  4.2567E-02
 % MHDEQ: TG1= 2.6450000000000928 ; TG2= 2.6500000000000927

 *** 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     -2.991E+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  1.5383E+00  0.0000E+00  3.1706E-01  0.0000E+00  1.6636E+00  2.3340E-01
    1   0  5.4233E-01 -7.7962E-02 -7.7962E-02  7.6803E-01
    2   0  8.6970E-02 -1.9007E-02  2.5942E-02 -4.0968E-02
    3   0 -8.8340E-03  1.4097E-02 -3.0824E-03  1.2616E-02
    4   0 -2.2363E-03 -6.0226E-03 -4.3121E-03  1.2623E-03
    5   0  4.3424E-03  3.5702E-04  1.5560E-03 -3.0503E-03
    6   0 -1.9629E-03  6.4350E-04  6.7868E-04  1.0698E-03
    7   0  2.5645E-04 -4.8209E-04 -6.6007E-04  6.2975E-04
    8   0  1.5660E-04  1.0083E-04 -1.1517E-05 -4.7979E-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  2.97E-01  1.15E-01  6.09E-02  4.64E-03  5.35E-04  1.10E+00  1.664E+00  2.334E-01 3.69634E+01 6.85E-03  1.000   1.12   0.87
  100  1.11E-05  6.28E-06  9.08E-07  1.81E-09  2.02E-09  1.10E+00  1.648E+00  2.408E-01 3.39402E+01 7.61E-03  1.000   1.12   1.03
  126  8.79E-07  3.75E-07  1.64E-07  1.22E-10  2.65E-10  1.10E+00  1.655E+00  2.373E-01 3.39394E+01 7.64E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.632E-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  8.31E-02  1.05E-01  2.12E-05  1.71E-09  3.17E-09  1.10E+00  1.656E+00  2.372E-01 3.39395E+01 7.64E-03  1.000   1.12   1.05
  100  1.03E-04  2.68E-05  1.70E-07  6.49E-11  1.89E-10  5.11E-01  1.656E+00  2.364E-01 3.69771E+01 7.02E-03  1.043   1.12   1.10
  200  1.41E-05  7.90E-06  4.13E-08  3.26E-11  8.59E-12  5.11E-01  1.659E+00  2.331E-01 3.54346E+01 7.33E-03  1.022   1.12   1.11
  300  1.58E-06  7.44E-07  1.30E-08  9.45E-13  1.05E-12  5.11E-01  1.661E+00  2.330E-01 3.51477E+01 7.40E-03  1.018   1.12   1.12
  400  3.99E-07  2.21E-07  4.65E-09  1.41E-13  2.39E-13  5.11E-01  1.662E+00  2.332E-01 3.46087E+01 7.51E-03  1.010   1.12   1.12
  500  1.55E-07  6.87E-08  1.63E-09  5.15E-14  4.27E-14  5.11E-01  1.662E+00  2.331E-01 3.40777E+01 7.63E-03  1.002   1.12   1.12
  600  6.23E-08  3.03E-08  5.73E-10  2.54E-14  9.93E-15  5.11E-01  1.663E+00  2.331E-01 3.36743E+01 7.72E-03  0.996   1.12   1.12
  700  3.37E-08  1.31E-08  2.48E-10  1.70E-14  5.76E-15  5.11E-01  1.663E+00  2.331E-01 3.33774E+01 7.79E-03  0.992   1.12   1.12
  800  1.78E-08  7.20E-09  1.06E-10  3.43E-15  1.34E-15  5.11E-01  1.663E+00  2.330E-01 3.31762E+01 7.84E-03  0.989   1.12   1.12
  897  9.83E-09  4.43E-09  4.74E-11  1.80E-15  4.63E-16  5.11E-01  1.663E+00  2.330E-01 3.30231E+01 7.87E-03  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.009E-05 d(ln R0)/dt =  5.306E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.052295

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1309E+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:  4.2567E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.645000 TO TG2=    2.650000 @ NSTEP      841
   GFRAME TG2 MOMENTS CHECKSUM:  1.2153253496507E+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  ->   40643 -      0 (killed) +  10547 (dep) =  51190 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2908 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5153 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6026 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  10854 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17742 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19972 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21620 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25998 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31903 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32878 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.810142E+08  1.810075E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.503326E+08  2.499929E+08
 %ORBALL:  In processor     0: orbit # IORB=  36997 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41696 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41714 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41848 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42025 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43274 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43565 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44041 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44133 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44333 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44478 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44677 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  44922 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45110 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45492 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45572 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45719 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45800 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45839 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46837 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46932 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47278 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47649 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48281 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48337 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.963205E+08  1.962321E+08
 %ORBALL:  In processor     0: orbit # IORB=  48508 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48680 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49747 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49752 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.881095E+08  1.880375E+08
 %ORBALL:  In processor     0: orbit # IORB=  49942 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50081 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50218 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50985 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51215 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51862 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51190 SPL=    0 TOT=40955
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.7777228E-01 -2.4181641E+00  2.6424224E+08  7.7901627E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    845
 TA= 2.65000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.45671E-03
  
 TTOR1=  2.6500000000000927
 TTOR2=  2.6600000000000925
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.650000E+00 NSTEP=   845 Hash code:   39363076
 ->PRGCHK: bdy curvature ratio at t= 2.6550E+00 seconds is:  4.2423E-02
 % MHDEQ: TG1= 2.6500000000000927 ; TG2= 2.6550000000000926

 *** 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     -2.998E+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  1.5383E+00  0.0000E+00  3.1643E-01  0.0000E+00  1.6631E+00  2.3299E-01
    1   0  5.4240E-01 -7.7809E-02 -7.7809E-02  7.6816E-01
    2   0  8.6981E-02 -1.9076E-02  2.6077E-02 -4.1274E-02
    3   0 -8.7764E-03  1.4111E-02 -3.0858E-03  1.2732E-02
    4   0 -2.2569E-03 -6.0267E-03 -4.3444E-03  1.2938E-03
    5   0  4.3437E-03  3.7158E-04  1.5912E-03 -3.0556E-03
    6   0 -1.9543E-03  6.3634E-04  6.8538E-04  1.0820E-03
    7   0  2.4220E-04 -4.4765E-04 -6.5103E-04  6.4137E-04
    8   0  1.5693E-04  9.6097E-05 -6.2230E-06 -4.7373E-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  2.95E-01  1.15E-01  6.07E-02  4.65E-03  5.34E-04  1.10E+00  1.663E+00  2.330E-01 3.71201E+01 6.75E-03  1.000   1.12   0.87
  100  1.21E-05  7.17E-06  9.51E-07  1.78E-09  1.99E-09  1.10E+00  1.648E+00  2.402E-01 3.40930E+01 7.49E-03  1.000   1.12   1.03
  126  9.28E-07  3.92E-07  1.67E-07  1.23E-10  2.59E-10  1.10E+00  1.655E+00  2.368E-01 3.40922E+01 7.52E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.598E-07 d(ln R0)/dt =  1.131E-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  8.27E-02  1.05E-01  2.12E-05  1.71E-09  3.17E-09  1.10E+00  1.655E+00  2.367E-01 3.40923E+01 7.52E-03  1.000   1.12   1.05
  100  1.00E-04  3.22E-05  1.86E-07  6.51E-11  1.88E-10  5.11E-01  1.656E+00  2.358E-01 3.70727E+01 6.92E-03  1.042   1.12   1.10
  200  1.37E-05  5.02E-06  4.01E-08  2.64E-11  8.07E-12  5.11E-01  1.658E+00  2.326E-01 3.53620E+01 7.26E-03  1.018   1.12   1.11
  300  1.52E-06  6.48E-07  1.28E-08  8.88E-13  9.99E-13  5.11E-01  1.661E+00  2.324E-01 3.50502E+01 7.33E-03  1.014   1.12   1.12
  400  4.39E-07  2.08E-07  4.58E-09  1.41E-13  2.26E-13  5.11E-01  1.661E+00  2.327E-01 3.45241E+01 7.44E-03  1.006   1.12   1.12
  500  1.39E-07  7.22E-08  1.60E-09  4.77E-14  4.14E-14  5.11E-01  1.662E+00  2.325E-01 3.40187E+01 7.56E-03  0.999   1.12   1.12
  600  6.60E-08  2.86E-08  5.59E-10  2.49E-14  1.03E-14  5.11E-01  1.662E+00  2.326E-01 3.36156E+01 7.65E-03  0.993   1.12   1.12
  700  3.36E-08  1.33E-08  2.40E-10  1.47E-14  5.57E-15  5.11E-01  1.662E+00  2.326E-01 3.33198E+01 7.71E-03  0.989   1.12   1.12
  800  1.79E-08  7.23E-09  1.03E-10  3.26E-15  1.32E-15  5.11E-01  1.662E+00  2.325E-01 3.31237E+01 7.76E-03  0.986   1.12   1.12
  888  9.84E-09  4.32E-09  5.03E-11  8.26E-16  4.82E-16  5.11E-01  1.663E+00  2.325E-01 3.29907E+01 7.79E-03  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.730E-05 d(ln R0)/dt =  4.903E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.051333

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1240E+00 SECONDS
   DATA R*BT AT EDGE:  3.5912E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2423E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.650000 TO TG2=    2.655000 @ NSTEP      845
   GFRAME TG2 MOMENTS CHECKSUM:  1.2150455130156E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.655000E+00 NSTEP=   851 Hash code:   85626615
 ->PRGCHK: bdy curvature ratio at t= 2.6600E+00 seconds is:  4.2281E-02
 % MHDEQ: TG1= 2.6550000000000926 ; TG2= 2.6600000000000925

 *** 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     -3.005E+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  1.5382E+00  0.0000E+00  3.1580E-01  0.0000E+00  1.6626E+00  2.3246E-01
    1   0  5.4248E-01 -7.7656E-02 -7.7656E-02  7.6830E-01
    2   0  8.6992E-02 -1.9145E-02  2.6213E-02 -4.1579E-02
    3   0 -8.7188E-03  1.4124E-02 -3.0891E-03  1.2847E-02
    4   0 -2.2775E-03 -6.0308E-03 -4.3766E-03  1.3252E-03
    5   0  4.3451E-03  3.8614E-04  1.6264E-03 -3.0610E-03
    6   0 -1.9456E-03  6.2919E-04  6.9209E-04  1.0942E-03
    7   0  2.2795E-04 -4.1321E-04 -6.4198E-04  6.5299E-04
    8   0  1.5725E-04  9.1364E-05 -9.2864E-07 -4.6767E-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  2.94E-01  1.15E-01  6.06E-02  4.66E-03  5.34E-04  1.10E+00  1.663E+00  2.325E-01 3.72811E+01 6.54E-03  1.000   1.12   0.87
  100  1.31E-05  8.07E-06  9.91E-07  1.75E-09  1.93E-09  1.10E+00  1.647E+00  2.396E-01 3.42482E+01 7.26E-03  1.000   1.12   1.03
  126  9.93E-07  4.18E-07  1.71E-07  1.24E-10  2.51E-10  1.10E+00  1.654E+00  2.363E-01 3.42475E+01 7.28E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.549E-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  8.21E-02  1.05E-01  2.12E-05  1.71E-09  3.16E-09  1.10E+00  1.654E+00  2.362E-01 3.42476E+01 7.29E-03  1.000   1.12   1.05
  100  9.12E-05  5.58E-05  2.16E-07  6.24E-11  1.91E-10  5.11E-01  1.655E+00  2.353E-01 3.73210E+01 6.69E-03  1.044   1.12   1.10
  200  1.09E-05  3.91E-06  3.82E-08  2.23E-11  8.08E-12  5.11E-01  1.658E+00  2.321E-01 3.54680E+01 7.05E-03  1.018   1.12   1.10
  300  1.59E-06  6.45E-07  1.27E-08  8.43E-13  9.51E-13  5.11E-01  1.660E+00  2.320E-01 3.51641E+01 7.11E-03  1.013   1.12   1.12
  400  4.31E-07  1.85E-07  4.52E-09  1.43E-13  2.11E-13  5.11E-01  1.660E+00  2.322E-01 3.46492E+01 7.22E-03  1.006   1.12   1.12
  500  1.44E-07  7.55E-08  1.58E-09  4.56E-14  4.46E-14  5.11E-01  1.661E+00  2.320E-01 3.41613E+01 7.32E-03  0.999   1.12   1.12
  600  6.26E-08  2.95E-08  5.50E-10  2.34E-14  9.34E-15  5.11E-01  1.661E+00  2.321E-01 3.37560E+01 7.41E-03  0.993   1.12   1.12
  700  3.32E-08  1.39E-08  2.34E-10  1.29E-14  5.95E-15  5.11E-01  1.662E+00  2.321E-01 3.34607E+01 7.48E-03  0.989   1.12   1.12
  800  1.70E-08  7.16E-09  1.01E-10  2.99E-15  1.19E-15  5.11E-01  1.662E+00  2.320E-01 3.32688E+01 7.52E-03  0.986   1.12   1.12
  886  9.78E-09  4.33E-09  5.12E-11  7.52E-16  4.77E-16  5.11E-01  1.662E+00  2.320E-01 3.31449E+01 7.55E-03  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.546E-05 d(ln R0)/dt =  4.480E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.080253

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1309E+00 SECONDS
   DATA R*BT AT EDGE:  3.5982E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2281E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.655000 TO TG2=    2.660000 @ NSTEP      851
   GFRAME TG2 MOMENTS CHECKSUM:  1.2146260559071E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    851
 TA= 2.65500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.15132E-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  ->   40955 -      0 (killed) +  10505 (dep) =  51460 ptcls.
  ORBALL... 
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0016E+00
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0082E+00
 %ORBALL:  In processor     0: orbit # IORB=  13188 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14101 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.076481E+08  2.076259E+08
 %ORBALL:  In processor     0: orbit # IORB=  20367 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.591613E+08  2.589344E+08
 %ORBALL:  In processor     0: orbit # IORB=  32426 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.261699E+08  1.261022E+08
 %ORBALL:  In processor     0: orbit # IORB=  40654 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41311 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41635 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41892 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42790 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43014 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43215 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43282 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43474 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43592 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43612 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43698 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43834 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43884 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44168 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44301 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44655 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44737 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45110 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45412 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45826 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45914 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46147 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46814 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46905 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47078 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47192 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47219 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47390 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47747 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47783 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47918 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48217 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49028 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49136 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49193 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50027 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50168 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50720 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50872 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51148 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51293 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51452 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51584 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51652 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52072 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51460 SPL=    0 TOT=41356
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.8493043E-01  2.1667029E+00  2.6210554E+08 -9.3391432E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    857
 TA= 2.66000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 6.11257E-04
  
 TTOR1=  2.6600000000000925
 TTOR2=  2.6700000000000923
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.660000E+00 NSTEP=   857 Hash code:   57600175
 ->PRGCHK: bdy curvature ratio at t= 2.6650E+00 seconds is:  4.2503E-02
 % MHDEQ: TG1= 2.6600000000000925 ; TG2= 2.6650000000000924

 *** 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     -2.993E+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  1.5385E+00  0.0000E+00  3.1931E-01  0.0000E+00  1.6617E+00  2.3199E-01
    1   0  5.4255E-01 -7.8231E-02 -7.8231E-02  7.6745E-01
    2   0  8.7498E-02 -1.9072E-02  2.6271E-02 -4.0245E-02
    3   0 -8.7707E-03  1.4321E-02 -3.2500E-03  1.2753E-02
    4   0 -2.3044E-03 -6.0354E-03 -4.3561E-03  1.2806E-03
    5   0  4.3098E-03  3.9794E-04  1.6191E-03 -2.9536E-03
    6   0 -1.9219E-03  6.3156E-04  6.4146E-04  1.0841E-03
    7   0  2.3395E-04 -4.4305E-04 -6.2974E-04  6.1498E-04
    8   0  1.1483E-04  1.1403E-04  2.2579E-05 -3.9109E-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  2.97E-01  1.24E-01  6.12E-02  4.58E-03  6.07E-04  1.10E+00  1.662E+00  2.320E-01 3.69455E+01 6.41E-03  1.000   1.12   0.86
  100  8.69E-06  5.52E-06  8.78E-07  1.48E-09  2.00E-09  1.10E+00  1.648E+00  2.429E-01 3.40121E+01 7.11E-03  1.000   1.12   1.02
  125  9.45E-07  4.12E-07  1.56E-07  1.99E-10  1.92E-10  1.10E+00  1.655E+00  2.397E-01 3.40113E+01 7.13E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.889E-07 d(ln R0)/dt =  1.183E-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  7.87E-02  9.59E-02  1.95E-05  1.51E-09  3.05E-09  1.10E+00  1.655E+00  2.396E-01 3.40114E+01 7.14E-03  1.000   1.12   1.04
  100  8.77E-05  7.32E-05  2.24E-07  5.72E-11  1.89E-10  5.11E-01  1.656E+00  2.387E-01 3.80498E+01 6.39E-03  1.057   1.12   1.11
  200  7.48E-06  5.46E-06  3.59E-08  2.63E-11  9.00E-12  5.11E-01  1.658E+00  2.357E-01 3.60003E+01 6.75E-03  1.029   1.12   1.10
  300  1.60E-06  7.16E-07  1.22E-08  9.64E-13  9.79E-13  5.11E-01  1.660E+00  2.356E-01 3.58954E+01 6.78E-03  1.027   1.12   1.12
  400  3.67E-07  1.59E-07  4.33E-09  1.42E-13  2.17E-13  5.11E-01  1.660E+00  2.358E-01 3.53756E+01 6.88E-03  1.020   1.12   1.12
  500  1.46E-07  6.72E-08  1.53E-09  4.98E-14  4.35E-14  5.11E-01  1.661E+00  2.356E-01 3.48565E+01 6.98E-03  1.012   1.12   1.12
  600  5.50E-08  2.86E-08  5.32E-10  2.42E-14  9.46E-15  5.11E-01  1.661E+00  2.357E-01 3.44429E+01 7.07E-03  1.006   1.12   1.12
  700  3.01E-08  1.35E-08  2.19E-10  1.24E-14  6.03E-15  5.11E-01  1.661E+00  2.357E-01 3.41467E+01 7.13E-03  1.002   1.12   1.12
  800  1.52E-08  6.61E-09  9.38E-11  2.49E-15  1.20E-15  5.11E-01  1.662E+00  2.356E-01 3.39530E+01 7.17E-03  0.999   1.12   1.12
  865  9.96E-09  4.50E-09  5.57E-11  6.86E-16  5.02E-16  5.11E-01  1.662E+00  2.356E-01 3.38587E+01 7.19E-03  0.998   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.000E-05 d(ln R0)/dt =  4.753E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.062569

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0703E+00 SECONDS
   DATA R*BT AT EDGE:  3.5881E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2503E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.660000 TO TG2=    2.665000 @ NSTEP      857
   GFRAME TG2 MOMENTS CHECKSUM:  1.2161353387166E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    857
 TA= 2.66000E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 6.11257E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    858
 TA= 2.66018E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 2.30250E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    868
 TA= 2.66198E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 2.20334E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    878
 TA= 2.66370E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 2.10724E-04
 --> plasma_hash("gframe"): TA= 2.665000E+00 NSTEP=   886 Hash code:   99714542
 ->PRGCHK: bdy curvature ratio at t= 2.6700E+00 seconds is:  4.2742E-02
 % MHDEQ: TG1= 2.6650000000000924 ; TG2= 2.6700000000000923

 *** 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     -2.980E+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  1.5388E+00  0.0000E+00  3.2283E-01  0.0000E+00  1.6617E+00  2.3562E-01
    1   0  5.4261E-01 -7.8806E-02 -7.8806E-02  7.6660E-01
    2   0  8.8004E-02 -1.9000E-02  2.6329E-02 -3.8912E-02
    3   0 -8.8225E-03  1.4518E-02 -3.4108E-03  1.2660E-02
    4   0 -2.3313E-03 -6.0400E-03 -4.3356E-03  1.2360E-03
    5   0  4.2745E-03  4.0975E-04  1.6119E-03 -2.8461E-03
    6   0 -1.8982E-03  6.3393E-04  5.9082E-04  1.0740E-03
    7   0  2.3995E-04 -4.7290E-04 -6.1749E-04  5.7697E-04
    8   0  7.2403E-05  1.3669E-04  4.6086E-05 -3.1450E-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  2.92E-01  1.24E-01  6.09E-02  4.49E-03  6.09E-04  1.10E+00  1.662E+00  2.356E-01 3.66178E+01 6.68E-03  1.000   1.12   0.86
  100  7.78E-06  4.85E-06  9.22E-07  1.09E-09  2.02E-09  1.10E+00  1.651E+00  2.455E-01 3.37677E+01 7.40E-03  1.000   1.12   1.03
  125  8.97E-07  3.98E-07  1.58E-07  1.68E-10  2.03E-10  1.10E+00  1.657E+00  2.426E-01 3.37670E+01 7.43E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.672E-07 d(ln R0)/dt =  1.139E-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  9.41E-02  1.90E-05  1.47E-09  2.93E-09  1.10E+00  1.657E+00  2.425E-01 3.37671E+01 7.43E-03  1.000   1.12   1.05
  100  8.55E-05  5.56E-05  2.04E-07  5.46E-11  1.85E-10  5.11E-01  1.658E+00  2.417E-01 3.74968E+01 6.70E-03  1.053   1.12   1.11
  200  1.09E-05  3.96E-06  3.59E-08  3.11E-11  8.13E-12  5.11E-01  1.660E+00  2.387E-01 3.57473E+01 7.03E-03  1.029   1.12   1.11
  300  1.53E-06  6.29E-07  1.20E-08  9.51E-13  9.84E-13  5.11E-01  1.662E+00  2.387E-01 3.56040E+01 7.06E-03  1.027   1.12   1.12
  400  3.93E-07  1.59E-07  4.14E-09  1.42E-13  2.14E-13  5.11E-01  1.663E+00  2.389E-01 3.50942E+01 7.16E-03  1.019   1.12   1.12
  500  1.21E-07  6.66E-08  1.43E-09  4.32E-14  4.18E-14  5.11E-01  1.663E+00  2.388E-01 3.45640E+01 7.27E-03  1.012   1.12   1.12
  600  5.68E-08  2.54E-08  4.88E-10  2.26E-14  9.66E-15  5.11E-01  1.664E+00  2.388E-01 3.41742E+01 7.36E-03  1.006   1.12   1.12
  700  2.72E-08  1.20E-08  1.98E-10  1.29E-14  5.24E-15  5.11E-01  1.664E+00  2.388E-01 3.38981E+01 7.42E-03  1.002   1.12   1.12
  800  1.34E-08  5.65E-09  8.24E-11  2.33E-15  1.15E-15  5.11E-01  1.664E+00  2.387E-01 3.37209E+01 7.46E-03  0.999   1.12   1.12
  849  9.89E-09  4.40E-09  5.46E-11  8.57E-16  6.14E-16  5.11E-01  1.664E+00  2.387E-01 3.36515E+01 7.47E-03  0.998   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.558E-05 d(ln R0)/dt =  5.516E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 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):     0.065023

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0205E+00 SECONDS
   DATA R*BT AT EDGE:  3.5780E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2742E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.665000 TO TG2=    2.670000 @ NSTEP      886
   GFRAME TG2 MOMENTS CHECKSUM:  1.2185412471440E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    886
 TA= 2.66500E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 2.04206E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    887
 TA= 2.66516E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 2.02505E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    897
 TA= 2.66674E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.93548E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    907
 TA= 2.6682[1] 25883
5E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.84915E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    917
 TA= 2.66970E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 1.76596E-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  ->   41356 -      0 (killed) +  10427 (dep) =  51783 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    951 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9509 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.946778E+08  1.945488E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.318454E+08  2.315862E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.255401E+08  2.254396E+08
 %ORBALL:  In processor     0: orbit # IORB=  36038 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.475338E+08  2.472871E+08
 %ORBALL:  In processor     0: orbit # IORB=  43595 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43813 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44546 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44595 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47398 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47416 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47455 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47838 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48332 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48371 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48406 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48757 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49835 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50858 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50926 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51202 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51242 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51783 SPL=    0 TOT=41263
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.5276251E-01  2.9678172E+00  1.6862991E+08 -3.3379619E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    919
 TA= 2.67000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 2.05318E-04
  
 TTOR1=  2.6700000000000923
 TTOR2=  2.6800000000000921
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.670000E+00 NSTEP=   919 Hash code:   19912187
 ->PRGCHK: bdy curvature ratio at t= 2.6750E+00 seconds is:  4.2692E-02
 % MHDEQ: TG1= 2.6700000000000923 ; TG2= 2.6750000000000922

 *** 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     -2.979E+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  1.5386E+00  0.0000E+00  3.2381E-01  0.0000E+00  1.6641E+00  2.3874E-01
    1   0  5.4237E-01 -7.9040E-02 -7.9040E-02  7.6667E-01
    2   0  8.8161E-02 -1.9197E-02  2.6585E-02 -3.8555E-02
    3   0 -8.8548E-03  1.4471E-02 -3.4715E-03  1.2615E-02
    4   0 -2.3396E-03 -6.0844E-03 -4.3063E-03  1.1989E-03
    5   0  4.2859E-03  3.9009E-04  1.6179E-03 -2.8295E-03
    6   0 -1.8987E-03  6.1661E-04  5.8922E-04  1.0605E-03
    7   0  2.4559E-04 -4.6215E-04 -5.8131E-04  5.6892E-04
    8   0  7.8577E-05  1.5122E-04  6.0181E-05 -3.0872E-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  2.95E-01  1.20E-01  6.13E-02  4.51E-03  5.62E-04  1.10E+00  1.664E+00  2.387E-01 3.66635E+01 6.88E-03  1.000   1.12   0.87
  100  7.66E-06  4.35E-06  8.72E-07  1.27E-09  1.97E-09  1.10E+00  1.651E+00  2.463E-01 3.37447E+01 7.64E-03  1.000   1.12   1.04
  124  9.56E-07  3.58E-07  1.42E-07  3.56E-10  1.49E-10  1.10E+00  1.658E+00  2.432E-01 3.37440E+01 7.67E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.013E-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  7.76E-02  9.40E-02  1.89E-05  1.53E-09  2.90E-09  1.10E+00  1.658E+00  2.431E-01 3.37440E+01 7.67E-03  1.000   1.12   1.06
  100  9.01E-05  5.72E-05  2.08E-07  7.06E-11  2.01E-10  5.11E-01  1.659E+00  2.422E-01 3.66362E+01 7.07E-03  1.042   1.12   1.11
  200  1.10E-05  3.92E-06  3.64E-08  2.13E-11  8.05E-12  5.11E-01  1.662E+00  2.389E-01 3.48409E+01 7.44E-03  1.016   1.12   1.11
  300  1.74E-06  6.88E-07  1.22E-08  7.54E-13  9.58E-13  5.11E-01  1.664E+00  2.388E-01 3.44939E+01 7.52E-03  1.011   1.12   1.12
  400  3.99E-07  1.65E-07  4.17E-09  1.42E-13  2.05E-13  5.11E-01  1.665E+00  2.390E-01 3.39914E+01 7.64E-03  1.004   1.12   1.12
  500  1.30E-07  7.14E-08  1.41E-09  4.26E-14  3.93E-14  5.11E-01  1.665E+00  2.389E-01 3.35263E+01 7.74E-03  0.997   1.12   1.12
  600  5.68E-08  2.47E-08  4.65E-10  2.21E-14  8.61E-15  5.11E-01  1.666E+00  2.389E-01 3.31543E+01 7.83E-03  0.991   1.12   1.12
  700  2.55E-08  1.14E-08  1.89E-10  9.64E-15  5.32E-15  5.11E-01  1.666E+00  2.389E-01 3.28902E+01 7.89E-03  0.987   1.12   1.12
  800  1.28E-08  5.33E-09  7.87E-11  2.76E-15  1.16E-15  5.11E-01  1.666E+00  2.388E-01 3.27219E+01 7.93E-03  0.985   1.12   1.12
  839  9.75E-09  4.52E-09  5.68E-11  1.41E-15  7.51E-16  5.11E-01  1.666E+00  2.388E-01 3.26683E+01 7.95E-03  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.658E-05 d(ln R0)/dt =  6.076E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.98 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):     0.067135

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  1.9990E+00 SECONDS
   DATA R*BT AT EDGE:  3.5778E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2692E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.670000 TO TG2=    2.675000 @ NSTEP      919
   GFRAME TG2 MOMENTS CHECKSUM:  1.2195554524771E+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=   928 Hash code:   33726888
 ->PRGCHK: bdy curvature ratio at t= 2.6800E+00 seconds is:  4.2642E-02
 % MHDEQ: TG1= 2.6750000000000922 ; TG2= 2.6800000000000921

 *** 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     1.111E+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  3.2479E-01  0.0000E+00  1.6660E+00  2.3884E-01
    1   0  5.4213E-01 -7.9273E-02 -7.9273E-02  7.6673E-01
    2   0  8.8318E-02 -1.9394E-02  2.6841E-02 -3.8198E-02
    3   0 -8.8870E-03  1.4423E-02 -3.5322E-03  1.2571E-02
    4   0 -2.3479E-03 -6.1288E-03 -4.2770E-03  1.1617E-03
    5   0  4.2973E-03  3.7044E-04  1.6239E-03 -2.8129E-03
    6   0 -1.8992E-03  5.9929E-04  5.8761E-04  1.0469E-03
    7   0  2.5122E-04 -4.5139E-04 -5.4514E-04  5.6086E-04
    8   0  8.4750E-05  1.6576E-04  7.4277E-05 -3.0293E-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  3.03E-01  1.24E-01  6.25E-02  4.54E-03  5.67E-04  1.10E+00  1.666E+00  2.388E-01 3.67070E+01 6.90E-03  1.000   1.11   0.87
  100  1.37E-05  7.24E-06  1.31E-06  1.14E-09  2.59E-09  1.10E+00  1.652E+00  2.467E-01 3.37235E+01 7.67E-03  1.000   1.11   1.04
  126  8.98E-07  3.76E-07  1.60E-07  1.08E-10  2.48E-10  1.10E+00  1.658E+00  2.435E-01 3.37229E+01 7.69E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.103E-07 d(ln R0)/dt =  9.890E-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  8.46E-02  1.05E-01  2.07E-05  1.53E-09  2.83E-09  1.10E+00  1.659E+00  2.434E-01 3.37229E+01 7.70E-03  1.000   1.11   1.06
  100  8.86E-05  4.24E-05  1.70E-07  6.13E-11  1.71E-10  5.11E-01  1.659E+00  2.426E-01 3.60308E+01 7.21E-03  1.033   1.11   1.10
  200  1.41E-05  9.63E-06  3.77E-08  2.72E-11  7.92E-12  5.11E-01  1.662E+00  2.395E-01 3.46782E+01 7.49E-03  1.014   1.11   1.10
  300  1.48E-06  8.22E-07  1.23E-08  7.69E-13  1.00E-12  5.11E-01  1.664E+00  2.393E-01 3.42652E+01 7.59E-03  1.008   1.11   1.11
  400  4.87E-07  2.08E-07  4.24E-09  1.41E-13  2.08E-13  5.11E-01  1.665E+00  2.396E-01 3.37519E+01 7.71E-03  1.000   1.11   1.11
  500  1.42E-07  5.87E-08  1.41E-09  4.25E-14  4.15E-14  5.11E-01  1.665E+00  2.394E-01 3.32676E+01 7.82E-03  0.993   1.11   1.11
  600  6.60E-08  2.85E-08  4.80E-10  2.06E-14  9.17E-15  5.11E-01  1.665E+00  2.395E-01 3.29000E+01 7.91E-03  0.988   1.11   1.11
  700  2.84E-08  1.21E-08  1.96E-10  1.16E-14  4.26E-15  5.11E-01  1.666E+00  2.395E-01 3.26351E+01 7.97E-03  0.984   1.11   1.11
  800  1.48E-08  6.32E-09  8.32E-11  3.27E-15  1.26E-15  5.11E-01  1.666E+00  2.394E-01 3.24632E+01 8.01E-03  0.981   1.11   1.11
  847  9.91E-09  4.28E-09  5.38E-11  7.32E-16  5.54E-16  5.11E-01  1.666E+00  2.394E-01 3.23990E+01 8.03E-03  0.980   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.600E-05 d(ln R0)/dt =  5.921E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.01 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.093445

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0273E+00 SECONDS
   DATA R*BT AT EDGE:  3.5777E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2642E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.675000 TO TG2=    2.680000 @ NSTEP      928
   GFRAME TG2 MOMENTS CHECKSUM:  1.2198254507946E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    928
 TA= 2.67500E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.22379E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1  underweight particles.
 %DEPALL specie #1  ->   41263 -      0 (killed) +  10434 (dep) =  51697 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   6309 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9250 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.633794E+08  1.633321E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.262012E+07  8.257535E+07
 %ORBALL:  In processor     0: orbit # IORB=  19624 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36526 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39672 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42321 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42717 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43313 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43582 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43731 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44297 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44480 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44532 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44938 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45260 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45455 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47084 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.777704E+08  2.776258E+08
 %ORBALL:  In processor     0: orbit # IORB=  47856 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48142 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48728 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48861 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48923 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49105 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49135 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49498 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49883 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50311 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50740 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51080 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51468 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51855 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51697 SPL=    0 TOT=41306
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.9408035E-01  2.8707321E+00  1.2462337E+08  7.6826248E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    932
 TA= 2.68000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.07018E-03
  
 TTOR1=  2.6800000000000921
 TTOR2=  2.6900000000000919
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.680000E+00 NSTEP=   932 Hash code:   65325135
 ->PRGCHK: bdy curvature ratio at t= 2.6850E+00 seconds is:  4.2526E-02
 % MHDEQ: TG1= 2.6800000000000921 ; TG2= 2.685000000000092

 *** 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     -2.980E+00     1.110E+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  3.2428E-01  0.0000E+00  1.6658E+00  2.3938E-01
    1   0  5.4217E-01 -7.9259E-02 -7.9259E-02  7.6711E-01
    2   0  8.8386E-02 -1.9476E-02  2.6938E-02 -3.8362E-02
    3   0 -8.8418E-03  1.4348E-02 -3.5113E-03  1.2507E-02
    4   0 -2.3765E-03 -6.1285E-03 -4.2584E-03  1.1592E-03
    5   0  4.3077E-03  3.6455E-04  1.6413E-03 -2.8138E-03
    6   0 -1.9120E-03  6.0135E-04  5.9347E-04  1.0448E-03
    7   0  2.4854E-04 -4.4251E-04 -5.4961E-04  5.4992E-04
    8   0  1.0269E-04  1.4978E-04  6.2368E-05 -3.2764E-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  2.99E-01  1.20E-01  6.20E-02  4.54E-03  5.46E-04  1.10E+00  1.666E+00  2.394E-01 3.67324E+01 6.91E-03  1.000   1.11   0.86
  100  1.38E-05  7.13E-06  1.31E-06  1.15E-09  2.46E-09  1.10E+00  1.652E+00  2.461E-01 3.37544E+01 7.68E-03  1.000   1.11   1.03
  126  9.25E-07  3.82E-07  1.62E-07  1.10E-10  2.51E-10  1.10E+00  1.658E+00  2.429E-01 3.37537E+01 7.71E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.160E-07 d(ln R0)/dt =  1.002E-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  8.86E-02  1.07E-01  2.11E-05  1.57E-09  2.87E-09  1.10E+00  1.658E+00  2.428E-01 3.37538E+01 7.71E-03  1.000   1.11   1.05
  100  9.08E-05  4.29E-05  1.74E-07  6.05E-11  1.73E-10  5.11E-01  1.659E+00  2.421E-01 3.62245E+01 7.19E-03  1.036   1.11   1.10
  200  1.44E-05  9.92E-06  3.81E-08  2.91E-11  8.06E-12  5.11E-01  1.661E+00  2.389E-01 3.48882E+01 7.47E-03  1.017   1.11   1.10
  300  1.55E-06  8.25E-07  1.25E-08  8.05E-13  1.03E-12  5.11E-01  1.664E+00  2.387E-01 3.44852E+01 7.56E-03  1.011   1.11   1.11
  400  5.07E-07  2.07E-07  4.37E-09  1.45E-13  2.12E-13  5.11E-01  1.664E+00  2.390E-01 3.39657E+01 7.68E-03  1.003   1.11   1.11
  500  1.47E-07  5.92E-08  1.47E-09  4.42E-14  4.35E-14  5.11E-01  1.665E+00  2.388E-01 3.34657E+01 7.80E-03  0.996   1.11   1.11
  600  6.99E-08  2.91E-08  5.06E-10  2.04E-14  9.53E-15  5.11E-01  1.665E+00  2.389E-01 3.30915E+01 7.89E-03  0.990   1.11   1.11
  700  2.96E-08  1.29E-08  2.07E-10  1.23E-14  4.46E-15  5.11E-01  1.665E+00  2.389E-01 3.28209E+01 7.95E-03  0.986   1.11   1.11
  800  1.56E-08  6.62E-09  8.86E-11  3.32E-15  1.32E-15  5.11E-01  1.665E+00  2.388E-01 3.26447E+01 7.99E-03  0.984   1.11   1.11
  857  9.83E-09  4.51E-09  5.25E-11  8.16E-16  5.20E-16  5.11E-01  1.665E+00  2.388E-01 3.25662E+01 8.01E-03  0.982   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.822E-05 d(ln R0)/dt =  5.669E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.096298

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0684E+00 SECONDS
   DATA R*BT AT EDGE:  3.5784E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2526E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.680000 TO TG2=    2.685000 @ NSTEP      932
   GFRAME TG2 MOMENTS CHECKSUM:  1.2194245032854E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.685000E+00 NSTEP=   939 Hash code:   87603963
 ->PRGCHK: bdy curvature ratio at t= 2.6900E+00 seconds is:  4.2411E-02
 % MHDEQ: TG1= 2.685000000000092 ; TG2= 2.6900000000000919

 *** 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     -2.982E+00     1.109E+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  3.2377E-01  0.0000E+00  1.6654E+00  2.3878E-01
    1   0  5.4222E-01 -7.9244E-02 -7.9244E-02  7.6748E-01
    2   0  8.8453E-02 -1.9558E-02  2.7034E-02 -3.8526E-02
    3   0 -8.7965E-03  1.4272E-02 -3.4904E-03  1.2443E-02
    4   0 -2.4051E-03 -6.1283E-03 -4.2398E-03  1.1566E-03
    5   0  4.3180E-03  3.5866E-04  1.6588E-03 -2.8146E-03
    6   0 -1.9247E-03  6.0341E-04  5.9932E-04  1.0428E-03
    7   0  2.4587E-04 -4.3363E-04 -5.5408E-04  5.3898E-04
    8   0  1.2063E-04  1.3380E-04  5.0460E-05 -3.5235E-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  2.97E-01  1.19E-01  6.18E-02  4.53E-03  5.43E-04  1.10E+00  1.665E+00  2.388E-01 3.67527E+01 6.92E-03  1.000   1.11   0.86
  100  1.35E-05  6.94E-06  1.31E-06  1.15E-09  2.35E-09  1.10E+00  1.651E+00  2.455E-01 3.37863E+01 7.68E-03  1.000   1.11   1.03
  126  9.26E-07  3.86E-07  1.61E-07  1.13E-10  2.55E-10  1.10E+00  1.658E+00  2.423E-01 3.37856E+01 7.71E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.192E-07 d(ln R0)/dt =  9.972E-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  8.92E-02  1.06E-01  2.09E-05  1.56E-09  2.87E-09  1.10E+00  1.658E+00  2.422E-01 3.37857E+01 7.71E-03  1.000   1.11   1.05
  100  1.93E-04  5.13E-05  2.27E-07  5.35E-11  1.78E-10  5.11E-01  1.659E+00  2.414E-01 3.66619E+01 7.11E-03  1.041   1.11   1.10
  200  1.53E-05  1.00E-05  4.31E-08  3.07E-11  8.22E-12  5.11E-01  1.661E+00  2.383E-01 3.49907E+01 7.45E-03  1.018   1.11   1.10
  300  2.32E-06  1.00E-06  1.24E-08  7.68E-13  1.09E-12  5.11E-01  1.663E+00  2.382E-01 3.46508E+01 7.53E-03  1.013   1.11   1.11
  400  5.52E-07  2.99E-07  4.52E-09  1.37E-13  2.18E-13  5.11E-01  1.664E+00  2.383E-01 3.41371E+01 7.65E-03  1.005   1.11   1.11
  500  1.81E-07  9.85E-08  1.52E-09  4.89E-14  4.22E-14  5.11E-01  1.664E+00  2.382E-01 3.36435E+01 7.76E-03  0.998   1.11   1.11
  600  9.64E-08  3.62E-08  5.35E-10  2.01E-14  9.94E-15  5.11E-01  1.664E+00  2.383E-01 3.32543E+01 7.85E-03  0.992   1.11   1.11
  700  3.54E-08  1.62E-08  2.17E-10  1.30E-14  4.01E-15  5.11E-01  1.665E+00  2.383E-01 3.29679E+01 7.92E-03  0.988   1.11   1.11
  800  1.70E-08  8.08E-09  9.30E-11  3.53E-15  1.45E-15  5.11E-01  1.665E+00  2.382E-01 3.27874E+01 7.96E-03  0.985   1.11   1.11
  864  9.92E-09  5.09E-09  5.28E-11  3.74E-16  4.95E-16  5.11E-01  1.665E+00  2.382E-01 3.27014E+01 7.98E-03  0.984   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.757E-05 d(ln R0)/dt =  4.882E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 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):     0.076426

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0869E+00 SECONDS
   DATA R*BT AT EDGE:  3.5792E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2411E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.685000 TO TG2=    2.690000 @ NSTEP      939
   GFRAME TG2 MOMENTS CHECKSUM:  1.2190474201926E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    939
 TA= 2.68500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.04810E-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  ->   41306 -      0 (killed) +  10444 (dep) =  51750 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.133029E+07  9.128005E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.254120E+08  1.254083E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.903676E+08  1.903173E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   7.667739E+07  7.658526E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.134415E+08  2.134142E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.251648E+08  1.251363E+08
 %ORBALL:  In processor     0: orbit # IORB=  14207 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32685 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38388 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41979 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42130 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42649 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42840 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43244 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43905 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44634 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44670 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44973 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45158 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45253 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45281 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45473 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45800 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46205 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46322 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46623 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46831 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47135 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47438 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47906 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47914 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48376 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48737 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49015 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49174 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49396 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49826 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49880 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50314 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51302 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51554 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51651 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51828 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52011 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52114 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52294 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52483 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51750 SPL=    0 TOT=41465
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.7104396E-01  1.0859754E-01  1.2906007E+08  4.8745877E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    946
 TA= 2.69000E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 4.69296E-04
  
 TTOR1=  2.6900000000000919
 TTOR2=  2.7000000000000917
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.690000E+00 NSTEP=   946 Hash code:   35308692
 ->PRGCHK: bdy curvature ratio at t= 2.6950E+00 seconds is:  4.2343E-02
 % MHDEQ: TG1= 2.6900000000000919 ; TG2= 2.6950000000000918

 *** 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     -2.983E+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  1.5383E+00  0.0000E+00  3.2273E-01  0.0000E+00  1.6648E+00  2.3817E-01
    1   0  5.4241E-01 -7.9089E-02 -7.9089E-02  7.6774E-01
    2   0  8.8491E-02 -1.9429E-02  2.6839E-02 -3.8811E-02
    3   0 -8.7069E-03  1.4257E-02 -3.4208E-03  1.2363E-02
    4   0 -2.4465E-03 -6.0846E-03 -4.2273E-03  1.1938E-03
    5   0  4.3274E-03  3.6301E-04  1.6569E-03 -2.8191E-03
    6   0 -1.9364E-03  6.2678E-04  6.0403E-04  1.0429E-03
    7   0  2.3496E-04 -4.4206E-04 -5.8531E-04  5.3686E-04
    8   0  1.3887E-04  1.1317E-04  2.8881E-05 -3.8252E-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  2.95E-01  1.18E-01  6.14E-02  4.53E-03  5.40E-04  1.10E+00  1.665E+00  2.382E-01 3.67386E+01 6.92E-03  1.000   1.12   0.86
  100  1.12E-05  5.79E-06  1.13E-06  1.23E-09  2.13E-09  1.10E+00  1.651E+00  2.449E-01 3.37882E+01 7.69E-03  1.000   1.12   1.03
  126  8.68E-07  3.69E-07  1.57E-07  1.24E-10  2.70E-10  1.10E+00  1.657E+00  2.417E-01 3.37875E+01 7.71E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.440E-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  8.82E-02  1.04E-01  2.05E-05  1.55E-09  2.93E-09  1.10E+00  1.657E+00  2.416E-01 3.37876E+01 7.71E-03  1.000   1.12   1.05
  100  1.94E-04  7.59E-05  2.68E-07  5.00E-11  1.94E-10  5.11E-01  1.658E+00  2.407E-01 3.72717E+01 7.00E-03  1.050   1.12   1.10
  200  1.69E-05  7.11E-06  4.16E-08  3.19E-11  8.00E-12  5.11E-01  1.660E+00  2.376E-01 3.54998E+01 7.35E-03  1.025   1.12   1.10
  300  2.45E-06  1.12E-06  1.24E-08  8.25E-13  1.03E-12  5.11E-01  1.662E+00  2.375E-01 3.52457E+01 7.41E-03  1.021   1.12   1.12
  400  5.26E-07  2.70E-07  4.53E-09  1.38E-13  2.32E-13  5.11E-01  1.663E+00  2.377E-01 3.47302E+01 7.52E-03  1.014   1.12   1.12
  500  1.69E-07  1.15E-07  1.56E-09  5.28E-14  4.14E-14  5.11E-01  1.663E+00  2.376E-01 3.42169E+01 7.63E-03  1.006   1.12   1.12
  600  8.47E-08  3.28E-08  5.44E-10  2.03E-14  1.08E-14  5.11E-01  1.664E+00  2.376E-01 3.38175E+01 7.73E-03  1.000   1.12   1.12
  700  3.50E-08  1.60E-08  2.21E-10  1.40E-14  4.59E-15  5.11E-01  1.664E+00  2.376E-01 3.35253E+01 7.79E-03  0.996   1.12   1.12
  800  1.56E-08  7.06E-09  9.40E-11  3.41E-15  1.50E-15  5.11E-01  1.664E+00  2.375E-01 3.33405E+01 7.84E-03  0.993   1.12   1.12
  868  9.48E-09  5.21E-09  5.24E-11  7.01E-16  5.85E-16  5.11E-01  1.664E+00  2.375E-01 3.32470E+01 7.86E-03  0.992   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.996E-05 d(ln R0)/dt =  4.778E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.079885

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0625E+00 SECONDS
   DATA R*BT AT EDGE:  3.5782E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2343E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.690000 TO TG2=    2.695000 @ NSTEP      946
   GFRAME TG2 MOMENTS CHECKSUM:  1.2184127976773E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    946
 TA= 2.69000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 4.69296E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.695000E+00 NSTEP=   956 Hash code:   31355356
 ->PRGCHK: bdy curvature ratio at t= 2.7000E+00 seconds is:  4.2276E-02
 % MHDEQ: TG1= 2.6950000000000918 ; TG2= 2.7000000000000917

 *** 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     -2.984E+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  1.5384E+00  0.0000E+00  3.2169E-01  0.0000E+00  1.6641E+00  2.3753E-01
    1   0  5.4261E-01 -7.8933E-02 -7.8933E-02  7.6801E-01
    2   0  8.8528E-02 -1.9300E-02  2.6644E-02 -3.9096E-02
    3   0 -8.6173E-03  1.4241E-02 -3.3512E-03  1.2284E-02
    4   0 -2.4880E-03 -6.0409E-03 -4.2147E-03  1.2311E-03
    5   0  4.3368E-03  3.6736E-04  1.6550E-03 -2.8235E-03
    6   0 -1.9481E-03  6.5016E-04  6.0873E-04  1.0431E-03
    7   0  2.2406E-04 -4.5049E-04 -6.1654E-04  5.3473E-04
    8   0  1.5712E-04  9.2532E-05  7.3033E-06 -4.1269E-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  2.92E-01  1.17E-01  6.10E-02  4.53E-03  5.38E-04  1.10E+00  1.664E+00  2.375E-01 3.67196E+01 6.94E-03  1.000   1.12   0.86
  100  9.53E-06  5.09E-06  1.01E-06  1.27E-09  1.99E-09  1.10E+00  1.650E+00  2.441E-01 3.37937E+01 7.70E-03  1.000   1.12   1.03
  126  8.07E-07  3.46E-07  1.54E-07  1.29E-10  2.82E-10  1.10E+00  1.657E+00  2.408E-01 3.37929E+01 7.73E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.563E-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  8.38E-02  9.89E-02  1.96E-05  1.55E-09  2.94E-09  1.10E+00  1.657E+00  2.407E-01 3.37930E+01 7.73E-03  1.000   1.12   1.05
  100  1.89E-04  7.46E-05  2.68E-07  4.99E-11  1.97E-10  5.11E-01  1.658E+00  2.398E-01 3.74131E+01 6.99E-03  1.052   1.12   1.11
  200  1.65E-05  6.76E-06  4.09E-08  3.31E-11  8.19E-12  5.11E-01  1.660E+00  2.368E-01 3.56803E+01 7.33E-03  1.027   1.12   1.11
  300  2.34E-06  1.07E-06  1.22E-08  8.52E-13  1.03E-12  5.11E-01  1.662E+00  2.367E-01 3.54580E+01 7.38E-03  1.024   1.12   1.12
  400  4.97E-07  2.48E-07  4.39E-09  1.37E-13  2.21E-13  5.11E-01  1.663E+00  2.369E-01 3.49475E+01 7.49E-03  1.017   1.12   1.12
  500  1.64E-07  1.06E-07  1.51E-09  5.05E-14  3.96E-14  5.11E-01  1.663E+00  2.368E-01 3.44329E+01 7.60E-03  1.009   1.12   1.12
  600  7.87E-08  3.14E-08  5.28E-10  2.05E-14  9.90E-15  5.11E-01  1.664E+00  2.369E-01 3.40364E+01 7.69E-03  1.004   1.12   1.12
  700  3.37E-08  1.58E-08  2.14E-10  1.42E-14  4.40E-15  5.11E-01  1.664E+00  2.368E-01 3.37460E+01 7.76E-03  0.999   1.12   1.12
  800  1.55E-08  7.23E-09  9.11E-11  3.25E-15  1.39E-15  5.11E-01  1.664E+00  2.368E-01 3.35591E+01 7.80E-03  0.997   1.12   1.12
  867  9.61E-09  4.82E-09  5.12E-11  6.91E-16  6.07E-16  5.11E-01  1.664E+00  2.368E-01 3.34658E+01 7.83E-03  0.995   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.959E-05 d(ln R0)/dt =  4.816E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.080856

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0674E+00 SECONDS
   DATA R*BT AT EDGE:  3.5772E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2276E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.695000 TO TG2=    2.700000 @ NSTEP      956
   GFRAME TG2 MOMENTS CHECKSUM:  1.2180587801566E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    956
 TA= 2.69500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 7.48278E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  -- [1] 26424
 0  underweight particles.
 %DEPALL specie #1  ->   41465 -      0 (killed) +  10367 (dep) =  51832 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  16536 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.150020E+08  2.149685E+08
 %ORBALL:  In processor     0: orbit # IORB=  20751 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21563 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.545541E+08  1.545122E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.838239E+08  1.836674E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.713533E+08  1.712438E+08
 %ORBALL:  In processor     0: orbit # IORB=  43136 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43137 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43170 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43559 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.919491E+08  1.918210E+08
 %ORBALL:  In processor     0: orbit # IORB=  43859 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44736 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44739 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44912 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45448 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45860 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45901 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45928 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45932 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46587 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47006 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47831 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48759 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49293 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49567 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49935 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50561 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50779 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51325 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51562 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51702 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51903 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52348 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51832 SPL=    0 TOT=41525
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.4221931E-01  3.0013826E+00  1.5258404E+08  5.7497441E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    965
 TA= 2.70000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 7.13672E-04
  
 TTOR1=  2.7000000000000917
 TTOR2=  2.7100000000000914
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.7000000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.700000E+00 NSTEP=   965 Hash code:  111930029
 ->PRGCHK: bdy curvature ratio at t= 2.7050E+00 seconds is:  4.2302E-02
 % MHDEQ: TG1= 2.7000000000000917 ; TG2= 2.7050000000000916

 *** 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     -2.982E+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  1.5381E+00  0.0000E+00  3.2138E-01  0.0000E+00  1.6640E+00  2.3675E-01
    1   0  5.4234E-01 -7.8826E-02 -7.8826E-02  7.6783E-01
    2   0  8.8502E-02 -1.9104E-02  2.6258E-02 -3.9018E-02
    3   0 -8.5933E-03  1.4291E-02 -3.3002E-03  1.2245E-02
    4   0 -2.5010E-03 -6.0233E-03 -4.1866E-03  1.2850E-03
    5   0  4.3739E-03  3.4513E-04  1.5891E-03 -2.8488E-03
    6   0 -1.9429E-03  6.6654E-04  6.2191E-04  1.0196E-03
    7   0  2.1315E-04 -4.7125E-04 -6.0142E-04  5.7741E-04
    8   0  1.7697E-04  1.2747E-04  1.8348E-05 -4.2572E-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  2.94E-01  1.19E-01  6.12E-02  4.53E-03  5.52E-04  1.10E+00  1.664E+00  2.368E-01 3.66824E+01 6.95E-03  1.000   1.12   0.87
  100  9.23E-06  5.00E-06  9.91E-07  1.21E-09  2.01E-09  1.10E+00  1.650E+00  2.441E-01 3.37497E+01 7.72E-03  1.000   1.12   1.04
  125  9.74E-07  4.45E-07  1.57E-07  1.85E-10  1.91E-10  1.10E+00  1.657E+00  2.409E-01 3.37490E+01 7.74E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.545E-07 d(ln R0)/dt =  1.119E-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  9.55E-02  1.90E-05  1.50E-09  2.93E-09  1.10E+00  1.657E+00  2.408E-01 3.37491E+01 7.74E-03  1.000   1.12   1.05
  100  1.02E-04  3.27E-05  1.76E-07  6.62E-11  1.95E-10  5.11E-01  1.658E+00  2.400E-01 3.67364E+01 7.12E-03  1.043   1.12   1.10
  200  1.33E-05  4.88E-06  3.80E-08  2.67E-11  8.12E-12  5.11E-01  1.660E+00  2.367E-01 3.51324E+01 7.45E-03  1.020   1.12   1.11
  300  1.68E-06  6.73E-07  1.21E-08  8.42E-13  9.91E-13  5.11E-01  1.662E+00  2.366E-01 3.48407E+01 7.52E-03  1.016   1.12   1.12
  400  3.88E-07  1.89E-07  4.17E-09  1.40E-13  2.09E-13  5.11E-01  1.663E+00  2.369E-01 3.43373E+01 7.63E-03  1.009   1.12   1.12
  500  1.51E-07  7.46E-08  1.43E-09  4.78E-14  3.91E-14  5.11E-01  1.663E+00  2.367E-01 3.38392E+01 7.74E-03  1.001   1.12   1.12
  600  5.91E-08  2.63E-08  4.92E-10  2.27E-14  9.49E-15  5.11E-01  1.664E+00  2.368E-01 3.34574E+01 7.83E-03  0.996   1.12   1.12
  700  2.99E-08  1.27E-08  2.05E-10  1.23E-14  5.25E-15  5.11E-01  1.664E+00  2.368E-01 3.31839E+01 7.90E-03  0.992   1.12   1.12
  800  1.46E-08  6.07E-09  8.64E-11  3.00E-15  1.31E-15  5.11E-01  1.664E+00  2.367E-01 3.30033E+01 7.94E-03  0.989   1.12   1.12
  856  9.95E-09  4.57E-09  5.36E-11  8.47E-16  5.00E-16  5.11E-01  1.664E+00  2.367E-01 3.29238E+01 7.96E-03  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.914E-05 d(ln R0)/dt =  5.543E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.082125

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0537E+00 SECONDS
   DATA R*BT AT EDGE:  3.5757E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2302E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.700000 TO TG2=    2.705000 @ NSTEP      965
   GFRAME TG2 MOMENTS CHECKSUM:  1.2180353368433E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    965
 TA= 2.70000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 7.13672E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    966
 TA= 2.70042E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 5.24125E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    973
 TA= 2.70385E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 6.81610E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.705000E+00 NSTEP=   976 Hash code:  113193428
 ->PRGCHK: bdy curvature ratio at t= 2.7100E+00 seconds is:  4.2333E-02
 % MHDEQ: TG1= 2.7050000000000916 ; TG2= 2.7100000000000914

 *** 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     -2.979E+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  1.5378E+00  0.0000E+00  3.2107E-01  0.0000E+00  1.6640E+00  2.3670E-01
    1   0  5.4206E-01 -7.8719E-02 -7.8719E-02  7.6765E-01
    2   0  8.8476E-02 -1.8907E-02  2.5872E-02 -3.8939E-02
    3   0 -8.5694E-03  1.4341E-02 -3.2491E-03  1.2206E-02
    4   0 -2.5141E-03 -6.0057E-03 -4.1585E-03  1.3390E-03
    5   0  4.4109E-03  3.2289E-04  1.5231E-03 -2.8740E-03
    6   0 -1.9377E-03  6.8293E-04  6.3509E-04  9.9616E-04
    7   0  2.0225E-04 -4.9201E-04 -5.8631E-04  6.2008E-04
    8   0  1.9682E-04  1.6240E-04  2.9393E-05 -4.3874E-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  2.95E-01  1.19E-01  6.13E-02  4.54E-03  5.54E-04  1.10E+00  1.664E+00  2.367E-01 3.66437E+01 6.91E-03  1.000   1.11   0.87
  100  9.47E-06  5.11E-06  1.01E-06  1.18E-09  2.04E-09  1.10E+00  1.651E+00  2.440E-01 3.37051E+01 7.67E-03  1.000   1.11   1.04
  125  9.82E-07  4.42E-07  1.56E-07  1.83E-10  1.91E-10  1.10E+00  1.657E+00  2.409E-01 3.37044E+01 7.70E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.509E-07 d(ln R0)/dt =  1.104E-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  7.66E-02  9.52E-02  1.92E-05  1.51E-09  2.92E-09  1.10E+00  1.657E+00  2.408E-01 3.37044E+01 7.70E-03  1.000   1.11   1.05
  100  1.01E-04  3.20E-05  1.75E-07  6.73E-11  1.95E-10  5.11E-01  1.658E+00  2.399E-01 3.65534E+01 7.11E-03  1.041   1.11   1.10
  200  1.33E-05  4.87E-06  3.85E-08  2.62E-11  8.14E-12  5.11E-01  1.661E+00  2.366E-01 3.48857E+01 7.45E-03  1.017   1.11   1.10
  300  1.68E-06  6.65E-07  1.22E-08  8.25E-13  1.01E-12  5.11E-01  1.663E+00  2.365E-01 3.45808E+01 7.52E-03  1.013   1.11   1.11
  400  3.89E-07  1.90E-07  4.21E-09  1.40E-13  2.14E-13  5.11E-01  1.663E+00  2.368E-01 3.40721E+01 7.64E-03  1.005   1.11   1.12
  500  1.54E-07  7.42E-08  1.46E-09  4.74E-14  3.98E-14  5.11E-01  1.664E+00  2.366E-01 3.35792E+01 7.75E-03  0.998   1.11   1.11
  600  5.90E-08  2.67E-08  5.03E-10  2.35E-14  9.38E-15  5.11E-01  1.664E+00  2.367E-01 3.31961E+01 7.84E-03  0.993   1.11   1.11
  700  3.07E-08  1.30E-08  2.12E-10  1.30E-14  5.39E-15  5.11E-01  1.664E+00  2.367E-01 3.29215E+01 7.91E-03  0.988   1.11   1.11
  800  1.52E-08  6.31E-09  8.91E-11  3.03E-15  1.32E-15  5.11E-01  1.664E+00  2.366E-01 3.27377E+01 7.95E-03  0.986   1.11   1.11
  862  9.90E-09  4.76E-09  5.33E-11  5.23E-16  5.48E-16  5.11E-01  1.664E+00  2.366E-01 3.26488E+01 7.97E-03  0.984   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.141E-05 d(ln R0)/dt =  5.523E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.03 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):     0.068824

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0547E+00 SECONDS
   DATA R*BT AT EDGE:  3.5742E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2333E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.705000 TO TG2=    2.710000 @ NSTEP      976
   GFRAME TG2 MOMENTS CHECKSUM:  1.2179739402998E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    976
 TA= 2.70500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 6.90717E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    977
 TA= 2.70545E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 5.61093E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    984
 TA= 2.70912E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 7.29586E-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  ->   41525 -      0 (killed) +  10343 (dep) =  51868 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.453850E+08  1.452312E+08
 %ORBALL:  In processor     0: orbit # IORB=  21189 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.618384E+08  1.617636E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  34962 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40450 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42527 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44088 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44705 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44772 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45101 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45330 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45393 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45580 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46104 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46126 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46799 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47493 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47563 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47565 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47631 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47657 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47721 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47894 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48337 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48725 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.783225E+08  2.780893E+08
 %ORBALL:  In processor     0: orbit # IORB=  48849 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49038 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49183 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49196 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49234 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49409 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49476 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50056 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50267 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50565 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50756 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50860 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51700 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51822 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52046 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51868 SPL=    0 TOT=41351
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.7627608E-01  2.8205919E+00  1.8593017E+08  7.4376410E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    986
 TA= 2.71000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 5.07555E-04
  
 TTOR1=  2.7100000000000914
 TTOR2=  2.7200000000000912
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.710000E+00 NSTEP=   986 Hash code:   41439378
 ->PRGCHK: bdy curvature ratio at t= 2.7150E+00 seconds is:  4.2264E-02
 % MHDEQ: TG1= 2.7100000000000914 ; TG2= 2.7150000000000913

 *** 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     -2.974E+00     1.113E+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  1.5376E+00  0.0000E+00  3.2286E-01  0.0000E+00  1.6645E+00  2.3657E-01
    1   0  5.4161E-01 -7.9097E-02 -7.9097E-02  7.6716E-01
    2   0  8.8537E-02 -1.9143E-02  2.6254E-02 -3.8442E-02
    3   0 -8.5841E-03  1.4325E-02 -3.2610E-03  1.2239E-02
    4   0 -2.5055E-03 -6.0355E-03 -4.2078E-03  1.2358E-03
    5   0  4.4064E-03  3.4436E-04  1.5776E-03 -2.8661E-03
    6   0 -1.9121E-03  6.5672E-04  6.3043E-04  1.0130E-03
    7   0  2.1530E-04 -4.5826E-04 -5.7068E-04  5.9550E-04
    8   0  1.6531E-04  1.3999E-04  2.0769E-05 -3.9806E-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  3.01E-01  1.23E-01  6.21E-02  4.53E-03  5.76E-04  1.10E+00  1.664E+00  2.366E-01 3.65994E+01 6.86E-03  1.000   1.11   0.86
  100  1.18E-05  6.48E-06  1.23E-06  1.09E-09  2.30E-09  1.10E+00  1.652E+00  2.449E-01 3.36521E+01 7.63E-03  1.000   1.11   1.03
  126  8.18E-07  3.35E-07  1.53E-07  1.19E-10  2.67E-10  1.10E+00  1.658E+00  2.418E-01 3.36515E+01 7.66E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.181E-07 d(ln R0)/dt =  9.743E-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  7.83E-02  9.59E-02  1.95E-05  1.47E-09  2.79E-09  1.10E+00  1.658E+00  2.417E-01 3.36515E+01 7.66E-03  1.000   1.11   1.05
  100  9.97E-05  2.52E-05  1.55E-07  5.78E-11  1.75E-10  5.11E-01  1.659E+00  2.409E-01 3.65310E+01 7.06E-03  1.042   1.11   1.10
  200  1.42E-05  7.69E-06  3.86E-08  3.51E-11  8.24E-12  5.11E-01  1.661E+00  2.378E-01 3.50304E+01 7.37E-03  1.020   1.11   1.10
  300  1.50E-06  6.89E-07  1.19E-08  8.99E-13  1.04E-12  5.11E-01  1.663E+00  2.377E-01 3.47733E+01 7.43E-03  1.016   1.11   1.11
  400  3.83E-07  1.92E-07  4.17E-09  1.41E-13  2.23E-13  5.11E-01  1.664E+00  2.379E-01 3.42533E+01 7.54E-03  1.009   1.11   1.11
  500  1.49E-07  6.21E-08  1.45E-09  4.57E-14  4.19E-14  5.11E-01  1.664E+00  2.378E-01 3.37328E+01 7.66E-03  1.001   1.11   1.11
  600  5.95E-08  2.69E-08  5.09E-10  2.21E-14  1.01E-14  5.11E-01  1.665E+00  2.378E-01 3.33526E+01 7.75E-03  0.996   1.11   1.11
  700  3.04E-08  1.25E-08  2.13E-10  1.60E-14  4.67E-15  5.11E-01  1.665E+00  2.378E-01 3.30765E+01 7.81E-03  0.991   1.11   1.11
  800  1.58E-08  6.70E-09  9.04E-11  2.91E-15  1.27E-15  5.11E-01  1.665E+00  2.377E-01 3.28888E+01 7.86E-03  0.989   1.11   1.11
  862  1.00E-08  4.65E-09  5.29E-11  5.49E-16  6.53E-16  5.11E-01  1.665E+00  2.377E-01 3.27983E+01 7.88E-03  0.987   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.099E-05 d(ln R0)/dt =  5.706E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.03 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):     0.056474

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0527E+00 SECONDS
   DATA R*BT AT EDGE:  3.5739E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2264E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.710000 TO TG2=    2.715000 @ NSTEP      986
   GFRAME TG2 MOMENTS CHECKSUM:  1.2183901629621E+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=   996 Hash code:   86195831
 ->PRGCHK: bdy curvature ratio at t= 2.7200E+00 seconds is:  4.2197E-02
 % MHDEQ: TG1= 2.7150000000000913 ; TG2= 2.7200000000000912

 *** 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     -2.969E+00     1.112E+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  3.2466E-01  0.0000E+00  1.6650E+00  2.3771E-01
    1   0  5.4115E-01 -7.9476E-02 -7.9476E-02  7.6667E-01
    2   0  8.8598E-02 -1.9379E-02  2.6637E-02 -3.7945E-02
    3   0 -8.5989E-03  1.4310E-02 -3.2728E-03  1.2272E-02
    4   0 -2.4968E-03 -6.0653E-03 -4.2570E-03  1.1326E-03
    5   0  4.4018E-03  3.6582E-04  1.6322E-03 -2.8582E-03
    6   0 -1.8866E-03  6.3052E-04  6.2576E-04  1.0298E-03
    7   0  2.2835E-04 -4.2450E-04 -5.5505E-04  5.7093E-04
    8   0  1.3379E-04  1.1759E-04  1.2145E-05 -3.5739E-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  3.03E-01  1.24E-01  6.25E-02  4.52E-03  5.76E-04  1.10E+00  1.665E+00  2.377E-01 3.65531E+01 6.78E-03  1.000   1.11   0.86
  100  1.70E-05  9.06E-06  1.66E-06  1.06E-09  2.78E-09  1.10E+00  1.653E+00  2.457E-01 3.36013E+01 7.56E-03  1.000   1.11   1.03
  126  9.99E-07  4.18E-07  1.68E-07  1.03E-10  2.30E-10  1.10E+00  1.659E+00  2.427E-01 3.36008E+01 7.58E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.610E-07 d(ln R0)/dt =  8.162E-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  8.10E-02  9.87E-02  2.01E-05  1.40E-09  2.61E-09  1.10E+00  1.659E+00  2.426E-01 3.36008E+01 7.58E-03  1.000   1.11   1.05
  100  8.58E-05  3.83E-05  1.64E-07  4.82E-11  1.58E-10  5.11E-01  1.659E+00  2.419E-01 3.63169E+01 7.02E-03  1.039   1.11   1.10
  200  1.44E-05  9.79E-06  3.73E-08  4.06E-11  7.69E-12  5.11E-01  1.661E+00  2.390E-01 3.50261E+01 7.28E-03  1.021   1.11   1.10
  300  1.39E-06  7.43E-07  1.19E-08  9.06E-13  1.06E-12  5.11E-01  1.663E+00  2.389E-01 3.47650E+01 7.34E-03  1.017   1.11   1.11
  400  4.20E-07  1.88E-07  4.10E-09  1.44E-13  2.22E-13  5.11E-01  1.664E+00  2.391E-01 3.42456E+01 7.45E-03  1.009   1.11   1.11
  500  1.35E-07  5.44E-08  1.41E-09  3.83E-14  4.55E-14  5.11E-01  1.664E+00  2.390E-01 3.37108E+01 7.57E-03  1.002   1.11   1.11
  600  6.23E-08  2.75E-08  5.04E-10  1.84E-14  1.08E-14  5.11E-01  1.665E+00  2.390E-01 3.33407E+01 7.66E-03  0.996   1.11   1.11
  700  2.88E-08  1.23E-08  2.07E-10  1.80E-14  4.08E-15  5.11E-01  1.665E+00  2.390E-01 3.30682E+01 7.72E-03  0.992   1.11   1.11
  800  1.55E-08  6.64E-09  8.86E-11  2.79E-15  1.30E-15  5.11E-01  1.665E+00  2.389E-01 3.28797E+01 7.76E-03  0.989   1.11   1.11
  858  9.91E-09  4.56E-09  5.25E-11  8.52E-16  6.11E-16  5.11E-01  1.665E+00  2.389E-01 3.27953E+01 7.78E-03  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.980E-05 d(ln R0)/dt =  6.001E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.053357

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0430E+00 SECONDS
   DATA R*BT AT EDGE:  3.5736E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2197E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.715000 TO TG2=    2.720000 @ NSTEP      996
   GFRAME TG2 MOMENTS CHECKSUM:  1.2188087582884E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    996
 TA= 2.71500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 6.00582E-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  ->   41351 -      0 (killed) +  10347 (dep) =  51698 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.898994E+08  1.896076E+08
 %ORBALL:  In processor     0: orbit # IORB=   3255 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0023E+00
 %ORBALL:  In processor     0: orbit # IORB=  15605 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29223 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33134 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36040 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37265 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42073 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42311 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42380 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42882 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43955 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44086 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44131 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44424 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45471 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45604 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45801 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB= [1] 26909
 46471 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46681 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46990 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47708 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47803 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48880 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49155 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49409 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49549 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49669 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50252 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50278 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50356 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50398 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51268 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51830 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51958 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52155 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52208 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52224 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52234 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52326 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51698 SPL=    0 TOT=41207
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.5279052E-01 -5.7990611E-03  1.1901645E+08 -9.1211873E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1007
 TA= 2.72000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 4.06079E-04
  
 TTOR1=  2.7200000000000912
 TTOR2=  2.730000000000091
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.7200000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.720000E+00 NSTEP=  1007 Hash code:   50951405
 ->PRGCHK: bdy curvature ratio at t= 2.7250E+00 seconds is:  4.2379E-02
 % MHDEQ: TG1= 2.7200000000000912 ; TG2= 2.7250000000000911

 *** 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     -2.969E+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  1.5382E+00  0.0000E+00  3.2420E-01  0.0000E+00  1.6652E+00  2.3889E-01
    1   0  5.4141E-01 -7.9439E-02 -7.9439E-02  7.6607E-01
    2   0  8.8272E-02 -1.9367E-02  2.6748E-02 -3.8155E-02
    3   0 -8.6638E-03  1.4261E-02 -3.2010E-03  1.2251E-02
    4   0 -2.4603E-03 -6.0862E-03 -4.2326E-03  1.1675E-03
    5   0  4.3730E-03  4.2175E-04  1.6447E-03 -2.8510E-03
    6   0 -1.9203E-03  6.1768E-04  6.2411E-04  1.0327E-03
    7   0  2.5716E-04 -4.2412E-04 -5.6688E-04  5.4912E-04
    8   0  1.2877E-04  1.1976E-04  1.8836E-05 -3.6685E-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  2.97E-01  1.19E-01  6.17E-02  4.51E-03  5.45E-04  1.10E+00  1.665E+00  2.389E-01 3.65536E+01 6.71E-03  1.000   1.11   0.86
  100  1.40E-05  7.64E-06  1.41E-06  1.10E-09  2.49E-09  1.10E+00  1.653E+00  2.455E-01 3.36128E+01 7.47E-03  1.000   1.11   1.03
  126  9.25E-07  3.67E-07  1.60E-07  1.11E-10  2.48E-10  1.10E+00  1.659E+00  2.424E-01 3.36122E+01 7.49E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.890E-07 d(ln R0)/dt =  9.171E-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  8.14E-02  9.75E-02  1.99E-05  1.41E-09  2.69E-09  1.10E+00  1.659E+00  2.423E-01 3.36122E+01 7.50E-03  1.000   1.11   1.05
  100  8.91E-05  3.92E-05  1.68E-07  5.09E-11  1.65E-10  5.11E-01  1.660E+00  2.416E-01 3.64842E+01 6.91E-03  1.042   1.11   1.10
  200  1.43E-05  9.70E-06  3.76E-08  4.24E-11  7.75E-12  5.11E-01  1.661E+00  2.386E-01 3.51491E+01 7.18E-03  1.022   1.11   1.10
  300  1.40E-06  7.39E-07  1.20E-08  9.41E-13  1.08E-12  5.11E-01  1.664E+00  2.385E-01 3.49140E+01 7.23E-03  1.019   1.11   1.12
  400  4.14E-07  1.87E-07  4.18E-09  1.44E-13  2.37E-13  5.11E-01  1.665E+00  2.387E-01 3.43774E+01 7.34E-03  1.011   1.11   1.12
  500  1.34E-07  5.50E-08  1.45E-09  4.00E-14  4.61E-14  5.11E-01  1.665E+00  2.385E-01 3.38323E+01 7.46E-03  1.003   1.11   1.12
  600  6.13E-08  2.74E-08  5.18E-10  2.04E-14  1.07E-14  5.11E-01  1.665E+00  2.386E-01 3.34573E+01 7.55E-03  0.998   1.11   1.11
  700  2.87E-08  1.21E-08  2.14E-10  1.88E-14  4.33E-15  5.11E-01  1.666E+00  2.386E-01 3.31829E+01 7.61E-03  0.994   1.11   1.11
  800  1.55E-08  6.68E-09  9.06E-11  2.79E-15  1.35E-15  5.11E-01  1.666E+00  2.385E-01 3.29905E+01 7.65E-03  0.991   1.11   1.11
  863  9.86E-09  4.62E-09  5.21E-11  5.57E-16  7.59E-16  5.11E-01  1.666E+00  2.385E-01 3.28962E+01 7.68E-03  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.115E-05 d(ln R0)/dt =  5.914E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.050733

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0654E+00 SECONDS
   DATA R*BT AT EDGE:  3.5752E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2379E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.720000 TO TG2=    2.725000 @ NSTEP     1007
   GFRAME TG2 MOMENTS CHECKSUM:  1.2187642908628E+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=  1014 Hash code:   26408827
 ->PRGCHK: bdy curvature ratio at t= 2.7300E+00 seconds is:  4.2565E-02
 % MHDEQ: TG1= 2.7250000000000911 ; TG2= 2.730000000000091

 *** 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     -2.968E+00     1.117E+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  1.5390E+00  0.0000E+00  3.2374E-01  0.0000E+00  1.6659E+00  2.3847E-01
    1   0  5.4168E-01 -7.9402E-02 -7.9402E-02  7.6548E-01
    2   0  8.7946E-02 -1.9355E-02  2.6859E-02 -3.8364E-02
    3   0 -8.7288E-03  1.4212E-02 -3.1291E-03  1.2231E-02
    4   0 -2.4237E-03 -6.1071E-03 -4.2082E-03  1.2024E-03
    5   0  4.3441E-03  4.7767E-04  1.6573E-03 -2.8437E-03
    6   0 -1.9539E-03  6.0485E-04  6.2246E-04  1.0356E-03
    7   0  2.8597E-04 -4.2373E-04 -5.7871E-04  5.2732E-04
    8   0  1.2376E-04  1.2194E-04  2.5528E-05 -3.7631E-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  2.97E-01  1.18E-01  6.16E-02  4.53E-03  5.40E-04  1.10E+00  1.666E+00  2.385E-01 3.65739E+01 6.77E-03  1.000   1.12   0.86
  100  1.63E-05  8.64E-06  1.56E-06  1.10E-09  2.65E-09  1.10E+00  1.654E+00  2.450E-01 3.36199E+01 7.54E-03  1.000   1.12   1.04
  127  9.97E-07  4.75E-07  1.98E-07  1.21E-10  3.27E-10  1.10E+00  1.660E+00  2.418E-01 3.36193E+01 7.56E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.574E-07 d(ln R0)/dt =  8.050E-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  8.55E-02  1.02E-01  2.07E-05  1.45E-09  2.62E-09  1.10E+00  1.660E+00  2.417E-01 3.36193E+01 7.57E-03  1.000   1.12   1.05
  100  9.74E-05  2.36E-05  1.51E-07  4.68E-11  1.50E-10  5.11E-01  1.660E+00  2.410E-01 3.65096E+01 6.97E-03  1.042   1.12   1.10
  200  1.49E-05  7.91E-06  3.69E-08  4.22E-11  7.36E-12  5.11E-01  1.662E+00  2.382E-01 3.51799E+01 7.24E-03  1.023   1.12   1.11
  300  1.42E-06  6.54E-07  1.17E-08  9.21E-13  1.01E-12  5.11E-01  1.664E+00  2.382E-01 3.49277E+01 7.30E-03  1.019   1.12   1.12
  400  3.85E-07  1.86E-07  4.11E-09  1.42E-13  2.33E-13  5.11E-01  1.665E+00  2.383E-01 3.44052E+01 7.41E-03  1.012   1.12   1.12
  500  1.39E-07  5.94E-08  1.44E-09  3.74E-14  4.19E-14  5.11E-01  1.665E+00  2.382E-01 3.38463E+01 7.53E-03  1.003   1.12   1.12
  600  5.72E-08  2.54E-08  5.24E-10  1.62E-14  1.09E-14  5.11E-01  1.666E+00  2.382E-01 3.34783E+01 7.62E-03  0.998   1.12   1.12
  700  3.06E-08  1.24E-08  2.15E-10  2.04E-14  4.33E-15  5.11E-01  1.666E+00  2.382E-01 3.32035E+01 7.68E-03  0.994   1.12   1.12
  800  1.57E-08  6.62E-09  8.90E-11  2.69E-15  1.30E-15  5.11E-01  1.666E+00  2.381E-01 3.30087E+01 7.72E-03  0.991   1.12   1.12
  863  9.86E-09  4.70E-09  5.18E-11  5.60E-16  8.18E-16  5.11E-01  1.666E+00  2.381E-01 3.29130E+01 7.75E-03  0.990   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.257E-05 d(ln R0)/dt =  6.038E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 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):     0.055311

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0918E+00 SECONDS
   DATA R*BT AT EDGE:  3.5767E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2565E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.725000 TO TG2=    2.730000 @ NSTEP     1014
   GFRAME TG2 MOMENTS CHECKSUM:  1.2186756650119E+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  ->   41207 -      0 (killed) +  10370 (dep) =  51577 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1554 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9355 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  29575 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31745 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.798679E+08  1.797848E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  37008 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39654 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41234 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42175 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42288 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42455 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42593 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42878 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42972 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43202 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43490 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43715 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43720 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43751 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44142 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44155 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44254 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44412 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44545 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45189 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45838 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45907 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46356 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46669 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46673 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46676 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46976 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47157 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47887 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48368 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.931311E+08  1.929928E+08
 %ORBALL:  In processor     0: orbit # IORB=  49234 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49387 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49390 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49894 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50246 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50446 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50628 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50766 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50953 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51112 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51145 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52085 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52129 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52174 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51577 SPL=    0 TOT=41169
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.7026166E-01  2.0056264E+00  1.7218210E+08 -9.8293711E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1017
 TA= 2.73000E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 1.89324E-03
  
 TTOR1=  2.730000000000091
 TTOR2=  2.7400000000000908
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.730000E+00 NSTEP=  1017 Hash code:   90091322
 ->PRGCHK: bdy curvature ratio at t= 2.7350E+00 seconds is:  4.2758E-02
 % MHDEQ: TG1= 2.730000000000091 ; TG2= 2.7350000000000909

 *** 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     -2.970E+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  1.5393E+00  0.0000E+00  3.2310E-01  0.0000E+00  1.6662E+00  2.3812E-01
    1   0  5.4197E-01 -7.9259E-02 -7.9259E-02  7.6542E-01
    2   0  8.7807E-02 -1.9289E-02  2.6865E-02 -3.8576E-02
    3   0 -8.7525E-03  1.4151E-02 -3.0626E-03  1.2203E-02
    4   0 -2.4180E-03 -6.1074E-03 -4.1885E-03  1.2441E-03
    5   0  4.3338E-03  4.8995E-04  1.6419E-03 -2.8448E-03
    6   0 -1.9839E-03  5.9110E-04  6.2702E-04  1.0336E-03
    7   0  3.0047E-04 -4.1679E-04 -5.7688E-04  5.2096E-04
    8   0  1.2955E-04  1.1871E-04  2.4535E-05 -3.9737E-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  2.96E-01  1.17E-01  6.13E-02  4.54E-03  5.34E-04  1.10E+00  1.666E+00  2.381E-01 3.66041E+01 6.84E-03  1.000   1.12   0.87
  100  1.67E-05  8.83E-06  1.57E-06  1.11E-09  2.69E-09  1.10E+00  1.654E+00  2.445E-01 3.36424E+01 7.62E-03  1.000   1.12   1.04
  129  9.57E-07  4.16E-07  1.35E-07  2.16E-10  2.64E-10  1.10E+00  1.660E+00  2.412E-01 3.36419E+01 7.64E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.337E-07 d(ln R0)/dt =  7.580E-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  8.81E-02  1.04E-01  2.10E-05  1.45E-09  2.50E-09  1.10E+00  1.660E+00  2.411E-01 3.36419E+01 7.64E-03  1.000   1.12   1.06
  100  9.44E-05  2.28E-05  1.48E-07  4.41E-11  1.41E-10  5.11E-01  1.661E+00  2.404E-01 3.66301E+01 7.02E-03  1.043   1.12   1.11
  200  1.48E-05  7.74E-06  3.61E-08  4.56E-11  6.98E-12  5.11E-01  1.662E+00  2.378E-01 3.54749E+01 7.25E-03  1.027   1.12   1.11
  300  1.36E-06  6.36E-07  1.17E-08  9.26E-13  9.89E-13  5.11E-01  1.664E+00  2.378E-01 3.52391E+01 7.31E-03  1.023   1.12   1.12
  400  3.80E-07  1.82E-07  4.06E-09  1.43E-13  2.30E-13  5.11E-01  1.665E+00  2.379E-01 3.47226E+01 7.42E-03  1.016   1.12   1.13
  500  1.33E-07  5.74E-08  1.41E-09  3.52E-14  4.27E-14  5.11E-01  1.665E+00  2.378E-01 3.41457E+01 7.54E-03  1.007   1.12   1.12
  600  5.50E-08  2.46E-08  5.25E-10  1.34E-14  1.15E-14  5.11E-01  1.666E+00  2.378E-01 3.37823E+01 7.62E-03  1.002   1.12   1.12
  700  3.00E-08  1.21E-08  2.13E-10  2.28E-14  4.07E-15  5.11E-01  1.666E+00  2.378E-01 3.35083E+01 7.69E-03  0.998   1.12   1.12
  800  1.54E-08  6.43E-09  8.78E-11  2.57E-15  1.31E-15  5.11E-01  1.666E+00  2.377E-01 3.33112E+01 7.73E-03  0.995   1.12   1.12
  862  9.93E-09  4.64E-09  5.15E-11  5.62E-16  9.92E-16  5.11E-01  1.666E+00  2.377E-01 3.32160E+01 7.76E-03  0.994   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.242E-05 d(ln R0)/dt =  6.108E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.03 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):     0.060165

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0547E+00 SECONDS
   DATA R*BT AT EDGE:  3.5773E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2758E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.730000 TO TG2=    2.735000 @ NSTEP     1017
   GFRAME TG2 MOMENTS CHECKSUM:  1.2184141566211E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.735000E+00 NSTEP=  1021 Hash code:   18396902
 ->PRGCHK: bdy curvature ratio at t= 2.7400E+00 seconds is:  4.2951E-02
 % MHDEQ: TG1= 2.7350000000000909 ; TG2= 2.7400000000000908

 *** 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     -2.972E+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  1.5397E+00  0.0000E+00  3.2245E-01  0.0000E+00  1.6660E+00  2.3773E-01
    1   0  5.4226E-01 -7.9117E-02 -7.9117E-02  7.6536E-01
    2   0  8.7669E-02 -1.9222E-02  2.6871E-02 -3.8789E-02
    3   0 -8.7762E-03  1.4091E-02 -2.9962E-03  1.2175E-02
    4   0 -2.4123E-03 -6.1076E-03 -4.1688E-03  1.2858E-03
    5   0  4.3236E-03  5.0222E-04  1.6265E-03 -2.8459E-03
    6   0 -2.0140E-03  5.7736E-04  6.3157E-04  1.0316E-03
    7   0  3.1498E-04 -4.0984E-04 -5.7505E-04  5.1461E-04
    8   0  1.3535E-04  1.1547E-04  2.3542E-05 -4.1844E-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  2.93E-01  1.15E-01  6.08E-02  4.54E-03  5.29E-04  1.10E+00  1.666E+00  2.377E-01 3.66167E+01 6.92E-03  1.000   1.13   0.87
  100  1.50E-05  8.07E-06  1.44E-06  1.13E-09  2.58E-09  1.10E+00  1.654E+00  2.442E-01 3.36658E+01 7.70E-03  1.000   1.13   1.04
  126  9.54E-07  3.96E-07  1.63E-07  9.68E-11  2.40E-10  1.10E+00  1.659E+00  2.410E-01 3.36652E+01 7.73E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.640E-07 d(ln R0)/dt =  8.746E-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  1.02E-01  2.05E-05  1.56E-09  2.74E-09  1.10E+00  1.660E+00  2.410E-01 3.36652E+01 7.73E-03  1.000   1.13   1.06
  100  9.42E-05  2.35E-05  1.54E-07  4.86E-11  1.60E-10  5.11E-01  1.660E+00  2.402E-01 3.68090E+01 7.07E-03  1.045   1.13   1.11
  200  1.41E-05  7.44E-06  3.72E-08  4.29E-11  7.56E-12  5.11E-01  1.662E+00  2.374E-01 3.56061E+01 7.31E-03  1.028   1.13   1.12
  300  1.36E-06  6.19E-07  1.20E-08  9.66E-13  1.00E-12  5.11E-01  1.664E+00  2.374E-01 3.54091E+01 7.36E-03  1.025   1.13   1.13
  400  3.67E-07  1.80E-07  4.11E-09  1.41E-13  2.36E-13  5.11E-01  1.664E+00  2.375E-01 3.48914E+01 7.47E-03  1.018   1.13   1.13
  500  1.31E-07  5.61E-08  1.42E-09  3.69E-14  4.20E-14  5.11E-01  1.665E+00  2.374E-01 3.43245E+01 7.59E-03  1.010   1.13   1.13
  600  5.29E-08  2.41E-08  5.12E-10  1.62E-14  1.07E-14  5.11E-01  1.665E+00  2.375E-01 3.39552E+01 7.68E-03  1.004   1.13   1.13
  700  2.87E-08  1.18E-08  2.09E-10  2.01E-14  4.48E-15  5.11E-01  1.665E+00  2.374E-01 3.36803E+01 7.74E-03  1.000   1.13   1.13
  800  1.51E-08  6.15E-09  8.58E-11  2.54E-15  1.26E-15  5.11E-01  1.666E+00  2.374E-01 3.34859E+01 7.79E-03  0.997   1.13   1.13
  853  9.98E-09  4.66E-09  5.37E-11  9.59E-16  7.39E-16  5.11E-01  1.666E+00  2.374E-01 3.34034E+01 7.80E-03  0.996   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.066E-05 d(ln R0)/dt =  6.331E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.078701

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0361E+00 SECONDS
   DATA R*BT AT EDGE:  3.5780E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2951E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.735000 TO TG2=    2.740000 @ NSTEP     1021
   GFRAME TG2 MOMENTS CHECKSUM:  1.2181840200610E+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  ->   41169 -      0 (killed) +  10403 (dep) =  51572 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1355 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5460 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7001 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.681026E+08  1.680539E+08
 %ORBALL:  In processor     0: orbit # IORB=  16940 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18008 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19279 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.099319E+08  2.099312E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.494260E+08  2.491766E+08
 %ORBALL:  In processor     0: orbit # IORB=  21350 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28092 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29339 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31952 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.991650E+08  1.988349E+08
 %ORBALL:  In processor     0: orbit # IORB=  42387 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42788 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.783032E+08  2.782984E+08
 %ORBALL:  In processor     0: orbit # IORB=  42957 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43001 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43051 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43061 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43132 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43367 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44268 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44390 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  44631 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44805 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45095 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45203 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45390 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45672 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45859 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45911 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46344 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46395 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46467 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46472 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46615 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47211 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48123 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48180 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48335 never inside plasma.
 %ORBALL:  In processor     0[1] 27353
: orbit # IORB=  48426 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48509 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49121 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49268 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49760 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49905 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49922 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50081 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50173 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=51572 SPL=    0 TOT=41099
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.8920995E-01 -2.4056418E+00  2.3994648E+08 -3.2317361E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1025
 TA= 2.74000E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 7.00554E-04
  
 TTOR1=  2.7400000000000908
 TTOR2=  2.7500000000000906
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.7400000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.740000E+00 NSTEP=  1025 Hash code:   22808355
 ->PRGCHK: bdy curvature ratio at t= 2.7450E+00 seconds is:  4.2914E-02
 % MHDEQ: TG1= 2.7400000000000908 ; TG2= 2.7450000000000907

 *** 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     -2.974E+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  3.2230E-01  0.0000E+00  1.6657E+00  2.3736E-01
    1   0  5.4231E-01 -7.9021E-02 -7.9021E-02  7.6582E-01
    2   0  8.7792E-02 -1.9236E-02  2.6886E-02 -3.8841E-02
    3   0 -8.7396E-03  1.4076E-02 -3.0137E-03  1.2206E-02
    4   0 -2.4440E-03 -6.0902E-03 -4.1754E-03  1.2853E-03
    5   0  4.3404E-03  4.6679E-04  1.6159E-03 -2.8519E-03
    6   0 -2.0160E-03  5.6857E-04  6.2855E-04  1.0366E-03
    7   0  3.0160E-04 -3.9838E-04 -5.6318E-04  5.2481E-04
    8   0  1.4027E-04  1.0592E-04  2.1620E-05 -4.2493E-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  2.94E-01  1.16E-01  6.09E-02  4.55E-03  5.33E-04  1.10E+00  1.666E+00  2.374E-01 3.66369E+01 7.01E-03  1.000   1.12   0.88
  100  1.39E-05  7.58E-06  1.38E-06  1.10E-09  2.47E-09  1.10E+00  1.653E+00  2.441E-01 3.36866E+01 7.79E-03  1.000   1.12   1.05
  126  8.83E-07  3.68E-07  1.58E-07  9.78E-11  2.44E-10  1.10E+00  1.659E+00  2.410E-01 3.36861E+01 7.81E-03  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.638E-07 d(ln R0)/dt =  8.796E-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  8.20E-02  9.99E-02  2.00E-05  1.61E-09  2.74E-09  1.10E+00  1.659E+00  2.409E-01 3.36861E+01 7.82E-03  1.000   1.12   1.07
  100  7.90E-05  3.81E-05  1.63E-07  5.26E-11  1.62E-10  5.11E-01  1.660E+00  2.402E-01 3.60701E+01 7.30E-03  1.035   1.12   1.11
  200  1.35E-05  8.96E-06  3.69E-08  3.11E-11  7.30E-12  5.11E-01  1.662E+00  2.372E-01 3.48577E+01 7.56E-03  1.017   1.12   1.12
  300  1.37E-06  7.41E-07  1.19E-08  7.99E-13  9.78E-13  5.11E-01  1.664E+00  2.371E-01 3.44915E+01 7.65E-03  1.012   1.12   1.13
  400  4.18E-07  1.93E-07  4.05E-09  1.38E-13  2.16E-13  5.11E-01  1.664E+00  2.374E-01 3.39890E+01 7.76E-03  1.004   1.12   1.13
  500  1.33E-07  5.87E-08  1.36E-09  3.98E-14  3.93E-14  5.11E-01  1.665E+00  2.372E-01 3.34728E+01 7.88E-03  0.997   1.12   1.13
  600  5.78E-08  2.79E-08  4.75E-10  1.86E-14  9.04E-15  5.11E-01  1.665E+00  2.373E-01 3.31094E+01 7.97E-03  0.991   1.12   1.12
  700  2.64E-08  1.13E-08  1.96E-10  1.43E-14  4.11E-15  5.11E-01  1.665E+00  2.373E-01 3.28469E+01 8.03E-03  0.988   1.12   1.12
  800  1.45E-08  6.11E-09  8.17E-11  3.10E-15  1.23E-15  5.11E-01  1.666E+00  2.372E-01 3.26673E+01 8.08E-03  0.985   1.12   1.12
  853  9.71E-09  4.60E-09  5.03E-11  9.56E-16  6.07E-16  5.11E-01  1.666E+00  2.372E-01 3.25906E+01 8.10E-03  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.944E-05 d(ln R0)/dt =  6.011E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.01 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.076181

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0332E+00 SECONDS
   DATA R*BT AT EDGE:  3.5775E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2914E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.740000 TO TG2=    2.745000 @ NSTEP     1025
   GFRAME TG2 MOMENTS CHECKSUM:  1.2185216060984E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.745000E+00 NSTEP=  1030 Hash code:   16795866
 ->PRGCHK: bdy curvature ratio at t= 2.7500E+00 seconds is:  4.2876E-02
 % MHDEQ: TG1= 2.7450000000000907 ; TG2= 2.7500000000000906

 *** 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     -2.976E+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  1.5391E+00  0.0000E+00  3.2215E-01  0.0000E+00  1.6656E+00  2.3718E-01
    1   0  5.4235E-01 -7.8925E-02 -7.8925E-02  7.6627E-01
    2   0  8.7916E-02 -1.9250E-02  2.6900E-02 -3.8893E-02
    3   0 -8.7030E-03  1.4061E-02 -3.0313E-03  1.2237E-02
    4   0 -2.4757E-03 -6.0727E-03 -4.1819E-03  1.2847E-03
    5   0  4.3573E-03  4.3135E-04  1.6053E-03 -2.8579E-03
    6   0 -2.0181E-03  5.5978E-04  6.2554E-04  1.0417E-03
    7   0  2.8822E-04 -3.8691E-04 -5.5131E-04  5.3501E-04
    8   0  1.4518E-04  9.6364E-05  1.9698E-05 -4.3143E-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  2.95E-01  1.16E-01  6.10E-02  4.55E-03  5.35E-04  1.10E+00  1.666E+00  2.372E-01 3.66660E+01 6.98E-03  1.000   1.12   0.88
  100  1.52E-05  8.19E-06  1.47E-06  1.10E-09  2.53E-09  1.10E+00  1.653E+00  2.440E-01 3.37062E+01 7.76E-03  1.000   1.12   1.05
  126  9.29E-07  3.90E-07  1.62E-07  9.35E-11  2.36E-10  1.10E+00  1.659E+00  2.409E-01 3.37057E+01 7.78E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.557E-07 d(ln R0)/dt =  8.500E-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  8.26E-02  1.01E-01  2.02E-05  1.59E-09  2.71E-09  1.10E+00  1.659E+00  2.408E-01 3.37057E+01 7.79E-03  1.000   1.12   1.07
  100  7.92E-05  3.83E-05  1.64E-07  5.32E-11  1.60E-10  5.11E-01  1.659E+00  2.401E-01 3.59005E+01 7.32E-03  1.032   1.12   1.11
  200  1.35E-05  9.01E-06  3.70E-08  2.84E-11  7.28E-12  5.11E-01  1.662E+00  2.371E-01 3.46318E+01 7.59E-03  1.014   1.12   1.11
  300  1.40E-06  7.58E-07  1.20E-08  7.66E-13  9.69E-13  5.11E-01  1.664E+00  2.370E-01 3.42183E+01 7.68E-03  1.008   1.12   1.12
  400  4.36E-07  1.98E-07  4.09E-09  1.40E-13  2.10E-13  5.11E-01  1.664E+00  2.372E-01 3.37199E+01 7.80E-03  1.000   1.12   1.12
  500  1.37E-07  5.98E-08  1.37E-09  4.06E-14  3.91E-14  5.11E-01  1.665E+00  2.371E-01 3.32173E+01 7.92E-03  0.993   1.12   1.12
  600  6.01E-08  2.86E-08  4.78E-10  1.85E-14  8.84E-15  5.11E-01  1.665E+00  2.371E-01 3.28549E+01 8.01E-03  0.987   1.12   1.12
  700  2.72E-08  1.17E-08  1.98E-10  1.34E-14  4.11E-15  5.11E-01  1.665E+00  2.371E-01 3.25932E+01 8.07E-03  0.984   1.12   1.12
  800  1.49E-08  6.37E-09  8.36E-11  3.23E-15  1.23E-15  5.11E-01  1.665E+00  2.370E-01 3.24168E+01 8.11E-03  0.981   1.12   1.12
  853  9.88E-09  4.61E-09  5.14E-11  9.21E-16  5.91E-16  5.11E-01  1.666E+00  2.370E-01 3.23420E+01 8.13E-03  0.980   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.944E-05 d(ln R0)/dt =  5.887E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.070645

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0566E+00 SECONDS
   DATA R*BT AT EDGE:  3.5771E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2876E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.745000 TO TG2=    2.750000 @ NSTEP     1030
   GFRAME TG2 MOMENTS CHECKSUM:  1.2186161575887E+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  ->   41099 -      0 (killed) +  10383 (dep) =  51482 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=     13 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14608 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0131E+00
 %ORBALL:  In processor     0: orbit # IORB=  22361 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23433 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.362345E+07  8.362126E+07
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.373892E+08  1.372228E+08
 %ORBALL:  In processor     0: orbit # IORB=  29329 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.287364E+08  2.285815E+08
 %ORBALL:  In processor     0: orbit # IORB=  41976 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42069 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42076 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42232 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43032 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43580 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44552 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44872 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44921 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44989 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45723 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  46978 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47298 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47491 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47626 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49005 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49293 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49619 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49735 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49837 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49840 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50068 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50147 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50464 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50683 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50929 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51420 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51952 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51482 SPL=    0 TOT=41187
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.3430960E-01  5.1628457E-01  1.2731761E+08  8.0260454E-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=   1033
 TA= 2.75000E+00 CPU TIME= 5.46875E-02 SECONDS.  DT= 1.61208E-03
  
 TTOR1=  2.7500000000000906
 TTOR2=  2.7600000000000904
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.750000E+00 NSTEP=  1033 Hash code:   18498422
 ->PRGCHK: bdy curvature ratio at t= 2.7550E+00 seconds is:  4.2444E-02
 % MHDEQ: TG1= 2.7500000000000906 ; TG2= 2.7550000000000905

 *** 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     -2.976E+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  1.5389E+00  0.0000E+00  3.2229E-01  0.0000E+00  1.6655E+00  2.3703E-01
    1   0  5.4216E-01 -7.8940E-02 -7.8940E-02  7.6659E-01
    2   0  8.7985E-02 -1.9432E-02  2.7021E-02 -3.8977E-02
    3   0 -8.6511E-03  1.4160E-02 -3.1835E-03  1.2392E-02
    4   0 -2.5063E-03 -6.0571E-03 -4.1958E-03  1.2500E-03
    5   0  4.3799E-03  4.0656E-04  1.6466E-03 -2.8563E-03
    6   0 -1.9980E-03  5.7248E-04  5.9212E-04  1.0664E-03
    7   0  2.5235E-04 -3.9967E-04 -5.6390E-04  5.4942E-04
    8   0  1.3829E-04  9.9027E-05  4.2474E-05 -4.0610E-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  2.97E-01  1.18E-01  6.16E-02  4.56E-03  5.43E-04  1.10E+00  1.666E+00  2.370E-01 3.66796E+01 6.95E-03  1.000   1.12   0.87
  100  1.61E-05  8.62E-06  1.51E-06  1.11E-09  2.51E-09  1.10E+00  1.653E+00  2.439E-01 3.37121E+01 7.73E-03  1.000   1.12   1.04
  126  9.71E-07  4.09E-07  1.64E-07  9.45E-11  2.32E-10  1.10E+00  1.658E+00  2.409E-01 3.37115E+01 7.75E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.597E-07 d(ln R0)/dt =  8.495E-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  8.44E-02  1.02E-01  2.04E-05  1.57E-09  2.70E-09  1.10E+00  1.658E+00  2.408E-01 3.37115E+01 7.76E-03  1.000   1.12   1.06
  100  9.41E-05  2.39E-05  1.50E-07  5.31E-11  1.61E-10  5.11E-01  1.659E+00  2.401E-01 3.61223E+01 7.24E-03  1.035   1.12   1.10
  200  1.39E-05  7.58E-06  3.68E-08  2.95E-11  7.38E-12  5.11E-01  1.661E+00  2.371E-01 3.47524E+01 7.53E-03  1.015   1.12   1.11
  300  1.48E-06  6.88E-07  1.18E-08  8.10E-13  9.59E-13  5.11E-01  1.663E+00  2.370E-01 3.43737E+01 7.62E-03  1.010   1.12   1.12
  400  4.07E-07  1.95E-07  4.06E-09  1.39E-13  2.08E-13  5.11E-01  1.664E+00  2.372E-01 3.38791E+01 7.73E-03  1.002   1.12   1.12
  500  1.46E-07  6.32E-08  1.38E-09  4.11E-14  3.78E-14  5.11E-01  1.664E+00  2.371E-01 3.33729E+01 7.85E-03  0.995   1.12   1.12
  600  5.94E-08  2.66E-08  4.85E-10  1.81E-14  9.57E-15  5.11E-01  1.665E+00  2.371E-01 3.30082E+01 7.94E-03  0.990   1.12   1.12
  700  2.97E-08  1.20E-08  2.00E-10  1.38E-14  4.10E-15  5.11E-01  1.665E+00  2.371E-01 3.27431E+01 8.00E-03  0.986   1.12   1.12
  800  1.53E-08  6.43E-09  8.46E-11  2.98E-15  1.25E-15  5.11E-01  1.665E+00  2.370E-01 3.25669E+01 8.05E-03  0.983   1.12   1.12
  857  9.87E-09  4.49E-09  5.12E-11  8.64E-16  5.64E-16  5.11E-01  1.665E+00  2.370E-01 3.24871E+01 8.07E-03  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.969E-05 d(ln R0)/dt =  5.615E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.100749

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0400E+00 SECONDS
   DATA R*BT AT EDGE:  3.5772E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2444E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.750000 TO TG2=    2.755000 @ NSTEP     1033
   GFRAME TG2 MOMENTS CHECKSUM:  1.2184831748884E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1033
 TA= 2.75000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.61208E-03
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1034
 TA= 2.75061E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 7.62439E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1041
 TA= 2.75479E+00 CPU TIME= 6.05469E-02 SECONDS.  DT= 2.14695E-04
 --> plasma_hash("gframe"): TA= 2.755000E+00 NSTEP=  1042 Hash code:   76063967
 ->PRGCHK: bdy curvature ratio at t= 2.7600E+00 seconds is:  4.2013E-02
 % MHDEQ: TG1= 2.7550000000000905 ; TG2= 2.7600000000000904

 *** 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     1.112E+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  3.2242E-01  0.0000E+00  1.6651E+00  2.3704E-01
    1   0  5.4197E-01 -7.8956E-02 -7.8956E-02  7.6692E-01
    2   0  8.8055E-02 -1.9615E-02  2.7142E-02 -3.9062E-02
    3   0 -8.5992E-03  1.4259E-02 -3.3356E-03  1.2546E-02
    4   0 -2.5368E-03 -6.0415E-03 -4.2097E-03  1.2154E-03
    5   0  4.4024E-03  3.8177E-04  1.6879E-03 -2.8547E-03
    6   0 -1.9779E-03  5.8518E-04  5.5870E-04  1.0912E-03
    7   0  2.1648E-04 -4.1243E-04 -5.7648E-04  5.6383E-04
    8   0  1.3140E-04  1.0169E-04  6.5250E-05 -3.8078E-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  2.99E-01  1.20E-01  6.20E-02  4.56E-03  5.50E-04  1.10E+00  1.665E+00  2.370E-01 3.66913E+01 6.72E-03  1.000   1.11   0.87
  100  1.40E-05  7.71E-06  1.31E-06  1.16E-09  2.31E-09  1.10E+00  1.652E+00  2.441E-01 3.37263E+01 7.48E-03  1.000   1.11   1.04
  126  9.42E-07  3.81E-07  1.59E-07  1.06E-10  2.45E-10  1.10E+00  1.658E+00  2.410E-01 3.37257E+01 7.50E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.950E-07 d(ln R0)/dt =  9.454E-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  1.00E-01  2.01E-05  1.51E-09  2.75E-09  1.10E+00  1.658E+00  2.409E-01 3.37257E+01 7.51E-03  1.000   1.11   1.05
  100  9.35E-05  3.07E-05  1.67E-07  5.49E-11  1.68E-10  5.11E-01  1.659E+00  2.401E-01 3.64094E+01 6.96E-03  1.039   1.11   1.10
  200  1.35E-05  4.92E-06  3.59E-08  2.78E-11  7.36E-12  5.11E-01  1.661E+00  2.371E-01 3.48506E+01 7.27E-03  1.016   1.11   1.10
  300  1.58E-06  6.48E-07  1.15E-08  8.30E-13  9.12E-13  5.11E-01  1.663E+00  2.371E-01 3.45324E+01 7.35E-03  1.012   1.11   1.11
  400  3.91E-07  1.84E-07  4.00E-09  1.36E-13  2.06E-13  5.11E-01  1.664E+00  2.372E-01 3.40368E+01 7.45E-03  1.005   1.11   1.11
  500  1.37E-07  7.24E-08  1.37E-09  4.25E-14  3.69E-14  5.11E-01  1.664E+00  2.371E-01 3.35416E+01 7.56E-03  0.997   1.11   1.11
  600  5.95E-08  2.62E-08  4.75E-10  2.01E-14  9.17E-15  5.11E-01  1.664E+00  2.372E-01 3.31694E+01 7.65E-03  0.992   1.11   1.11
  700  3.02E-08  1.20E-08  1.97E-10  1.30E-14  4.29E-15  5.11E-01  1.665E+00  2.371E-01 3.29038E+01 7.71E-03  0.988   1.11   1.11
  800  1.45E-08  6.02E-09  8.28E-11  2.65E-15  1.14E-15  5.11E-01  1.665E+00  2.371E-01 3.27307E+01 7.75E-03  0.985   1.11   1.11
  855  9.98E-09  4.43E-09  5.13E-11  9.53E-16  4.73E-16  5.11E-01  1.665E+00  2.371E-01 3.26554E+01 7.77E-03  0.984   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.789E-05 d(ln R0)/dt =  5.410E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.073608

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0371E+00 SECONDS
   DATA R*BT AT EDGE:  3.5773E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2013E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.755000 TO TG2=    2.760000 @ NSTEP     1042
   GFRAME TG2 MOMENTS CHECKSUM:  1.2183179390693E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1042
 TA= 2.75500E+00 CPU TIME= 5.46875E-02 SECONDS.  DT= 7.33073E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1043
 TA= 2.75558E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 7.27414E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1050
 TA= 2.75956E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 4.35661E-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  ->   41187 -      0 (killed) +  10356 (dep) =  51543 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1096 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1239 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.659583E+08  1.658052E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.658912E+08  1.658051E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.636904E+08  1.635719E+08
 %ORBALL:  In processor     0: orbit # IORB=  14909 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.685880E+08  2.681825E+08
 %ORBALL:  In processor     0: orbit # IORB=  40091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42101 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42384 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42420 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42463 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43080 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43417 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44032 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44464 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44918 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44991 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45299 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45358 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45466 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45573 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45698 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45785 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45836 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45962 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46118 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46247 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46375 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46383 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46452 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46966 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46988 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47426 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47751 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48398 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48688 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48802 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49180 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49268 never inside plasma.
 %ORBALL:  In processor    [1] 27810
 0: orbit # IORB=  49388 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49421 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49898 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50353 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50777 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50916 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50968 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51104 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51123 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51132 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51347 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51420 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51615 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51543 SPL=    0 TOT=41302
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.9971915E-01 -2.6238442E+00  2.6451712E+08  7.6391397E-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=   1051
 TA= 2.76000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 5.44577E-04
  
 TTOR1=  2.7600000000000904
 TTOR2=  2.7700000000000902
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.7600000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.760000E+00 NSTEP=  1051 Hash code:   38912038
 ->PRGCHK: bdy curvature ratio at t= 2.7650E+00 seconds is:  4.2477E-02
 % MHDEQ: TG1= 2.7600000000000904 ; TG2= 2.7650000000000903

 *** 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     -2.980E+00     1.111E+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  3.2280E-01  0.0000E+00  1.6649E+00  2.3705E-01
    1   0  5.4228E-01 -7.8973E-02 -7.8973E-02  7.6675E-01
    2   0  8.8002E-02 -1.9272E-02  2.6746E-02 -3.8786E-02
    3   0 -8.6935E-03  1.4408E-02 -3.3982E-03  1.2594E-02
    4   0 -2.4984E-03 -6.0465E-03 -4.2577E-03  1.2483E-03
    5   0  4.3566E-03  3.6800E-04  1.6255E-03 -2.8351E-03
    6   0 -1.9601E-03  6.0213E-04  5.6030E-04  1.0658E-03
    7   0  2.3997E-04 -4.4316E-04 -5.7105E-04  5.5914E-04
    8   0  1.0423E-04  1.1791E-04  5.7548E-05 -3.3925E-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  2.99E-01  1.22E-01  6.19E-02  4.55E-03  5.69E-04  1.10E+00  1.665E+00  2.371E-01 3.67502E+01 6.49E-03  1.000   1.11   0.86
  100  1.20E-05  6.81E-06  1.18E-06  1.13E-09  2.25E-09  1.10E+00  1.652E+00  2.452E-01 3.37937E+01 7.22E-03  1.000   1.11   1.03
  126  8.69E-07  3.45E-07  1.54E-07  1.14E-10  2.63E-10  1.10E+00  1.658E+00  2.421E-01 3.37931E+01 7.25E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.152E-07 d(ln R0)/dt =  9.765E-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  9.65E-02  1.96E-05  1.40E-09  2.72E-09  1.10E+00  1.658E+00  2.420E-01 3.37930E+01 7.25E-03  1.000   1.11   1.05
  100  9.29E-05  3.02E-05  1.68E-07  5.63E-11  1.72E-10  5.11E-01  1.659E+00  2.412E-01 3.67103E+01 6.68E-03  1.042   1.11   1.10
  200  1.36E-05  4.93E-06  3.64E-08  2.93E-11  7.55E-12  5.11E-01  1.661E+00  2.381E-01 3.50485E+01 7.00E-03  1.018   1.11   1.10
  300  1.49E-06  6.27E-07  1.15E-08  8.68E-13  9.50E-13  5.11E-01  1.663E+00  2.381E-01 3.47945E+01 7.06E-03  1.015   1.11   1.11
  400  3.87E-07  1.87E-07  3.99E-09  1.34E-13  2.09E-13  5.11E-01  1.664E+00  2.382E-01 3.42850E+01 7.16E-03  1.007   1.11   1.11
  500  1.33E-07  7.04E-08  1.37E-09  4.35E-14  3.83E-14  5.11E-01  1.664E+00  2.381E-01 3.37838E+01 7.27E-03  1.000   1.11   1.11
  600  5.77E-08  2.54E-08  4.72E-10  2.23E-14  9.59E-15  5.11E-01  1.664E+00  2.382E-01 3.34024E+01 7.35E-03  0.994   1.11   1.11
  700  2.97E-08  1.21E-08  1.97E-10  1.33E-14  4.20E-15  5.11E-01  1.665E+00  2.381E-01 3.31383E+01 7.41E-03  0.990   1.11   1.11
  800  1.44E-08  5.98E-09  8.21E-11  2.45E-15  1.20E-15  5.11E-01  1.665E+00  2.381E-01 3.29637E+01 7.45E-03  0.988   1.11   1.11
  851  9.85E-09  4.50E-09  5.22E-11  8.02E-16  6.06E-16  5.11E-01  1.665E+00  2.380E-01 3.28921E+01 7.47E-03  0.987   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.716E-05 d(ln R0)/dt =  5.513E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.01 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):     0.058855

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0273E+00 SECONDS
   DATA R*BT AT EDGE:  3.5797E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2477E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.760000 TO TG2=    2.765000 @ NSTEP     1051
   GFRAME TG2 MOMENTS CHECKSUM:  1.2186815653713E+04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 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=  1057 Hash code:   32850350
 ->PRGCHK: bdy curvature ratio at t= 2.7700E+00 seconds is:  4.2945E-02
 % MHDEQ: TG1= 2.7650000000000903 ; TG2= 2.7700000000000902

 *** 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     -2.983E+00     1.111E+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  3.2319E-01  0.0000E+00  1.6648E+00  2.3804E-01
    1   0  5.4258E-01 -7.8991E-02 -7.8991E-02  7.6658E-01
    2   0  8.7949E-02 -1.8929E-02  2.6351E-02 -3.8510E-02
    3   0 -8.7878E-03  1.4557E-02 -3.4607E-03  1.2641E-02
    4   0 -2.4600E-03 -6.0514E-03 -4.3058E-03  1.2812E-03
    5   0  4.3107E-03  3.5423E-04  1.5631E-03 -2.8155E-03
    6   0 -1.9423E-03  6.1908E-04  5.6190E-04  1.0405E-03
    7   0  2.6346E-04 -4.7389E-04 -5.6562E-04  5.5444E-04
    8   0  7.7062E-05  1.3412E-04  4.9845E-05 -2.9772E-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  2.98E-01  1.22E-01  6.17E-02  4.54E-03  5.72E-04  1.10E+00  1.665E+00  2.380E-01 3.68046E+01 6.55E-03  1.000   1.11   0.86
  100  9.78E-06  5.57E-06  1.03E-06  1.15E-09  2.12E-09  1.10E+00  1.652E+00  2.461E-01 3.38516E+01 7.29E-03  1.000   1.11   1.03
  125  9.82E-07  4.30E-07  1.56E-07  1.74E-10  1.89E-10  1.10E+00  1.658E+00  2.431E-01 3.38510E+01 7.32E-03  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.435E-07 d(ln R0)/dt =  1.074E-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  7.51E-02  9.33E-02  1.91E-05  1.36E-09  2.75E-09  1.10E+00  1.658E+00  2.430E-01 3.38510E+01 7.32E-03  1.000   1.11   1.05
  100  9.44E-05  3.03E-05  1.73E-07  6.27E-11  1.86E-10  5.11E-01  1.659E+00  2.421E-01 3.68033E+01 6.74E-03  1.042   1.11   1.10
  200  1.36E-05  4.84E-06  3.74E-08  2.91E-11  7.67E-12  5.11E-01  1.661E+00  2.389E-01 3.50118E+01 7.09E-03  1.017   1.11   1.10
  300  1.53E-06  6.17E-07  1.17E-08  8.63E-13  9.94E-13  5.11E-01  1.664E+00  2.388E-01 3.47653E+01 7.15E-03  1.013   1.11   1.11
  400  3.65E-07  1.85E-07  4.05E-09  1.38E-13  2.13E-13  5.11E-01  1.664E+00  2.390E-01 3.42402E+01 7.26E-03  1.006   1.11   1.11
  500  1.36E-07  7.06E-08  1.39E-09  4.58E-14  4.14E-14  5.11E-01  1.665E+00  2.389E-01 3.37455E+01 7.36E-03  0.998   1.11   1.11
  600  5.73E-08  2.50E-08  4.75E-10  2.47E-14  9.22E-15  5.11E-01  1.665E+00  2.389E-01 3.33609E+01 7.45E-03  0.993   1.11   1.11
  700  2.83E-08  1.22E-08  1.98E-10  1.38E-14  4.51E-15  5.11E-01  1.665E+00  2.389E-01 3.30947E+01 7.51E-03  0.989   1.11   1.11
  800  1.41E-08  5.78E-09  8.23E-11  2.42E-15  1.19E-15  5.11E-01  1.665E+00  2.388E-01 3.29160E+01 7.55E-03  0.986   1.11   1.11
  850  9.88E-09  4.47E-09  5.31E-11  7.63E-16  5.89E-16  5.11E-01  1.665E+00  2.388E-01 3.28447E+01 7.57E-03  0.985   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.802E-05 d(ln R0)/dt =  5.710E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.068736

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0596E+00 SECONDS
   DATA R*BT AT EDGE:  3.5821E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2945E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.765000 TO TG2=    2.770000 @ NSTEP     1057
   GFRAME TG2 MOMENTS CHECKSUM:  1.2194232809562E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1057
 TA= 2.76500E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 1.66192E-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  ->   41302 -      0 (killed) +  10344 (dep) =  51646 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   7432 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.198703E+08  2.197214E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.575110E+08  2.573521E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.272647E+08  1.272048E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.448616E+08  2.447884E+08
 %ORBALL:  In processor     0: orbit # IORB=  38193 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.560851E+08  2.559942E+08
 %ORBALL:  In processor     0: orbit # IORB=  41710 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43246 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43554 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43621 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43785 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43897 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44130 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44199 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45067 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45358 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45504 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45510 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46048 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46097 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46140 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46302 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46520 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47340 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47824 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47842 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47925 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48374 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48425 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48451 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48566 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48908 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48980 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49505 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51215 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51541 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51962 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51997 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51646 SPL=    0 TOT=41422
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.3623165E-01  2.0473602E+00  1.5449303E+08  2.2236420E-02
  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=   1061
 TA= 2.77000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.35260E-03
  
 TTOR1=  2.7700000000000902
 TTOR2=  2.78000000000009
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.770000E+00 NSTEP=  1061 Hash code:   86932439
 ->PRGCHK: bdy curvature ratio at t= 2.7750E+00 seconds is:  4.2884E-02
 % MHDEQ: TG1= 2.7700000000000902 ; TG2= 2.7750000000000901

 *** 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     -2.981E+00     1.117E+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  3.2407E-01  0.0000E+00  1.6654E+00  2.3882E-01
    1   0  5.4237E-01 -7.9194E-02 -7.9194E-02  7.6646E-01
    2   0  8.7996E-02 -1.8993E-02  2.6596E-02 -3.8289E-02
    3   0 -8.8556E-03  1.4366E-02 -3.4447E-03  1.2587E-02
    4   0 -2.4415E-03 -6.0622E-03 -4.3292E-03  1.2310E-03
    5   0  4.2775E-03  3.3944E-04  1.5673E-03 -2.8289E-03
    6   0 -1.9129E-03  6.1565E-04  5.8322E-04  1.0185E-03
    7   0  2.6910E-04 -4.8056E-04 -5.7131E-04  5.3809E-04
    8   0  9.9628E-05  1.3190E-04  4.4443E-05 -3.2106E-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  2.99E-01  1.21E-01  6.18E-02  4.54E-03  5.61E-04  1.10E+00  1.665E+00  2.388E-01 3.67831E+01 6.62E-03  1.000   1.12   0.86
  100  1.13E-05  6.06E-06  1.14E-06  1.09E-09  2.17E-09  1.10E+00  1.653E+00  2.464E-01 3.38163E+01 7.38E-03  1.000   1.12   1.03
  126  8.49E-07  3.12E-07  1.53E-07  1.29E-10  2.61E-10  1.10E+00  1.659E+00  2.433E-01 3.38156E+01 7.40E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.279E-07 d(ln R0)/dt =  9.954E-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  7.75E-02  9.56E-02  1.97E-05  1.32E-09  2.68E-09  1.10E+00  1.659E+00  2.432E-01 3.38156E+01 7.41E-03  1.000   1.12   1.05
  100  9.28E-05  3.04E-05  1.73E-07  5.30E-11  1.72E-10  5.11E-01  1.659E+00  2.424E-01 3.70231E+01 6.77E-03  1.046   1.12   1.10
  200  1.42E-05  4.82E-06  3.69E-08  3.78E-11  7.42E-12  5.11E-01  1.661E+00  2.394E-01 3.53335E+01 7.10E-03  1.022   1.12   1.10
  300  1.52E-06  6.10E-07  1.17E-08  9.65E-13  1.01E-12  5.11E-01  1.664E+00  2.393E-01 3.51737E+01 7.14E-03  1.020   1.12   1.12
  400  3.58E-07  1.80E-07  4.06E-09  1.41E-13  2.33E-13  5.11E-01  1.664E+00  2.395E-01 3.46393E+01 7.25E-03  1.012   1.12   1.12
  500  1.29E-07  6.90E-08  1.42E-09  4.15E-14  4.26E-14  5.11E-01  1.665E+00  2.394E-01 3.41033E+01 7.36E-03  1.004   1.12   1.12
  600  5.85E-08  2.52E-08  4.99E-10  2.34E-14  1.06E-14  5.11E-01  1.665E+00  2.394E-01 3.37211E+01 7.44E-03  0.999   1.12   1.12
  700  2.85E-08  1.26E-08  2.05E-10  1.73E-14  4.65E-15  5.11E-01  1.665E+00  2.394E-01 3.34466E+01 7.51E-03  0.995   1.12   1.12
  800  1.43E-08  5.91E-09  8.50E-11  2.18E-15  1.25E-15  5.11E-01  1.665E+00  2.393E-01 3.32569E+01 7.55E-03  0.992   1.12   1.12
  851  9.99E-09  4.57E-09  5.42E-11  9.24E-16  6.46E-16  5.11E-01  1.665E+00  2.393E-01 3.31801E+01 7.57E-03  0.991   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.941E-05 d(ln R0)/dt =  6.034E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 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:          0.02 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.078631

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0234E+00 SECONDS
   DATA R*BT AT EDGE:  3.5814E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2884E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.770000 TO TG2=    2.775000 @ NSTEP     1061
   GFRAME TG2 MOMENTS CHECKSUM:  1.2194790691154E+04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 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=  1065 Hash code:   23720639
 ->PRGCHK: bdy curvature ratio at t= 2.7800E+00 seconds is:  4.2824E-02
 % MHDEQ: TG1= 2.7750000000000901 ; TG2= 2.78000000000009

 *** 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     -2.979E+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  1.5386E+00  0.0000E+00  3.2496E-01  0.0000E+00  1.6654E+00  2.3932E-01
    1   0  5.4217E-01 -7.9397E-02 -7.9397E-02  7.6633E-01
    2   0  8.8043E-02 -1.9057E-02  2.6841E-02 -3.8068E-02
    3   0 -8.9235E-03  1.4176E-02 -3.4287E-03  1.2532E-02
    4   0 -2.4231E-03 -6.0730E-03 -4.3526E-03  1.1809E-03
    5   0  4.2443E-03  3.2465E-04  1.5715E-03 -2.8423E-03
    6   0 -1.8834E-03  6.1222E-04  6.0453E-04  9.9655E-04
    7   0  2.7473E-04 -4.8723E-04 -5.7700E-04  5.2174E-04
    8   0  1.2219E-04  1.2968E-04  3.9040E-05 -3.4440E-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  2.98E-01  1.20E-01  6.17E-02  4.52E-03  5.56E-04  1.10E+00  1.665E+00  2.393E-01 3.67442E+01 6.67E-03  1.000   1.12   0.86
  100  1.04E-05  5.52E-06  1.08E-06  1.06E-09  2.13E-09  1.10E+00  1.652E+00  2.470E-01 3.37865E+01 7.43E-03  1.000   1.12   1.03
  126  8.13E-07  2.97E-07  1.51E-07  1.25E-10  2.63E-10  1.10E+00  1.658E+00  2.439E-01 3.37858E+01 7.45E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.288E-07 d(ln R0)/dt =  9.971E-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  7.98E-02  9.64E-02  1.99E-05  1.32E-09  2.69E-09  1.10E+00  1.658E+00  2.438E-01 3.37859E+01 7.46E-03  1.000   1.12   1.05
  100  9.30E-05  3.98E-05  1.72E-07  5.31E-11  1.69E-10  5.11E-01  1.659E+00  2.431E-01 3.68944E+01 6.83E-03  1.045   1.12   1.10
  200  1.40E-05  9.60E-06  3.78E-08  4.38E-11  7.64E-12  5.11E-01  1.660E+00  2.401E-01 3.54802E+01 7.11E-03  1.025   1.12   1.11
  300  1.41E-06  7.36E-07  1.21E-08  9.94E-13  1.11E-12  5.11E-01  1.663E+00  2.401E-01 3.53128E+01 7.15E-03  1.022   1.12   1.12
  400  3.91E-07  1.87E-07  4.21E-09  1.42E-13  2.49E-13  5.11E-01  1.663E+00  2.403E-01 3.47493E+01 7.26E-03  1.014   1.12   1.12
  500  1.35E-07  5.67E-08  1.46E-09  4.14E-14  4.85E-14  5.11E-01  1.664E+00  2.401E-01 3.41874E+01 7.39E-03  1.006   1.12   1.12
  600  5.95E-08  2.69E-08  5.17E-10  2.41E-14  1.08E-14  5.11E-01  1.664E+00  2.402E-01 3.38017E+01 7.47E-03  1.000   1.12   1.12
  700  2.85E-08  1.18E-08  2.14E-10  1.83E-14  4.34E-15  5.11E-01  1.664E+00  2.401E-01 3.35271E+01 7.53E-03  0.996   1.12   1.12
  800  1.52E-08  6.67E-09  8.94E-11  2.31E-15  1.39E-15  5.11E-01  1.664E+00  2.401E-01 3.33333E+01 7.58E-03  0.993   1.12   1.12
  858  9.89E-09  4.54E-09  5.34E-11  1.03E-15  6.38E-16  5.11E-01  1.664E+00  2.401E-01 3.32434E+01 7.60E-03  0.992   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.054E-05 d(ln R0)/dt =  5.857E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.075414

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0371E+00 SECONDS
   DATA R*BT AT EDGE:  3.5808E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2824E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.775000 TO TG2=    2.780000 @ NSTEP     1065
   GFRAME TG2 MOMENTS CHECKSUM:  1.2193621896812E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1065
 TA= 2.77500E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.51682E-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  ->   41422 -      0 (killed) +  10307 (dep) =  51729 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.252351E+08  1.252314E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.104818E+08  2.104061E+08
 %ORBALL:  In processor     0: orbit # IORB=  16064 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18114 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31642 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.417789E+08  2.417068E+08
 %ORBALL:  In processor     0: orbit # IORB=  36913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42162 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42240 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42291 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43582 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43842 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44327 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44704 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45042 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45065 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45706 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45775 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46207 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.976514E+08  1.965474E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.971452E+08  1.965474E+08
 %ORBALL:  In processor     0: orbit # IORB=  46397 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46702 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46743 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46933 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47280 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47345 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47780 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.600462E+08  1.600163E+08
 %ORBALL:  In processor     0: orbit # IORB=  48285 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48459 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48725 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49087 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49937 never inside plasma.
 %ORBALL:  In processor     0:[1] 28177
 orbit # IORB=  49977 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50332 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50712 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51729 SPL=    0 TOT=41767
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.5221412E-01 -1.8417624E-01  2.0032652E+08  9.8356220E-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=   1069
 TA= 2.78000E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 1.78968E-03
  
 TTOR1=  2.78000000000009
 TTOR2=  2.7900000000000897
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.7800000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.780000E+00 NSTEP=  1069 Hash code:   52962401
 ->PRGCHK: bdy curvature ratio at t= 2.7850E+00 seconds is:  4.2765E-02
 % MHDEQ: TG1= 2.78000000000009 ; TG2= 2.7850000000000898

 *** 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     -2.976E+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  1.5386E+00  0.0000E+00  3.2529E-01  0.0000E+00  1.6644E+00  2.4005E-01
    1   0  5.4200E-01 -7.9559E-02 -7.9559E-02  7.6610E-01
    2   0  8.8036E-02 -1.9151E-02  2.7052E-02 -3.7974E-02
    3   0 -8.9732E-03  1.4062E-02 -3.4236E-03  1.2499E-02
    4   0 -2.4161E-03 -6.0922E-03 -4.3402E-03  1.1658E-03
    5   0  4.2351E-03  3.3703E-04  1.5821E-03 -2.8417E-03
    6   0 -1.8819E-03  6.0107E-04  6.0891E-04  9.8385E-04
    7   0  2.8348E-04 -4.8834E-04 -5.7406E-04  5.1169E-04
    8   0  1.3246E-04  1.3740E-04  4.5437E-05 -3.5470E-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  2.92E-01  1.17E-01  6.10E-02  4.48E-03  5.42E-04  1.10E+00  1.664E+00  2.401E-01 3.66437E+01 6.73E-03  1.000   1.12   0.87
  100  9.43E-06  5.25E-06  1.02E-06  1.03E-09  2.11E-09  1.10E+00  1.651E+00  2.471E-01 3.37341E+01 7.48E-03  1.000   1.12   1.04
  125  9.64E-07  4.30E-07  1.55E-07  1.52E-10  1.89E-10  1.10E+00  1.657E+00  2.441E-01 3.37335E+01 7.51E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.259E-07 d(ln R0)/dt =  1.029E-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  8.03E-02  9.57E-02  1.98E-05  1.37E-09  2.74E-09  1.10E+00  1.657E+00  2.440E-01 3.37336E+01 7.51E-03  1.000   1.12   1.06
  100  1.00E-04  2.52E-05  1.61E-07  6.02E-11  1.81E-10  5.11E-01  1.658E+00  2.432E-01 3.66127E+01 6.93E-03  1.041   1.12   1.11
  200  1.45E-05  7.68E-06  3.82E-08  3.43E-11  7.57E-12  5.11E-01  1.660E+00  2.402E-01 3.50046E+01 7.25E-03  1.019   1.12   1.11
  300  1.45E-06  6.43E-07  1.20E-08  9.15E-13  1.04E-12  5.11E-01  1.662E+00  2.401E-01 3.47426E+01 7.31E-03  1.015   1.12   1.12
  400  3.70E-07  1.90E-07  4.16E-09  1.35E-13  2.31E-13  5.11E-01  1.663E+00  2.403E-01 3.42011E+01 7.43E-03  1.007   1.12   1.12
  500  1.46E-07  6.36E-08  1.45E-09  4.58E-14  4.22E-14  5.11E-01  1.663E+00  2.402E-01 3.36705E+01 7.54E-03  0.999   1.12   1.12
  600  5.83E-08  2.60E-08  5.04E-10  2.46E-14  9.86E-15  5.11E-01  1.664E+00  2.402E-01 3.32857E+01 7.63E-03  0.993   1.12   1.12
  700  3.01E-08  1.24E-08  2.10E-10  1.50E-14  4.30E-15  5.11E-01  1.664E+00  2.402E-01 3.30154E+01 7.69E-03  0.989   1.12   1.12
  800  1.56E-08  6.61E-09  8.73E-11  2.54E-15  1.36E-15  5.11E-01  1.664E+00  2.402E-01 3.28292E+01 7.74E-03  0.987   1.12   1.12
  857  9.94E-09  4.59E-09  5.28E-11  1.03E-15  5.43E-16  5.11E-01  1.664E+00  2.401E-01 3.27437E+01 7.76E-03  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.069E-05 d(ln R0)/dt =  5.699E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072470

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0371E+00 SECONDS
   DATA R*BT AT EDGE:  3.5791E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2765E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.780000 TO TG2=    2.785000 @ NSTEP     1069
   GFRAME TG2 MOMENTS CHECKSUM:  1.2193599096477E+04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 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=  1073 Hash code:   14716601
 ->PRGCHK: bdy curvature ratio at t= 2.7900E+00 seconds is:  4.2706E-02
 % MHDEQ: TG1= 2.7850000000000898 ; TG2= 2.7900000000000897

 *** 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     -2.972E+00     1.117E+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  3.2562E-01  0.0000E+00  1.6641E+00  2.4014E-01
    1   0  5.4184E-01 -7.9721E-02 -7.9721E-02  7.6586E-01
    2   0  8.8029E-02 -1.9245E-02  2.7263E-02 -3.7880E-02
    3   0 -9.0229E-03  1.3948E-02 -3.4185E-03  1.2466E-02
    4   0 -2.4091E-03 -6.1115E-03 -4.3277E-03  1.1507E-03
    5   0  4.2260E-03  3.4940E-04  1.5927E-03 -2.8411E-03
    6   0 -1.8804E-03  5.8993E-04  6.1328E-04  9.7115E-04
    7   0  2.9223E-04 -4.8946E-04 -5.7112E-04  5.0163E-04
    8   0  1.4272E-04  1.4512E-04  5.1834E-05 -3.6500E-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  2.89E-01  1.16E-01  6.07E-02  4.46E-03  5.38E-04  1.10E+00  1.664E+00  2.401E-01 3.65631E+01 6.80E-03  1.000   1.12   0.87
  100  9.77E-06  5.42E-06  1.05E-06  9.92E-10  2.13E-09  1.10E+00  1.651E+00  2.470E-01 3.36771E+01 7.55E-03  1.000   1.12   1.04
  125  9.83E-07  4.49E-07  1.57E-07  1.48E-10  1.89E-10  1.10E+00  1.657E+00  2.441E-01 3.36765E+01 7.58E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.214E-07 d(ln R0)/dt =  1.005E-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  8.31E-02  9.81E-02  2.02E-05  1.42E-09  2.77E-09  1.10E+00  1.657E+00  2.440E-01 3.36765E+01 7.58E-03  1.000   1.12   1.06
  100  1.02E-04  2.53E-05  1.62E-07  6.04E-11  1.80E-10  5.11E-01  1.658E+00  2.432E-01 3.64515E+01 7.01E-03  1.040   1.12   1.10
  200  1.47E-05  7.86E-06  3.85E-08  3.33E-11  7.55E-12  5.11E-01  1.660E+00  2.402E-01 3.48313E+01 7.34E-03  1.017   1.12   1.11
  300  1.50E-06  6.62E-07  1.22E-08  8.95E-13  1.05E-12  5.11E-01  1.662E+00  2.401E-01 3.45251E+01 7.41E-03  1.012   1.12   1.12
  400  3.92E-07  1.95E-07  4.26E-09  1.38E-13  2.32E-13  5.11E-01  1.663E+00  2.403E-01 3.39845E+01 7.53E-03  1.005   1.12   1.12
  500  1.50E-07  6.53E-08  1.49E-09  4.53E-14  4.29E-14  5.11E-01  1.663E+00  2.402E-01 3.34551E+01 7.65E-03  0.997   1.12   1.12
  600  6.14E-08  2.68E-08  5.20E-10  2.38E-14  1.00E-14  5.11E-01  1.664E+00  2.403E-01 3.30706E+01 7.74E-03  0.991   1.12   1.12
  700  3.14E-08  1.27E-08  2.17E-10  1.48E-14  4.33E-15  5.11E-01  1.664E+00  2.402E-01 3.27987E+01 7.80E-03  0.987   1.12   1.12
  800  1.59E-08  6.82E-09  9.03E-11  2.68E-15  1.35E-15  5.11E-01  1.664E+00  2.402E-01 3.26122E+01 7.85E-03  0.984   1.12   1.12
  863  9.99E-09  4.89E-09  5.23E-11  6.25E-16  6.83E-16  5.11E-01  1.664E+00  2.401E-01 3.25180E+01 7.87E-03  0.983   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.211E-05 d(ln R0)/dt =  5.548E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.073681

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0537E+00 SECONDS
   DATA R*BT AT EDGE:  3.5774E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2706E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.785000 TO TG2=    2.790000 @ NSTEP     1073
   GFRAME TG2 MOMENTS CHECKSUM:  1.2193380867256E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1073
 TA= 2.78500E+00 CPU TIME= 5.46875E-02 SECONDS.  DT= 1.67083E-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  ->   41767 -      0 (killed) +  10268 (dep) =  52035 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.663572E+08  1.662717E+08
 %ORBALL:  In processor     0: orbit # IORB=   9566 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  11246 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  28805 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28983 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30926 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  43256 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43364 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44184 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44469 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45079 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45178 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45264 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45534 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45940 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46074 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46087 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46304 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46423 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46549 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47389 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47402 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48363 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48490 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48570 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48703 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48880 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49013 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49244 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49380 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49606 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50727 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51022 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51096 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51334 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51770 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51907 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52041 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  52673 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52035 SPL=    0 TOT=41869
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.5833263E-01 -1.8824856E+00  1.9098516E+08 -6.9823901E-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=   1077
 TA= 2.79000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.33097E-03
  
 TTOR1=  2.7900000000000897
 TTOR2=  2.8000000000000895
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.790000E+00 NSTEP=  1077 Hash code:   65555895
 ->PRGCHK: bdy curvature ratio at t= 2.7950E+00 seconds is:  4.2739E-02
 % MHDEQ: TG1= 2.7900000000000897 ; TG2= 2.7950000000000896

 *** 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     1.118E+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  1.5387E+00  0.0000E+00  3.2489E-01  0.0000E+00  1.6641E+00  2.4015E-01
    1   0  5.4193E-01 -7.9615E-02 -7.9615E-02  7.6595E-01
    2   0  8.8018E-02 -1.9212E-02  2.7127E-02 -3.8016E-02
    3   0 -9.0080E-03  1.4017E-02 -3.4438E-03  1.2483E-02
    4   0 -2.4337E-03 -6.1093E-03 -4.2990E-03  1.1981E-03
    5   0  4.2461E-03  3.6163E-04  1.5848E-03 -2.8310E-03
    6   0 -1.9096E-03  5.8897E-04  5.9752E-04  9.7525E-04
    7   0  2.9611E-04 -4.9615E-04 -5.7205E-04  5.0853E-04
    8   0  1.3020E-04  1.5186E-04  5.8498E-05 -3.5652E-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  2.88E-01  1.15E-01  6.06E-02  4.46E-03  5.32E-04  1.10E+00  1.664E+00  2.401E-01 3.66786E+01 6.83E-03  1.000   1.12   0.86
  100  9.70E-06  5.36E-06  1.03E-06  1.03E-09  2.12E-09  1.10E+00  1.651E+00  2.466E-01 3.37826E+01 7.59E-03  1.000   1.12   1.04
  125  9.82E-07  4.53E-07  1.59E-07  1.50E-10  1.92E-10  1.10E+00  1.657E+00  2.436E-01 3.37820E+01 7.61E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.306E-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  8.57E-02  1.01E-01  2.07E-05  1.49E-09  2.83E-09  1.10E+00  1.657E+00  2.435E-01 3.37820E+01 7.62E-03  1.000   1.12   1.06
  100  1.04E-04  2.56E-05  1.64E-07  6.07E-11  1.83E-10  5.11E-01  1.658E+00  2.427E-01 3.66304E+01 7.03E-03  1.041   1.12   1.10
  200  1.49E-05  8.01E-06  3.90E-08  3.41E-11  7.71E-12  5.11E-01  1.660E+00  2.397E-01 3.50084E+01 7.36E-03  1.018   1.12   1.11
  300  1.54E-06  6.79E-07  1.24E-08  9.17E-13  1.06E-12  5.11E-01  1.662E+00  2.396E-01 3.46951E+01 7.43E-03  1.013   1.12   1.12
  400  4.05E-07  1.99E-07  4.36E-09  1.41E-13  2.38E-13  5.11E-01  1.663E+00  2.398E-01 3.41485E+01 7.55E-03  1.005   1.12   1.12
  500  1.53E-07  6.67E-08  1.52E-09  4.70E-14  4.36E-14  5.11E-01  1.663E+00  2.397E-01 3.36115E+01 7.67E-03  0.998   1.12   1.12
  600  6.41E-08  2.74E-08  5.36E-10  2.37E-14  1.03E-14  5.11E-01  1.664E+00  2.397E-01 3.32222E+01 7.76E-03  0.992   1.12   1.12
  700  3.23E-08  1.29E-08  2.23E-10  1.49E-14  4.41E-15  5.11E-01  1.664E+00  2.397E-01 3.29463E+01 7.83E-03  0.988   1.12   1.12
  800  1.61E-08  6.92E-09  9.34E-11  2.72E-15  1.44E-15  5.11E-01  1.664E+00  2.396E-01 3.27586E+01 7.87E-03  0.985   1.12   1.12
  867  9.95E-09  4.70E-09  5.15E-11  9.03E-16  4.83E-16  5.11E-01  1.664E+00  2.396E-01 3.26576E+01 7.90E-03  0.983   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.365E-05 d(ln R0)/dt =  5.451E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 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):     0.074953

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0869E+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:  4.2739E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.790000 TO TG2=    2.795000 @ NSTEP     1077
   GFRAME TG2 MOMENTS CHECKSUM:  1.2190831596815E+04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 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=  1084 Hash code:  114195436
 ->PRGCHK: bdy curvature ratio at t= 2.8000E+00 seconds is:  4.2773E-02
 % MHDEQ: TG1= 2.7950000000000896 ; TG2= 2.8000000000000895

 *** 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     -2.982E+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  1.5388E+00  0.0000E+00  3.2417E-01  0.0000E+00  1.6639E+00  2.3963E-01
    1   0  5.4203E-01 -7.9509E-02 -7.9509E-02  7.6604E-01
    2   0  8.8006E-02 -1.9180E-02  2.6991E-02 -3.8153E-02
    3   0 -8.9931E-03  1.4085E-02 -3.4690E-03  1.2500E-02
    4   0 -2.4584E-03 -6.1071E-03 -4.2703E-03  1.2454E-03
    5   0  4.2662E-03  3.7386E-04  1.5769E-03 -2.8210E-03
    6   0 -1.9389E-03  5.8801E-04  5.8176E-04  9.7936E-04
    7   0  3.0000E-04 -5.0283E-04 -5.7298E-04  5.1542E-04
    8   0  1.1769E-04  1.5860E-04  6.5162E-05 -3.4805E-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  2.88E-01  1.15E-01  6.05E-02  4.47E-03  5.34E-04  1.10E+00  1.664E+00  2.396E-01 3.67875E+01 6.89E-03  1.000   1.12   0.86
  100  9.57E-06  5.28E-06  1.02E-06  1.06E-09  2.10E-09  1.10E+00  1.651E+00  2.461E-01 3.38865E+01 7.65E-03  1.000   1.12   1.03
  125  9.77E-07  4.52E-07  1.60E-07  1.55E-10  1.96E-10  1.10E+00  1.658E+00  2.430E-01 3.38858E+01 7.68E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.401E-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  8.60E-02  1.02E-01  2.08E-05  1.49E-09  2.86E-09  1.10E+00  1.658E+00  2.429E-01 3.38859E+01 7.68E-03  1.000   1.12   1.05
  100  1.07E-04  2.60E-05  1.66E-07  6.15E-11  1.85E-10  5.11E-01  1.658E+00  2.421E-01 3.68208E+01 7.07E-03  1.042   1.12   1.10
  200  1.51E-05  8.06E-06  3.94E-08  3.56E-11  7.88E-12  5.11E-01  1.661E+00  2.390E-01 3.52024E+01 7.40E-03  1.019   1.12   1.11
  300  1.57E-06  6.86E-07  1.25E-08  9.31E-13  1.07E-12  5.11E-01  1.663E+00  2.389E-01 3.48999E+01 7.47E-03  1.015   1.12   1.12
  400  4.14E-07  2.00E-07  4.41E-09  1.44E-13  2.43E-13  5.11E-01  1.663E+00  2.392E-01 3.43516E+01 7.59E-03  1.007   1.12   1.12
  500  1.53E-07  6.78E-08  1.54E-09  4.83E-14  4.39E-14  5.11E-01  1.664E+00  2.390E-01 3.38102E+01 7.71E-03  0.999   1.12   1.12
  600  6.63E-08  2.76E-08  5.43E-10  2.36E-14  1.05E-14  5.11E-01  1.664E+00  2.391E-01 3.34194E+01 7.80E-03  0.993   1.12   1.12
  700  3.23E-08  1.29E-08  2.25E-10  1.54E-14  4.60E-15  5.11E-01  1.664E+00  2.390E-01 3.31394E+01 7.87E-03  0.989   1.12   1.12
  800  1.60E-08  6.89E-09  9.47E-11  2.83E-15  1.51E-15  5.11E-01  1.665E+00  2.390E-01 3.29498E+01 7.92E-03  0.986   1.12   1.12
  868  9.74E-09  4.85E-09  5.20E-11  9.82E-16  5.00E-16  5.11E-01  1.665E+00  2.389E-01 3.28464E+01 7.94E-03  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.438E-05 d(ln R0)/dt =  5.565E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.089105

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0967E+00 SECONDS
   DATA R*BT AT EDGE:  3.5881E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2773E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.795000 TO TG2=    2.800000 @ NSTEP     1084
   GFRAME TG2 MOMENTS CHECKSUM:  1.2189836256388E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1084
 TA= 2.79500E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 8.93320E-04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   41869 -      0 (killed) +  10209 (dep) =  52078 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.115619E+08  2.115154E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.626800E+08  2.626022E+08
 %ORBALL:  In processor     0: orbit # IORB=  19523 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.585057E+08  1.583713E+08
 %ORBALL:  In processor     0: orbit # IORB=  24508 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28680 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.174460E+07  9.172171E+07
 %ORBALL:  In processor     0: orbit # IORB=  36015 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39334 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.490967E+08  1.490831E+08
 %ORBALL:  In processor     0: orbit # IORB=  42169 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42392 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42693 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42899 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43240 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43380 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44213 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44363 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44709 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44726 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45100 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45448 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45486 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45578 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45813 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47075 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47116 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49679 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49755 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49765 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49812 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50596 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50831 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51347 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52484 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52860 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52078 SPL=    0 TOT=41851
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.5273915E-01  7.6793355E-01  2.4971665E+08  6.6845582E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1091
 TA= 2.80000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 9.85707E-04
  
 TTOR1=  2.8000000000000895
 TTOR2=  2.8100000000000893
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.800000E+00 NSTEP=  1091 Hash code:   46075979
 ->PRGCHK: bdy curvature ratio at t= 2.8050E+00 seconds is:  4.2720E-02
 % MHDEQ: TG1= 2.8000000000000895 ; TG2= 2.8050000000000894

 *** 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     -3.008E+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  1.5386E+00  0.0000E+00  3.2258E-01  0.0000E+00  1.6646E+00  2.3894E-01
    1   0  5.4235E-01 -7.8982E-02 -7.8982E-02  7.6717E-01
    2   0  8.8170E-02 -1.9017E-02  2.6500E-02 -3.8562E-02
    3   0 -8.8546E-03  1.4201E-02 -3.4941E-03  1.2525E-02
    4   0 -2.5419E-03 -6.0383E-03 -4.2730E-03  1.3080E-03
    5   0  4.3059E-03  3.2175E-04  1.5494E-03 -2.8411E-03
    6   0 -1.9678E-03  6.1690E-04  5.7006E-04  1.0030E-03
    7   0  2.7487E-04 -5.2141E-04 -6.0957E-04  5.4038E-04
    8   0  1.0976E-04  1.2913E-04  4.6259E-05 -3.6405E-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  2.92E-01  1.16E-01  6.10E-02  4.52E-03  5.34E-04  1.10E+00  1.665E+00  2.389E-01 3.73756E+01 6.87E-03  1.000   1.12   0.87
  100  9.37E-06  4.84E-06  9.68E-07  1.14E-09  1.95E-09  1.10E+00  1.651E+00  2.453E-01 3.43869E+01 7.63E-03  1.000   1.12   1.04
  125  9.82E-07  4.39E-07  1.57E-07  1.73E-10  1.96E-10  1.10E+00  1.657E+00  2.422E-01 3.43862E+01 7.66E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.571E-07 d(ln R0)/dt =  1.105E-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  8.48E-02  1.01E-01  2.05E-05  1.50E-09  2.89E-09  1.10E+00  1.657E+00  2.421E-01 3.43862E+01 7.66E-03  1.000   1.12   1.06
  100  1.08E-04  2.66E-05  1.67E-07  6.75E-11  1.91E-10  5.11E-01  1.658E+00  2.413E-01 3.71863E+01 7.09E-03  1.040   1.12   1.11
  200  1.49E-05  8.02E-06  3.96E-08  3.12E-11  8.03E-12  5.11E-01  1.661E+00  2.380E-01 3.54779E+01 7.44E-03  1.016   1.12   1.11
  300  1.62E-06  7.17E-07  1.26E-08  8.65E-13  1.06E-12  5.11E-01  1.663E+00  2.379E-01 3.51234E+01 7.52E-03  1.011   1.12   1.12
  400  4.30E-07  2.06E-07  4.45E-09  1.40E-13  2.37E-13  5.11E-01  1.664E+00  2.381E-01 3.45718E+01 7.64E-03  1.003   1.12   1.12
  500  1.59E-07  7.07E-08  1.55E-09  5.06E-14  4.31E-14  5.11E-01  1.664E+00  2.380E-01 3.40477E+01 7.76E-03  0.995   1.12   1.12
  600  6.88E-08  2.80E-08  5.40E-10  2.38E-14  9.91E-15  5.11E-01  1.664E+00  2.380E-01 3.36517E+01 7.85E-03  0.989   1.12   1.12
  700  3.25E-08  1.31E-08  2.26E-10  1.47E-14  4.76E-15  5.11E-01  1.665E+00  2.380E-01 3.33690E+01 7.92E-03  0.985   1.12   1.12
  800  1.62E-08  6.97E-09  9.56E-11  3.00E-15  1.42E-15  5.11E-01  1.665E+00  2.379E-01 3.31791E+01 7.96E-03  0.982   1.12   1.12
  868  9.90E-09  4.93E-09  5.27E-11  9.42E-16  5.16E-16  5.11E-01  1.665E+00  2.379E-01 3.30760E+01 7.99E-03  0.981   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.459E-05 d(ln R0)/dt =  5.576E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 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):     0.056214

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0635E+00 SECONDS
   DATA R*BT AT EDGE:  3.6104E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2720E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.800000 TO TG2=    2.805000 @ NSTEP     1091
   GFRAME TG2 MOMENTS CHECKSUM:  1.2189352188117E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1091
 TA= 2.80000E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 9.85707E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1092
 TA= 2.80029E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 3.58940E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1105
 TA= 2.80392E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 3.40811E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.805000E+00 NSTEP=  1109 Hash code:   18428269
 ->PRGCHK: bdy curvature ratio at t= 2.8100E+00 seconds is:  4.2670E-02
 % MHDEQ: TG1= 2.8050000000000894 ; TG2= 2.8100000000000893

 *** 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     -3.033E+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  1.5383E+00  0.0000E+00  3.2099E-01  0.0000E+00  1.6649E+00  2.3791E-01
    1   0  5.4266E-01 -7.8455E-02 -7.8455E-02  7.6831E-01
    2   0  8.8334E-02 -1.8855E-02  2.6009E-02 -3.8970E-02
    3   0 -8.7160E-03  1.4317E-02 -3.5191E-03  1.2549E-02
    4   0 -2.6254E-03 -5.9696E-03 -4.2757E-03  1.3706E-03
    5   0  4.3455E-03  2.6964E-04  1.5220E-03 -2.8612E-03
    6   0 -1.9966E-03  6.4579E-04  5.5836E-04  1.0267E-03
    7   0  2.4975E-04 -5.4000E-04 -6.4616E-04  5.6534E-04
    8   0  1.0184E-04  9.9657E-05  2.7355E-05 -3.8005E-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  2.95E-01  1.17E-01  6.14E-02  4.56E-03  5.40E-04  1.10E+00  1.665E+00  2.379E-01 3.79540E+01 6.87E-03  1.000   1.13   0.87
  100  1.11E-05  5.56E-06  1.08E-06  1.14E-09  1.98E-09  1.10E+00  1.651E+00  2.445E-01 3.48891E+01 7.63E-03  1.000   1.13   1.05
  126  8.37E-07  3.33E-07  1.53E-07  1.25E-10  2.66E-10  1.10E+00  1.657E+00  2.413E-01 3.48884E+01 7.66E-03  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.14E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.375E-07 d(ln R0)/dt =  1.031E-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  8.52E-02  1.03E-01  2.06E-05  1.45E-09  2.82E-09  1.10E+00  1.658E+00  2.412E-01 3.48884E+01 7.66E-03  1.000   1.13   1.07
  100  9.42E-05  4.29E-05  1.79E-07  6.28E-11  1.80E-10  5.11E-01  1.658E+00  2.404E-01 3.75827E+01 7.12E-03  1.038   1.13   1.11
  200  1.48E-05  9.88E-06  3.88E-08  3.18E-11  8.04E-12  5.11E-01  1.661E+00  2.371E-01 3.60590E+01 7.43E-03  1.017   1.13   1.12
  300  1.53E-06  7.93E-07  1.27E-08  8.38E-13  1.08E-12  5.11E-01  1.663E+00  2.369E-01 3.56736E+01 7.51E-03  1.011   1.13   1.13
  400  5.04E-07  2.10E-07  4.46E-09  1.45E-13  2.35E-13  5.11E-01  1.664E+00  2.372E-01 3.51190E+01 7.63E-03  1.003   1.13   1.13
  500  1.46E-07  6.30E-08  1.52E-09  4.94E-14  4.51E-14  5.11E-01  1.664E+00  2.370E-01 3.45905E+01 7.75E-03  0.996   1.13   1.13
  600  7.30E-08  2.82E-08  5.35E-10  2.22E-14  1.02E-14  5.11E-01  1.665E+00  2.370E-01 3.41952E+01 7.84E-03  0.990   1.13   1.13
  700  3.13E-08  1.38E-08  2.24E-10  1.49E-14  4.66E-15  5.11E-01  1.665E+00  2.370E-01 3.39086E+01 7.91E-03  0.986   1.13   1.13
  800  1.63E-08  7.19E-09  9.66E-11  3.36E-15  1.45E-15  5.11E-01  1.665E+00  2.369E-01 3.37153E+01 7.95E-03  0.983   1.13   1.13
  869  9.85E-09  4.88E-09  5.27E-11  8.30E-16  5.34E-16  5.11E-01  1.665E+00  2.369E-01 3.36110E+01 7.98E-03  0.982   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.435E-05 d(ln R0)/dt =  5.534E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.057021

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0713E+00 SECONDS
   DATA R*BT AT EDGE:  3.6327E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2670E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.805000 TO TG2=    2.810000 @ NSTEP     1109
   GFRAME TG2 MOMENTS CHECKSUM:  1.2187478182505E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1109
 TA= 2.80500E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 3.36680E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1110
 TA= 2.80527E+00 CPU TIME= 5.37109E-02 SECONDS.  DT= 3.33943E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1124
 TA= 2.80890E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 3.15449E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep sp[1] 28853
ecies  1  --  0  underweight particles.
 %DEPALL specie #1  ->   41851 -      0 (killed) +  10193 (dep) =  52044 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  30260 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42944 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43712 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43757 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43823 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44464 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44803 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45423 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46272 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46384 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46598 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47948 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48290 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48789 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49024 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49480 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49887 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50590 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50605 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50933 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52707 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52734 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52044 SPL=    0 TOT=42160
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.1001966E-01 -2.1383837E+00  1.1736320E+08  9.0646537E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1129
 TA= 2.81000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 1.31695E-04
  
 TTOR1=  2.8100000000000893
 TTOR2=  2.8200000000000891
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.8100000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.810000E+00 NSTEP=  1129 Hash code:   14209071
 ->PRGCHK: bdy curvature ratio at t= 2.8150E+00 seconds is:  4.2382E-02
 % MHDEQ: TG1= 2.8100000000000893 ; TG2= 2.8150000000000892

 *** 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     -3.010E+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  1.5381E+00  0.0000E+00  3.2198E-01  0.0000E+00  1.6650E+00  2.3692E-01
    1   0  5.4228E-01 -7.8852E-02 -7.8852E-02  7.6787E-01
    2   0  8.8444E-02 -1.9019E-02  2.6165E-02 -3.8786E-02
    3   0 -8.7574E-03  1.4351E-02 -3.5467E-03  1.2556E-02
    4   0 -2.5696E-03 -5.9794E-03 -4.2312E-03  1.2967E-03
    5   0  4.3538E-03  3.0248E-04  1.5632E-03 -2.8626E-03
    6   0 -1.9444E-03  6.3489E-04  5.3980E-04  1.0182E-03
    7   0  2.2676E-04 -5.2842E-04 -6.3391E-04  5.7304E-04
    8   0  1.2465E-04  1.1170E-04  4.4715E-05 -3.7293E-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  3.01E-01  1.22E-01  6.21E-02  4.56E-03  5.67E-04  1.10E+00  1.665E+00  2.369E-01 3.74144E+01 7.04E-03  1.000   1.13   0.86
  100  1.25E-05  6.23E-06  1.22E-06  1.12E-09  2.20E-09  1.10E+00  1.652E+00  2.448E-01 3.43858E+01 7.83E-03  1.000   1.13   1.04
  126  8.41E-07  3.49E-07  1.56E-07  1.29E-10  2.67E-10  1.10E+00  1.658E+00  2.416E-01 3.43851E+01 7.86E-03  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.334E-07 d(ln R0)/dt =  1.013E-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  8.58E-02  1.04E-01  2.05E-05  1.38E-09  2.77E-09  1.10E+00  1.659E+00  2.415E-01 3.43851E+01 7.86E-03  1.000   1.13   1.05
  100  1.92E-04  4.96E-05  2.30E-07  5.06E-11  1.83E-10  5.11E-01  1.659E+00  2.406E-01 3.79154E+01 7.14E-03  1.050   1.13   1.11
  200  1.55E-05  9.19E-06  4.26E-08  4.09E-11  8.29E-12  5.11E-01  1.661E+00  2.375E-01 3.62837E+01 7.46E-03  1.027   1.13   1.11
  300  2.19E-06  9.47E-07  1.25E-08  8.59E-13  1.15E-12  5.11E-01  1.663E+00  2.374E-01 3.60600E+01 7.51E-03  1.024   1.13   1.13
  400  5.32E-07  2.73E-07  4.57E-09  1.45E-13  2.39E-13  5.11E-01  1.664E+00  2.375E-01 3.55053E+01 7.63E-03  1.016   1.13   1.13
  500  1.61E-07  9.83E-08  1.58E-09  5.26E-14  4.58E-14  5.11E-01  1.665E+00  2.373E-01 3.49633E+01 7.75E-03  1.008   1.13   1.13
  600  9.45E-08  3.36E-08  5.66E-10  2.03E-14  1.15E-14  5.11E-01  1.665E+00  2.374E-01 3.45621E+01 7.84E-03  1.003   1.13   1.13
  700  3.41E-08  1.65E-08  2.28E-10  1.75E-14  4.59E-15  5.11E-01  1.665E+00  2.374E-01 3.42612E+01 7.91E-03  0.998   1.13   1.13
  800  1.69E-08  7.86E-09  9.91E-11  3.83E-15  1.48E-15  5.11E-01  1.665E+00  2.373E-01 3.40599E+01 7.96E-03  0.995   1.13   1.13
  869  9.90E-09  5.34E-09  5.39E-11  7.93E-16  5.11E-16  5.11E-01  1.665E+00  2.373E-01 3.39569E+01 7.98E-03  0.994   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.322E-05 d(ln R0)/dt =  5.358E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 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 =  2.0898E+00 SECONDS
   DATA R*BT AT EDGE:  3.6098E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2382E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.810000 TO TG2=    2.815000 @ NSTEP     1129
   GFRAME TG2 MOMENTS CHECKSUM:  1.2185824382643E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.815000E+00 NSTEP=  1140 Hash code:   12584668
 ->PRGCHK: bdy curvature ratio at t= 2.8200E+00 seconds is:  4.2094E-02
 % MHDEQ: TG1= 2.8150000000000892 ; TG2= 2.8200000000000891

 *** 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     -2.986E+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  1.5379E+00  0.0000E+00  3.2298E-01  0.0000E+00  1.6655E+00  2.3726E-01
    1   0  5.4191E-01 -7.9248E-02 -7.9248E-02  7.6743E-01
    2   0  8.8555E-02 -1.9182E-02  2.6320E-02 -3.8601E-02
    3   0 -8.7989E-03  1.4386E-02 -3.5742E-03  1.2563E-02
    4   0 -2.5138E-03 -5.9892E-03 -4.1866E-03  1.2228E-03
    5   0  4.3620E-03  3.3532E-04  1.6044E-03 -2.8640E-03
    6   0 -1.8921E-03  6.2399E-04  5.2124E-04  1.0097E-03
    7   0  2.0377E-04 -5.1685E-04 -6.2165E-04  5.8074E-04
    8   0  1.4747E-04  1.2375E-04  6.2074E-05 -3.6581E-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  3.04E-01  1.24E-01  6.26E-02  4.55E-03  5.72E-04  1.10E+00  1.665E+00  2.373E-01 3.68964E+01 7.18E-03  1.000   1.12   0.86
  100  1.55E-05  7.66E-06  1.45E-06  1.07E-09  2.52E-09  1.10E+00  1.653E+00  2.449E-01 3.38962E+01 7.99E-03  1.000   1.12   1.04
  126  9.12E-07  4.06E-07  1.65E-07  1.07E-10  2.40E-10  1.10E+00  1.659E+00  2.417E-01 3.38956E+01 8.02E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.968E-07 d(ln R0)/dt =  9.153E-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  8.84E-02  1.08E-01  2.10E-05  1.36E-09  2.67E-09  1.10E+00  1.659E+00  2.416E-01 3.38956E+01 8.02E-03  1.000   1.12   1.06
  100  1.86E-04  4.83E-05  2.24E-07  4.65E-11  1.71E-10  5.11E-01  1.660E+00  2.408E-01 3.72324E+01 7.31E-03  1.048   1.12   1.11
  200  1.54E-05  9.34E-06  4.21E-08  4.40E-11  7.95E-12  5.11E-01  1.661E+00  2.379E-01 3.57291E+01 7.62E-03  1.026   1.12   1.11
  300  2.08E-06  9.18E-07  1.23E-08  8.63E-13  1.15E-12  5.11E-01  1.663E+00  2.378E-01 3.55007E+01 7.67E-03  1.023   1.12   1.12
  400  5.15E-07  2.65E-07  4.48E-09  1.46E-13  2.32E-13  5.11E-01  1.664E+00  2.379E-01 3.49549E+01 7.80E-03  1.015   1.12   1.13
  500  1.53E-07  9.29E-08  1.55E-09  4.73E-14  4.48E-14  5.11E-01  1.665E+00  2.378E-01 3.44144E+01 7.92E-03  1.008   1.12   1.13
  600  9.23E-08  3.27E-08  5.64E-10  1.82E-14  1.17E-14  5.11E-01  1.665E+00  2.378E-01 3.40269E+01 8.01E-03  1.002   1.12   1.12
  700  3.35E-08  1.63E-08  2.25E-10  1.81E-14  4.18E-15  5.11E-01  1.665E+00  2.378E-01 3.37308E+01 8.08E-03  0.998   1.12   1.12
  800  1.69E-08  7.92E-09  9.72E-11  3.59E-15  1.43E-15  5.11E-01  1.665E+00  2.377E-01 3.35301E+01 8.13E-03  0.995   1.12   1.12
  869  9.99E-09  5.30E-09  5.22E-11  7.99E-16  5.20E-16  5.11E-01  1.665E+00  2.377E-01 3.34276E+01 8.15E-03  0.993   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.327E-05 d(ln R0)/dt =  5.428E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.066151

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1016E+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:  4.2094E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.815000 TO TG2=    2.820000 @ NSTEP     1140
   GFRAME TG2 MOMENTS CHECKSUM:  1.2186136320787E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1140
 TA= 2.81500E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 1.22650E-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  ->   42160 -      0 (killed) +  10108 (dep) =  52268 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2614 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4630 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18555 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30647 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34079 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.159902E+08  2.158123E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  43009 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43083 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43111 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43202 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43737 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45103 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45662 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45952 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45985 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46270 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46297 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46399 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46490 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46676 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46754 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46886 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46989 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47132 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47411 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48023 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48170 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48241 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48463 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48605 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48798 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49221 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49513 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50214 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50469 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51390 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51903 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52115 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52675 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52268 SPL=    0 TOT=41872
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.0108349E-01 -2.6981789E+00  1.5880713E+08  8.4749467E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1145
 TA= 2.82000E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 1.36153E-03
  
 TTOR1=  2.8200000000000891
 TTOR2=  2.8300000000000889
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.820000E+00 NSTEP=  1145 Hash code:   17259747
 ->PRGCHK: bdy curvature ratio at t= 2.8250E+00 seconds is:  4.2145E-02
 % MHDEQ: TG1= 2.8200000000000891 ; TG2= 2.825000000000089

 *** 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     -2.979E+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  1.5383E+00  0.0000E+00  3.2255E-01  0.0000E+00  1.6654E+00  2.3771E-01
    1   0  5.4194E-01 -7.8899E-02 -7.8899E-02  7.6663E-01
    2   0  8.8215E-02 -1.9205E-02  2.6405E-02 -3.8858E-02
    3   0 -8.8407E-03  1.4224E-02 -3.4139E-03  1.2563E-02
    4   0 -2.5020E-03 -5.9969E-03 -4.1963E-03  1.2302E-03
    5   0  4.3654E-03  3.6755E-04  1.6113E-03 -2.9035E-03
    6   0 -1.9180E-03  6.1370E-04  5.5193E-04  1.0220E-03
    7   0  2.1662E-04 -4.9785E-04 -6.2953E-04  5.7952E-04
    8   0  1.6235E-04  1.1192E-04  4.8362E-05 -4.0309E-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  3.00E-01  1.20E-01  6.21E-02  4.56E-03  5.50E-04  1.10E+00  1.665E+00  2.377E-01 3.67517E+01 7.25E-03  1.000   1.12   0.86
  100  1.54E-05  7.53E-06  1.44E-06  1.05E-09  2.31E-09  1.10E+00  1.653E+00  2.445E-01 3.37645E+01 8.07E-03  1.000   1.12   1.04
  126  8.96E-07  3.97E-07  1.64E-07  1.08E-10  2.34E-10  1.10E+00  1.659E+00  2.414E-01 3.37639E+01 8.10E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.839E-07 d(ln R0)/dt =  8.846E-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  8.93E-02  1.08E-01  2.12E-05  1.38E-09  2.64E-09  1.10E+00  1.659E+00  2.413E-01 3.37639E+01 8.10E-03  1.000   1.12   1.06
  100  1.83E-04  4.81E-05  2.23E-07  4.66E-11  1.68E-10  5.11E-01  1.660E+00  2.405E-01 3.66586E+01 7.47E-03  1.042   1.12   1.11
  200  1.57E-05  9.68E-06  4.28E-08  3.86E-11  7.56E-12  5.11E-01  1.662E+00  2.376E-01 3.50904E+01 7.81E-03  1.019   1.12   1.11
  300  2.15E-06  9.65E-07  1.24E-08  7.91E-13  1.07E-12  5.11E-01  1.664E+00  2.375E-01 3.47702E+01 7.88E-03  1.015   1.12   1.12
  400  5.50E-07  2.81E-07  4.50E-09  1.43E-13  2.27E-13  5.11E-01  1.664E+00  2.376E-01 3.42418E+01 8.01E-03  1.007   1.12   1.12
  500  1.60E-07  9.86E-08  1.56E-09  4.77E-14  4.37E-14  5.11E-01  1.665E+00  2.375E-01 3.37244E+01 8.13E-03  0.999   1.12   1.12
  600  9.58E-08  3.36E-08  5.66E-10  1.87E-14  1.16E-14  5.11E-01  1.665E+00  2.375E-01 3.33484E+01 8.22E-03  0.994   1.12   1.12
  700  3.43E-08  1.72E-08  2.28E-10  1.69E-14  4.19E-15  5.11E-01  1.665E+00  2.375E-01 3.30575E+01 8.29E-03  0.990   1.12   1.12
  800  1.73E-08  8.30E-09  9.81E-11  3.83E-15  1.47E-15  5.11E-01  1.666E+00  2.374E-01 3.28592E+01 8.34E-03  0.987   1.12   1.12
  882  9.61E-09  4.40E-09  4.70E-11  1.16E-15  4.56E-16  5.11E-01  1.666E+00  2.374E-01 3.27373E+01 8.38E-03  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.526E-05 d(ln R0)/dt =  5.172E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.088815

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0977E+00 SECONDS
   DATA R*BT AT EDGE:  3.5817E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2145E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.820000 TO TG2=    2.825000 @ NSTEP     1145
   GFRAME TG2 MOMENTS CHECKSUM:  1.2186240388044E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1145
 TA= 2.82000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 1.36153E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1146
 TA= 2.82028E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 3.46053E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1157
 TA= 2.82381E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 4.51118E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.825000E+00 NSTEP=  1161 Hash code:   32754357
 ->PRGCHK: bdy curvature ratio at t= 2.8300E+00 seconds is:  4.2203E-02
 % MHDEQ: TG1= 2.825000000000089 ; TG2= 2.8300000000000889

 *** 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     -2.972E+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  1.5386E+00  0.0000E+00  3.2213E-01  0.0000E+00  1.6656E+00  2.3742E-01
    1   0  5.4197E-01 -7.8550E-02 -7.8550E-02  7.6582E-01
    2   0  8.7876E-02 -1.9228E-02  2.6489E-02 -3.9114E-02
    3   0 -8.8825E-03  1.4062E-02 -3.2536E-03  1.2563E-02
    4   0 -2.4902E-03 -6.0045E-03 -4.2060E-03  1.2376E-03
    5   0  4.3689E-03  3.9978E-04  1.6182E-03 -2.9430E-03
    6   0 -1.9438E-03  6.0340E-04  5.8262E-04  1.0343E-03
    7   0  2.2946E-04 -4.7885E-04 -6.3740E-04  5.7830E-04
    8   0  1.7724E-04  1.0010E-04  3.4650E-05 -4.4038E-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  2.99E-01  1.18E-01  6.18E-02  4.57E-03  5.41E-04  1.10E+00  1.666E+00  2.374E-01 3.66203E+01 7.14E-03  1.000   1.12   0.86
  100  1.37E-05  6.71E-06  1.28E-06  1.12E-09  2.22E-09  1.10E+00  1.652E+00  2.446E-01 3.36351E+01 7.94E-03  1.000   1.12   1.03
  126  8.90E-07  3.73E-07  1.62E-07  1.11E-10  2.39E-10  1.10E+00  1.658E+00  2.413E-01 3.36345E+01 7.97E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.058E-07 d(ln R0)/dt =  9.499E-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  1.07E-01  2.11E-05  1.41E-09  2.71E-09  1.10E+00  1.659E+00  2.412E-01 3.36345E+01 7.97E-03  1.000   1.12   1.05
  100  9.12E-05  4.02E-05  1.80E-07  5.32E-11  1.70E-10  5.11E-01  1.659E+00  2.405E-01 3.63588E+01 7.38E-03  1.039   1.12   1.10
  200  1.64E-05  1.06E-05  3.92E-08  3.97E-11  7.69E-12  5.11E-01  1.661E+00  2.374E-01 3.50231E+01 7.67E-03  1.020   1.12   1.10
  300  1.44E-06  7.96E-07  1.29E-08  8.97E-13  1.09E-12  5.11E-01  1.663E+00  2.373E-01 3.46999E+01 7.75E-03  1.016   1.12   1.12
  400  5.16E-07  2.07E-07  4.47E-09  1.53E-13  2.42E-13  5.11E-01  1.664E+00  2.375E-01 3.41745E+01 7.86E-03  1.008   1.12   1.12
  500  1.43E-07  6.20E-08  1.55E-09  4.41E-14  4.60E-14  5.11E-01  1.664E+00  2.373E-01 3.36369E+01 7.99E-03  1.000   1.12   1.12
  600  7.20E-08  2.87E-08  5.64E-10  1.94E-14  1.10E-14  5.11E-01  1.665E+00  2.374E-01 3.32641E+01 8.08E-03  0.995   1.12   1.12
  700  3.23E-08  1.47E-08  2.33E-10  1.84E-14  4.84E-15  5.11E-01  1.665E+00  2.373E-01 3.29791E+01 8.15E-03  0.990   1.12   1.12
  800  1.66E-08  7.56E-09  1.00E-10  3.25E-15  1.52E-15  5.11E-01  1.665E+00  2.373E-01 3.27830E+01 8.20E-03  0.987   1.12   1.12
  881  9.95E-09  4.69E-09  4.92E-11  8.94E-16  5.39E-16  5.11E-01  1.665E+00  2.373E-01 3.26578E+01 8.23E-03  0.986   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.785E-05 d(ln R0)/dt =  5.621E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.071675

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0996E+00 SECONDS
   DATA R*BT AT EDGE:  3.5764E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2203E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.825000 TO TG2=    2.830000 @ NSTEP     1161
   GFRAME TG2 MOMENTS CHECKSUM:  1.2182878158553E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1161
 TA= 2.82500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 3.67456E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1162
 TA= 2.82537E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 4.59320E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1173
 TA= 2.82909E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 3.89098E-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  ->   41872 -      0 (killed) +  10127 (dep) =  51999 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=  10953 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11841 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.351515E+08  2.351321E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.018500E+07  9.011198E+07
 %ORBALL:  In processor     0: orbit # IORB=  24343 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28692 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35958 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37938 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42548 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.709573E+08  1.709439E+08
 %ORBALL:  In processor     0: orbit # IORB=  43148 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43435 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43513 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43576 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44456 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44519 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45045 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46104 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46248 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46609 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46824 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47069 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47420 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47720 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48044 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48220 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48455 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48460 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48481 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48836 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49222 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49555 never inside plasma.
 %ORBALL:  In processor     0: or[1] 29134
bit # IORB=  49798 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49961 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50248 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50347 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51392 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52254 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51999 SPL=    0 TOT=41734
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.5696484E-01 -8.0110230E-01  2.7585373E+08  9.1174856E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1176
 TA= 2.83000E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 2.61604E-04
  
 TTOR1=  2.8300000000000889
 TTOR2=  2.8400000000000887
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.8300000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.830000E+00 NSTEP=  1176 Hash code:    5857287
 ->PRGCHK: bdy curvature ratio at t= 2.8350E+00 seconds is:  4.2164E-02
 % MHDEQ: TG1= 2.8300000000000889 ; TG2= 2.8350000000000888

 *** 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     -2.974E+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  1.5389E+00  0.0000E+00  3.2081E-01  0.0000E+00  1.6653E+00  2.3726E-01
    1   0  5.4225E-01 -7.8267E-02 -7.8267E-02  7.6594E-01
    2   0  8.7638E-02 -1.9170E-02  2.6540E-02 -3.9596E-02
    3   0 -8.9093E-03  1.4015E-02 -3.2091E-03  1.2629E-02
    4   0 -2.4717E-03 -6.0287E-03 -4.2459E-03  1.2625E-03
    5   0  4.3715E-03  4.0601E-04  1.6197E-03 -2.9675E-03
    6   0 -1.9777E-03  6.0617E-04  6.0511E-04  1.0505E-03
    7   0  2.4546E-04 -4.6773E-04 -6.3974E-04  5.7554E-04
    8   0  1.8277E-04  9.3969E-05  2.4522E-05 -4.6052E-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  2.95E-01  1.15E-01  6.12E-02  4.58E-03  5.24E-04  1.10E+00  1.665E+00  2.373E-01 3.66586E+01 7.00E-03  1.000   1.12   0.86
  100  1.25E-05  6.09E-06  1.15E-06  1.17E-09  2.01E-09  1.10E+00  1.652E+00  2.436E-01 3.36804E+01 7.79E-03  1.000   1.12   1.03
  126  8.95E-07  3.54E-07  1.59E-07  1.17E-10  2.44E-10  1.10E+00  1.658E+00  2.404E-01 3.36798E+01 7.82E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.199E-07 d(ln R0)/dt =  9.932E-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  8.62E-02  1.05E-01  2.11E-05  1.46E-09  2.78E-09  1.10E+00  1.658E+00  2.403E-01 3.36798E+01 7.82E-03  1.000   1.12   1.05
  100  1.05E-04  2.52E-05  1.68E-07  5.53E-11  1.73E-10  5.11E-01  1.659E+00  2.395E-01 3.67134E+01 7.18E-03  1.044   1.12   1.10
  200  1.55E-05  7.97E-06  3.94E-08  4.06E-11  7.76E-12  5.11E-01  1.661E+00  2.364E-01 3.52483E+01 7.48E-03  1.023   1.12   1.11
  300  1.58E-06  7.17E-07  1.27E-08  9.63E-13  1.04E-12  5.11E-01  1.663E+00  2.364E-01 3.49976E+01 7.54E-03  1.019   1.12   1.12
  400  4.25E-07  2.04E-07  4.48E-09  1.48E-13  2.48E-13  5.11E-01  1.663E+00  2.365E-01 3.44713E+01 7.65E-03  1.012   1.12   1.12
  500  1.52E-07  7.07E-08  1.57E-09  4.61E-14  4.36E-14  5.11E-01  1.664E+00  2.364E-01 3.39224E+01 7.78E-03  1.004   1.12   1.12
  600  6.86E-08  2.82E-08  5.69E-10  2.05E-14  1.16E-14  5.11E-01  1.664E+00  2.364E-01 3.35417E+01 7.87E-03  0.998   1.12   1.12
  700  3.35E-08  1.37E-08  2.36E-10  1.98E-14  4.93E-15  5.11E-01  1.664E+00  2.364E-01 3.32554E+01 7.94E-03  0.994   1.12   1.12
  800  1.65E-08  7.25E-09  1.01E-10  2.91E-15  1.46E-15  5.11E-01  1.665E+00  2.363E-01 3.30607E+01 7.98E-03  0.991   1.12   1.12
  880  9.90E-09  4.74E-09  5.09E-11  9.13E-16  5.82E-16  5.11E-01  1.665E+00  2.363E-01 3.29368E+01 8.01E-03  0.989   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.768E-05 d(ln R0)/dt =  5.520E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 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):     0.068496

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0918E+00 SECONDS
   DATA R*BT AT EDGE:  3.5772E+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=    2.830000 TO TG2=    2.835000 @ NSTEP     1176
   GFRAME TG2 MOMENTS CHECKSUM:  1.2176709491279E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1176
 TA= 2.83000E+00 CPU TIME= 5.37109E-02 SECONDS.  DT= 2.61604E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1177
 TA= 2.83026E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 3.27005E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1188
 TA= 2.83436E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 4.28865E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.835000E+00 NSTEP=  1190 Hash code:  108805504
 ->PRGCHK: bdy curvature ratio at t= 2.8400E+00 seconds is:  4.2130E-02
 % MHDEQ: TG1= 2.8350000000000888 ; TG2= 2.8400000000000887

 *** 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  1.5393E+00  0.0000E+00  3.1949E-01  0.0000E+00  1.6647E+00  2.3633E-01
    1   0  5.4253E-01 -7.7984E-02 -7.7984E-02  7.6605E-01
    2   0  8.7399E-02 -1.9112E-02  2.6591E-02 -4.0077E-02
    3   0 -8.9362E-03  1.3968E-02 -3.1646E-03  1.2695E-02
    4   0 -2.4531E-03 -6.0528E-03 -4.2857E-03  1.2875E-03
    5   0  4.3742E-03  4.1225E-04  1.6212E-03 -2.9920E-03
    6   0 -2.0116E-03  6.0894E-04  6.2760E-04  1.0667E-03
    7   0  2.6146E-04 -4.5660E-04 -6.4207E-04  5.7278E-04
    8   0  1.8830E-04  8.7838E-05  1.4394E-05 -4.8067E-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  2.92E-01  1.13E-01  6.08E-02  4.59E-03  5.20E-04  1.10E+00  1.665E+00  2.363E-01 3.66943E+01 6.89E-03  1.000   1.12   0.86
  100  1.18E-05  5.81E-06  1.08E-06  1.20E-09  1.87E-09  1.10E+00  1.651E+00  2.426E-01 3.37271E+01 7.67E-03  1.000   1.12   1.03
  126  8.85E-07  3.40E-07  1.57E-07  1.20E-10  2.46E-10  1.10E+00  1.658E+00  2.394E-01 3.37265E+01 7.69E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.220E-07 d(ln R0)/dt =  1.004E-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  8.37E-02  1.03E-01  2.08E-05  1.51E-09  2.80E-09  1.10E+00  1.658E+00  2.393E-01 3.37265E+01 7.70E-03  1.000   1.12   1.05
  100  1.00E-04  2.46E-05  1.69E-07  5.59E-11  1.73E-10  5.11E-01  1.658E+00  2.385E-01 3.68493E+01 7.05E-03  1.045   1.12   1.10
  200  1.47E-05  7.55E-06  3.91E-08  4.05E-11  7.72E-12  5.11E-01  1.660E+00  2.355E-01 3.53918E+01 7.34E-03  1.024   1.12   1.11
  300  1.48E-06  6.66E-07  1.26E-08  9.91E-13  1.02E-12  5.11E-01  1.662E+00  2.354E-01 3.51734E+01 7.39E-03  1.021   1.12   1.12
  400  3.84E-07  1.99E-07  4.41E-09  1.44E-13  2.45E-13  5.11E-01  1.663E+00  2.356E-01 3.46422E+01 7.51E-03  1.013   1.12   1.12
  500  1.48E-07  6.71E-08  1.54E-09  4.60E-14  4.38E-14  5.11E-01  1.663E+00  2.354E-01 3.40890E+01 7.63E-03  1.005   1.12   1.12
  600  6.24E-08  2.74E-08  5.55E-10  2.21E-14  1.12E-14  5.11E-01  1.664E+00  2.355E-01 3.37042E+01 7.72E-03  1.000   1.12   1.12
  700  3.32E-08  1.35E-08  2.34E-10  2.02E-14  4.82E-15  5.11E-01  1.664E+00  2.355E-01 3.34193E+01 7.78E-03  0.995   1.12   1.12
  800  1.65E-08  7.15E-09  9.99E-11  2.73E-15  1.42E-15  5.11E-01  1.664E+00  2.354E-01 3.32250E+01 7.83E-03  0.993   1.12   1.12
  874  9.99E-09  4.75E-09  5.36E-11  7.90E-16  8.56E-16  5.11E-01  1.664E+00  2.354E-01 3.31107E+01 7.86E-03  0.991   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.612E-05 d(ln R0)/dt =  5.528E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.064995

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1094E+00 SECONDS
   DATA R*BT AT EDGE:  3.5780E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2130E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.835000 TO TG2=    2.840000 @ NSTEP     1190
   GFRAME TG2 MOMENTS CHECKSUM:  1.2171053409947E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1190
 TA= 2.83500E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 5.36081E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1191
 TA= 2.83535E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 4.33817E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1202
 TA= 2.83979E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 2.07145E-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  ->   41734 -      0 (killed) +  10166 (dep) =  51900 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1116 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.488028E+08  1.487137E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.201823E+08  2.200887E+08
 %ORBALL:  In processor     0: orbit # IORB=  15588 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18022 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.098755E+08  2.097144E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.310471E+08  2.309021E+08
 %ORBALL:  In processor     0: orbit # IORB=  37279 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42422 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42517 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43006 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43445 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43475 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44840 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.849586E+08  1.847813E+08
 %ORBALL:  In processor     0: orbit # IORB=  44985 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44990 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45131 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45241 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45262 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45695 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45784 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46230 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46455 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46562 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46659 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47160 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48397 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48858 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48948 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48983 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49016 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49221 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50061 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50137 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50296 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50765 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50969 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50989 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51194 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51536 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51538 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51587 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51943 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51900 SPL=    0 TOT=41934
  specie  XI             TH             V              Vpll/V     "last ion":
   1     9.5536718E-01 -5.7335289E-01  2.6889209E+08  9.5866379E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1203
 TA= 2.84000E+00 CPU TIME= 5.46875E-02 SECONDS.  DT= 2.58931E-04
  
 TTOR1=  2.8400000000000887
 TTOR2=  2.8500000000000885
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.840000E+00 NSTEP=  1203 Hash code:   93524967
 ->PRGCHK: bdy curvature ratio at t= 2.8450E+00 seconds is:  4.1994E-02
 % MHDEQ: TG1= 2.8400000000000887 ; TG2= 2.8450000000000886

 *** 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     -2.983E+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  1.5393E+00  0.0000E+00  3.1807E-01  0.0000E+00  1.6641E+00  2.3538E-01
    1   0  5.4275E-01 -7.7999E-02 -7.7999E-02  7.6710E-01
    2   0  8.7466E-02 -1.8994E-02  2.6503E-02 -4.0460E-02
    3   0 -8.9200E-03  1.4054E-02 -3.2677E-03  1.2757E-02
    4   0 -2.4323E-03 -6.0596E-03 -4.3129E-03  1.3010E-03
    5   0  4.3872E-03  3.8443E-04  1.6148E-03 -2.9971E-03
    6   0 -2.0162E-03  6.2976E-04  6.2679E-04  1.0678E-03
    7   0  2.6571E-04 -4.6840E-04 -6.4279E-04  5.7886E-04
    8   0  1.8384E-04  9.1633E-05  1.0657E-05 -4.7053E-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  2.91E-01  1.13E-01  6.06E-02  4.59E-03  5.22E-04  1.10E+00  1.664E+00  2.354E-01 3.67766E+01 6.78E-03  1.000   1.12   0.87
  100  1.10E-05  5.52E-06  1.01E-06  1.19E-09  1.75E-09  1.10E+00  1.651E+00  2.413E-01 3.38145E+01 7.54E-03  1.000   1.12   1.04
  126  8.66E-07  3.24E-07  1.54E-07  1.19E-10  2.49E-10  1.10E+00  1.657E+00  2.381E-01 3.38138E+01 7.57E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.216E-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  8.25E-02  1.01E-01  2.07E-05  1.55E-09  2.82E-09  1.10E+00  1.657E+00  2.380E-01 3.38139E+01 7.57E-03  1.000   1.12   1.06
  100  9.29E-05  3.05E-05  1.82E-07  5.54E-11  1.73E-10  5.11E-01  1.658E+00  2.372E-01 3.67943E+01 6.96E-03  1.043   1.12   1.11
  200  1.41E-05  4.82E-06  3.76E-08  3.26E-11  7.19E-12  5.11E-01  1.660E+00  2.342E-01 3.51709E+01 7.29E-03  1.020   1.12   1.11
  300  1.49E-06  6.19E-07  1.22E-08  9.24E-13  9.65E-13  5.11E-01  1.662E+00  2.341E-01 3.49039E+01 7.35E-03  1.016   1.12   1.12
  400  3.78E-07  1.92E-07  4.25E-09  1.37E-13  2.28E-13  5.11E-01  1.662E+00  2.343E-01 3.43834E+01 7.46E-03  1.008   1.12   1.12
  500  1.40E-07  7.44E-08  1.49E-09  4.40E-14  4.18E-14  5.11E-01  1.663E+00  2.342E-01 3.38514E+01 7.58E-03  1.001   1.12   1.12
  600  6.21E-08  2.72E-08  5.29E-10  2.31E-14  1.04E-14  5.11E-01  1.663E+00  2.343E-01 3.34647E+01 7.67E-03  0.995   1.12   1.12
  700  3.23E-08  1.38E-08  2.24E-10  1.73E-14  4.77E-15  5.11E-01  1.663E+00  2.342E-01 3.31838E+01 7.73E-03  0.991   1.12   1.12
  800  1.62E-08  6.80E-09  9.50E-11  2.58E-15  1.34E-15  5.11E-01  1.664E+00  2.342E-01 3.29940E+01 7.78E-03  0.988   1.12   1.12
  874  9.92E-09  4.78E-09  5.14E-11  7.18E-16  7.71E-16  5.11E-01  1.664E+00  2.341E-01 3.28819E+01 7.80E-03  0.986   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.560E-05 d(ln R0)/dt =  5.365E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 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):     0.061474

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1074E+00 SECONDS
   DATA R*BT AT EDGE:  3.5789E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1994E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.840000 TO TG2=    2.845000 @ NSTEP     1203
   GFRAME TG2 MOMENTS CHECKSUM:  1.2166904091941E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1203
 TA= 2.84000E+00 CPU TIME= 5.66406E-02 SECONDS.  DT= 2.58931E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.845000E+00 NSTEP=  1213 Hash code:   77235796
 ->PRGCHK: bdy curvature ratio at t= 2.8500E+00 seconds is:  4.1859E-02
 % MHDEQ: TG1= 2.8450000000000886 ; TG2= 2.8500000000000885

 *** 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     -2.989E+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  1.5393E+00  0.0000E+00  3.1664E-01  0.0000E+00  1.6637E+00  2.3414E-01
    1   0  5.4297E-01 -7.8014E-02 -7.8014E-02  7.6814E-01
    2   0  8.7533E-02 -1.8875E-02  2.6415E-02 -4.0844E-02
    3   0 -8.9038E-03  1.4141E-02 -3.3708E-03  1.2819E-02
    4   0 -2.4115E-03 -6.0665E-03 -4.3400E-03  1.3146E-03
    5   0  4.4002E-03  3.5662E-04  1.6084E-03 -3.0022E-03
    6   0 -2.0208E-03  6.5058E-04  6.2599E-04  1.0690E-03
    7   0  2.6997E-04 -4.8020E-04 -6.4351E-04  5.8495E-04
    8   0  1.7938E-04  9.5428E-05  6.9194E-06 -4.6039E-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  2.91E-01  1.14E-01  6.06E-02  4.60E-03  5.28E-04  1.10E+00  1.664E+00  2.341E-01 3.68629E+01 6.74E-03  1.000   1.12   0.87
  100  1.06E-05  5.30E-06  9.69E-07  1.19E-09  1.66E-09  1.10E+00  1.650E+00  2.400E-01 3.38994E+01 7.49E-03  1.000   1.12   1.04
  126  8.69E-07  3.23E-07  1.53E-07  1.18E-10  2.48E-10  1.10E+00  1.656E+00  2.368E-01 3.38988E+01 7.52E-03  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.245E-07 d(ln R0)/dt =  1.013E-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  8.42E-02  1.02E-01  2.10E-05  1.49E-09  2.81E-09  1.10E+00  1.657E+00  2.367E-01 3.38988E+01 7.52E-03  1.000   1.12   1.06
  100  9.27E-05  3.01E-05  1.82E-07  5.64E-11  1.72E-10  5.11E-01  1.657E+00  2.359E-01 3.67900E+01 6.94E-03  1.041   1.12   1.11
  200  1.45E-05  4.94E-06  3.79E-08  3.10E-11  7.17E-12  5.11E-01  1.660E+00  2.329E-01 3.51019E+01 7.27E-03  1.017   1.12   1.11
  300  1.46E-06  6.30E-07  1.21E-08  9.05E-13  9.50E-13  5.11E-01  1.662E+00  2.329E-01 3.48099E+01 7.34E-03  1.013   1.12   1.12
  400  3.92E-07  2.03E-07  4.27E-09  1.35E-13  2.28E-13  5.11E-01  1.662E+00  2.331E-01 3.42823E+01 7.45E-03  1.006   1.12   1.12
  500  1.43E-07  7.72E-08  1.50E-09  4.70E-14  4.11E-14  5.11E-01  1.663E+00  2.329E-01 3.37511E+01 7.57E-03  0.998   1.12   1.12
  600  6.44E-08  2.86E-08  5.30E-10  2.43E-14  1.03E-14  5.11E-01  1.663E+00  2.330E-01 3.33595E+01 7.66E-03  0.992   1.12   1.12
  700  3.35E-08  1.43E-08  2.28E-10  1.69E-14  4.94E-15  5.11E-01  1.663E+00  2.330E-01 3.30786E+01 7.73E-03  0.988   1.12   1.12
  800  1.68E-08  7.14E-09  9.67E-11  2.55E-15  1.33E-15  5.11E-01  1.663E+00  2.329E-01 3.28896E+01 7.77E-03  0.985   1.12   1.12
  884  9.99E-09  4.69E-09  4.75E-11  1.27E-15  6.01E-16  5.11E-01  1.663E+00  2.329E-01 3.27623E+01 7.80E-03  0.983   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.691E-05 d(ln R0)/dt =  5.188E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.062676

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1250E+00 SECONDS
   DATA R*BT AT EDGE:  3.5799E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1859E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.845000 TO TG2=    2.850000 @ NSTEP     1213
   GFRAME TG2 MOMENTS CHECKSUM:  1.2162296689234E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1216
 TA= 2.84691E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 8.06072E-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  ->   41934 -      0 (killed) +  10081 (dep) =  52015 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   3431 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8853 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13963 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14806 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.033559E+08  2.033057E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.230738E+08  2.230226E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0063E+00
 %ORBALL:  In processor     0: orbit # IORB=  24966 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  37849 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.556363E+08  2.555637E+08
 %ORBALL:  In processor     0: orbit # IORB=  43093 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43169 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43819 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.404538E+08  2.402201E+08
 %ORBALL:  In processor     0: orbit # IORB=  44427 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44604 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44711 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44744 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45005 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45184 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45211 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45627 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47350 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47587 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47829 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48315 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48585 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48947 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49052 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49125 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49264 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50011 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50968 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51102 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51104 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51182 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51406 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51910 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52015 SPL=    0 TOT=42202
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.1221345E-01  1.7227357E+00  2.6969422E+08 -8.9752312E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1221
 TA= 2.85000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 7.23925E-04
  
 TTOR1=  2.8500000000000885
 TTOR2=  2.8600000000000882
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.850000E+00 NSTEP=  1221 Hash code:   95006309
 ->PRGCHK: bdy curvature ratio at t= 2.8550E+00 seconds is:  4.1945E-02
 % MHDEQ: TG1= 2.8500000000000885 ; TG2= 2.8550000000000884

 *** 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     -2.989E+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  1.5387E+00  0.0000E+00  3.1622E-01  0.0000E+00  1.6633E+00  2.3288E-01
    1   0  5.4270E-01 -7.8138E-02 -7.8138E-02  7.6899E-01
    2   0  8.7815E-02 -1.8723E-02  2.6043E-02 -4.0732E-02
    3   0 -8.8224E-03  1.4157E-02 -3.4382E-03  1.2712E-02
    4   0 -2.4268E-03 -5.9935E-03 -4.2991E-03  1.3082E-03
    5   0  4.4365E-03  3.0967E-04  1.5761E-03 -3.0191E-03
    6   0 -1.9838E-03  6.8337E-04  6.1870E-04  1.0380E-03
    7   0  2.6040E-04 -5.2278E-04 -6.6512E-04  6.1008E-04
    8   0  1.6878E-04  9.5164E-05 -8.3929E-06 -4.4549E-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  2.93E-01  1.16E-01  6.09E-02  4.60E-03  5.47E-04  1.10E+00  1.663E+00  2.329E-01 3.68395E+01 6.70E-03  1.000   1.13   0.87
  100  1.01E-05  5.00E-06  9.47E-07  1.12E-09  1.62E-09  1.10E+00  1.650E+00  2.396E-01 3.38809E+01 7.46E-03  1.000   1.13   1.04
  126  8.57E-07  3.14E-07  1.52E-07  1.15E-10  2.52E-10  1.10E+00  1.656E+00  2.364E-01 3.38802E+01 7.48E-03  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.303E-07 d(ln R0)/dt =  9.996E-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  8.57E-02  1.01E-01  2.10E-05  1.38E-09  2.77E-09  1.10E+00  1.656E+00  2.363E-01 3.38803E+01 7.48E-03  1.000   1.13   1.06
  100  9.32E-05  3.00E-05  1.83E-07  5.41E-11  1.71E-10  5.11E-01  1.657E+00  2.356E-01 3.70016E+01 6.86E-03  1.045   1.13   1.11
  200  1.53E-05  5.18E-06  3.84E-08  3.52E-11  7.28E-12  5.11E-01  1.659E+00  2.327E-01 3.52447E+01 7.20E-03  1.020   1.13   1.11
  300  1.41E-06  6.36E-07  1.23E-08  9.86E-13  9.82E-13  5.11E-01  1.661E+00  2.327E-01 3.50178E+01 7.26E-03  1.017   1.13   1.13
  400  3.95E-07  2.10E-07  4.36E-09  1.35E-13  2.45E-13  5.11E-01  1.661E+00  2.329E-01 3.44741E+01 7.37E-03  1.009   1.13   1.13
  500  1.42E-07  7.77E-08  1.55E-09  4.89E-14  4.44E-14  5.11E-01  1.662E+00  2.327E-01 3.39154E+01 7.49E-03  1.001   1.13   1.13
  600  6.64E-08  2.98E-08  5.53E-10  2.59E-14  1.09E-14  5.11E-01  1.662E+00  2.328E-01 3.35153E+01 7.58E-03  0.995   1.13   1.13
  700  3.46E-08  1.47E-08  2.38E-10  1.84E-14  4.93E-15  5.11E-01  1.662E+00  2.327E-01 3.32303E+01 7.65E-03  0.990   1.13   1.13
  800  1.75E-08  7.64E-09  1.01E-10  2.36E-15  1.46E-15  5.11E-01  1.662E+00  2.327E-01 3.30360E+01 7.69E-03  0.988   1.13   1.13
  890  9.84E-09  4.63E-09  4.72E-11  9.50E-16  9.58E-16  5.11E-01  1.662E+00  2.326E-01 3.28939E+01 7.73E-03  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.871E-05 d(ln R0)/dt =  5.216E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 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):     0.064018

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1104E+00 SECONDS
   DATA R*BT AT EDGE:  3.5772E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1945E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.850000 TO TG2=    2.855000 @ NSTEP     1221
   GFRAME TG2 MOMENTS CHECKSUM:  1.2156824257392E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1221
 TA= 2.85000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 7.23925E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.855000E+00 NSTEP=  1228 Hash code:   93398543
 ->PRGCHK: bdy curvature ratio at t= 2.8600E+00 seconds is:  4.2042E-02
 % MHDEQ: TG1= 2.8550000000000884 ; TG2= 2.8600000000000882

 *** 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     -2.990E+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  1.5382E+00  0.0000E+00  3.1579E-01  0.0000E+00  1.6623E+00  2.3265E-01
    1   0  5.4243E-01 -7.8261E-02 -7.8261E-02  7.6984E-01
    2   0  8.8096E-02 -1.8571E-02  2.5671E-02 -4.0620E-02
    3   0 -8.7409E-03  1.4173E-02 -3.5057E-03  1.2606E-02
    4   0 -2.4422E-03 -5.9204E-03 -4.2581E-03  1.3017E-03
    5   0  4.4728E-03  2.6271E-04  1.5437E-03 -3.0360E-03
    6   0 -1.9469E-03  7.1616E-04  6.1141E-04  1.0070E-03
    7   0  2.5083E-04 -5.6535E-04 -6.8674E-04  6.3521E-04
    8   0  1.5819E-04  9.4900E-05 -2.3705E-05 -4.3058E-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  2.91E-01  1.16E-01  6.06E-02  4.57E-03  5.50E-04  1.10E+00  1.662E+00  2.326E-01 3.67930E+01 6.67E-03  1.000   1.13   0.87
  100  8.67E-06  4.30E-06  8.75E-07  1.10E-09  1.56E-09  1.10E+00  1.649E+00  2.393E-01 3.38643E+01 7.41E-03  1.000   1.13   1.04
  125  9.85E-07  4.09E-07  1.58E-07  1.60E-10  2.04E-10  1.10E+00  1.655E+00  2.362E-01 3.38637E+01 7.44E-03  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.477E-07 d(ln R0)/dt =  1.068E-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  8.70E-02  1.00E-01  2.09E-05  1.39E-09  2.84E-09  1.10E+00  1.655E+00  2.361E-01 3.38637E+01 7.44E-03  1.000   1.13   1.06
  100  9.58E-05  3.02E-05  1.86E-07  5.68E-11  1.81E-10  5.11E-01  1.656E+00  2.353E-01 3.71394E+01 6.79E-03  1.047   1.13   1.11
  200  1.57E-05  5.40E-06  3.96E-08  3.62E-11  7.57E-12  5.11E-01  1.658E+00  2.323E-01 3.52754E+01 7.15E-03  1.020   1.13   1.12
  300  1.37E-06  6.44E-07  1.26E-08  1.02E-12  1.02E-12  5.11E-01  1.660E+00  2.324E-01 3.50647E+01 7.20E-03  1.017   1.13   1.13
  400  4.00E-07  2.17E-07  4.50E-09  1.36E-13  2.56E-13  5.11E-01  1.661E+00  2.326E-01 3.45028E+01 7.32E-03  1.009   1.13   1.13
  500  1.43E-07  7.80E-08  1.61E-09  5.10E-14  4.79E-14  5.11E-01  1.661E+00  2.324E-01 3.39342E+01 7.44E-03  1.001   1.13   1.13
  600  6.82E-08  3.10E-08  5.76E-10  2.81E-14  1.13E-14  5.11E-01  1.662E+00  2.325E-01 3.35246E+01 7.53E-03  0.995   1.13   1.13
  700  3.56E-08  1.50E-08  2.49E-10  1.87E-14  4.90E-15  5.11E-01  1.662E+00  2.324E-01 3.32360E+01 7.60E-03  0.991   1.13   1.13
  800  1.83E-08  8.21E-09  1.06E-10  2.35E-15  1.57E-15  5.11E-01  1.662E+00  2.323E-01 3.30373E+01 7.64E-03  0.988   1.13   1.13
  896  1.00E-08  4.53E-09  4.63E-11  1.79E-15  7.34E-16  5.11E-01  1.662E+00  2.323E-01 3.28800E+01 7.68E-03  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.114E-05 d(ln R0)/dt =  5.597E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 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):     0.071229

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1270E+00 SECONDS
   DATA R*BT AT EDGE:  3.5746E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2042E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.855000 TO TG2=    2.860000 @ NSTEP     1228
   GFRAME TG2 MOMENTS CHECKSUM:  1.2152877827345E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1228
 TA= 2.85500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 8.98396E-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  ->   42202 -      0 (killed) +  10010 (dep) =  52212 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    563 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.155043E+08  1.154388E+08
 %ORBALL:  In processor     0: orbit # IORB=  10714 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13158 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19260 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37909 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43417 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43462 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44262 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44267 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44629 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44649 never inside plasma.
 %ORBALL:  In p[1] 29910
rocessor     0: orbit # IORB=  44871 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45339 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45376 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45394 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45784 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46212 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46467 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47050 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47146 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47258 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47446 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47474 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48135 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48634 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48641 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48828 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49069 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49488 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49843 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50582 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51326 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51396 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51457 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51485 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52513 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52867 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52943 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52212 SPL=    0 TOT=42255
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.6783187E-01 -2.5537403E+00  1.5581266E+08 -5.8269265E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1234
 TA= 2.86000E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 9.75249E-04
  
 TTOR1=  2.8600000000000882
 TTOR2=  2.870000000000088
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.8600000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.860000E+00 NSTEP=  1234 Hash code:   87052813
 ->PRGCHK: bdy curvature ratio at t= 2.8650E+00 seconds is:  4.2124E-02
 % MHDEQ: TG1= 2.8600000000000882 ; TG2= 2.8650000000000881

 *** 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     -2.983E+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  1.5383E+00  0.0000E+00  3.1921E-01  0.0000E+00  1.6619E+00  2.3232E-01
    1   0  5.4226E-01 -7.8647E-02 -7.8647E-02  7.6827E-01
    2   0  8.8177E-02 -1.8792E-02  2.6204E-02 -3.9641E-02
    3   0 -8.8552E-03  1.4120E-02 -3.4289E-03  1.2543E-02
    4   0 -2.4727E-03 -5.9962E-03 -4.2520E-03  1.2628E-03
    5   0  4.3973E-03  2.8899E-04  1.5487E-03 -2.9506E-03
    6   0 -1.9486E-03  6.6455E-04  5.9797E-04  9.9559E-04
    7   0  2.4545E-04 -5.2870E-04 -6.2869E-04  5.8336E-04
    8   0  1.8687E-04  1.0906E-04  3.5637E-06 -4.3391E-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  2.94E-01  1.22E-01  6.11E-02  4.52E-03  5.98E-04  1.10E+00  1.662E+00  2.323E-01 3.66850E+01 6.63E-03  1.000   1.12   0.86
  100  9.66E-06  5.05E-06  9.90E-07  8.89E-10  1.73E-09  1.10E+00  1.651E+00  2.416E-01 3.37999E+01 7.37E-03  1.000   1.12   1.04
  126  8.00E-07  2.95E-07  1.50E-07  1.04E-10  2.54E-10  1.10E+00  1.656E+00  2.387E-01 3.37993E+01 7.39E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.102E-07 d(ln R0)/dt =  9.059E-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  9.10E-02  1.02E-01  2.13E-05  1.29E-09  2.65E-09  1.10E+00  1.656E+00  2.386E-01 3.37994E+01 7.39E-03  1.000   1.12   1.06
  100  9.43E-05  2.94E-05  1.78E-07  4.92E-11  1.57E-10  5.11E-01  1.657E+00  2.379E-01 3.69750E+01 6.76E-03  1.046   1.12   1.11
  200  1.60E-05  5.55E-06  3.85E-08  3.97E-11  7.35E-12  5.11E-01  1.659E+00  2.353E-01 3.51352E+01 7.12E-03  1.019   1.12   1.11
  300  1.40E-06  6.61E-07  1.23E-08  1.03E-12  1.03E-12  5.11E-01  1.661E+00  2.353E-01 3.49033E+01 7.17E-03  1.016   1.12   1.13
  400  4.20E-07  2.14E-07  4.42E-09  1.41E-13  2.45E-13  5.11E-01  1.661E+00  2.355E-01 3.43417E+01 7.29E-03  1.008   1.12   1.13
  500  1.42E-07  7.74E-08  1.60E-09  4.50E-14  4.66E-14  5.11E-01  1.662E+00  2.353E-01 3.37526E+01 7.42E-03  0.999   1.12   1.13
  600  6.85E-08  3.06E-08  5.81E-10  2.42E-14  1.20E-14  5.11E-01  1.662E+00  2.354E-01 3.33520E+01 7.51E-03  0.993   1.12   1.12
  700  3.65E-08  1.50E-08  2.49E-10  1.98E-14  4.55E-15  5.11E-01  1.662E+00  2.353E-01 3.30642E+01 7.57E-03  0.989   1.12   1.12
  800  1.84E-08  8.24E-09  1.05E-10  2.26E-15  1.49E-15  5.11E-01  1.662E+00  2.353E-01 3.28638E+01 7.62E-03  0.986   1.12   1.12
  900  9.85E-09  4.76E-09  4.44E-11  1.75E-15  1.04E-15  5.11E-01  1.662E+00  2.352E-01 3.26981E+01 7.66E-03  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.260E-05 d(ln R0)/dt =  5.851E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.078544

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1602E+00 SECONDS
   DATA R*BT AT EDGE:  3.5753E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2124E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.860000 TO TG2=    2.865000 @ NSTEP     1234
   GFRAME TG2 MOMENTS CHECKSUM:  1.2166692565960E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1234
 TA= 2.86000E+00 CPU TIME= 5.46875E-02 SECONDS.  DT= 9.75249E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1235
 TA= 2.86039E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 4.90720E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1244
 TA= 2.86384E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 4.68561E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.865000E+00 NSTEP=  1247 Hash code:  104013498
 ->PRGCHK: bdy curvature ratio at t= 2.8700E+00 seconds is:  4.2208E-02
 % MHDEQ: TG1= 2.8650000000000881 ; TG2= 2.870000000000088

 *** 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     -2.976E+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  1.5384E+00  0.0000E+00  3.2262E-01  0.0000E+00  1.6624E+00  2.3524E-01
    1   0  5.4209E-01 -7.9033E-02 -7.9033E-02  7.6670E-01
    2   0  8.8258E-02 -1.9013E-02  2.6738E-02 -3.8662E-02
    3   0 -8.9695E-03  1.4066E-02 -3.3520E-03  1.2479E-02
    4   0 -2.5032E-03 -6.0720E-03 -4.2460E-03  1.2239E-03
    5   0  4.3217E-03  3.1526E-04  1.5536E-03 -2.8653E-03
    6   0 -1.9503E-03  6.1294E-04  5.8454E-04  9.8421E-04
    7   0  2.4008E-04 -4.9204E-04 -5.7065E-04  5.3151E-04
    8   0  2.1556E-04  1.2322E-04  3.0833E-05 -4.3724E-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  2.92E-01  1.22E-01  6.10E-02  4.47E-03  5.88E-04  1.10E+00  1.662E+00  2.352E-01 3.65849E+01 6.85E-03  1.000   1.12   0.86
  100  9.60E-06  4.94E-06  9.80E-07  8.71E-10  1.82E-09  1.10E+00  1.652E+00  2.442E-01 3.37220E+01 7.61E-03  1.000   1.12   1.03
  126  7.80E-07  2.91E-07  1.51E-07  1.12E-10  2.57E-10  1.10E+00  1.658E+00  2.414E-01 3.37214E+01 7.63E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.080E-07 d(ln R0)/dt =  9.067E-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  9.54E-02  1.06E-01  2.21E-05  1.30E-09  2.65E-09  1.10E+00  1.658E+00  2.413E-01 3.37214E+01 7.63E-03  1.000   1.12   1.05
  100  9.98E-05  4.19E-05  1.81E-07  4.98E-11  1.55E-10  5.11E-01  1.659E+00  2.406E-01 3.66619E+01 7.03E-03  1.042   1.12   1.10
  200  1.51E-05  1.09E-05  3.99E-08  4.75E-11  7.53E-12  5.11E-01  1.660E+00  2.380E-01 3.50398E+01 7.35E-03  1.019   1.12   1.11
  300  1.68E-06  8.55E-07  1.30E-08  1.03E-12  1.14E-12  5.11E-01  1.663E+00  2.379E-01 3.47439E+01 7.42E-03  1.015   1.12   1.12
  400  4.67E-07  2.07E-07  4.66E-09  1.48E-13  2.74E-13  5.11E-01  1.663E+00  2.381E-01 3.41583E+01 7.55E-03  1.006   1.12   1.12
  500  1.67E-07  6.41E-08  1.67E-09  4.33E-14  5.50E-14  5.11E-01  1.664E+00  2.379E-01 3.35596E+01 7.69E-03  0.998   1.12   1.12
  600  7.22E-08  3.06E-08  6.13E-10  2.42E-14  1.22E-14  5.11E-01  1.664E+00  2.380E-01 3.31661E+01 7.78E-03  0.992   1.12   1.12
  700  3.49E-08  1.52E-08  2.59E-10  2.17E-14  4.87E-15  5.11E-01  1.664E+00  2.379E-01 3.28757E+01 7.85E-03  0.987   1.12   1.12
  800  1.87E-08  8.36E-09  1.09E-10  2.44E-15  1.62E-15  5.11E-01  1.665E+00  2.378E-01 3.26730E+01 7.90E-03  0.984   1.12   1.12
  900  1.02E-08  4.79E-09  4.56E-11  2.31E-15  8.63E-16  5.11E-01  1.665E+00  2.378E-01 3.25033E+01 7.94E-03  0.982   1.12   1.12
  902  9.98E-09  4.67E-09  4.53E-11  2.15E-15  1.03E-15  5.11E-01  1.665E+00  2.378E-01 3.24998E+01 7.94E-03  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.399E-05 d(ln R0)/dt =  6.476E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 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):     0.063224

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1670E+00 SECONDS
   DATA R*BT AT EDGE:  3.5760E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2208E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.865000 TO TG2=    2.870000 @ NSTEP     1247
   GFRAME TG2 MOMENTS CHECKSUM:  1.2184304651907E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1247
 TA= 2.86500E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 4.63697E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1248
 TA= 2.86537E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 4.58518E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1257
 TA= 2.86858E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 4.37289E-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  ->   42255 -      0 (killed) +   9967 (dep) =  52222 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=  14867 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  20006 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.537072E+08  2.535335E+08
 %ORBALL:  In processor     0: orbit # IORB=  38485 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43014 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43569 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  44741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45325 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45683 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45919 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46368 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46405 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46612 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47568 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48125 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48951 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48955 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48979 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49933 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49987 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50082 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50465 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50480 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50593 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50795 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50919 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50959 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51142 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51444 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51480 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51510 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51918 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52286 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52386 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52915 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52222 SPL=    0 TOT=41831
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.8492983E-01 -5.3568767E-01  2.7250834E+08  6.9876983E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1261
 TA= 2.87000E+00 CPU TIME= 5.56641E-02 SECONDS.  DT= 4.73467E-04
  
 TTOR1=  2.870000000000088
 TTOR2=  2.8800000000000878
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.870000E+00 NSTEP=  1261 Hash code:  119876913
 ->PRGCHK: bdy curvature ratio at t= 2.8750E+00 seconds is:  4.2486E-02
 % MHDEQ: TG1= 2.870000000000088 ; TG2= 2.8750000000000879

 *** 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     -2.972E+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  3.2351E-01  0.0000E+00  1.6646E+00  2.3781E-01
    1   0  5.4181E-01 -7.9216E-02 -7.9216E-02  7.6619E-01
    2   0  8.8190E-02 -1.8946E-02  2.6664E-02 -3.8340E-02
    3   0 -8.9670E-03  1.4085E-02 -3.3339E-03  1.2447E-02
    4   0 -2.4773E-03 -6.1000E-03 -4.2811E-03  1.2189E-03
    5   0  4.3149E-03  3.3621E-04  1.5396E-03 -2.8642E-03
    6   0 -1.9339E-03  5.7767E-04  5.8504E-04  9.8071E-04
    7   0  2.4719E-04 -4.7971E-04 -5.5196E-04  5.4117E-04
    8   0  1.8933E-04  1.3140E-04  3.8284E-05 -4.0865E-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  2.95E-01  1.19E-01  6.14E-02  4.50E-03  5.58E-04  1.10E+00  1.665E+00  2.378E-01 3.65764E+01 7.06E-03  1.000   1.12   0.85
  100  1.01E-05  4.86E-06  1.03E-06  9.78E-10  1.98E-09  1.10E+00  1.653E+00  2.454E-01 3.36533E+01 7.85E-03  1.000   1.12   1.03
  126  8.38E-07  3.14E-07  1.54E-07  1.16E-10  2.54E-10  1.10E+00  1.659E+00  2.422E-01 3.36527E+01 7.87E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.297E-07 d(ln R0)/dt =  9.843E-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  9.81E-02  1.10E-01  2.26E-05  1.35E-09  2.70E-09  1.10E+00  1.659E+00  2.421E-01 3.36526E+01 7.88E-03  1.000   1.12   1.05
  100  1.06E-04  4.36E-05  1.87E-07  5.15E-11  1.64E-10  5.11E-01  1.660E+00  2.414E-01 3.65226E+01 7.27E-03  1.041   1.12   1.10
  200  1.71E-05  1.17E-05  4.12E-08  4.89E-11  7.67E-12  5.11E-01  1.662E+00  2.385E-01 3.48728E+01 7.61E-03  1.018   1.12   1.10
  300  1.71E-06  8.70E-07  1.35E-08  1.02E-12  1.16E-12  5.11E-01  1.665E+00  2.385E-01 3.45446E+01 7.69E-03  1.013   1.12   1.12
  400  5.39E-07  2.12E-07  4.87E-09  1.57E-13  2.92E-13  5.11E-01  1.665E+00  2.386E-01 3.39649E+01 7.82E-03  1.005   1.12   1.12
  500  1.68E-07  6.48E-08  1.75E-09  4.40E-14  5.75E-14  5.11E-01  1.666E+00  2.384E-01 3.33729E+01 7.96E-03  0.996   1.12   1.12
  600  7.67E-08  2.97E-08  6.51E-10  2.32E-14  1.25E-14  5.11E-01  1.666E+00  2.384E-01 3.29829E+01 8.06E-03  0.990   1.12   1.12
  700  3.68E-08  1.69E-08  2.69E-10  2.31E-14  5.29E-15  5.11E-01  1.666E+00  2.384E-01 3.26848E+01 8.13E-03  0.986   1.12   1.12
  800  1.91E-08  8.69E-09  1.13E-10  2.62E-15  1.76E-15  5.11E-01  1.666E+00  2.383E-01 3.24777E+01 8.18E-03  0.983   1.12   1.12
  900  1.01E-08  4.75E-09  4.73E-11  2.59E-15  8.50E-16  5.11E-01  1.667E+00  2.383E-01 3.23062E+01 8.23E-03  0.980   1.12   1.12
  905  9.58E-09  4.83E-09  4.59E-11  2.05E-15  1.27E-15  5.11E-01  1.667E+00  2.383E-01 3.22972E+01 8.23E-03  0.980   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.567E-05 d(ln R0)/dt =  7.218E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 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):     0.046720

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1631E+00 SECONDS
   DATA R*BT AT EDGE:  3.5755E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2486E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.870000 TO TG2=    2.875000 @ NSTEP     1261
   GFRAME TG2 MOMENTS CHECKSUM:  1.2191207858987E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1261
 TA= 2.87000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 4.73467E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.875000E+00 NSTEP=  1269 Hash code:   35340876
 ->PRGCHK: bdy curvature ratio at t= 2.8800E+00 seconds is:  4.2765E-02
 % MHDEQ: TG1= 2.8750000000000879 ; TG2= 2.8800000000000878

 *** 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     -2.967E+00     1.111E+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  3.2441E-01  0.0000E+00  1.6666E+00  2.3827E-01
    1   0  5.4154E-01 -7.9398E-02 -7.9398E-02  7.6568E-01
    2   0  8.8122E-02 -1.8880E-02  2.6591E-02 -3.8018E-02
    3   0 -8.9645E-03  1.4104E-02 -3.3157E-03  1.2415E-02
    4   0 -2.4515E-03 -6.1280E-03 -4.3162E-03  1.2139E-03
    5   0  4.3080E-03  3.5717E-04  1.5256E-03 -2.8632E-03
    6   0 -1.9175E-03  5.4240E-04  5.8553E-04  9.7722E-04
    7   0  2.5431E-04 -4.6737E-04 -5.3327E-04  5.5082E-04
    8   0  1.6309E-04  1.3957E-04  4.5736E-05 -3.8007E-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  3.03E-01  1.22E-01  6.23E-02  4.54E-03  5.64E-04  1.10E+00  1.667E+00  2.383E-01 3.65699E+01 7.21E-03  1.000   1.11   0.85
  100  1.76E-05  8.03E-06  1.55E-06  9.40E-10  2.64E-09  1.10E+00  1.654E+00  2.461E-01 3.35853E+01 8.03E-03  1.000   1.11   1.03
  129  9.98E-07  4.58E-07  1.46E-07  1.76E-10  2.64E-10  1.10E+00  1.660E+00  2.427E-01 3.35847E+01 8.05E-03  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.14E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.527E-07 d(ln R0)/dt =  7.346E-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  1.23E-01  2.48E-05  1.31E-09  2.50E-09  1.10E+00  1.660E+00  2.426E-01 3.35847E+01 8.06E-03  1.000   1.11   1.05
  100  8.63E-05  6.18E-05  2.16E-07  4.14E-11  1.35E-10  5.11E-01  1.661E+00  2.420E-01 3.61545E+01 7.49E-03  1.037   1.11   1.09
  200  1.81E-05  1.18E-05  3.94E-08  5.16E-11  7.65E-12  5.11E-01  1.662E+00  2.394E-01 3.49095E+01 7.76E-03  1.019   1.11   1.10
  300  1.97E-06  9.36E-07  1.38E-08  9.32E-13  1.09E-12  5.11E-01  1.664E+00  2.393E-01 3.44715E+01 7.86E-03  1.013   1.11   1.11
  400  6.13E-07  2.14E-07  4.88E-09  1.70E-13  2.69E-13  5.11E-01  1.665E+00  2.394E-01 3.39107E+01 7.99E-03  1.005   1.11   1.11
  500  1.56E-07  7.22E-08  1.76E-09  4.45E-14  5.87E-14  5.11E-01  1.666E+00  2.392E-01 3.33014E+01 8.14E-03  0.996   1.11   1.11
  600  7.55E-08  3.07E-08  6.84E-10  1.44E-14  1.38E-14  5.11E-01  1.666E+00  2.393E-01 3.29271E+01 8.24E-03  0.990   1.11   1.11
  700  3.62E-08  1.87E-08  2.76E-10  2.69E-14  4.96E-15  5.11E-01  1.666E+00  2.392E-01 3.26280E+01 8.31E-03  0.986   1.11   1.11
  800  1.99E-08  8.81E-09  1.15E-10  2.67E-15  1.70E-15  5.11E-01  1.666E+00  2.391E-01 3.24104E+01 8.37E-03  0.983   1.11   1.11
  900  1.04E-08  4.92E-09  4.87E-11  2.58E-15  9.15E-16  5.11E-01  1.666E+00  2.391E-01 3.22361E+01 8.41E-03  0.980   1.11   1.11
  901  9.99E-09  4.84E-09  4.82E-11  2.77E-15  8.89E-16  5.11E-01  1.666E+00  2.391E-01 3.22343E+01 8.41E-03  0.980   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.694E-05 d(ln R0)/dt =  6.862E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 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):     0.050837

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1631E+00 SECONDS
   DATA R*BT AT EDGE:  3.5750E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2765E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.875000 TO TG2=    2.880000 @ NSTEP     1269
   GFRAME TG2 MOMENTS CHECKSUM:  1.2193744000760E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1269
 TA= 2.87500E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 9.05052E-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  ->   41831 -      0 (killed) +  10017 (dep) =  51848 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.720810E+08  1.720160E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.595709E+08  1.594730E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.027553E+08  1.027305E+08
 %ORBALL:  In processor     0: orbit # IORB=   8904 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9817 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  16320 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.175519E+08  2.174541E+08
 %DEPSUB - XKSID =  1.001107E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39138 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39445 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40033 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42991 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43226 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.967301E+08  1.966607E+08
 %ORBALL:  In processor     0: orbit # IORB=  43776 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44127 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44134 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44490 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44941 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45285 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45664 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45725 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46110 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46405 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46559 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46809 never inside plasma.
 %ORBALL:  In[1] 30324
 processor     0: orbit # IORB=  47344 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48351 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48649 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48740 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49182 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49304 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49775 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50086 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50199 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50575 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51346 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51348 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51565 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51967 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52313 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51848 SPL=    0 TOT=41324
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.8869758E-01 -5.0427523E-01  2.6634153E+08  8.3250139E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1276
 TA= 2.88000E+00 CPU TIME= 5.76172E-02 SECONDS.  DT= 8.36645E-04
  
 TTOR1=  2.8800000000000878
 TTOR2=  2.8900000000000001
 TTORON=  0.29844999718666076
 TTOROFF=  4.5357999801635742
 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=  2.8800000E+00

 %wrstf: jsystem(tail -n 200 133981H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/133981H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.880000E+00 NSTEP=  1276 Hash code:   36677115
 ->PRGCHK: bdy curvature ratio at t= 2.8850E+00 seconds is:  4.2799E-02
 % MHDEQ: TG1= 2.8800000000000878 ; TG2= 2.8850000000000442

 *** 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     -2.967E+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  3.2442E-01  0.0000E+00  1.6665E+00  2.3910E-01
    1   0  5.4147E-01 -7.9452E-02 -7.9452E-02  7.6562E-01
    2   0  8.8188E-02 -1.8810E-02  2.6428E-02 -3.7992E-02
    3   0 -8.8967E-03  1.4179E-02 -3.3369E-03  1.2383E-02
    4   0 -2.4501E-03 -6.1034E-03 -4.3105E-03  1.2198E-03
    5   0  4.3216E-03  3.6263E-04  1.5236E-03 -2.8559E-03
    6   0 -1.9123E-03  5.5129E-04  5.7979E-04  9.8515E-04
    7   0  2.4841E-04 -4.7756E-04 -5.4675E-04  5.6425E-04
    8   0  1.3969E-04  1.3897E-04  4.2103E-05 -3.6290E-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  3.02E-01  1.21E-01  6.21E-02  4.53E-03  5.55E-04  1.10E+00  1.666E+00  2.391E-01 3.65556E+01 7.36E-03  1.000   1.12   0.84
  100  1.93E-05  8.76E-06  1.70E-06  9.60E-10  2.61E-09  1.10E+00  1.655E+00  2.461E-01 3.35774E+01 8.21E-03  1.000   1.12   1.02
  132  8.47E-07  4.20E-07  1.32E-07  7.55E-11  1.55E-10  1.10E+00  1.661E+00  2.425E-01 3.35768E+01 8.23E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.334E-07 d(ln R0)/dt =  6.882E-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  1.15E-01  1.28E-01  2.56E-05  1.32E-09  2.15E-09  1.10E+00  1.661E+00  2.424E-01 3.35769E+01 8.23E-03  1.000   1.12   1.05
  100  1.76E-04  7.44E-05  2.50E-07  3.74E-11  1.27E-10  5.11E-01  1.661E+00  2.418E-01 3.68308E+01 7.51E-03  1.047   1.12   1.10
  200  1.94E-05  8.83E-06  4.32E-08  5.63E-11  6.72E-12  5.11E-01  1.661E+00  2.397E-01 3.53168E+01 7.83E-03  1.025   1.12   1.10
  300  2.16E-06  1.08E-06  1.28E-08  9.15E-13  1.16E-12  5.11E-01  1.664E+00  2.396E-01 3.50218E+01 7.90E-03  1.021   1.12   1.12
  400  5.72E-07  2.96E-07  4.99E-09  1.57E-13  2.30E-13  5.11E-01  1.664E+00  2.395E-01 3.44157E+01 8.04E-03  1.012   1.12   1.12
  500  1.54E-07  1.05E-07  1.85E-09  3.96E-14  5.38E-14  5.11E-01  1.665E+00  2.394E-01 3.38162E+01 8.19E-03  1.004   1.12   1.12
  600  9.18E-08  3.12E-08  7.23E-10  1.39E-14  1.53E-14  5.11E-01  1.665E+00  2.394E-01 3.34292E+01 8.28E-03  0.998   1.12   1.12
  700  3.73E-08  1.59E-08  2.86E-10  2.56E-14  4.55E-15  5.11E-01  1.666E+00  2.394E-01 3.31198E+01 8.36E-03  0.993   1.12   1.12
  800  1.98E-08  9.08E-09  1.20E-10  3.06E-15  1.58E-15  5.11E-01  1.666E+00  2.393E-01 3.28912E+01 8.42E-03  0.990   1.12   1.12
  900  1.07E-08  5.23E-09  5.05E-11  2.31E-15  7.95E-16  5.11E-01  1.666E+00  2.393E-01 3.27157E+01 8.46E-03  0.987   1.12   1.12
  903  9.77E-09  5.39E-09  5.02E-11  1.95E-15  1.08E-15  5.11E-01  1.666E+00  2.393E-01 3.27104E+01 8.47E-03  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.01E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.388E-05 d(ln R0)/dt =  6.221E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 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):     0.055573

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1416E+00 SECONDS
   DATA R*BT AT EDGE:  3.5757E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2799E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.880000 TO TG2=    2.885000 @ NSTEP     1276
   GFRAME TG2 MOMENTS CHECKSUM:  1.2191189832363E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.885000E+00 NSTEP=  1281 Hash code:   65119162
 ->PRGCHK: bdy curvature ratio at t= 2.8900E+00 seconds is:  4.2833E-02
 % MHDEQ: TG1= 2.8850000000000442 ; TG2= 2.8900000000000001

 *** 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     -2.967E+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  1.5384E+00  0.0000E+00  3.2444E-01  0.0000E+00  1.6659E+00  2.3928E-01
    1   0  5.4140E-01 -7.9506E-02 -7.9506E-02  7.6556E-01
    2   0  8.8254E-02 -1.8740E-02  2.6265E-02 -3.7966E-02
    3   0 -8.8290E-03  1.4253E-02 -3.3580E-03  1.2350E-02
    4   0 -2.4487E-03 -6.0788E-03 -4.3048E-03  1.2257E-03
    5   0  4.3352E-03  3.6810E-04  1.5215E-03 -2.8485E-03
    6   0 -1.9072E-03  5.6017E-04  5.7406E-04  9.9308E-04
    7   0  2.4251E-04 -4.8774E-04 -5.6023E-04  5.7768E-04
    8   0  1.1629E-04  1.3837E-04  3.8471E-05 -3.4573E-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  3.00E-01  1.21E-01  6.19E-02  4.51E-03  5.58E-04  1.10E+00  1.666E+00  2.393E-01 3.65330E+01 7.45E-03  1.000   1.12   0.84
  100  1.63E-05  7.62E-06  1.52E-06  9.93E-10  2.37E-09  1.10E+00  1.654E+00  2.463E-01 3.35763E+01 8.29E-03  1.000   1.12   1.02
  127  9.55E-07  4.66E-07  2.18E-07  1.18E-10  2.85E-10  1.10E+00  1.660E+00  2.431E-01 3.35757E+01 8.31E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.640E-07 d(ln R0)/dt =  7.339E-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  1.06E-01  1.20E-01  2.41E-05  1.35E-09  2.59E-09  1.10E+00  1.660E+00  2.430E-01 3.35757E+01 8.31E-03  1.000   1.12   1.05
  100  1.94E-04  4.80E-05  2.30E-07  4.32E-11  1.53E-10  5.11E-01  1.660E+00  2.423E-01 3.71434E+01 7.52E-03  1.051   1.12   1.10
  200  1.61E-05  1.02E-05  4.51E-08  6.11E-11  8.02E-12  5.11E-01  1.661E+00  2.398E-01 3.55805E+01 7.85E-03  1.029   1.12   1.11
  300  2.17E-06  9.55E-07  1.35E-08  9.86E-13  1.27E-12  5.11E-01  1.663E+00  2.397E-01 3.53554E+01 7.91E-03  1.026   1.12   1.12
  400  5.79E-07  2.75E-07  5.18E-09  1.64E-13  2.60E-13  5.11E-01  1.664E+00  2.397E-01 3.47302E+01 8.05E-03  1.017   1.12   1.12
  500  1.70E-07  9.60E-08  1.91E-09  4.57E-14  5.97E-14  5.11E-01  1.665E+00  2.396E-01 3.41222E+01 8.19E-03  1.008   1.12   1.12
  600  9.71E-08  3.07E-08  7.32E-10  1.70E-14  1.52E-14  5.11E-01  1.665E+00  2.396E-01 3.37226E+01 8.29E-03  1.002   1.12   1.12
  700  4.06E-08  1.85E-08  2.91E-10  2.51E-14  4.52E-15  5.11E-01  1.665E+00  2.396E-01 3.34077E+01 8.37E-03  0.998   1.12   1.12
  800  1.87E-08  9.23E-09  1.22E-10  2.90E-15  1.60E-15  5.11E-01  1.665E+00  2.395E-01 3.31817E+01 8.43E-03  0.994   1.12   1.12
  899  9.88E-09  5.01E-09  5.14E-11  2.31E-15  6.83E-16  5.11E-01  1.665E+00  2.395E-01 3.30061E+01 8.47E-03  0.992   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.01E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.565E-05 d(ln R0)/dt =  6.183E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 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):     0.061039

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1357E+00 SECONDS
   DATA R*BT AT EDGE:  3.5765E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2833E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.885000 TO TG2=    2.890000 @ NSTEP     1281
   GFRAME TG2 MOMENTS CHECKSUM:  1.2189405424777E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1281
 TA= 2.88500E+00 CPU TIME= 5.85937E-02 SECONDS.  DT= 1.45674E-03
 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):  3.54700E+00
 ------------ stderr ---------------- 
==>runtrx:  TRANSP run successful
==========(runtrx)======================
==========TRANSP output conversion======
date:  Sat Feb 21 14:35:49 EST 2009 ( swift09.pppl.gov )
==========(runtrx)======================
---------------> starting:  plotcon 133981H06 2009/02/21:14:35:49
  %initcpl:  MDS_CACHE enabled.
 %PoPlot -- reading .PLN files

 %POPLT2-- PROCESSING RUN 133981H06  SHOT NO. 133981
  EXPECT   384 SCALAR FCNS,   873 PROFILE FCNS OF TIME
  "MF" FILE RECORD SIZE =  50 WORDS (FLOATING PT)
133981H06MF.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 : 21-Feb-2009 14:35:52    
 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 384
  
 Define Multi Graphs 335
  
 Write Profiles 873
 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 : 385 384
  
 Write Multigraph: 335
  ...readback test of .CDF file...
 1594  variables, 12  dimensions 9  att
  ...header check SUCCESSFUL; now check data.
  ...check profile data...
plotcon:  CDF files:
/local/pshr0026/transp_compute/D3D/133981H06/133981H06.CDF
/local/pshr0026/transp_compute/D3D/133981H06/133981H06PH.CDF
--------------->plotcon:  normal exit. 2009/02/21:14:35:52
==>runtrx:  TRANSP postprocessing OK
==========(runtrx)======================
==========TRANSP add to MDSplus ========
date:  Sat Feb 21 14:35:52 EST 2009 ( swift09.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 1339810806  TRANSP_D3D
  ...connecting to server:  TRANSPGRID.PPPL.GOV
 ...tcl("EDIT TRANSP_D3D/SHOT=1339810806")
  ... 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:  Sat Feb 21 14:36:47 EST 2009 ( swift09.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 133981H06.CDF /u/transp/pshr0026/transp/result/D3D.08/133981H06.CDF
mv 133981H06.DATA1 /u/transp/pshr0026/transp/result/D3D.08/133981H06.DATA1
mv 133981H06ex.for /u/transp/pshr0026/transp/result/D3D.08/133981H06ex.for
mv 133981H06_nubeam_init.dat /u/transp/pshr0026/transp/result/D3D.08/133981H06_nubeam_init.dat
mv 133981H06PH.CDF /u/transp/pshr0026/transp/result/D3D.08/133981H06PH.CDF
mv 133981H06TR.DAT /u/transp/pshr0026/transp/result/D3D.08/133981H06TR.DAT
mv 133981H06TR.INF /u/transp/pshr0026/transp/result/D3D.08/133981H06TR.INF
%finishup:  retaining 133981H06tr.log
mv 133981H06TR.MSG /u/transp/pshr0026/transp/result/D3D.08/133981H06TR.MSG
rm: No match.
?finishup both the GRID and the PPPL flags are set.
==========(runtrx)======================
==========>runtrx normal exit<==========
date:  Sat Feb 21 14:36:50 EST 2009 ( swift09.pppl.gov )
==========>runtrx runsite = pppl.gov<======