==>runtrx start: date:  Mon Feb 16 00:03:19 EST 2009 ( swift16.pppl.gov )
runtrx: tok.yy = D3D.08
==========(runtrx)======================
date:  Mon Feb 16 00:03:19 EST 2009 ( swift16.pppl.gov )
args:  134426H04 run
==========(runtrx)======================
==========(runtrx)======================
==========TRANSP execution==============
date:  Mon Feb 16 00:03:19 EST 2009 ( swift16.pppl.gov )
==========(runtrx)======================
  %initcpl:  MDS_CACHE enabled.
 ENTER TRANSP RUN ID, APPEND "R" FOR RESTART:
     DATE    16-Feb-2009 00:03:19    
  %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)= 1.40000E+00   tinit= 2.30000E+00
 DATCHK: CHECKING ARRAY DIMENSIONS, SWITCHES, ETC
  %DATCHK -- UP-DOWN ASYMMETRY DETECTED
  %DATCHK: NYXINV incremented to be odd: 101 161
  %DATCHK: no ECH/ECCD, NLECRF=F, nantech=0 set.
  TIDXSW defaulted: value of 0.05 assigned.
 %DATCKA -- CHECKING NON-DEFAULT SPECIFICATIONS FOR AC FILE I/O
  GIVEN IN NAMELIST CHARACTER DATA ARRAYS "SELOUT" AND "SELAVG"
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
  %LH_ONOFF: no LH on/off times found.
  %EC_ONOFF: no ECH on/off times found.
  %ICRF_ONOFF: no ICRF on/off times found.
 %NB_ONOFF: NBI on/off times (s):   2.3200E+00  5.1697E+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 -             4003481              4003481
  %UPF contains no namelist TABORT requests after t= 2.2999999999999998
 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:  4.3016E-02
  GFRAM0: bdy curvature ratio OK at t= 2.3000E+00 seconds:  4.3105E-02
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  6.8704676781418863  (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= 7.39889E-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  2.203760E+00
 %INITAL:  pseudo time advanced to  2.204940E+00
 %INITAL:  pseudo time advanced to  2.206120E+00
 %INITAL:  pseudo time advanced to  2.207300E+00
 %INITAL:  pseudo time advanced to  2.208479E+00
 %INITAL:  pseudo time advanced to  2.209659E+00
 %INITAL:  pseudo time advanced to  2.210839E+00
 %INITAL:  pseudo time advanced to  2.212018E+00
 %INITAL:  pseudo time advanced to  2.213198E+00
 %INITAL:  pseudo time advanced to  2.214378E+00
 %INITAL:  pseudo time advanced to  2.215558E+00
 %INITAL:  pseudo time advanced to  2.216737E+00
 %INITAL:  pseudo time advanced to  2.217917E+00
 %INITAL:  pseudo time advanced to  2.219097E+00
 %INITAL:  pseudo time advanced to  2.220276E+00
 % MHDEQ: TG1= 2.2999999999999998 ; TG2= 2.3022
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.028E+00     1.135E+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  1.5404E+00  0.0000E+00  3.2792E-01  0.0000E+00  1.6514E+00  2.8773E-01
    1   0  5.4929E-01 -7.6969E-02 -7.6969E-02  7.7438E-01
    2   0  9.6400E-02 -1.7492E-02  2.4630E-02 -3.7130E-02
    3   0 -1.0008E-02  1.3920E-02 -4.0804E-03  1.1981E-02
    4   0 -2.8399E-03 -6.2814E-03 -3.5053E-03  1.6042E-03
    5   0  4.9301E-03  4.0608E-04  1.3162E-03 -2.7011E-03
    6   0 -2.1629E-03  7.6800E-04  4.1981E-04  8.2135E-04
    7   0  2.5538E-04 -5.3419E-04 -4.7883E-04  6.4492E-04
    8   0  9.9760E-05  2.9810E-05 -1.5038E-04 -2.3250E-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  1.69E-01  4.99E-02  4.39E-02  3.46E-03  3.35E-04  1.10E+00  1.651E+00  2.877E-01 3.62250E+01 1.02E-02  1.000   1.14   1.09
  100  8.44E-06  3.42E-06  8.79E-07  6.59E-10  9.05E-10  1.10E+00  1.676E+00  2.455E-01 3.40458E+01 1.12E-02  1.000   1.14   1.28
  120  8.81E-07  4.96E-07  1.43E-07  2.83E-10  4.39E-10  1.10E+00  1.682E+00  2.435E-01 3.40455E+01 1.12E-02  1.000   1.14   1.28

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.387E-07 d(ln R0)/dt =  1.261E-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  5.48E-02  6.49E-02  1.67E-05  1.97E-09  3.37E-09  1.10E+00  1.682E+00  2.434E-01 3.40453E+01 1.12E-02  1.000   1.14   1.28
  100  2.72E-05  1.11E-05  9.01E-08  9.15E-10  6.54E-10  5.26E-01  1.684E+00  2.427E-01 2.92701E+01 1.31E-02  0.928   1.14   1.19
  200  7.98E-07  7.56E-07  4.46E-08  2.46E-11  3.38E-11  5.26E-01  1.704E+00  2.385E-01 2.53788E+01 1.52E-02  0.865   1.14   1.14
  300  1.90E-07  7.95E-08  1.09E-08  4.57E-12  4.59E-12  5.26E-01  1.708E+00  2.375E-01 2.51550E+01 1.53E-02  0.861   1.14   1.14
  400  5.18E-08  2.41E-08  2.77E-09  1.72E-13  2.22E-13  5.26E-01  1.711E+00  2.380E-01 2.48358E+01 1.55E-02  0.856   1.14   1.14
  500  2.43E-08  1.16E-08  8.23E-10  2.27E-13  9.96E-14  5.26E-01  1.712E+00  2.383E-01 2.45853E+01 1.57E-02  0.852   1.14   1.14
  600  1.06E-08  5.98E-09  2.13E-10  4.66E-14  2.72E-14  5.26E-01  1.713E+00  2.382E-01 2.43879E+01 1.58E-02  0.848   1.14   1.14
  608  9.80E-09  5.67E-09  2.01E-10  4.01E-14  2.43E-14  5.26E-01  1.714E+00  2.382E-01 2.43720E+01 1.58E-02  0.848   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.848E-05 d(ln R0)/dt =  5.500E-06


     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:          0.01 SECONDS

 %meq_resize: allocating meq storage of size =  5
 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.049550

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0617E+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:  4.3105E-02
 % MHDEQ: TG1= 2.2999999999999998 ; TG2= 2.3022
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.028E+00     1.133E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5400E+00  0.0000E+00  3.2826E-01  0.0000E+00  1.6514E+00  2.8773E-01
    1   0  5.4910E-01 -7.6898E-02 -7.6898E-02  7.7443E-01
    2   0  9.6310E-02 -1.7561E-02  2.4697E-02 -3.7213E-02
    3   0 -9.9708E-03  1.3904E-02 -4.1144E-03  1.1989E-02
    4   0 -2.8082E-03 -6.2747E-03 -3.5204E-03  1.5625E-03
    5   0  4.9253E-03  3.9002E-04  1.3374E-03 -2.7043E-03
    6   0 -2.1500E-03  7.7954E-04  4.1208E-04  8.4491E-04
    7   0  2.4038E-04 -5.4885E-04 -4.9679E-04  6.5350E-04
    8   0  9.0466E-05  3.1583E-05 -1.4299E-04 -2.3085E-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  1.70E-01  5.04E-02  4.42E-02  3.48E-03  3.34E-04  1.10E+00  1.651E+00  2.877E-01 3.62416E+01 1.02E-02  1.000   1.13   1.09
  100  8.39E-06  3.38E-06  9.06E-07  6.65E-10  9.33E-10  1.10E+00  1.676E+00  2.457E-01 3.40440E+01 1.12E-02  1.000   1.13   1.28
  120  8.91E-07  5.08E-07  1.45E-07  2.79E-10  4.42E-10  1.10E+00  1.681E+00  2.438E-01 3.40437E+01 1.12E-02  1.000   1.13   1.28

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.65E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.356E-07 d(ln R0)/dt =  1.252E-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  5.47E-02  6.40E-02  1.64E-05  2.00E-09  3.39E-09  1.10E+00  1.681E+00  2.437E-01 3.40435E+01 1.12E-02  1.000   1.13   1.28
  100  2.56E-05  1.05E-05  8.91E-08  9.24E-10  6.58E-10  5.26E-01  1.683E+00  2.430E-01 2.92262E+01 1.31E-02  0.927   1.13   1.19
  200  7.66E-07  7.08E-07  4.50E-08  2.46E-11  3.77E-11  5.26E-01  1.704E+00  2.387E-01 2.52504E+01 1.52E-02  0.863   1.13   1.14
  300  1.81E-07  7.47E-08  1.10E-08  4.71E-12  3.89E-12  5.26E-01  1.708E+00  2.377E-01 2.50554E+01 1.53E-02  0.860   1.13   1.13
  400  5.12E-08  2.36E-08  2.78E-09  1.86E-13  3.72E-13  5.26E-01  1.711E+00  2.383E-01 2.47383E+01 1.55E-02  0.854   1.13   1.13
  500  2.42E-08  1.13E-08  8.25E-10  2.20E-13  6.45E-14  5.26E-01  1.712E+00  2.385E-01 2.44902E+01 1.57E-02  0.850   1.13   1.13
  600  1.07E-08  5.97E-09  2.14E-10  4.73E-14  1.72E-14  5.26E-01  1.713E+00  2.385E-01 2.42935E+01 1.58E-02  0.847   1.13   1.13
  608  9.90E-09  5.67E-09  2.02E-10  4.14E-14  1.22E-14  5.26E-01  1.713E+00  2.385E-01 2.42775E+01 1.58E-02  0.846   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.950E-05 d(ln R0)/dt =  5.554E-06


     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):     0.049693

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0307E+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:  4.3016E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.22028E+00 CPU TIME= 4.99916E-02 SECONDS.  DT= 8.19246E-04
 %INITAL:  pseudo time advanced to  2.221471E+00
 %INITAL:  pseudo time advanced to  2.222665E+00
 %INITAL:  pseudo time advanced to  2.223859E+00
 %INITAL:  pseudo time advanced to  2.225053E+00
 %INITAL:  pseudo time advanced to  2.226247E+00
 %INITAL:  pseudo time advanced to  2.227442E+00
 %INITAL:  pseudo time advanced to  2.228636E+00
 %INITAL:  pseudo time advanced to  2.229830E+00
 %INITAL:  pseudo time advanced to  2.231024E+00
 %INITAL:  pseudo time advanced to  2.232218E+00
 %INITAL:  pseudo time advanced to  2.233413E+00
 %INITAL:  pseudo time advanced to  2.234607E+00
 %INITAL:  pseudo time advanced to  2.235801E+00
 %INITAL:  pseudo time advanced to  2.236995E+00
 %INITAL:  pseudo time advanced to  2.238189E+00
 %INITAL:  pseudo time advanced to  2.239384E+00
 %INITAL:  pseudo time advanced to  2.240578E+00
 % MHDEQ: TG1= 2.2999999999999998 ; TG2= 2.3022
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.034E+00     1.135E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5404E+00  0.0000E+00  3.2792E-01  0.0000E+00  1.7132E+00  2.3846E-01
    1   0  5.4929E-01 -7.6969E-02 -7.6969E-02  7.7438E-01
    2   0  9.6400E-02 -1.7492E-02  2.4630E-02 -3.7130E-02
    3   0 -1.0008E-02  1.3920E-02 -4.0804E-03  1.1981E-02
    4   0 -2.8399E-03 -6.2814E-03 -3.5053E-03  1.6042E-03
    5   0  4.9301E-03  4.0608E-04  1.3162E-03 -2.7011E-03
    6   0 -2.1629E-03  7.6800E-04  4.1981E-04  8.2135E-04
    7   0  2.5538E-04 -5.3419E-04 -4.7883E-04  6.4492E-04
    8   0  9.9760E-05  2.9810E-05 -1.5038E-04 -2.3250E-04

 LEGEND
 ------

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

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

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


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

    1  5.74E-01  2.13E-01  8.67E-02  5.16E-03  6.75E-04  1.10E+00  1.713E+00  2.385E-01 3.88361E+01 9.65E-03  1.000   1.14   0.96
  100  3.92E-06  2.23E-06  1.27E-06  6.98E-09  9.23E-10  1.10E+00  1.671E+00  2.518E-01 3.41567E+01 1.12E-02  1.000   1.14   1.09
  116  9.89E-07  6.42E-07  2.46E-07  5.76E-10  8.44E-10  1.10E+00  1.679E+00  2.490E-01 3.41560E+01 1.12E-02  1.000   1.14   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.58E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  7.783E-07 d(ln R0)/dt =  2.383E-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  5.06E-02  1.10E-05  2.01E-09  2.98E-09  1.10E+00  1.679E+00  2.488E-01 3.41557E+01 1.12E-02  1.000   1.14   1.12
  100  1.73E-04  1.21E-04  2.41E-07  3.84E-10  3.10E-10  5.11E-01  1.682E+00  2.475E-01 3.49543E+01 1.10E-02  1.011   1.14   1.13
  200  9.78E-06  7.69E-06  3.26E-08  1.29E-11  1.28E-11  5.11E-01  1.693E+00  2.419E-01 3.31231E+01 1.16E-02  0.985   1.14   1.13
  300  1.69E-06  1.08E-06  1.10E-08  1.31E-12  1.85E-12  5.11E-01  1.698E+00  2.407E-01 3.21855E+01 1.20E-02  0.971   1.14   1.14
  400  4.68E-07  2.73E-07  3.97E-09  2.58E-13  2.55E-13  5.11E-01  1.700E+00  2.410E-01 3.15302E+01 1.22E-02  0.961   1.14   1.14
  500  1.26E-07  9.32E-08  1.21E-09  3.73E-14  7.17E-14  5.11E-01  1.701E+00  2.408E-01 3.11534E+01 1.24E-02  0.956   1.14   1.14
  600  5.52E-08  3.95E-08  3.90E-10  7.83E-14  2.16E-14  5.11E-01  1.702E+00  2.405E-01 3.08289E+01 1.25E-02  0.951   1.14   1.14
  700  2.13E-08  1.39E-08  1.47E-10  4.27E-15  6.82E-15  5.11E-01  1.703E+00  2.405E-01 3.05375E+01 1.26E-02  0.946   1.14   1.14
  790  9.77E-09  6.36E-09  7.01E-11  6.77E-15  4.82E-15  5.11E-01  1.703E+00  2.404E-01 3.03798E+01 1.27E-02  0.944   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.39E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.774E-05 d(ln R0)/dt =  1.734E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.55 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.055209

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5746E+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:  4.3105E-02
 % MHDEQ: TG1= 2.2999999999999998 ; TG2= 2.3022
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.034E+00     1.133E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5400E+00  0.0000E+00  3.2826E-01  0.0000E+00  1.7132E+00  2.3846E-01
    1   0  5.4910E-01 -7.6898E-02 -7.6898E-02  7.7443E-01
    2   0  9.6310E-02 -1.7561E-02  2.4697E-02 -3.7213E-02
    3   0 -9.9708E-03  1.3904E-02 -4.1144E-03  1.1989E-02
    4   0 -2.8082E-03 -6.2747E-03 -3.5204E-03  1.5625E-03
    5   0  4.9253E-03  3.9002E-04  1.3374E-03 -2.7043E-03
    6   0 -2.1500E-03  7.7954E-04  4.1208E-04  8.4491E-04
    7   0  2.4038E-04 -5.4885E-04 -4.9679E-04  6.5350E-04
    8   0  9.0466E-05  3.1583E-05 -1.4299E-04 -2.3085E-04

 LEGEND
 ------

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

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

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


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

    1  5.83E-01  2.17E-01  8.73E-02  5.16E-03  6.81E-04  1.10E+00  1.713E+00  2.385E-01 3.88679E+01 9.63E-03  1.000   1.13   0.96
  100  5.47E-06  3.10E-06  1.77E-06  6.74E-09  1.08E-09  1.10E+00  1.672E+00  2.519E-01 3.41547E+01 1.12E-02  1.000   1.13   1.10
  119  9.04E-07  4.95E-07  3.05E-07  8.42E-10  1.89E-10  1.10E+00  1.680E+00  2.487E-01 3.41541E+01 1.12E-02  1.000   1.13   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.62E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.638E-07 d(ln R0)/dt =  1.941E-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  8.19E-02  5.20E-02  1.12E-05  2.23E-09  2.55E-09  1.10E+00  1.680E+00  2.486E-01 3.41538E+01 1.12E-02  1.000   1.13   1.12
  100  1.18E-04  5.91E-05  1.87E-07  3.06E-10  2.47E-10  5.11E-01  1.682E+00  2.476E-01 3.46237E+01 1.11E-02  1.007   1.13   1.13
  200  1.18E-05  6.14E-06  3.16E-08  1.10E-11  1.24E-11  5.11E-01  1.693E+00  2.422E-01 3.30442E+01 1.16E-02  0.984   1.13   1.13
  300  1.91E-06  1.25E-06  1.07E-08  9.00E-13  1.63E-12  5.11E-01  1.697E+00  2.411E-01 3.20525E+01 1.20E-02  0.969   1.13   1.13
  400  4.31E-07  3.06E-07  3.84E-09  2.19E-13  2.51E-13  5.11E-01  1.699E+00  2.413E-01 3.14052E+01 1.23E-02  0.959   1.13   1.13
  500  1.68E-07  8.16E-08  1.20E-09  3.29E-14  7.07E-14  5.11E-01  1.701E+00  2.410E-01 3.10186E+01 1.24E-02  0.954   1.13   1.13
  600  5.68E-08  3.88E-08  3.82E-10  7.24E-14  2.39E-14  5.11E-01  1.702E+00  2.408E-01 3.06935E+01 1.25E-02  0.949   1.13   1.13
  700  2.65E-08  1.47E-08  1.46E-10  3.96E-15  7.98E-15  5.11E-01  1.702E+00  2.408E-01 3.04062E+01 1.27E-02  0.944   1.13   1.13
  793  9.93E-09  6.42E-09  6.64E-11  6.45E-15  4.79E-15  5.11E-01  1.703E+00  2.407E-01 3.02423E+01 1.27E-02  0.942   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.40E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.643E-05 d(ln R0)/dt =  1.726E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.56 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):     0.081661

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5876E+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:  4.3016E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.24058E+00 CPU TIME= 4.89922E-02 SECONDS.  DT= 8.29301E-04
 %INITAL:  pseudo time advanced to  2.241772E+00
 %INITAL:  pseudo time advanced to  2.242966E+00
 %INITAL:  pseudo time advanced to  2.244160E+00
 %INITAL:  pseudo time advanced to  2.245354E+00
 %INITAL:  pseudo time advanced to  2.246548E+00
 %INITAL:  pseudo time advanced to  2.247743E+00
 %INITAL:  pseudo time advanced to  2.248937E+00
 %INITAL:  pseudo time advanced to  2.250131E+00
 %INITAL:  pseudo time advanced to  2.251325E+00
 %INITAL:  pseudo time advanced to  2.252519E+00
 %INITAL:  pseudo time advanced to  2.253713E+00
 %INITAL:  pseudo time advanced to  2.254907E+00
 %INITAL:  pseudo time advanced to  2.256101E+00
 %INITAL:  pseudo time advanced to  2.257296E+00
 %INITAL:  pseudo time advanced to  2.258490E+00
 %INITAL:  pseudo time advanced to  2.259684E+00
 % MHDEQ: TG1= 2.2999999999999998 ; TG2= 2.3022
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.033E+00     1.135E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5404E+00  0.0000E+00  3.2792E-01  0.0000E+00  1.7028E+00  2.4069E-01
    1   0  5.4929E-01 -7.6969E-02 -7.6969E-02  7.7438E-01
    2   0  9.6400E-02 -1.7492E-02  2.4630E-02 -3.7130E-02
    3   0 -1.0008E-02  1.3920E-02 -4.0804E-03  1.1981E-02
    4   0 -2.8399E-03 -6.2814E-03 -3.5053E-03  1.6042E-03
    5   0  4.9301E-03  4.0608E-04  1.3162E-03 -2.7011E-03
    6   0 -2.1629E-03  7.6800E-04  4.1981E-04  8.2135E-04
    7   0  2.5538E-04 -5.3419E-04 -4.7883E-04  6.4492E-04
    8   0  9.9760E-05  2.9810E-05 -1.5038E-04 -2.3250E-04

 LEGEND
 ------

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

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

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


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

    1  4.68E-01  1.76E-01  7.90E-02  5.04E-03  6.31E-04  1.10E+00  1.703E+00  2.407E-01 3.83078E+01 9.76E-03  1.000   1.14   0.91
  100  6.53E-06  3.20E-06  1.37E-06  3.24E-09  1.75E-09  1.10E+00  1.677E+00  2.488E-01 3.41423E+01 1.12E-02  1.000   1.14   1.06
  121  7.48E-07  5.26E-07  1.89E-07  2.89E-10  9.34E-10  1.10E+00  1.684E+00  2.459E-01 3.41416E+01 1.12E-02  1.000   1.14   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.65E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.704E-07 d(ln R0)/dt =  1.768E-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  8.95E-02  7.30E-02  1.46E-05  1.74E-09  3.08E-09  1.10E+00  1.684E+00  2.458E-01 3.41413E+01 1.13E-02  1.000   1.14   1.09
  100  2.99E-05  2.34E-05  1.25E-07  7.61E-11  1.97E-10  5.26E-01  1.686E+00  2.447E-01 3.66208E+01 1.05E-02  1.035   1.14   1.13
  200  2.32E-06  2.10E-06  2.60E-08  2.26E-11  1.25E-11  5.26E-01  1.691E+00  2.414E-01 3.54872E+01 1.09E-02  1.019   1.14   1.13
  300  4.74E-07  2.79E-07  1.12E-08  1.02E-12  1.44E-12  5.26E-01  1.695E+00  2.411E-01 3.41905E+01 1.13E-02  1.001   1.14   1.13
  400  1.22E-07  8.38E-08  3.96E-09  2.26E-13  5.18E-13  5.26E-01  1.697E+00  2.414E-01 3.35177E+01 1.15E-02  0.991   1.14   1.14
  500  5.23E-08  2.99E-08  1.24E-09  3.78E-14  1.41E-13  5.26E-01  1.698E+00  2.411E-01 3.30592E+01 1.17E-02  0.984   1.14   1.14
  600  2.56E-08  1.42E-08  4.32E-10  3.25E-14  2.48E-14  5.26E-01  1.699E+00  2.410E-01 3.26686E+01 1.18E-02  0.978   1.14   1.14
  700  1.33E-08  7.96E-09  1.68E-10  3.97E-15  1.64E-14  5.26E-01  1.700E+00  2.410E-01 3.23705E+01 1.19E-02  0.974   1.14   1.14
  750  9.98E-09  6.32E-09  1.08E-10  8.65E-15  1.26E-14  5.26E-01  1.700E+00  2.410E-01 3.22466E+01 1.20E-02  0.972   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.293E-05 d(ln R0)/dt =  2.377E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.43 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):     0.053789

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4566E+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:  4.3105E-02
 % MHDEQ: TG1= 2.2999999999999998 ; TG2= 2.3022
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.033E+00     1.133E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5400E+00  0.0000E+00  3.2826E-01  0.0000E+00  1.7028E+00  2.4069E-01
    1   0  5.4910E-01 -7.6898E-02 -7.6898E-02  7.7443E-01
    2   0  9.6310E-02 -1.7561E-02  2.4697E-02 -3.7213E-02
    3   0 -9.9708E-03  1.3904E-02 -4.1144E-03  1.1989E-02
    4   0 -2.8082E-03 -6.2747E-03 -3.5204E-03  1.5625E-03
    5   0  4.9253E-03  3.9002E-04  1.3374E-03 -2.7043E-03
    6   0 -2.1500E-03  7.7954E-04  4.1208E-04  8.4491E-04
    7   0  2.4038E-04 -5.4885E-04 -4.9679E-04  6.5350E-04
    8   0  9.0466E-05  3.1583E-05 -1.4299E-04 -2.3085E-04

 LEGEND
 ------

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

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

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


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

    1  4.74E-01  1.79E-01  7.95E-02  5.05E-03  6.37E-04  1.10E+00  1.703E+00  2.407E-01 3.83367E+01 9.75E-03  1.000   1.13   0.91
  100  8.09E-06  4.22E-06  1.84E-06  3.46E-09  1.78E-09  1.10E+00  1.677E+00  2.490E-01 3.41403E+01 1.12E-02  1.000   1.13   1.07
  121  9.01E-07  5.80E-07  2.07E-07  2.69E-10  1.01E-09  1.10E+00  1.684E+00  2.463E-01 3.41398E+01 1.12E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.64E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.262E-07 d(ln R0)/dt =  1.633E-04

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

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


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

    1  9.04E-02  7.32E-02  1.48E-05  1.76E-09  3.14E-09  1.10E+00  1.684E+00  2.462E-01 3.41395E+01 1.13E-02  1.000   1.13   1.09
  100  2.93E-05  2.29E-05  1.25E-07  7.86E-11  2.03E-10  5.26E-01  1.686E+00  2.451E-01 3.64740E+01 1.05E-02  1.033   1.13   1.13
  200  2.22E-06  1.99E-06  2.59E-08  2.16E-11  1.51E-11  5.26E-01  1.690E+00  2.417E-01 3.53580E+01 1.09E-02  1.018   1.13   1.13
  300  4.50E-07  2.65E-07  1.11E-08  1.01E-12  1.90E-12  5.26E-01  1.695E+00  2.414E-01 3.40650E+01 1.13E-02  0.999   1.13   1.13
  400  1.21E-07  8.29E-08  3.91E-09  2.36E-13  7.10E-13  5.26E-01  1.697E+00  2.416E-01 3.33857E+01 1.15E-02  0.989   1.13   1.13
  500  5.15E-08  2.94E-08  1.23E-09  3.36E-14  5.78E-14  5.26E-01  1.698E+00  2.414E-01 3.29226E+01 1.17E-02  0.982   1.13   1.13
  600  2.55E-08  1.41E-08  4.25E-10  3.36E-14  5.08E-14  5.26E-01  1.699E+00  2.413E-01 3.25304E+01 1.18E-02  0.976   1.13   1.13
  700  1.32E-08  7.87E-09  1.65E-10  3.90E-15  1.33E-14  5.26E-01  1.700E+00  2.413E-01 3.22327E+01 1.20E-02  0.972   1.13   1.13
  750  9.88E-09  6.24E-09  1.06E-10  8.24E-15  6.77E-15  5.26E-01  1.700E+00  2.412E-01 3.21100E+01 1.20E-02  0.970   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.290E-05 d(ln R0)/dt =  2.379E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.43 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):     0.053951

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4536E+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:  4.3016E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.26021E+00 CPU TIME= 4.99916E-02 SECONDS.  DT= 6.63408E-04
 %INITAL:  pseudo time advanced to  2.260878E+00
 %INITAL:  pseudo time advanced to  2.262072E+00
 %INITAL:  pseudo time advanced to  2.263266E+00
 %INITAL:  pseudo time advanced to  2.264460E+00
 %INITAL:  pseudo time advanced to  2.265654E+00
 %INITAL:  pseudo time advanced to  2.266848E+00
 %INITAL:  pseudo time advanced to  2.268042E+00
 %INITAL:  pseudo time advanced to  2.269236E+00
 %INITAL:  pseudo time advanced to  2.270431E+00
 %INITAL:  pseudo time advanced to  2.271625E+00
 %INITAL:  pseudo time advanced to  2.272819E+00
 %INITAL:  pseudo time advanced to  2.274013E+00
 %INITAL:  pseudo time advanced to  2.275207E+00
 %INITAL:  pseudo time advanced to  2.276401E+00
 %INITAL:  pseudo time advanced to  2.277595E+00
 %INITAL:  pseudo time advanced to  2.278789E+00
 %INITAL:  pseudo time advanced to  2.279983E+00
 % MHDEQ: TG1= 2.2999999999999998 ; TG2= 2.3022
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.033E+00     1.135E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5404E+00  0.0000E+00  3.2792E-01  0.0000E+00  1.6998E+00  2.4124E-01
    1   0  5.4929E-01 -7.6969E-02 -7.6969E-02  7.7438E-01
    2   0  9.6400E-02 -1.7492E-02  2.4630E-02 -3.7130E-02
    3   0 -1.0008E-02  1.3920E-02 -4.0804E-03  1.1981E-02
    4   0 -2.8399E-03 -6.2814E-03 -3.5053E-03  1.6042E-03
    5   0  4.9301E-03  4.0608E-04  1.3162E-03 -2.7011E-03
    6   0 -2.1629E-03  7.6800E-04  4.1981E-04  8.2135E-04
    7   0  2.5538E-04 -5.3419E-04 -4.7883E-04  6.4492E-04
    8   0  9.9760E-05  2.9810E-05 -1.5038E-04 -2.3250E-04

 LEGEND
 ------

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

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

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


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

    1  4.42E-01  1.67E-01  7.69E-02  5.00E-03  6.21E-04  1.10E+00  1.700E+00  2.412E-01 3.81609E+01 9.79E-03  1.000   1.14   0.89
  100  6.49E-06  3.28E-06  1.03E-06  2.10E-09  2.36E-09  1.10E+00  1.678E+00  2.477E-01 3.41393E+01 1.12E-02  1.000   1.14   1.05
  121  8.14E-07  6.26E-07  2.07E-07  2.38E-10  8.47E-10  1.10E+00  1.686E+00  2.450E-01 3.41387E+01 1.13E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.66E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.408E-07 d(ln R0)/dt =  1.640E-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  9.54E-02  8.22E-02  1.61E-05  1.62E-09  2.88E-09  1.10E+00  1.686E+00  2.449E-01 3.41384E+01 1.13E-02  1.000   1.14   1.08
  100  3.34E-05  2.46E-05  1.32E-07  5.20E-11  1.92E-10  5.26E-01  1.687E+00  2.439E-01 3.71976E+01 1.03E-02  1.043   1.14   1.13
  200  2.86E-06  2.79E-06  2.67E-08  3.20E-11  1.42E-11  5.26E-01  1.690E+00  2.413E-01 3.61815E+01 1.06E-02  1.029   1.14   1.13
  300  5.52E-07  3.20E-07  1.16E-08  1.14E-12  1.50E-12  5.26E-01  1.694E+00  2.413E-01 3.48352E+01 1.11E-02  1.010   1.14   1.13
  400  1.42E-07  9.38E-08  4.20E-09  2.40E-13  6.38E-13  5.26E-01  1.696E+00  2.415E-01 3.41602E+01 1.13E-02  1.000   1.14   1.14
  500  6.02E-08  3.42E-08  1.35E-09  4.99E-14  1.02E-13  5.26E-01  1.698E+00  2.412E-01 3.36650E+01 1.15E-02  0.993   1.14   1.14
  600  2.89E-08  1.56E-08  4.87E-10  2.13E-14  3.81E-14  5.26E-01  1.698E+00  2.411E-01 3.32481E+01 1.16E-02  0.987   1.14   1.14
  700  1.51E-08  8.79E-09  1.90E-10  5.61E-15  1.22E-14  5.26E-01  1.699E+00  2.412E-01 3.29431E+01 1.17E-02  0.983   1.14   1.14
  772  9.98E-09  6.22E-09  9.83E-11  1.32E-14  6.55E-15  5.26E-01  1.699E+00  2.411E-01 3.27512E+01 1.18E-02  0.980   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.998E-05 d(ln R0)/dt =  2.595E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.053009

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5526E+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:  4.3105E-02
 % MHDEQ: TG1= 2.2999999999999998 ; TG2= 2.3022
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.033E+00     1.133E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5400E+00  0.0000E+00  3.2826E-01  0.0000E+00  1.6998E+00  2.4124E-01
    1   0  5.4910E-01 -7.6898E-02 -7.6898E-02  7.7443E-01
    2   0  9.6310E-02 -1.7561E-02  2.4697E-02 -3.7213E-02
    3   0 -9.9708E-03  1.3904E-02 -4.1144E-03  1.1989E-02
    4   0 -2.8082E-03 -6.2747E-03 -3.5204E-03  1.5625E-03
    5   0  4.9253E-03  3.9002E-04  1.3374E-03 -2.7043E-03
    6   0 -2.1500E-03  7.7954E-04  4.1208E-04  8.4491E-04
    7   0  2.4038E-04 -5.4885E-04 -4.9679E-04  6.5350E-04
    8   0  9.0466E-05  3.1583E-05 -1.4299E-04 -2.3085E-04

 LEGEND
 ------

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

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

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


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

    1  4.48E-01  1.70E-01  7.74E-02  5.01E-03  6.27E-04  1.10E+00  1.700E+00  2.412E-01 3.81890E+01 9.78E-03  1.000   1.13   0.89
  100  7.36E-06  3.75E-06  1.36E-06  2.46E-09  2.08E-09  1.10E+00  1.678E+00  2.482E-01 3.41375E+01 1.12E-02  1.000   1.13   1.05
  121  8.42E-07  6.23E-07  2.08E-07  2.45E-10  9.26E-10  1.10E+00  1.685E+00  2.455E-01 3.41369E+01 1.12E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.66E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.396E-07 d(ln R0)/dt =  1.624E-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  9.59E-02  8.19E-02  1.61E-05  1.65E-09  2.97E-09  1.10E+00  1.685E+00  2.454E-01 3.41366E+01 1.13E-02  1.000   1.13   1.08
  100  3.50E-05  2.59E-05  1.34E-07  5.60E-11  2.10E-10  5.26E-01  1.686E+00  2.444E-01 3.71236E+01 1.04E-02  1.042   1.13   1.13
  200  2.79E-06  2.72E-06  2.67E-08  3.01E-11  1.82E-11  5.26E-01  1.690E+00  2.416E-01 3.60452E+01 1.07E-02  1.027   1.13   1.13
  300  5.69E-07  3.29E-07  1.16E-08  1.20E-12  2.24E-12  5.26E-01  1.694E+00  2.416E-01 3.47046E+01 1.11E-02  1.008   1.13   1.13
  400  1.44E-07  9.57E-08  4.21E-09  2.33E-13  6.70E-13  5.26E-01  1.696E+00  2.417E-01 3.40058E+01 1.13E-02  0.998   1.13   1.13
  500  6.03E-08  3.42E-08  1.35E-09  4.14E-14  6.66E-14  5.26E-01  1.697E+00  2.415E-01 3.35283E+01 1.15E-02  0.991   1.13   1.13
  600  2.91E-08  1.57E-08  4.77E-10  2.48E-14  4.21E-14  5.26E-01  1.698E+00  2.414E-01 3.31144E+01 1.16E-02  0.985   1.13   1.13
  700  1.50E-08  8.74E-09  1.87E-10  5.29E-15  1.57E-14  5.26E-01  1.699E+00  2.414E-01 3.28055E+01 1.17E-02  0.981   1.13   1.13
  772  9.97E-09  6.21E-09  9.72E-11  1.21E-14  7.01E-15  5.26E-01  1.699E+00  2.414E-01 3.26164E+01 1.18E-02  0.978   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.863E-05 d(ln R0)/dt =  2.559E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.053167

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5476E+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:  4.3016E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.28051E+00 CPU TIME= 4.99954E-02 SECONDS.  DT= 6.63371E-04
 %INITAL:  pseudo time advanced to  2.281177E+00
 %INITAL:  pseudo time advanced to  2.282371E+00
 %INITAL:  pseudo time advanced to  2.283565E+00
 %INITAL:  pseudo time advanced to  2.284759E+00
 %INITAL:  pseudo time advanced to  2.285953E+00
 %INITAL:  pseudo time advanced to  2.287147E+00
 %INITAL:  pseudo time advanced to  2.288341E+00
 %INITAL:  pseudo time advanced to  2.289536E+00
 %INITAL:  pseudo time advanced to  2.290730E+00
 %INITAL:  pseudo time advanced to  2.291924E+00
 %INITAL:  pseudo time advanced to  2.293118E+00
 %INITAL:  pseudo time advanced to  2.294312E+00
 %INITAL:  pseudo time advanced to  2.295506E+00
 %INITAL:  pseudo time advanced to  2.296700E+00
 %INITAL:  pseudo time advanced to  2.297894E+00
 %INITAL:  pseudo time advanced to  2.299088E+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 CALCULATIO[1] 13617
N PERFORMED ***         NSTEP=      1
 TA= 2.30000E+00 CPU TIME= 4.99954E-02 SECONDS.  DT= 6.63365E-04
  %check_save_state: pbsid = 47040
  %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 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.300000E+00 NSTEP=     1 Hash code:    6114779
 ->PRGCHK: bdy curvature ratio at t= 2.3050E+00 seconds is:  4.2904E-02
 % MHDEQ: TG1= 2.2999999999999998 ; TG2= 2.3049999999999997

 *** 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     -3.031E+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  1.5394E+00  0.0000E+00  3.2869E-01  0.0000E+00  1.6990E+00  2.4136E-01
    1   0  5.4885E-01 -7.6807E-02 -7.6807E-02  7.7450E-01
    2   0  9.6195E-02 -1.7649E-02  2.4781E-02 -3.7318E-02
    3   0 -9.9240E-03  1.3885E-02 -4.1578E-03  1.1999E-02
    4   0 -2.7679E-03 -6.2661E-03 -3.5396E-03  1.5093E-03
    5   0  4.9191E-03  3.6958E-04  1.3644E-03 -2.7084E-03
    6   0 -2.1335E-03  7.9423E-04  4.0224E-04  8.7488E-04
    7   0  2.2129E-04 -5.6751E-04 -5.1965E-04  6.6441E-04
    8   0  7.8637E-05  3.3839E-05 -1.3359E-04 -2.2875E-04

 LEGEND
 ------

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

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

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


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

    1  4.49E-01  1.72E-01  7.76E-02  5.01E-03  6.32E-04  1.10E+00  1.699E+00  2.414E-01 3.81386E+01 9.81E-03  1.000   1.13   0.88
  100  8.05E-06  4.15E-06  1.46E-06  2.24E-09  2.23E-09  1.10E+00  1.677E+00  2.484E-01 3.40908E+01 1.12E-02  1.000   1.13   1.05
  121  9.07E-07  6.51E-07  2.20E-07  2.26E-10  9.32E-10  1.10E+00  1.684E+00  2.458E-01 3.40902E+01 1.13E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.33E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.025E-07 d(ln R0)/dt =  1.500E-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  8.44E-02  1.65E-05  1.63E-09  2.94E-09  1.10E+00  1.684E+00  2.456E-01 3.40900E+01 1.13E-02  1.000   1.13   1.07
  100  3.45E-05  2.51E-05  1.35E-07  5.36E-11  2.38E-10  5.26E-01  1.686E+00  2.447E-01 3.72024E+01 1.04E-02  1.044   1.13   1.12
  200  2.74E-06  2.67E-06  2.66E-08  3.30E-11  2.69E-11  5.26E-01  1.689E+00  2.421E-01 3.61951E+01 1.06E-02  1.030   1.13   1.13
  300  5.48E-07  3.16E-07  1.16E-08  1.33E-12  3.34E-12  5.26E-01  1.693E+00  2.420E-01 3.48251E+01 1.11E-02  1.011   1.13   1.13
  400  1.45E-07  9.35E-08  4.35E-09  2.30E-13  3.17E-13  5.26E-01  1.695E+00  2.422E-01 3.41029E+01 1.13E-02  1.000   1.13   1.13
  500  6.19E-08  3.52E-08  1.41E-09  4.33E-14  1.80E-13  5.26E-01  1.696E+00  2.419E-01 3.36021E+01 1.15E-02  0.993   1.13   1.13
  600  3.01E-08  1.60E-08  5.03E-10  2.23E-14  2.02E-14  5.26E-01  1.697E+00  2.419E-01 3.31789E+01 1.16E-02  0.987   1.13   1.13
  700  1.59E-08  9.10E-09  1.96E-10  5.71E-15  1.36E-14  5.26E-01  1.698E+00  2.419E-01 3.28617E+01 1.17E-02  0.982   1.13   1.13
  781  9.99E-09  6.15E-09  9.40E-11  1.03E-14  3.26E-15  5.26E-01  1.698E+00  2.418E-01 3.26481E+01 1.18E-02  0.979   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.05E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.335E-05 d(ln R0)/dt =  2.484E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.28 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):     0.078635

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.3015E+00 SECONDS
   DATA R*BT AT EDGE:  3.5763E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2904E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.300000 TO TG2=    2.305000 @ NSTEP        1
   GFRAME TG2 MOMENTS CHECKSUM:  1.2371712274205E+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
  ?MSESIM: no power in beam# 7
   Taking E/A = 45000 eV/AMU
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      8
 TA= 2.30336E+00 CPU TIME= 5.39913E-02 SECONDS.  DT= 6.52045E-04
 --> plasma_hash("gframe"): TA= 2.305000E+00 NSTEP=    11 Hash code:   42429889
 ->PRGCHK: bdy curvature ratio at t= 2.3100E+00 seconds is:  4.2706E-02
 % MHDEQ: TG1= 2.3049999999999997 ; TG2= 2.3099999999999996

 *** 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     -3.030E+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  1.5383E+00  0.0000E+00  3.2946E-01  0.0000E+00  1.6980E+00  2.4178E-01
    1   0  5.4841E-01 -7.6645E-02 -7.6645E-02  7.7463E-01
    2   0  9.5990E-02 -1.7807E-02  2.4932E-02 -3.7506E-02
    3   0 -9.8404E-03  1.3850E-02 -4.2352E-03  1.2016E-02
    4   0 -2.6959E-03 -6.2508E-03 -3.5739E-03  1.4145E-03
    5   0  4.9081E-03  3.3307E-04  1.4126E-03 -2.7156E-03
    6   0 -2.1040E-03  8.2047E-04  3.8467E-04  9.2841E-04
    7   0  1.8720E-04 -6.0082E-04 -5.6046E-04  6.8391E-04
    8   0  5.7513E-05  3.7867E-05 -1.1680E-04 -2.2501E-04

 LEGEND
 ------

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

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

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


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

    1  4.55E-01  1.75E-01  7.81E-02  5.01E-03  6.37E-04  1.10E+00  1.698E+00  2.418E-01 3.81338E+01 9.45E-03  1.000   1.13   0.88
  100  8.03E-06  3.94E-06  1.40E-06  2.21E-09  2.27E-09  1.10E+00  1.676E+00  2.491E-01 3.40676E+01 1.08E-02  1.000   1.13   1.04
  121  8.72E-07  6.28E-07  2.09E-07  2.23E-10  9.09E-10  1.10E+00  1.683E+00  2.465E-01 3.40671E+01 1.09E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.96E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.850E-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  9.86E-02  7.94E-02  1.59E-05  1.70E-09  2.93E-09  1.10E+00  1.683E+00  2.464E-01 3.40668E+01 1.09E-02  1.000   1.13   1.06
  100  1.58E-05  5.21E-06  1.11E-07  4.30E-11  2.06E-10  5.26E-01  1.684E+00  2.455E-01 3.72563E+01 9.96E-03  1.045   1.13   1.12
  200  1.44E-06  1.10E-06  2.57E-08  3.26E-11  3.09E-11  5.26E-01  1.687E+00  2.429E-01 3.65274E+01 1.02E-02  1.035   1.13   1.13
  300  2.47E-07  1.60E-07  1.16E-08  1.14E-12  2.95E-12  5.26E-01  1.691E+00  2.428E-01 3.50330E+01 1.06E-02  1.014   1.13   1.13
  400  1.05E-07  6.67E-08  4.23E-09  1.74E-13  6.82E-13  5.26E-01  1.693E+00  2.430E-01 3.42982E+01 1.08E-02  1.003   1.13   1.13
  500  5.20E-08  3.13E-08  1.40E-09  5.26E-14  9.23E-14  5.26E-01  1.695E+00  2.427E-01 3.37730E+01 1.10E-02  0.996   1.13   1.13
  600  2.89E-08  1.55E-08  5.17E-10  2.13E-14  1.61E-14  5.26E-01  1.695E+00  2.427E-01 3.33418E+01 1.12E-02  0.989   1.13   1.13
  700  1.66E-08  9.55E-09  2.06E-10  7.86E-15  1.12E-14  5.26E-01  1.696E+00  2.427E-01 3.30268E+01 1.13E-02  0.985   1.13   1.13
  793  9.94E-09  5.79E-09  8.73E-11  1.03E-14  7.10E-15  5.26E-01  1.696E+00  2.426E-01 3.27774E+01 1.13E-02  0.981   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.17E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.630E-05 d(ln R0)/dt =  2.561E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.36 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):     0.046184

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.3885E+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:  4.2706E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.305000 TO TG2=    2.310000 @ NSTEP       11
   GFRAME TG2 MOMENTS CHECKSUM:  1.2366400326604E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     16
 TA= 2.30746E+00 CPU TIME= 4.99916E-02 SECONDS.  DT= 6.30141E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 cpu time (sec) in nubeam_ctrl_init:   2.9984E-03
  NBI_INTERP_PROFILES... 
  NBSTART... 
 %sigfacz (exc.states) Erel= 5.6391E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 5.9516E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 6.2641E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 6.5766E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Te= 8.7901E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 8.7901E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 8.7901E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 8.7901E+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=    235 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=    338 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=    538 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=    625 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=    874 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2352 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2635 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3601 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3890 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5419 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5494 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5836 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6212 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.924911E+08  1.924117E+08
 %ORBALL:  In processor     0: orbit # IORB=   6428 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6580 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6614 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6736 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7655 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7998 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8218 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8560 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8717 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9035 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9158 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9168 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9591 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10502 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10876 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11231 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11598 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11912 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12253 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.973967E+08  1.973638E+08
 %ORBALL:  In processor     0: orbit # IORB=  12459 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=12500 SPL=    0 TOT=10147
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.9498362E-01  9.6395200E-01  1.5033481E+08  8.0966514E-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=     21
 TA= 2.31000E+00 CPU TIME= 6.59943E-02 SECONDS.  DT= 5.27013E-04
 --> plasma_hash("gframe"): TA= 2.310000E+00 NSTEP=    21 Hash code:   28617509
 ->PRGCHK: bdy curvature ratio at t= 2.3150E+00 seconds is:  4.2924E-02
 % MHDEQ: TG1= 2.3099999999999996 ; TG2= 2.3149999999999995

 *** 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     -3.034E+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  3.2898E-01  0.0000E+00  1.6965E+00  2.4256E-01
    1   0  5.4930E-01 -7.6291E-02 -7.6291E-02  7.7395E-01
    2   0  9.5815E-02 -1.7796E-02  2.4728E-02 -3.7461E-02
    3   0 -9.7422E-03  1.3974E-02 -4.1276E-03  1.1976E-02
    4   0 -2.8241E-03 -6.2277E-03 -3.5217E-03  1.5170E-03
    5   0  4.9588E-03  3.0380E-04  1.3351E-03 -2.7246E-03
    6   0 -2.1410E-03  8.3806E-04  3.8913E-04  9.0236E-04
    7   0  1.9647E-04 -6.1968E-04 -5.1728E-04  6.9585E-04
    8   0  6.5113E-05  7.6486E-05 -1.0413E-04 -2.2392E-04

 LEGEND
 ------

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

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

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


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

    1  4.34E-01  1.66E-01  7.64E-02  5.00E-03  6.20E-04  1.10E+00  1.696E+00  2.426E-01 3.81426E+01 9.10E-03  1.000   1.12   0.88
  100  9.56E-06  4.98E-06  1.37E-06  1.50E-09  3.13E-09  1.10E+00  1.678E+00  2.486E-01 3.41610E+01 1.04E-02  1.000   1.12   1.04
  124  9.48E-07  7.34E-07  2.44E-07  3.35E-10  1.73E-10  1.10E+00  1.685E+00  2.458E-01 3.41604E+01 1.05E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.99E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.129E-07 d(ln R0)/dt =  1.308E-04

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

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


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

    1  9.82E-02  8.42E-02  1.70E-05  1.84E-09  2.28E-09  1.10E+00  1.685E+00  2.457E-01 3.41602E+01 1.05E-02  1.000   1.12   1.06
  100  2.23E-05  1.58E-05  1.14E-07  4.93E-11  2.87E-10  5.26E-01  1.686E+00  2.450E-01 3.69458E+01 9.69E-03  1.040   1.12   1.11
  200  1.77E-06  1.79E-06  2.47E-08  3.59E-11  1.40E-11  5.26E-01  1.688E+00  2.429E-01 3.61219E+01 9.91E-03  1.028   1.12   1.11
  300  3.70E-07  2.12E-07  1.09E-08  1.06E-12  3.03E-12  5.26E-01  1.693E+00  2.429E-01 3.47342E+01 1.03E-02  1.008   1.12   1.12
  400  1.12E-07  7.18E-08  3.94E-09  1.72E-13  3.07E-13  5.26E-01  1.695E+00  2.430E-01 3.40448E+01 1.05E-02  0.998   1.12   1.12
  500  5.71E-08  3.20E-08  1.33E-09  6.01E-14  6.97E-14  5.26E-01  1.696E+00  2.428E-01 3.35066E+01 1.07E-02  0.991   1.12   1.12
  600  3.16E-08  1.72E-08  4.96E-10  1.47E-14  1.40E-14  5.26E-01  1.697E+00  2.427E-01 3.30735E+01 1.08E-02  0.984   1.12   1.12
  700  1.73E-08  1.01E-08  1.98E-10  9.21E-15  1.06E-14  5.26E-01  1.697E+00  2.427E-01 3.27642E+01 1.09E-02  0.980   1.12   1.12
  797  9.92E-09  5.94E-09  8.16E-11  8.37E-15  4.27E-15  5.26E-01  1.698E+00  2.426E-01 3.25136E+01 1.10E-02  0.976   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.75E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.153E-05 d(ln R0)/dt =  2.450E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.040618

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9696E+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:  4.2924E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.310000 TO TG2=    2.315000 @ NSTEP       21
   GFRAME TG2 MOMENTS CHECKSUM:  1.2373181881596E+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=    31 Hash code:   53559965
 ->PRGCHK: bdy curvature ratio at t= 2.3200E+00 seconds is:  4.3144E-02
 % MHDEQ: TG1= 2.3149999999999995 ; TG2= 2.3199999999999994

 *** 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     -3.039E+00     1.106E+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  3.2851E-01  0.0000E+00  1.6977E+00  2.4263E-01
    1   0  5.5018E-01 -7.5938E-02 -7.5938E-02  7.7326E-01
    2   0  9.5640E-02 -1.7786E-02  2.4524E-02 -3.7417E-02
    3   0 -9.6440E-03  1.4099E-02 -4.0201E-03  1.1936E-02
    4   0 -2.9524E-03 -6.2046E-03 -3.4696E-03  1.6195E-03
    5   0  5.0096E-03  2.7453E-04  1.2575E-03 -2.7336E-03
    6   0 -2.1779E-03  8.5565E-04  3.9360E-04  8.7630E-04
    7   0  2.0574E-04 -6.3853E-04 -4.7411E-04  7.0780E-04
    8   0  7.2713E-05  1.1511E-04 -9.1470E-05 -2.2284E-04

 LEGEND
 ------

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

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

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


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

    1  4.37E-01  1.66E-01  7.66E-02  5.03E-03  6.17E-04  1.10E+00  1.698E+00  2.426E-01 3.82654E+01 8.92E-03  1.000   1.11   0.87
  100  7.56E-06  3.59E-06  1.15E-06  2.13E-09  2.31E-09  1.10E+00  1.677E+00  2.492E-01 3.42414E+01 1.02E-02  1.000   1.11   1.02
  121  8.90E-07  6.77E-07  2.03E-07  2.67E-10  8.49E-10  1.10E+00  1.685E+00  2.466E-01 3.42408E+01 1.03E-02  1.000   1.11   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.95E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.526E-07 d(ln R0)/dt =  1.700E-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  7.93E-02  1.63E-05  1.66E-09  2.86E-09  1.10E+00  1.685E+00  2.465E-01 3.42405E+01 1.03E-02  1.000   1.11   1.05
  100  1.10E-05  3.71E-06  1.06E-07  5.36E-11  1.89E-10  5.26E-01  1.686E+00  2.456E-01 3.71246E+01 9.48E-03  1.041   1.11   1.09
  200  9.97E-07  7.81E-07  2.68E-08  3.02E-11  3.49E-11  5.26E-01  1.689E+00  2.430E-01 3.63209E+01 9.69E-03  1.030   1.11   1.10
  300  2.01E-07  1.27E-07  1.17E-08  1.06E-12  1.65E-12  5.26E-01  1.694E+00  2.428E-01 3.48067E+01 1.01E-02  1.008   1.11   1.11
  400  9.32E-08  5.83E-08  4.25E-09  1.72E-13  7.66E-13  5.26E-01  1.696E+00  2.430E-01 3.40375E+01 1.04E-02  0.997   1.11   1.11
  500  5.00E-08  2.98E-08  1.43E-09  5.16E-14  2.05E-13  5.26E-01  1.698E+00  2.427E-01 3.34865E+01 1.05E-02  0.989   1.11   1.11
  600  2.87E-08  1.54E-08  5.25E-10  2.82E-14  5.92E-14  5.26E-01  1.698E+00  2.426E-01 3.30457E+01 1.07E-02  0.983   1.11   1.11
  700  1.67E-08  9.57E-09  2.13E-10  9.79E-15  2.50E-14  5.26E-01  1.699E+00  2.427E-01 3.27169E+01 1.08E-02  0.978   1.11   1.11
  800  9.97E-09  5.93E-09  8.73E-11  9.67E-15  7.12E-15  5.26E-01  1.700E+00  2.425E-01 3.24587E+01 1.09E-02  0.974   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.76E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.443E-05 d(ln R0)/dt =  2.502E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.96 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.046911

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9745E+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:  4.3144E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.315000 TO TG2=    2.320000 @ NSTEP       31
   GFRAME TG2 MOMENTS CHECKSUM:  1.2381169770950E+04
  %neutrals: BOTH beam halo and recombination sources are present.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     33
 TA= 2.31613E+00 CPU TIME= 6.69937E-02 SECONDS.  DT= 7.82830E-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  ->   10147 -      0 (killed) +  12500 (dep) =  22647 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  10332 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11119 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11727 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11988 never inside plasma.
 %ORBALL:  In proce[1] 16680
ssor     0: orbit # IORB=  12587 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12857 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15308 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18554 never inside plasma.
 %DEPSUB - XKSID =  1.003325E+00
 %ORBALL:  In processor     0: orbit # IORB=  18778 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19987 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20994 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21518 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22726 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=22647 SPL=    0 TOT=18430
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.4272734E-01  3.0577984E+00  1.8032555E+08 -2.5370312E-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=     40
 TA= 2.32000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 4.80220E-04
  %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 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.320000E+00 NSTEP=    40 Hash code:   28453370
 ->PRGCHK: bdy curvature ratio at t= 2.3250E+00 seconds is:  4.2840E-02
 % MHDEQ: TG1= 2.3199999999999994 ; TG2= 2.3249999999999993

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.041E+00     1.112E+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  1.5403E+00  0.0000E+00  3.2738E-01  0.0000E+00  1.6996E+00  2.4254E-01
    1   0  5.5018E-01 -7.5967E-02 -7.5967E-02  7.7452E-01
    2   0  9.5845E-02 -1.7861E-02  2.4611E-02 -3.7503E-02
    3   0 -9.7251E-03  1.4034E-02 -4.0493E-03  1.2022E-02
    4   0 -2.9045E-03 -6.2132E-03 -3.5041E-03  1.5639E-03
    5   0  5.0408E-03  2.9290E-04  1.2999E-03 -2.7962E-03
    6   0 -2.1782E-03  8.5661E-04  4.2088E-04  8.8898E-04
    7   0  2.3258E-04 -6.2127E-04 -4.9996E-04  7.0386E-04
    8   0  7.4920E-05  8.6104E-05 -1.1577E-04 -2.4363E-04

 LEGEND
 ------

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

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

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


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

    1  4.41E-01  1.63E-01  7.69E-02  5.04E-03  5.94E-04  1.10E+00  1.700E+00  2.425E-01 3.83211E+01 8.76E-03  1.000   1.11   0.86
  100  6.18E-06  2.75E-06  1.16E-06  3.38E-09  1.49E-09  1.10E+00  1.676E+00  2.486E-01 3.42517E+01 1.00E-02  1.000   1.11   1.01
  118  9.75E-07  5.15E-07  2.75E-07  8.17E-10  2.42E-10  1.10E+00  1.684E+00  2.462E-01 3.42510E+01 1.01E-02  1.000   1.11   1.03

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.91E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  7.251E-07 d(ln R0)/dt =  2.046E-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  8.49E-02  7.38E-02  1.57E-05  1.83E-09  3.02E-09  1.10E+00  1.684E+00  2.461E-01 3.42506E+01 1.01E-02  1.000   1.11   1.03
  100  2.95E-05  1.37E-05  1.28E-07  5.72E-11  4.40E-10  5.26E-01  1.686E+00  2.449E-01 3.86402E+01 8.96E-03  1.062   1.11   1.10
  200  2.47E-06  2.59E-06  2.84E-08  4.31E-11  1.22E-11  5.26E-01  1.689E+00  2.417E-01 3.70383E+01 9.35E-03  1.040   1.11   1.11
  300  4.46E-07  2.71E-07  1.17E-08  1.20E-12  3.51E-12  5.26E-01  1.694E+00  2.416E-01 3.58271E+01 9.68E-03  1.023   1.11   1.11
  400  1.31E-07  9.09E-08  4.31E-09  2.12E-13  6.88E-13  5.26E-01  1.696E+00  2.418E-01 3.50828E+01 9.89E-03  1.012   1.11   1.11
  500  6.30E-08  3.75E-08  1.49E-09  4.04E-14  1.38E-13  5.26E-01  1.698E+00  2.415E-01 3.45240E+01 1.00E-02  1.004   1.11   1.11
  600  3.31E-08  1.87E-08  5.42E-10  2.18E-14  4.18E-14  5.26E-01  1.699E+00  2.414E-01 3.40823E+01 1.02E-02  0.998   1.11   1.11
  700  1.79E-08  1.03E-08  2.20E-10  8.45E-15  2.43E-14  5.26E-01  1.699E+00  2.414E-01 3.37331E+01 1.03E-02  0.993   1.11   1.11
  800  1.08E-08  6.43E-09  9.07E-11  9.44E-15  6.53E-15  5.26E-01  1.700E+00  2.413E-01 3.34593E+01 1.04E-02  0.989   1.11   1.11
  813  9.97E-09  5.90E-09  8.14E-11  5.90E-15  5.42E-15  5.26E-01  1.700E+00  2.412E-01 3.34325E+01 1.04E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.81E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.019E-05 d(ln R0)/dt =  2.328E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.00 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.053322

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0256E+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:  4.2840E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.320000 TO TG2=    2.325000 @ NSTEP       40
   GFRAME TG2 MOMENTS CHECKSUM:  1.2375984058754E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     40
 TA= 2.32000E+00 CPU TIME= 7.10449E-02 SECONDS.  DT= 4.80220E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     41
 TA= 2.32010E+00 CPU TIME= 7.00684E-02 SECONDS.  DT= 1.19065E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     52
 TA= 2.32132E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 1.57848E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     63
 TA= 2.32261E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.35495E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     74
 TA= 2.32401E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 1.79444E-04
 --> plasma_hash("gframe"): TA= 2.325000E+00 NSTEP=    82 Hash code:   55375095
 ->PRGCHK: bdy curvature ratio at t= 2.3300E+00 seconds is:  4.2539E-02
 % MHDEQ: TG1= 2.3249999999999993 ; TG2= 2.3299999999999992

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.043E+00     1.118E+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  1.5408E+00  0.0000E+00  3.2626E-01  0.0000E+00  1.6999E+00  2.4124E-01
    1   0  5.5019E-01 -7.5996E-02 -7.5996E-02  7.7577E-01
    2   0  9.6049E-02 -1.7935E-02  2.4698E-02 -3.7589E-02
    3   0 -9.8063E-03  1.3968E-02 -4.0785E-03  1.2107E-02
    4   0 -2.8566E-03 -6.2218E-03 -3.5386E-03  1.5084E-03
    5   0  5.0720E-03  3.1127E-04  1.3423E-03 -2.8588E-03
    6   0 -2.1784E-03  8.5757E-04  4.4816E-04  9.0165E-04
    7   0  2.5942E-04 -6.0401E-04 -5.2581E-04  6.9992E-04
    8   0  7.7126E-05  5.7102E-05 -1.4007E-04 -2.6443E-04

 LEGEND
 ------

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

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

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


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

    1  4.37E-01  1.62E-01  7.66E-02  5.03E-03  5.94E-04  1.10E+00  1.700E+00  2.412E-01 3.82919E+01 9.32E-03  1.000   1.12   0.86
  100  8.39E-06  3.90E-06  1.30E-06  2.13E-09  2.22E-09  1.10E+00  1.679E+00  2.465E-01 3.42443E+01 1.07E-02  1.000   1.12   1.02
  121  9.18E-07  7.44E-07  2.32E-07  2.54E-10  9.21E-10  1.10E+00  1.686E+00  2.438E-01 3.42437E+01 1.07E-02  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.93E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.411E-07 d(ln R0)/dt =  1.672E-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  9.25E-02  7.97E-02  1.64E-05  1.56E-09  2.84E-09  1.10E+00  1.687E+00  2.437E-01 3.42434E+01 1.07E-02  1.000   1.12   1.04
  100  8.61E-06  3.42E-06  1.10E-07  5.40E-11  2.60E-10  5.26E-01  1.688E+00  2.428E-01 3.78127E+01 9.74E-03  1.050   1.12   1.10
  200  8.86E-07  5.06E-07  2.65E-08  3.92E-11  3.29E-11  5.26E-01  1.690E+00  2.404E-01 3.73630E+01 9.85E-03  1.044   1.12   1.12
  300  1.77E-07  1.12E-07  1.19E-08  1.16E-12  1.58E-12  5.26E-01  1.694E+00  2.402E-01 3.57924E+01 1.03E-02  1.022   1.12   1.12
  400  8.98E-08  5.33E-08  4.26E-09  1.86E-13  5.85E-13  5.26E-01  1.697E+00  2.404E-01 3.50609E+01 1.05E-02  1.012   1.12   1.12
  500  4.98E-08  2.94E-08  1.45E-09  7.24E-14  1.79E-13  5.26E-01  1.698E+00  2.401E-01 3.44822E+01 1.07E-02  1.003   1.12   1.12
  600  2.98E-08  1.57E-08  5.45E-10  1.63E-14  4.68E-14  5.26E-01  1.699E+00  2.400E-01 3.40033E+01 1.08E-02  0.997   1.12   1.12
  700  1.77E-08  9.84E-09  2.21E-10  1.01E-14  1.97E-14  5.26E-01  1.699E+00  2.401E-01 3.36762E+01 1.10E-02  0.992   1.12   1.12
  800  1.02E-08  5.89E-09  8.95E-11  1.05E-14  4.27E-15  5.26E-01  1.700E+00  2.399E-01 3.33927E+01 1.10E-02  0.988   1.12   1.12
  803  1.00E-08  5.81E-09  8.71E-11  9.32E-15  3.24E-15  5.26E-01  1.700E+00  2.399E-01 3.33861E+01 1.10E-02  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.74E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.523E-05 d(ln R0)/dt =  2.580E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.94 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.042756

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9597E+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:  4.2539E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.325000 TO TG2=    2.330000 @ NSTEP       82
   GFRAME TG2 MOMENTS CHECKSUM:  1.2376369181752E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     82
 TA= 2.32500E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 1.50260E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     83
 TA= 2.32515E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 1.87825E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     94
 TA= 2.32668E+00 CPU TIME= 6.66504E-02 SECONDS.  DT= 1.61276E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    105
 TA= 2.32835E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.13083E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  7124  underweight particles:  Russian Roulette applied.
 %DEPALL specie #1  ->   18430 -   3592 (killed) +  12500 (dep) =  27338 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.537776E+08  2.535248E+08
 %ORBALL:  In processor     0: orbit # IORB=   3714 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.089070E+08  1.089027E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.372205E+08  1.372023E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.556761E+08  2.554066E+08
 %ORBALL:  In processor     0: orbit # IORB=  15732 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15740 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16198 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16465 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16599 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16644 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17836 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18019 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18115 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19802 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20117 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20275 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20355 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21044 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22300 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23348 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23406 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24341 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24641 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.623668E+08  1.621956E+08
 %ORBALL:  In processor     0: orbit # IORB=  24916 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24924 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25142 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25228 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25361 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.[1] 17937
969391E+08  1.967556E+08
 %ORBALL:  In processor     0: orbit # IORB=  26536 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26856 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27320 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27518 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27881 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=27338 SPL=    0 TOT=22327
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.8003476E-01  2.0278154E+00  1.5048095E+08 -1.8450477E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    116
 TA= 2.33000E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 8.66133E-05
  %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 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.330000E+00 NSTEP=   116 Hash code:   44198547
 ->PRGCHK: bdy curvature ratio at t= 2.3350E+00 seconds is:  4.2331E-02
 % MHDEQ: TG1= 2.3299999999999992 ; TG2= 2.3349999999999991

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.045E+00     1.121E+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  1.5410E+00  0.0000E+00  3.2543E-01  0.0000E+00  1.6998E+00  2.3990E-01
    1   0  5.5028E-01 -7.6184E-02 -7.6184E-02  7.7685E-01
    2   0  9.6502E-02 -1.7890E-02  2.4605E-02 -3.7580E-02
    3   0 -9.9068E-03  1.3924E-02 -4.1602E-03  1.2121E-02
    4   0 -2.8307E-03 -6.2470E-03 -3.5409E-03  1.4880E-03
    5   0  5.0827E-03  3.1736E-04  1.3473E-03 -2.8631E-03
    6   0 -2.1827E-03  8.5152E-04  4.4194E-04  9.0872E-04
    7   0  2.4726E-04 -6.0187E-04 -5.5022E-04  7.0566E-04
    8   0  7.9389E-05  2.5159E-05 -1.6658E-04 -2.7374E-04

 LEGEND
 ------

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

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

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


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

    1  4.35E-01  1.63E-01  7.65E-02  5.02E-03  6.04E-04  1.10E+00  1.700E+00  2.399E-01 3.82413E+01 9.90E-03  1.000   1.12   0.87
  100  7.70E-06  3.85E-06  1.17E-06  1.92E-09  2.52E-09  1.10E+00  1.680E+00  2.453E-01 3.42242E+01 1.13E-02  1.000   1.12   1.03
  121  9.49E-07  7.63E-07  2.43E-07  2.44E-10  9.28E-10  1.10E+00  1.687E+00  2.425E-01 3.42235E+01 1.14E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.64E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.497E-07 d(ln R0)/dt =  1.646E-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  9.50E-02  8.26E-02  1.65E-05  1.51E-09  2.85E-09  1.10E+00  1.687E+00  2.424E-01 3.42233E+01 1.14E-02  1.000   1.12   1.05
  100  1.32E-05  4.29E-06  1.15E-07  4.33E-11  1.95E-10  5.26E-01  1.689E+00  2.415E-01 3.76076E+01 1.04E-02  1.048   1.12   1.11
  200  1.28E-06  8.66E-07  2.74E-08  3.71E-11  3.52E-11  5.26E-01  1.690E+00  2.392E-01 3.71726E+01 1.05E-02  1.042   1.12   1.12
  300  2.09E-07  1.36E-07  1.21E-08  1.25E-12  2.89E-12  5.26E-01  1.695E+00  2.390E-01 3.56096E+01 1.10E-02  1.020   1.12   1.12
  400  9.96E-08  5.94E-08  4.37E-09  1.82E-13  7.26E-13  5.26E-01  1.697E+00  2.392E-01 3.48565E+01 1.12E-02  1.009   1.12   1.12
  500  5.21E-08  3.04E-08  1.49E-09  6.18E-14  9.81E-14  5.26E-01  1.698E+00  2.390E-01 3.43079E+01 1.14E-02  1.001   1.12   1.12
  600  3.10E-08  1.60E-08  5.59E-10  2.24E-14  1.99E-14  5.26E-01  1.699E+00  2.389E-01 3.38511E+01 1.15E-02  0.995   1.12   1.12
  700  1.84E-08  9.89E-09  2.27E-10  9.80E-15  1.17E-14  5.26E-01  1.699E+00  2.390E-01 3.35219E+01 1.17E-02  0.990   1.12   1.12
  800  1.07E-08  6.03E-09  9.31E-11  1.00E-14  2.82E-15  5.26E-01  1.700E+00  2.388E-01 3.32340E+01 1.18E-02  0.986   1.12   1.12
  812  9.93E-09  5.72E-09  8.39E-11  5.82E-15  2.37E-15  5.26E-01  1.700E+00  2.388E-01 3.32090E+01 1.18E-02  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.46E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.990E-05 d(ln R0)/dt =  2.337E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.033892

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6497E+00 SECONDS
   DATA R*BT AT EDGE:  3.5745E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2331E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.330000 TO TG2=    2.335000 @ NSTEP      116
   GFRAME TG2 MOMENTS CHECKSUM:  1.2377570869304E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    131
 TA= 2.33458E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 4.15256E-04
 --> plasma_hash("gframe"): TA= 2.335000E+00 NSTEP=   132 Hash code:   72470288
 ->PRGCHK: bdy curvature ratio at t= 2.3400E+00 seconds is:  4.2125E-02
 % MHDEQ: TG1= 2.3349999999999991 ; TG2= 2.339999999999999

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.047E+00     1.124E+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  1.5412E+00  0.0000E+00  3.2460E-01  0.0000E+00  1.6999E+00  2.3881E-01
    1   0  5.5037E-01 -7.6371E-02 -7.6371E-02  7.7792E-01
    2   0  9.6955E-02 -1.7845E-02  2.4512E-02 -3.7572E-02
    3   0 -1.0007E-02  1.3879E-02 -4.2418E-03  1.2135E-02
    4   0 -2.8048E-03 -6.2722E-03 -3.5432E-03  1.4676E-03
    5   0  5.0934E-03  3.2345E-04  1.3524E-03 -2.8673E-03
    6   0 -2.1870E-03  8.4546E-04  4.3572E-04  9.1579E-04
    7   0  2.3511E-04 -5.9973E-04 -5.7462E-04  7.1140E-04
    8   0  8.1651E-05 -6.7853E-06 -1.9308E-04 -2.8305E-04

 LEGEND
 ------

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

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

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


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

    1  4.31E-01  1.62E-01  7.63E-02  5.01E-03  6.09E-04  1.10E+00  1.700E+00  2.388E-01 3.81864E+01 1.06E-02  1.000   1.12   0.87
  100  9.93E-06  5.26E-06  1.27E-06  1.36E-09  3.70E-09  1.10E+00  1.684E+00  2.433E-01 3.41979E+01 1.21E-02  1.000   1.12   1.04
  127  9.69E-07  6.94E-07  2.39E-07  7.34E-11  7.14E-10  1.10E+00  1.692E+00  2.400E-01 3.41973E+01 1.22E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.653E-07 d(ln R0)/dt =  1.040E-04

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

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


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

    1  9.21E-02  8.37E-02  1.68E-05  1.65E-09  2.50E-09  1.10E+00  1.692E+00  2.399E-01 3.41971E+01 1.22E-02  1.000   1.12   1.06
  100  1.01E-05  4.27E-06  1.09E-07  5.36E-11  2.58E-10  5.26E-01  1.693E+00  2.392E-01 3.70810E+01 1.12E-02  1.041   1.12   1.11
  200  1.21E-06  6.38E-07  2.54E-08  4.32E-11  1.99E-11  5.26E-01  1.693E+00  2.375E-01 3.69361E+01 1.13E-02  1.039   1.12   1.12
  300  1.93E-07  1.27E-07  1.16E-08  1.31E-12  1.71E-12  5.26E-01  1.697E+00  2.375E-01 3.53862E+01 1.18E-02  1.017   1.12   1.12
  400  9.02E-08  5.24E-08  4.09E-09  1.97E-13  6.04E-13  5.26E-01  1.699E+00  2.376E-01 3.47235E+01 1.20E-02  1.008   1.12   1.12
  500  4.83E-08  2.68E-08  1.38E-09  1.05E-13  9.17E-14  5.26E-01  1.700E+00  2.374E-01 3.42023E+01 1.22E-02  1.000   1.12   1.13
  600  2.80E-08  1.38E-08  5.33E-10  1.88E-14  5.07E-14  5.26E-01  1.701E+00  2.374E-01 3.37265E+01 1.24E-02  0.993   1.12   1.12
  700  1.72E-08  8.72E-09  2.22E-10  1.16E-14  1.80E-14  5.26E-01  1.702E+00  2.374E-01 3.34295E+01 1.25E-02  0.989   1.12   1.12
  794  9.94E-09  5.70E-09  9.32E-11  1.04E-14  9.27E-15  5.26E-01  1.702E+00  2.373E-01 3.31610E+01 1.26E-02  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.42E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.408E-05 d(ln R0)/dt =  2.585E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.60 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.032854

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6206E+00 SECONDS
   DATA R*BT AT EDGE:  3.5732E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2125E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.335000 TO TG2=    2.340000 @ NSTEP      132
   GFRAME TG2 MOMENTS CHECKSUM:  1.2384591158297E+04
 *** FULL NEUTRAL SOUR[1] 18770
CE CALCULATION PERFORMED ***         NSTEP=    142
 TA= 2.33964E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 3.55376E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  2432  underweight particles.
 %DEPALL specie #1  ->   22327 -      0 (killed) +  12500 (dep) =  34827 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.689873E+08  1.689691E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.729705E+08  1.728663E+08
 %ORBALL:  In processor     0: orbit # IORB=  17880 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.171307E+08  1.171282E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  24931 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27051 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.525989E+08  1.525448E+08
 %ORBALL:  In processor     0: orbit # IORB=  27586 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28150 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29291 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29332 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.968411E+08  1.968141E+08
 %ORBALL:  In processor     0: orbit # IORB=  30094 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  30777 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31449 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32812 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33136 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33598 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33725 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33779 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34789 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34809 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35146 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35370 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35818 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35991 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=34827 SPL=    0 TOT=28302
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.2205320E-01 -2.1647599E+00  1.4587592E+08  7.9896850E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    143
 TA= 2.34000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 4.44220E-04
  %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 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.340000E+00 NSTEP=   143 Hash code:   71410177
 ->PRGCHK: bdy curvature ratio at t= 2.3450E+00 seconds is:  4.2261E-02
 % MHDEQ: TG1= 2.339999999999999 ; TG2= 2.3449999999999989

 *** 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     -3.049E+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  1.5412E+00  0.0000E+00  3.2428E-01  0.0000E+00  1.7021E+00  2.3726E-01
    1   0  5.5071E-01 -7.6436E-02 -7.6436E-02  7.7821E-01
    2   0  9.7310E-02 -1.7717E-02  2.4235E-02 -3.7533E-02
    3   0 -1.0054E-02  1.3873E-02 -4.2881E-03  1.2084E-02
    4   0 -2.8333E-03 -6.2863E-03 -3.5084E-03  1.5151E-03
    5   0  5.0914E-03  3.1324E-04  1.3079E-03 -2.8294E-03
    6   0 -2.2052E-03  8.3393E-04  4.1102E-04  9.1290E-04
    7   0  2.0574E-04 -6.0603E-04 -5.7362E-04  7.2419E-04
    8   0  8.0284E-05 -1.8709E-05 -2.0548E-04 -2.7866E-04

 LEGEND
 ------

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

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

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


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

    1  4.50E-01  1.71E-01  7.79E-02  5.05E-03  6.36E-04  1.10E+00  1.702E+00  2.373E-01 3.82839E+01 1.12E-02  1.000   1.13   0.87
  100  7.72E-06  3.96E-06  1.18E-06  1.97E-09  2.82E-09  1.10E+00  1.684E+00  2.436E-01 3.41979E+01 1.28E-02  1.000   1.13   1.04
  127  8.79E-07  6.34E-07  2.45E-07  7.88E-11  6.83E-10  1.10E+00  1.693E+00  2.398E-01 3.41971E+01 1.29E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.137E-07 d(ln R0)/dt =  1.261E-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  8.89E-02  7.89E-02  1.58E-05  1.81E-09  2.55E-09  1.10E+00  1.694E+00  2.396E-01 3.41969E+01 1.29E-02  1.000   1.13   1.07
  100  1.12E-05  4.50E-06  1.17E-07  5.65E-11  1.98E-10  5.26E-01  1.694E+00  2.389E-01 3.72091E+01 1.19E-02  1.043   1.13   1.12
  200  1.57E-06  7.89E-07  2.62E-08  4.97E-11  2.70E-11  5.26E-01  1.694E+00  2.370E-01 3.71370E+01 1.19E-02  1.042   1.13   1.13
  300  2.05E-07  1.36E-07  1.22E-08  1.40E-12  2.35E-12  5.26E-01  1.699E+00  2.370E-01 3.54904E+01 1.24E-02  1.019   1.13   1.13
  400  9.15E-08  5.46E-08  4.14E-09  2.36E-13  6.86E-13  5.26E-01  1.701E+00  2.370E-01 3.48775E+01 1.27E-02  1.010   1.13   1.13
  500  4.82E-08  2.65E-08  1.37E-09  1.42E-13  1.21E-13  5.26E-01  1.702E+00  2.368E-01 3.43729E+01 1.29E-02  1.003   1.13   1.13
  600  2.64E-08  1.40E-08  5.31E-10  2.01E-14  3.86E-14  5.26E-01  1.703E+00  2.368E-01 3.38623E+01 1.30E-02  0.995   1.13   1.13
  700  1.59E-08  8.47E-09  2.23E-10  1.16E-14  2.36E-14  5.26E-01  1.703E+00  2.368E-01 3.35861E+01 1.32E-02  0.991   1.13   1.13
  781  9.97E-09  5.84E-09  1.07E-10  1.70E-14  6.97E-15  5.26E-01  1.704E+00  2.367E-01 3.33581E+01 1.32E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.39E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.855E-05 d(ln R0)/dt =  2.637E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.56 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):     0.031385

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5835E+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:  4.2261E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.340000 TO TG2=    2.345000 @ NSTEP      143
   GFRAME TG2 MOMENTS CHECKSUM:  1.2390888048966E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    143
 TA= 2.34000E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 4.44220E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    144
 TA= 2.34035E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.32148E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    154
 TA= 2.34372E+00 CPU TIME= 6.86035E-02 SECONDS.  DT= 4.13007E-04
 --> plasma_hash("gframe"): TA= 2.345000E+00 NSTEP=   158 Hash code:   45631891
 ->PRGCHK: bdy curvature ratio at t= 2.3500E+00 seconds is:  4.2400E-02
 % MHDEQ: TG1= 2.3449999999999989 ; TG2= 2.3499999999999988

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.137E+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  1.5411E+00  0.0000E+00  3.2396E-01  0.0000E+00  1.7035E+00  2.3668E-01
    1   0  5.5105E-01 -7.6501E-02 -7.6501E-02  7.7850E-01
    2   0  9.7665E-02 -1.7590E-02  2.3958E-02 -3.7494E-02
    3   0 -1.0101E-02  1.3867E-02 -4.3344E-03  1.2033E-02
    4   0 -2.8619E-03 -6.3003E-03 -3.4736E-03  1.5625E-03
    5   0  5.0894E-03  3.0302E-04  1.2634E-03 -2.7915E-03
    6   0 -2.2233E-03  8.2240E-04  3.8631E-04  9.1002E-04
    7   0  1.7637E-04 -6.1232E-04 -5.7262E-04  7.3699E-04
    8   0  7.8917E-05 -3.0633E-05 -2.1788E-04 -2.7428E-04

 LEGEND
 ------

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

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

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


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

    1  4.60E-01  1.76E-01  7.88E-02  5.07E-03  6.45E-04  1.10E+00  1.704E+00  2.367E-01 3.83587E+01 1.15E-02  1.000   1.14   0.87
  100  8.96E-06  4.80E-06  1.20E-06  1.68E-09  3.60E-09  1.10E+00  1.687E+00  2.429E-01 3.42134E+01 1.32E-02  1.000   1.14   1.05
  127  9.19E-07  7.14E-07  2.46E-07  8.25E-11  6.99E-10  1.10E+00  1.697E+00  2.389E-01 3.42127E+01 1.33E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.550E-07 d(ln R0)/dt =  9.625E-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  7.96E-02  7.05E-02  1.46E-05  1.98E-09  2.31E-09  1.10E+00  1.697E+00  2.388E-01 3.42125E+01 1.33E-02  1.000   1.14   1.08
  100  9.11E-05  3.83E-05  1.79E-07  7.94E-11  1.23E-10  5.11E-01  1.697E+00  2.382E-01 3.69202E+01 1.23E-02  1.038   1.14   1.12
  200  1.60E-05  9.29E-06  4.04E-08  1.18E-10  1.22E-11  5.11E-01  1.696E+00  2.364E-01 3.68745E+01 1.23E-02  1.038   1.14   1.13
  300  1.19E-06  6.03E-07  1.22E-08  1.79E-12  1.98E-12  5.11E-01  1.700E+00  2.364E-01 3.59678E+01 1.26E-02  1.025   1.14   1.14
  400  3.42E-07  2.08E-07  4.83E-09  2.63E-13  3.69E-13  5.11E-01  1.703E+00  2.364E-01 3.52193E+01 1.29E-02  1.014   1.14   1.14
  500  1.25E-07  7.27E-08  1.77E-09  7.28E-14  8.48E-14  5.11E-01  1.704E+00  2.362E-01 3.46836E+01 1.31E-02  1.007   1.14   1.14
  600  4.93E-08  3.25E-08  6.76E-10  2.15E-14  2.99E-14  5.11E-01  1.705E+00  2.361E-01 3.42021E+01 1.33E-02  1.000   1.14   1.14
  700  2.71E-08  1.58E-08  2.80E-10  3.00E-14  1.47E-14  5.11E-01  1.705E+00  2.361E-01 3.39259E+01 1.34E-02  0.996   1.14   1.14
  800  1.25E-08  7.68E-09  1.06E-10  1.50E-14  6.03E-15  5.11E-01  1.706E+00  2.360E-01 3.35855E+01 1.35E-02  0.991   1.14   1.14
  822  9.96E-09  5.87E-09  8.94E-11  3.66E-15  4.71E-15  5.11E-01  1.706E+00  2.360E-01 3.35524E+01 1.36E-02  0.990   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.48E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.885E-05 d(ln R0)/dt =  2.014E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.66 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):     0.056563

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6824E+00 SECONDS
   DATA R*BT AT EDGE:  3.5749E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2400E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.345000 TO TG2=    2.350000 @ NSTEP      158
   GFRAME TG2 MOMENTS CHECKSUM:  1.2398463427391E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    158
 TA= 2.34500E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 4.07394E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    159
 TA= 2.34532E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.03829E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    169
 TA= 2.34847E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.85699E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1689  underweight particles.
 %DEPALL specie #1  ->   28302 -      0 (killed) +  12500 (dep) =  40802 ptcls.
  ORBALL... 
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 122736.90965242714 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 125030.68765383433 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 122890.6897853616 0.E+0 122725.19531250003
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.284400E+08  2.284050E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.795313E+08  1.794468E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   6.738825E+07  6.731316E+07
 %ORBALL:  In processor     0: orbit # IORB=  19880 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19987 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0005E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.141358E+08  1.141245E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.760232E+07  9.755696E+07
 %ORBALL:  In processor     0: orbit # IORB=  29492 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  3[1] 19521
0004 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30126 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30305 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30883 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31270 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31533 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31775 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32379 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34897 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35951 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36703 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37051 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37257 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38724 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38870 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39151 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39498 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40261 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40468 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40826 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.787046E+08  2.784071E+08
 %ORBALL:  In processor     0: orbit # IORB=  41428 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=40802 SPL=    0 TOT=33095
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.7424267E-01  2.6103584E+00  1.4264152E+08 -2.1785775E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    174
 TA= 2.35000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.83032E-04
  %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 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.350000E+00 NSTEP=   174 Hash code:   27349773
 ->PRGCHK: bdy curvature ratio at t= 2.3550E+00 seconds is:  4.2795E-02
 % MHDEQ: TG1= 2.3499999999999988 ; TG2= 2.3549999999999986

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.055E+00     1.134E+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  1.5413E+00  0.0000E+00  3.2374E-01  0.0000E+00  1.7059E+00  2.3597E-01
    1   0  5.5127E-01 -7.6133E-02 -7.6133E-02  7.7854E-01
    2   0  9.7434E-02 -1.7595E-02  2.3840E-02 -3.7680E-02
    3   0 -1.0081E-02  1.3791E-02 -4.2554E-03  1.2070E-02
    4   0 -2.8634E-03 -6.2683E-03 -3.4781E-03  1.5939E-03
    5   0  5.0942E-03  3.1121E-04  1.2602E-03 -2.8228E-03
    6   0 -2.2431E-03  8.0475E-04  4.0994E-04  9.1961E-04
    7   0  2.0806E-04 -5.8195E-04 -5.5602E-04  7.3440E-04
    8   0  6.5808E-05 -2.8425E-05 -2.1378E-04 -2.7750E-04

 LEGEND
 ------

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

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

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


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

    1  4.80E-01  1.82E-01  8.02E-02  5.11E-03  6.54E-04  1.10E+00  1.706E+00  2.360E-01 3.85292E+01 1.17E-02  1.000   1.13   0.88
  100  1.13E-05  6.55E-06  1.74E-06  1.84E-09  3.69E-09  1.10E+00  1.689E+00  2.432E-01 3.42596E+01 1.36E-02  1.000   1.13   1.06
  134  8.83E-07  7.07E-07  1.85E-07  1.08E-10  4.08E-10  1.10E+00  1.699E+00  2.382E-01 3.42588E+01 1.36E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.165E-07 d(ln R0)/dt =  8.600E-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  7.66E-02  6.86E-02  1.50E-05  2.08E-09  1.84E-09  1.10E+00  1.699E+00  2.381E-01 3.42586E+01 1.36E-02  1.000   1.13   1.09
  100  8.44E-05  3.78E-05  1.60E-07  6.03E-11  8.70E-11  5.11E-01  1.700E+00  2.376E-01 3.63884E+01 1.28E-02  1.030   1.13   1.12
  200  1.67E-05  8.56E-06  3.64E-08  9.12E-11  1.02E-11  5.11E-01  1.699E+00  2.361E-01 3.61949E+01 1.29E-02  1.028   1.13   1.13
  300  1.30E-06  6.53E-07  1.11E-08  1.67E-12  1.66E-12  5.11E-01  1.703E+00  2.361E-01 3.52674E+01 1.32E-02  1.014   1.13   1.13
  400  3.22E-07  2.18E-07  4.36E-09  2.22E-13  2.96E-13  5.11E-01  1.706E+00  2.359E-01 3.45735E+01 1.35E-02  1.005   1.13   1.13
  500  1.33E-07  6.99E-08  1.56E-09  8.76E-14  7.17E-14  5.11E-01  1.707E+00  2.357E-01 3.40550E+01 1.37E-02  0.997   1.13   1.13
  600  5.07E-08  3.20E-08  5.93E-10  1.76E-14  2.78E-14  5.11E-01  1.708E+00  2.356E-01 3.35981E+01 1.39E-02  0.990   1.13   1.13
  700  2.59E-08  1.60E-08  2.49E-10  3.69E-14  1.31E-14  5.11E-01  1.708E+00  2.356E-01 3.33235E+01 1.40E-02  0.986   1.13   1.13
  800  1.38E-08  7.98E-09  9.71E-11  8.39E-15  5.69E-15  5.11E-01  1.709E+00  2.355E-01 3.30031E+01 1.42E-02  0.982   1.13   1.13
  825  9.74E-09  5.81E-09  7.96E-11  2.36E-15  3.82E-15  5.11E-01  1.709E+00  2.354E-01 3.29660E+01 1.42E-02  0.981   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.312E-05 d(ln R0)/dt =  1.963E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.07 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):     0.031197

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0913E+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:  4.2795E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.350000 TO TG2=    2.355000 @ NSTEP      174
   GFRAME TG2 MOMENTS CHECKSUM:  1.2411998592101E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    174
 TA= 2.35000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.83032E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    175
 TA= 2.35022E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.81198E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    189
 TA= 2.35301E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.23521E-04
 --> plasma_hash("gframe"): TA= 2.355000E+00 NSTEP=   201 Hash code:   33525279
 ->PRGCHK: bdy curvature ratio at t= 2.3600E+00 seconds is:  4.3194E-02
 % MHDEQ: TG1= 2.3549999999999986 ; TG2= 2.3599999999999985

 *** 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     -3.058E+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  1.5416E+00  0.0000E+00  3.2352E-01  0.0000E+00  1.7090E+00  2.3545E-01
    1   0  5.5148E-01 -7.5764E-02 -7.5764E-02  7.7858E-01
    2   0  9.7204E-02 -1.7601E-02  2.3723E-02 -3.7867E-02
    3   0 -1.0061E-02  1.3716E-02 -4.1765E-03  1.2107E-02
    4   0 -2.8649E-03 -6.2364E-03 -3.4827E-03  1.6253E-03
    5   0  5.0989E-03  3.1940E-04  1.2570E-03 -2.8541E-03
    6   0 -2.2628E-03  7.8710E-04  4.3357E-04  9.2920E-04
    7   0  2.3975E-04 -5.5157E-04 -5.3942E-04  7.3182E-04
    8   0  5.2699E-05 -2.6218E-05 -2.0969E-04 -2.8073E-04

 LEGEND
 ------

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

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

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


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

    1  5.07E-01  1.89E-01  8.20E-02  5.16E-03  6.60E-04  1.10E+00  1.709E+00  2.354E-01 3.87322E+01 1.19E-02  1.000   1.13   0.88
  100  1.30E-05  8.50E-06  2.53E-06  2.06E-09  3.56E-09  1.10E+00  1.688E+00  2.441E-01 3.43003E+01 1.39E-02  1.000   1.13   1.06
  137  8.30E-07  7.04E-07  1.45E-07  1.70E-10  9.37E-11  1.10E+00  1.698E+00  2.385E-01 3.42996E+01 1.39E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.667E-07 d(ln R0)/dt =  6.947E-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  8.27E-02  7.09E-02  1.59E-05  1.74E-09  1.27E-09  1.10E+00  1.698E+00  2.384E-01 3.42994E+01 1.39E-02  1.000   1.13   1.09
  100  9.31E-05  6.14E-05  2.01E-07  4.97E-11  7.21E-11  5.11E-01  1.699E+00  2.381E-01 3.61699E+01 1.32E-02  1.027   1.13   1.12
  200  1.71E-05  7.61E-06  3.24E-08  8.14E-11  1.00E-11  5.11E-01  1.698E+00  2.365E-01 3.60685E+01 1.32E-02  1.025   1.13   1.13
  300  1.40E-06  6.64E-07  1.05E-08  1.52E-12  1.65E-12  5.11E-01  1.702E+00  2.363E-01 3.51081E+01 1.36E-02  1.012   1.13   1.13
  400  3.38E-07  2.46E-07  4.35E-09  2.14E-13  2.90E-13  5.11E-01  1.704E+00  2.362E-01 3.43936E+01 1.39E-02  1.001   1.13   1.13
  500  1.36E-07  7.01E-08  1.59E-09  8.88E-14  7.17E-14  5.11E-01  1.705E+00  2.359E-01 3.38469E+01 1.41E-02  0.993   1.13   1.13
  600  5.28E-08  3.19E-08  6.18E-10  1.66E-14  2.79E-14  5.11E-01  1.706E+00  2.359E-01 3.33978E+01 1.43E-02  0.987   1.13   1.13
  700  2.53E-08  1.60E-08  2.57E-10  4.31E-14  1.28E-14  5.11E-01  1.707E+00  2.358E-01 3.31150E+01 1.44E-02  0.983   1.13   1.13
  800  1.48E-08  8.02E-09  1.02E-10  7.42E-15  5.70E-15  5.11E-01  1.708E+00  2.357E-01 3.27858E+01 1.46E-02  0.978   1.13   1.13
  826  9.99E-09  5.93E-09  8.12E-11  2.29E-15  3.82E-15  5.11E-01  1.708E+00  2.357E-01 3.27449E+01 1.46E-02  0.977   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.718E-05 d(ln R0)/dt =  1.968E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.07 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):     0.039483

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0962E+00 SECONDS
   DATA R*BT AT EDGE:  3.5800E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3194E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.355000 TO TG2=    2.360000 @ NSTEP      201
   GFRAME TG2 MOMENTS CHECKSUM:  1.2415131399285E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    201
 TA= 2.35500E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 1.90599E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    202
 TA= 2.35515E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.84832E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    216
 TA= 2.35703E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.54344E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    230
 TA= 2.35861E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.30724E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    244
 TA= 2.35996E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.36605E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1236  underweight particles.
 %DEPALL specie #1  ->   33095 -      0 (killed) +  12500 (dep) =  45595 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.842548E+08  1.841177E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.510289E+08  2.508892E+08
 %ORBALL:  In processor     0: orbit # IORB=  10411 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.363236E+08  2.361492E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.655244E+08  2.654026E+08
 %ORBALL:  In processor     0: orbit # IORB=  20396 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.819746E+08  1.819113E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.426340E+08  2.425281E+08
 %ORBALL:  In processor     0: orbit # IORB=  34359 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34416 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34497 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34856 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35607 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35976 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36184 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36308 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36418 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36492 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37057 never inside plasma[1] 20040
.
 %ORBALL:  In processor     0: orbit # IORB=  37631 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39044 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39121 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39287 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39557 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40071 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40683 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40893 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41089 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41895 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42486 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43454 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43823 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44026 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45017 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45181 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45572 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=45595 SPL=    0 TOT=37438
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.7552752E-01 -1.9493375E+00  2.6221196E+08  8.5546396E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    245
 TA= 2.36000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 5.45757E-05
  %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 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.360000E+00 NSTEP=   245 Hash code:   35150634
 ->PRGCHK: bdy curvature ratio at t= 2.3650E+00 seconds is:  4.2641E-02
 % MHDEQ: TG1= 2.3599999999999985 ; TG2= 2.3649999999999984

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.050E+00     1.130E+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  1.5414E+00  0.0000E+00  3.2436E-01  0.0000E+00  1.7076E+00  2.3568E-01
    1   0  5.5124E-01 -7.6092E-02 -7.6092E-02  7.7704E-01
    2   0  9.7138E-02 -1.7555E-02  2.3912E-02 -3.7695E-02
    3   0 -9.9245E-03  1.3879E-02 -4.1269E-03  1.2027E-02
    4   0 -2.9527E-03 -6.2519E-03 -3.4916E-03  1.6716E-03
    5   0  5.0505E-03  2.9746E-04  1.2344E-03 -2.7594E-03
    6   0 -2.2693E-03  8.1348E-04  4.3894E-04  9.2120E-04
    7   0  1.9624E-04 -5.5598E-04 -5.0990E-04  6.8192E-04
    8   0  1.2264E-04 -1.6757E-05 -2.0241E-04 -3.2584E-04

 LEGEND
 ------

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

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

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


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

    1  5.01E-01  1.91E-01  8.18E-02  5.15E-03  6.75E-04  1.10E+00  1.708E+00  2.357E-01 3.85408E+01 1.22E-02  1.000   1.13   0.87
  100  1.33E-05  8.57E-06  1.89E-06  1.63E-09  4.00E-09  1.10E+00  1.689E+00  2.442E-01 3.41771E+01 1.42E-02  1.000   1.13   1.05
  137  7.86E-07  6.32E-07  1.42E-07  1.90E-10  9.83E-11  1.10E+00  1.698E+00  2.391E-01 3.41764E+01 1.43E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.88E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.874E-07 d(ln R0)/dt =  7.403E-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  8.28E-02  7.35E-02  1.61E-05  1.60E-09  1.25E-09  1.10E+00  1.698E+00  2.390E-01 3.41763E+01 1.43E-02  1.000   1.13   1.08
  100  8.96E-05  5.54E-05  1.97E-07  5.85E-11  7.15E-11  5.11E-01  1.698E+00  2.386E-01 3.63809E+01 1.34E-02  1.031   1.13   1.11
  200  1.40E-05  6.40E-06  3.15E-08  8.98E-11  1.18E-11  5.11E-01  1.696E+00  2.374E-01 3.65350E+01 1.33E-02  1.033   1.13   1.12
  300  1.23E-06  5.66E-07  1.09E-08  1.84E-12  2.02E-12  5.11E-01  1.700E+00  2.373E-01 3.55803E+01 1.37E-02  1.020   1.13   1.13
  400  3.00E-07  2.09E-07  4.69E-09  2.24E-13  3.19E-13  5.11E-01  1.702E+00  2.371E-01 3.47817E+01 1.40E-02  1.009   1.13   1.13
  500  1.07E-07  5.82E-08  1.75E-09  8.00E-14  7.82E-14  5.11E-01  1.703E+00  2.369E-01 3.42009E+01 1.43E-02  1.000   1.13   1.13
  600  4.88E-08  2.85E-08  6.86E-10  1.81E-14  2.91E-14  5.11E-01  1.704E+00  2.368E-01 3.37336E+01 1.45E-02  0.994   1.13   1.13
  700  2.44E-08  1.43E-08  2.84E-10  5.04E-14  1.30E-14  5.11E-01  1.705E+00  2.368E-01 3.34325E+01 1.46E-02  0.989   1.13   1.13
  800  1.36E-08  7.28E-09  1.13E-10  7.56E-15  5.97E-15  5.11E-01  1.705E+00  2.367E-01 3.30715E+01 1.47E-02  0.984   1.13   1.13
  839  9.87E-09  5.72E-09  8.32E-11  1.77E-15  2.98E-15  5.11E-01  1.705E+00  2.366E-01 3.30042E+01 1.48E-02  0.983   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.538E-05 d(ln R0)/dt =  1.871E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.75 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):     0.051568

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7749E+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:  4.2641E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.360000 TO TG2=    2.365000 @ NSTEP      245
   GFRAME TG2 MOMENTS CHECKSUM:  1.2411219262542E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    245
 TA= 2.36000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 5.45757E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    246
 TA= 2.36005E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.82196E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    257
 TA= 2.36155E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.95974E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    264
 TA= 2.36296E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.02207E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    270
 TA= 2.36454E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 4.06446E-04
 --> plasma_hash("gframe"): TA= 2.365000E+00 NSTEP=   272 Hash code:  105410321
 ->PRGCHK: bdy curvature ratio at t= 2.3700E+00 seconds is:  4.2093E-02
 % MHDEQ: TG1= 2.3649999999999984 ; TG2= 2.3699999999999983

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.041E+00     1.129E+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  1.5413E+00  0.0000E+00  3.2519E-01  0.0000E+00  1.7054E+00  2.3665E-01
    1   0  5.5099E-01 -7.6420E-02 -7.6420E-02  7.7550E-01
    2   0  9.7072E-02 -1.7510E-02  2.4101E-02 -3.7522E-02
    3   0 -9.7879E-03  1.4041E-02 -4.0774E-03  1.1948E-02
    4   0 -3.0406E-03 -6.2674E-03 -3.5006E-03  1.7179E-03
    5   0  5.0020E-03  2.7553E-04  1.2118E-03 -2.6646E-03
    6   0 -2.2759E-03  8.3986E-04  4.4431E-04  9.1321E-04
    7   0  1.5274E-04 -5.6038E-04 -4.8038E-04  6.3201E-04
    8   0  1.9258E-04 -7.2970E-06 -1.9514E-04 -3.7095E-04

 LEGEND
 ------

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

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

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


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

    1  4.84E-01  1.88E-01  8.07E-02  5.13E-03  6.74E-04  1.10E+00  1.705E+00  2.366E-01 3.83095E+01 1.26E-02  1.000   1.13   0.86
  100  1.16E-05  6.52E-06  1.43E-06  1.81E-09  3.83E-09  1.10E+00  1.690E+00  2.444E-01 3.40558E+01 1.46E-02  1.000   1.13   1.05
  134  9.40E-07  6.84E-07  2.07E-07  1.26E-10  3.82E-10  1.10E+00  1.700E+00  2.393E-01 3.40551E+01 1.47E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.84E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.200E-07 d(ln R0)/dt =  7.656E-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  7.93E-02  7.54E-02  1.61E-05  2.17E-09  1.75E-09  1.10E+00  1.700E+00  2.392E-01 3.40550E+01 1.47E-02  1.000   1.13   1.08
  100  9.57E-05  5.69E-05  2.19E-07  8.37E-11  7.92E-11  5.11E-01  1.700E+00  2.388E-01 3.63443E+01 1.37E-02  1.033   1.13   1.11
  200  1.49E-05  7.43E-06  3.51E-08  1.00E-10  1.31E-11  5.11E-01  1.698E+00  2.376E-01 3.66655E+01 1.36E-02  1.037   1.13   1.12
  300  1.28E-06  6.39E-07  1.17E-08  2.13E-12  2.18E-12  5.11E-01  1.702E+00  2.376E-01 3.56067E+01 1.40E-02  1.022   1.13   1.13
  400  3.11E-07  2.16E-07  5.11E-09  2.69E-13  3.44E-13  5.11E-01  1.705E+00  2.374E-01 3.47976E+01 1.44E-02  1.011   1.13   1.13
  500  1.11E-07  6.35E-08  1.87E-09  8.66E-14  8.39E-14  5.11E-01  1.706E+00  2.371E-01 3.42216E+01 1.46E-02  1.002   1.13   1.13
  600  4.92E-08  2.78E-08  7.34E-10  2.30E-14  3.47E-14  5.11E-01  1.707E+00  2.371E-01 3.37285E+01 1.48E-02  0.995   1.13   1.13
  700  2.57E-08  1.72E-08  3.09E-10  5.46E-14  1.43E-14  5.11E-01  1.707E+00  2.370E-01 3.34311E+01 1.49E-02  0.991   1.13   1.13
  800  1.28E-08  7.28E-09  1.22E-10  7.39E-15  6.22E-15  5.11E-01  1.708E+00  2.369E-01 3.30679E+01 1.51E-02  0.986   1.13   1.13
  846  9.98E-09  5.81E-09  8.72E-11  1.51E-15  2.43E-15  5.11E-01  1.708E+00  2.369E-01 3.29894E+01 1.52E-02  0.984   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.55E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.807E-05 d(ln R0)/dt =  1.824E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.041055

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7544E+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:  4.2093E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.365000 TO TG2=    2.370000 @ NSTEP      272
   GFRAME TG2 MOMENTS CHECKSUM:  1.2416087583321E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    272
 TA= 2.36500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.73288E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    273
 TA= 2.36537E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.66610E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    276
 TA= 2.36679E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 7.28019E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    278
 TA= 2.36825E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 9.08619E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  912  underweight particles.
 %DEPALL specie #1  ->   37438 -      0 (killed) +  12500 (dep) =  49938 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2830 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.041217E+08  1.040631E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.431463E+08  2.428920E+08
 %ORBALL:  In processor     0: orbit # IORB=  20040 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  24666 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29383 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.584843E+08  2.581606E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.939305E+08  1.939096E+08
 %ORBALL:  In processor     0: orbit # IORB=  32923 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.524536E+08  2.523356E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.711752E+08  2.708736E+08
 %ORBALL:  In processor     0: orbit # IORB=  38825 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39107 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39984 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41036 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.726287E+08  2.724138E+08
 %ORBALL:  In processor     0: orbit # IORB=  42140 never inside plasma.
 %DEPSUB - XKSID =  1.001487E+00
 %ORBALL:  In processor     0: orbit # IORB=  43434 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43959 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45327 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45486 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46228 never inside plasma[1] 20563
.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.749562E+08  2.748902E+08
 %ORBALL:  In processor     0: orbit # IORB=  46430 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47163 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.609733E+08  1.607689E+08
 %ORBALL:  In processor     0: orbit # IORB=  47985 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48084 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48727 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49540 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49614 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50368 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50911 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=49938 SPL=    0 TOT=40403
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.3694759E-01  1.4730759E+00  2.6538727E+08  5.9973560E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    280
 TA= 2.37000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.05261E-03
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.3700000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.370000E+00 NSTEP=   280 Hash code:  112126863
 ->PRGCHK: bdy curvature ratio at t= 2.3750E+00 seconds is:  4.2325E-02
 % MHDEQ: TG1= 2.3699999999999983 ; TG2= 2.3749999999999982

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.042E+00     1.131E+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  1.5416E+00  0.0000E+00  3.2555E-01  0.0000E+00  1.7082E+00  2.3689E-01
    1   0  5.5118E-01 -7.6287E-02 -7.6287E-02  7.7555E-01
    2   0  9.6744E-02 -1.7548E-02  2.4087E-02 -3.7638E-02
    3   0 -9.8014E-03  1.3932E-02 -4.1132E-03  1.1945E-02
    4   0 -2.9774E-03 -6.3062E-03 -3.5469E-03  1.7033E-03
    5   0  5.0085E-03  2.9548E-04  1.2336E-03 -2.7159E-03
    6   0 -2.2941E-03  8.4242E-04  4.6690E-04  9.3367E-04
    7   0  1.8297E-04 -5.8415E-04 -5.1278E-04  6.6669E-04
    8   0  1.3431E-04  9.9839E-06 -1.9968E-04 -3.5504E-04

 LEGEND
 ------

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

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

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


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

    1  5.07E-01  1.94E-01  8.23E-02  5.16E-03  6.72E-04  1.10E+00  1.708E+00  2.369E-01 3.84521E+01 1.28E-02  1.000   1.13   0.86
  100  1.29E-05  8.56E-06  1.77E-06  1.69E-09  3.72E-09  1.10E+00  1.692E+00  2.449E-01 3.40605E+01 1.50E-02  1.000   1.13   1.06
  137  8.24E-07  5.92E-07  1.43E-07  1.85E-10  1.20E-10  1.10E+00  1.702E+00  2.397E-01 3.40599E+01 1.50E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.84E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.198E-07 d(ln R0)/dt =  9.217E-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  8.45E-02  7.59E-02  1.66E-05  2.15E-09  1.49E-09  1.10E+00  1.702E+00  2.396E-01 3.40597E+01 1.51E-02  1.000   1.13   1.08
  100  1.11E-05  5.11E-06  1.05E-07  6.05E-11  9.13E-11  5.26E-01  1.702E+00  2.391E-01 3.66047E+01 1.40E-02  1.036   1.13   1.12
  200  1.61E-06  8.29E-07  2.34E-08  5.83E-11  1.05E-11  5.26E-01  1.701E+00  2.378E-01 3.68038E+01 1.39E-02  1.039   1.13   1.13
  300  2.01E-07  1.23E-07  1.06E-08  2.00E-12  2.57E-12  5.26E-01  1.705E+00  2.376E-01 3.53213E+01 1.45E-02  1.018   1.13   1.13
  400  7.98E-08  5.10E-08  4.31E-09  2.37E-13  5.97E-13  5.26E-01  1.708E+00  2.373E-01 3.46213E+01 1.48E-02  1.008   1.13   1.13
  500  4.63E-08  2.83E-08  1.51E-09  1.78E-13  1.58E-13  5.26E-01  1.709E+00  2.371E-01 3.40778E+01 1.51E-02  1.000   1.13   1.13
  600  2.59E-08  1.54E-08  5.84E-10  2.14E-14  5.41E-14  5.26E-01  1.710E+00  2.370E-01 3.35748E+01 1.53E-02  0.993   1.13   1.13
  700  1.58E-08  9.04E-09  2.53E-10  3.31E-14  2.13E-14  5.26E-01  1.711E+00  2.369E-01 3.32769E+01 1.54E-02  0.989   1.13   1.13
  780  9.90E-09  5.93E-09  1.19E-10  6.71E-15  8.26E-15  5.26E-01  1.711E+00  2.368E-01 3.30364E+01 1.55E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.35E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.863E-05 d(ln R0)/dt =  2.542E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.031960

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5537E+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:  4.2325E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.370000 TO TG2=    2.375000 @ NSTEP      280
   GFRAME TG2 MOMENTS CHECKSUM:  1.2424535685208E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.375000E+00 NSTEP=   291 Hash code:   38828364
 ->PRGCHK: bdy curvature ratio at t= 2.3800E+00 seconds is:  4.2563E-02
 % MHDEQ: TG1= 2.3749999999999982 ; TG2= 2.3799999999999981

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.044E+00     1.134E+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  1.5419E+00  0.0000E+00  3.2590E-01  0.0000E+00  1.7110E+00  2.3683E-01
    1   0  5.5137E-01 -7.6155E-02 -7.6155E-02  7.7560E-01
    2   0  9.6417E-02 -1.7586E-02  2.4073E-02 -3.7755E-02
    3   0 -9.8150E-03  1.3822E-02 -4.1490E-03  1.1943E-02
    4   0 -2.9142E-03 -6.3450E-03 -3.5931E-03  1.6887E-03
    5   0  5.0149E-03  3.1543E-04  1.2555E-03 -2.7672E-03
    6   0 -2.3122E-03  8.4498E-04  4.8950E-04  9.5413E-04
    7   0  2.1321E-04 -6.0791E-04 -5.4517E-04  7.0136E-04
    8   0  7.6027E-05  2.7265E-05 -2.0422E-04 -3.3914E-04

 LEGEND
 ------

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

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

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


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

    1  5.33E-01  2.02E-01  8.41E-02  5.19E-03  6.77E-04  1.10E+00  1.711E+00  2.368E-01 3.86060E+01 1.29E-02  1.000   1.13   0.86
  100  8.94E-06  6.09E-06  1.60E-06  1.74E-09  2.78E-09  1.10E+00  1.692E+00  2.461E-01 3.40709E+01 1.51E-02  1.000   1.13   1.05
  134  7.66E-07  5.31E-07  1.71E-07  6.08E-11  4.23E-10  1.10E+00  1.702E+00  2.410E-01 3.40702E+01 1.52E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.83E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.900E-07 d(ln R0)/dt =  1.317E-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  7.00E-02  1.52E-05  2.32E-09  1.83E-09  1.10E+00  1.702E+00  2.409E-01 3.40699E+01 1.52E-02  1.000   1.13   1.08
  100  1.01E-04  3.36E-05  1.71E-07  6.39E-11  1.00E-10  5.11E-01  1.702E+00  2.403E-01 3.66417E+01 1.42E-02  1.037   1.13   1.12
  200  1.42E-05  6.38E-06  3.52E-08  9.99E-11  1.27E-11  5.11E-01  1.702E+00  2.383E-01 3.68091E+01 1.41E-02  1.039   1.13   1.13
  300  1.21E-06  7.57E-07  1.16E-08  2.37E-12  2.09E-12  5.11E-01  1.706E+00  2.380E-01 3.57785E+01 1.45E-02  1.024   1.13   1.13
  400  2.87E-07  1.92E-07  5.26E-09  3.09E-13  3.41E-13  5.11E-01  1.709E+00  2.377E-01 3.49241E+01 1.48E-02  1.012   1.13   1.13
  500  1.16E-07  6.91E-08  1.98E-09  8.18E-14  7.96E-14  5.11E-01  1.710E+00  2.373E-01 3.43389E+01 1.51E-02  1.004   1.13   1.13
  600  4.68E-08  2.99E-08  7.74E-10  2.09E-14  3.40E-14  5.11E-01  1.712E+00  2.372E-01 3.38592E+01 1.53E-02  0.997   1.13   1.13
  700  2.62E-08  1.64E-08  3.24E-10  6.25E-14  1.64E-14  5.11E-01  1.712E+00  2.371E-01 3.35455E+01 1.55E-02  0.992   1.13   1.13
  800  1.48E-08  7.74E-09  1.29E-10  6.36E-15  7.11E-15  5.11E-01  1.713E+00  2.370E-01 3.31613E+01 1.56E-02  0.987   1.13   1.13
  843  9.92E-09  6.00E-09  9.55E-11  1.86E-15  2.55E-15  5.11E-01  1.713E+00  2.369E-01 3.30825E+01 1.57E-02  0.986   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.160E-05 d(ln R0)/dt =  2.073E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.084973

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7656E+00 SECONDS
   DATA R*BT AT EDGE:  3.5798E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2563E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.375000 TO TG2=    2.380000 @ NSTEP      291
   GFRAME TG2 MOMENTS CHECKSUM:  1.2430181389167E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    291
 TA= 2.37500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 6.60717E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  654  underweight particles.
 %DEPALL specie #1  ->   40403 -      0 (killed) +  12500 (dep) =  52903 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1919 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.814559E+08  1.813825E+08
 %ORBALL:  In processor     0: orbit # IORB=   4863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7752 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.491987E+08  1.490499E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.373539E+08  2.373379E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.285210E+08  2.284397E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.469299E+08  2.468987E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.257870E+08  2.255611E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.237003E+08  2.234642E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.574169E+08  2.573750E+08
 %DEPSUB - XKSID =  1.002162E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.783305E+08  1.783085E+08
 %ORBALL:  In processor     0: orbit # IORB=  41990 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42484 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43255 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43578 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44735 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44818 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44930 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46669 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47429 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47500 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48801 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50230 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50787 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51502 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53270 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53733 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54159 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52903 SPL=    0 TOT=42858
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.5011440E-01  3.0850000E+00  8.4598357E+07  7.9317351E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    302
 TA= 2.38000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 6.29115E-05
 --> plasma_hash("gframe"): TA= 2.380000E+00 NSTEP=   302 Hash code:   70264573
 ->PRGCHK: bdy curvature ratio at t= 2.3850E+00 seconds is:  4.2653E-02
 % MHDEQ: TG1= 2.3799999999999981 ; TG2= 2.384999999999998

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.043E+00     1.134E+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  1.5418E+00  0.0000E+00  3.2647E-01  0.0000E+00  1.7132E+00  2.3692E-01
    1   0  5.5112E-01 -7.6047E-02 -7.6047E-02  7.7577E-01
    2   0  9.6233E-02 -1.7687E-02  2.4084E-02 -3.7701E-02
    3   0 -9.8542E-03  1.3774E-02 -4.1860E-03  1.1984E-02
    4   0 -2.8699E-03 -6.3666E-03 -3.6023E-03  1.6435E-03
    5   0  5.0381E-03  3.5172E-04  1.3048E-03 -2.8179E-03
    6   0 -2.3040E-03  8.5331E-04  5.1625E-04  9.6687E-04
    7   0  2.3484E-04 -5.9576E-04 -5.5768E-04  7.2677E-04
    8   0  4.5341E-05  3.8814E-05 -2.0613E-04 -3.2429E-04

 LEGEND
 ------

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

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

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


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

    1  5.58E-01  2.10E-01  8.59E-02  5.20E-03  6.83E-04  1.10E+00  1.713E+00  2.369E-01 3.87133E+01 1.30E-02  1.000   1.13   0.86
  100  6.04E-06  3.86E-06  1.38E-06  2.02E-09  2.09E-09  1.10E+00  1.690E+00  2.474E-01 3.40571E+01 1.53E-02  1.000   1.13   1.05
  127  9.58E-07  5.60E-07  2.17E-07  1.10E-10  4.32E-10  1.10E+00  1.700E+00  2.429E-01 3.40564E+01 1.53E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.702E-07 d(ln R0)/dt =  1.670E-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  8.20E-02  6.34E-02  1.36E-05  2.12E-09  2.35E-09  1.10E+00  1.700E+00  2.428E-01 3.40560E+01 1.54E-02  1.000   1.13   1.07
  100  1.04E-04  3.45E-05  1.92E-07  6.30E-11  1.55E-10  5.11E-01  1.701E+00  2.419E-01 3.68863E+01 1.42E-02  1.040   1.13   1.12
  200  1.63E-05  7.34E-06  4.05E-08  1.13E-10  1.33E-11  5.11E-01  1.702E+00  2.386E-01 3.69021E+01 1.42E-02  1.040   1.13   1.13
  300  1.29E-06  8.06E-07  1.24E-08  2.23E-12  2.16E-12  5.11E-01  1.707E+00  2.383E-01 3.58805E+01 1.46E-02  1.026   1.13   1.13
  400  3.15E-07  2.08E-07  5.56E-09  4.27E-13  4.13E-13  5.11E-01  1.710E+00  2.380E-01 3.49924E+01 1.50E-02  1.013   1.13   1.13
  500  1.17E-07  6.79E-08  2.12E-09  6.88E-14  8.42E-14  5.11E-01  1.712E+00  2.376E-01 3.44045E+01 1.52E-02  1.005   1.13   1.14
  600  4.79E-08  3.13E-08  8.20E-10  2.10E-14  3.81E-14  5.11E-01  1.713E+00  2.374E-01 3.39394E+01 1.54E-02  0.998   1.13   1.13
  700  2.61E-08  1.63E-08  3.40E-10  6.33E-14  2.05E-14  5.11E-01  1.714E+00  2.374E-01 3.36279E+01 1.56E-02  0.994   1.13   1.13
  800  1.43E-08  7.56E-09  1.33E-10  7.56E-15  9.20E-15  5.11E-01  1.715E+00  2.372E-01 3.32428E+01 1.58E-02  0.988   1.13   1.13
  847  9.95E-09  6.13E-09  9.78E-11  2.64E-15  2.01E-15  5.11E-01  1.715E+00  2.371E-01 3.31623E+01 1.58E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.59E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.908E-05 d(ln R0)/dt =  1.925E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.76 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):     0.145670

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7832E+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:  4.2653E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.380000 TO TG2=    2.385000 @ NSTEP      302
   GFRAME TG2 MOMENTS CHECKSUM:  1.2434357696996E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    302
 TA= 2.38000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 6.29115E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    303
 TA= 2.38006E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 7.86394E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    313
 TA= 2.38268E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.32386E-04
 --> plasma_hash("gframe"): TA= 2.385000E+00 NSTEP=   316 Hash code:   31441268
 ->PRGCHK: bdy curvature ratio at t= 2.3900E+00 seconds is:  4.2745E-02
 % MHDEQ: TG1= 2.384999999999998 ; TG2= 2.3899999999999979

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.043E+00     1.135E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5418E+00  0.0000E+00  3.2704E-01  0.0000E+00  1.7150E+00  2.3712E-01
    1   0  5.5087E-01 -7.5939E-02 -7.5939E-02  7.7594E-01
    2   0  9.6050E-02 -1.7788E-02  2.4095E-02 -3.7647E-02
    3   0 -9.8934E-03  1.3727E-02 -4.2231E-03  1.2026E-02
    4   0 -2.8256E-03 -6.3882E-03 -3.6114E-03  1.5984E-03
    5   0  5.0612E-03  3.8801E-04  1.3542E-03 -2.8685E-03
    6   0 -2.2959E-03  8.6163E-04  5.4300E-04  9.7961E-04
    7   0  2.5646E-04 -5.8361E-04 -5.7019E-04  7.5218E-04
    8   0  1.4655E-05  5.0364E-05 -2.0804E-04 -3.0943E-04

 LEGEND
 ------

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

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

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


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

    1  5.80E-01  2.16E-01  8.73E-02  5.21E-03  6.86E-04  1.10E+00  1.715E+00  2.371E-01 3.88089E+01 1.29E-02  1.000   1.14   0.86
  100  6.58E-06  4.16E-06  1.82E-06  2.20E-09  1.93E-09  1.10E+00  1.688E+00  2.487E-01 3.40530E+01 1.51E-02  1.000   1.14   1.04
  131  7.89E-07  4.88E-07  1.79E-07  2.34E-10  1.24E-10  1.10E+00  1.701E+00  2.430E-01 3.40521E+01 1.52E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.80E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.284E-07 d(ln R0)/dt =  1.581E-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  6.20E-02  1.40E-05  1.89E-09  1.56E-09  1.10E+00  1.701E+00  2.428E-01 3.40517E+01 1.52E-02  1.000   1.14   1.08
  100  9.99E-05  3.49E-05  1.83E-07  6.98E-11  1.19E-10  5.11E-01  1.702E+00  2.421E-01 3.68211E+01 1.41E-02  1.039   1.14   1.12
  200  1.41E-05  6.51E-06  3.67E-08  1.12E-10  1.29E-11  5.11E-01  1.702E+00  2.394E-01 3.70798E+01 1.40E-02  1.043   1.14   1.13
  300  1.16E-06  7.35E-07  1.15E-08  2.31E-12  2.19E-12  5.11E-01  1.707E+00  2.389E-01 3.60362E+01 1.44E-02  1.028   1.14   1.13
  400  2.82E-07  1.89E-07  5.32E-09  3.76E-13  3.77E-13  5.11E-01  1.710E+00  2.386E-01 3.51578E+01 1.47E-02  1.016   1.14   1.14
  500  1.09E-07  6.29E-08  2.04E-09  6.98E-14  8.21E-14  5.11E-01  1.711E+00  2.382E-01 3.45794E+01 1.50E-02  1.008   1.14   1.14
  600  4.51E-08  2.92E-08  7.94E-10  2.19E-14  3.68E-14  5.11E-01  1.713E+00  2.380E-01 3.41086E+01 1.52E-02  1.001   1.14   1.14
  700  2.43E-08  1.55E-08  3.28E-10  5.76E-14  1.81E-14  5.11E-01  1.713E+00  2.379E-01 3.38050E+01 1.53E-02  0.996   1.14   1.14
  800  1.35E-08  7.33E-09  1.28E-10  7.71E-15  7.93E-15  5.11E-01  1.714E+00  2.378E-01 3.34323E+01 1.55E-02  0.991   1.14   1.14
  829  9.94E-09  6.17E-09  1.03E-10  2.12E-15  3.74E-15  5.11E-01  1.714E+00  2.377E-01 3.33870E+01 1.55E-02  0.990   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.53E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.923E-05 d(ln R0)/dt =  2.075E-06


     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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.126504

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7344E+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:  4.2745E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.385000 TO TG2=    2.390000 @ NSTEP      316
   GFRAME TG2 MOMENTS CHECKSUM:  1.2434317040052E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    316
 TA= 2.38500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.14435E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    317
 TA= 2.38614E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.43044E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    319
 TA= 2.38890E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.10138E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  451  underweight particles.
 %DEPALL specie #1  ->   42858 -      0 (killed) +  11938 (dep) =  54796 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   4696 never inside plasma.
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 128745.08873928689 0.E+0 122725.19531250003
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.536198E+08  2.535644E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.418038E+08  1.417947E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.357408E+08  2.355772E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.388484E+08  2.388036E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40843 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43908 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44457 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45089 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45595 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46010 never inside plasma.
 %ORBALL:  In [1] 21258
processor     0: orbit # IORB=  46538 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47548 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48594 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48899 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50202 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51304 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51318 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51732 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52776 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53385 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54268 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54408 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  55172 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=54796 SPL=    0 TOT=44469
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.6329718E-01 -2.6185524E+00  1.7114990E+08  5.5294583E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    320
 TA= 2.39000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.37672E-03
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.3900000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.390000E+00 NSTEP=   320 Hash code:   49105227
 ->PRGCHK: bdy curvature ratio at t= 2.3950E+00 seconds is:  4.2697E-02
 % MHDEQ: TG1= 2.3899999999999979 ; TG2= 2.3949999999999978

 *** 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     -3.037E+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  1.5413E+00  0.0000E+00  3.2802E-01  0.0000E+00  1.7142E+00  2.3774E-01
    1   0  5.5023E-01 -7.5832E-02 -7.5832E-02  7.7529E-01
    2   0  9.5946E-02 -1.7880E-02  2.4033E-02 -3.7465E-02
    3   0 -9.9008E-03  1.3778E-02 -4.1913E-03  1.2056E-02
    4   0 -2.8253E-03 -6.3858E-03 -3.5743E-03  1.5650E-03
    5   0  5.0742E-03  4.1925E-04  1.3740E-03 -2.8816E-03
    6   0 -2.2672E-03  8.5362E-04  5.4456E-04  9.8798E-04
    7   0  2.3468E-04 -5.5423E-04 -5.4438E-04  7.6673E-04
    8   0  3.4611E-05  6.8835E-05 -1.8553E-04 -3.1192E-04

 LEGEND
 ------

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

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

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


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

    1  5.81E-01  2.17E-01  8.74E-02  5.19E-03  6.92E-04  1.10E+00  1.714E+00  2.377E-01 3.87258E+01 1.27E-02  1.000   1.13   0.87
  100  6.68E-06  4.10E-06  1.81E-06  2.17E-09  1.97E-09  1.10E+00  1.688E+00  2.496E-01 3.39907E+01 1.50E-02  1.000   1.13   1.04
  130  9.60E-07  4.30E-07  2.23E-07  1.98E-10  2.07E-10  1.10E+00  1.700E+00  2.441E-01 3.39899E+01 1.50E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.79E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.427E-07 d(ln R0)/dt =  1.571E-04

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

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


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

    1  7.80E-02  5.85E-02  1.35E-05  1.66E-09  1.67E-09  1.10E+00  1.700E+00  2.439E-01 3.39895E+01 1.51E-02  1.000   1.13   1.07
  100  9.64E-05  3.49E-05  1.80E-07  6.25E-11  1.27E-10  5.11E-01  1.701E+00  2.432E-01 3.65586E+01 1.40E-02  1.037   1.13   1.11
  200  1.57E-05  7.16E-06  3.79E-08  1.09E-10  1.23E-11  5.11E-01  1.702E+00  2.402E-01 3.65843E+01 1.40E-02  1.037   1.13   1.12
  300  1.22E-06  7.71E-07  1.14E-08  2.11E-12  2.03E-12  5.11E-01  1.707E+00  2.398E-01 3.55739E+01 1.44E-02  1.023   1.13   1.13
  400  2.94E-07  1.98E-07  5.12E-09  3.83E-13  3.78E-13  5.11E-01  1.709E+00  2.395E-01 3.47337E+01 1.48E-02  1.011   1.13   1.13
  500  1.13E-07  6.41E-08  1.95E-09  7.07E-14  7.93E-14  5.11E-01  1.711E+00  2.391E-01 3.41712E+01 1.50E-02  1.003   1.13   1.13
  600  4.55E-08  2.96E-08  7.56E-10  2.00E-14  3.58E-14  5.11E-01  1.712E+00  2.389E-01 3.37189E+01 1.52E-02  0.996   1.13   1.13
  700  2.45E-08  1.58E-08  3.11E-10  5.76E-14  1.84E-14  5.11E-01  1.713E+00  2.388E-01 3.34204E+01 1.53E-02  0.992   1.13   1.13
  800  1.35E-08  7.37E-09  1.23E-10  7.27E-15  8.33E-15  5.11E-01  1.714E+00  2.387E-01 3.30573E+01 1.55E-02  0.986   1.13   1.13
  825  9.79E-09  5.83E-09  9.94E-11  2.75E-15  4.38E-15  5.11E-01  1.714E+00  2.386E-01 3.30193E+01 1.55E-02  0.986   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.52E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.744E-05 d(ln R0)/dt =  2.115E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.108352

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7295E+00 SECONDS
   DATA R*BT AT EDGE:  3.5787E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2697E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.390000 TO TG2=    2.395000 @ NSTEP      320
   GFRAME TG2 MOMENTS CHECKSUM:  1.2436044777755E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    320
 TA= 2.39000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.37672E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    321
 TA= 2.39087E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 1.08165E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    324
 TA= 2.39344E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.06827E-03
 --> plasma_hash("gframe"): TA= 2.395000E+00 NSTEP=   326 Hash code:   98708273
 ->PRGCHK: bdy curvature ratio at t= 2.4000E+00 seconds is:  4.2650E-02
 % MHDEQ: TG1= 2.3949999999999978 ; TG2= 2.3999999999999977

 *** 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     -3.032E+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  1.5407E+00  0.0000E+00  3.2900E-01  0.0000E+00  1.7138E+00  2.3865E-01
    1   0  5.4958E-01 -7.5726E-02 -7.5726E-02  7.7465E-01
    2   0  9.5843E-02 -1.7972E-02  2.3972E-02 -3.7282E-02
    3   0 -9.9082E-03  1.3830E-02 -4.1595E-03  1.2086E-02
    4   0 -2.8250E-03 -6.3835E-03 -3.5371E-03  1.5317E-03
    5   0  5.0872E-03  4.5049E-04  1.3939E-03 -2.8947E-03
    6   0 -2.2384E-03  8.4561E-04  5.4613E-04  9.9635E-04
    7   0  2.1289E-04 -5.2485E-04 -5.1858E-04  7.8129E-04
    8   0  5.4566E-05  8.7307E-05 -1.6302E-04 -3.1440E-04

 LEGEND
 ------

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

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

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


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

    1  5.85E-01  2.19E-01  8.77E-02  5.17E-03  6.92E-04  1.10E+00  1.714E+00  2.386E-01 3.86668E+01 1.25E-02  1.000   1.12   0.87
  100  7.25E-06  4.58E-06  1.96E-06  1.86E-09  2.05E-09  1.10E+00  1.687E+00  2.505E-01 3.39297E+01 1.47E-02  1.000   1.12   1.04
  131  8.08E-07  4.83E-07  1.74E-07  2.51E-10  1.24E-10  1.10E+00  1.698E+00  2.451E-01 3.39289E+01 1.47E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.83E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.282E-07 d(ln R0)/dt =  1.581E-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  7.72E-02  5.69E-02  1.35E-05  1.92E-09  1.58E-09  1.10E+00  1.699E+00  2.449E-01 3.39286E+01 1.47E-02  1.000   1.12   1.07
  100  9.26E-05  4.22E-05  1.66E-07  5.68E-11  1.26E-10  5.11E-01  1.700E+00  2.442E-01 3.65679E+01 1.37E-02  1.038   1.12   1.11
  200  1.31E-05  5.89E-06  3.57E-08  1.02E-10  1.12E-11  5.11E-01  1.700E+00  2.413E-01 3.63744E+01 1.37E-02  1.035   1.12   1.12
  300  1.16E-06  7.87E-07  1.10E-08  2.21E-12  1.95E-12  5.11E-01  1.705E+00  2.409E-01 3.53880E+01 1.41E-02  1.021   1.12   1.12
  400  2.83E-07  2.04E-07  4.93E-09  3.64E-13  3.54E-13  5.11E-01  1.708E+00  2.406E-01 3.45536E+01 1.45E-02  1.009   1.12   1.12
  500  1.11E-07  6.14E-08  1.89E-09  7.42E-14  7.31E-14  5.11E-01  1.709E+00  2.402E-01 3.39925E+01 1.47E-02  1.001   1.12   1.13
  600  4.51E-08  2.96E-08  7.29E-10  1.84E-14  3.07E-14  5.11E-01  1.710E+00  2.401E-01 3.35516E+01 1.49E-02  0.995   1.12   1.12
  700  2.33E-08  1.47E-08  2.97E-10  5.60E-14  1.73E-14  5.11E-01  1.711E+00  2.400E-01 3.32481E+01 1.51E-02  0.990   1.12   1.12
  800  1.32E-08  7.32E-09  1.19E-10  6.36E-15  8.09E-15  5.11E-01  1.712E+00  2.398E-01 3.28813E+01 1.52E-02  0.985   1.12   1.12
  825  9.95E-09  5.84E-09  9.69E-11  2.57E-15  3.96E-15  5.11E-01  1.712E+00  2.398E-01 3.28411E+01 1.53E-02  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.52E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.025E-05 d(ln R0)/dt =  2.167E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.057110

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7261E+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:  4.2650E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.395000 TO TG2=    2.400000 @ NSTEP      326
   GFRAME TG2 MOMENTS CHECKSUM:  1.2434033240109E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    326
 TA= 2.39500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.06384E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    327
 TA= 2.39584E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.05592E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    331
 TA= 2.39902E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.25160E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  312  underweight particles.
 %DEPALL specie #1  ->   44469 -   5667 (killed) +  11427 (dep) =  50229 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.268751E+08  2.268646E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.722193E+08  1.722071E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.543907E+08  1.543213E+08
 %ORBALL:  In processor     0: orbit # IORB=  11521 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.358520E+08  1.358291E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.606020E+08  2.605170E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.958678E+08  1.957091E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.642082E+08  2.640934E+08
 %DEPSUB - XKSID =  1.003216E+00
 %ORBALL:  In processor     0: orbit # IORB=  38600 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39854 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40132 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40664 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41037 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41922 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41923 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42092 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42413 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42556 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43367 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43419 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44179 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44437 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45449 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45525 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45923 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46153 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.786904E+08  2.786428E+08
 %ORBALL:  In processor     0: orbit # IORB=  46725 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46740 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46914 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47205 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47998 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48441 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48821 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48925 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48926 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50091 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50229 SPL=    0 TOT=41240
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.6416664E-01 -3.8595427E-01  1.8262921E+08  7.0293186E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    333
 TA= 2.40000E+00 CPU TIME= 6.98242E-02 SECONDS.  DT= 4.50190E-04
 --> plasma_hash("gframe"): TA= 2.400000E+00 NSTEP=   333 Hash code:   98273425
 ->PRGCHK: bdy curvature ratio at t= 2.4050E+00 seconds is:  4.3104E-02
 % MHDEQ: TG1= 2.3999999999999977 ; TG2= 2.4049999999999976

 *** 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     -3.025E+00     1.123E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5400E+00  0.0000E+00  3.3013E-01  0.0000E+00  1.7119E+00  2.3981E-01
    1   0  5.4932E-01 -7.5293E-02 -7.5293E-02  7.7276E-01
    2   0  9.5435E-02 -1.7946E-02  2.3564E-02 -3.7366E-02
    3   0 -9.8693E-03  1.3807E-02 -4.0142E-03  1.2032E-02
    4   0 -2.7953E-03 -6.3791E-03 -3.5005E-03  1.5620E-03
    5   0  5.0696E-03  4.5629E-04  1.3067E-03 -2.9069E-03
    6   0 -2.2300E-03  7.7215E-04  4.8926E-04  1.0292E-03
    7   0  1.5294E-04 -5.5041E-04 -4.8586E-04  8.4143E-04
    8   0  5.3506E-05  1.3986E-04 -9.6558E-05 -3.1928E-04

 LEGEND
 ------

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

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

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


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

    1  5.77E-01  2.17E-01  8.70E-02  5.17E-03  6.95E-04  1.10E+00  1.712E+00  2.398E-01 3.85614E+01 1.22E-02  1.000   1.12   0.86
  100  7.58E-06  4.20E-06  1.83E-06  2.16E-09  2.04E-09  1.10E+00  1.685E+00  2.522E-01 3.38663E+01 1.43E-02  1.000   1.12   1.03
  130  9.56E-07  4.72E-07  2.33E-07  1.67E-10  1.84E-10  1.10E+00  1.697E+00  2.467E-01 3.38655E+01 1.44E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.337E-07 d(ln R0)/dt =  1.524E-04

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

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


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

    1  7.61E-02  5.64E-02  1.34E-05  1.86E-09  1.71E-09  1.10E+00  1.697E+00  2.465E-01 3.38653E+01 1.44E-02  1.000   1.12   1.06
  100  9.63E-05  4.30E-05  1.71E-07  7.08E-11  1.23E-10  5.11E-01  1.698E+00  2.458E-01 3.67146E+01 1.33E-02  1.041   1.12   1.11
  200  1.19E-05  5.39E-06  3.53E-08  1.08E-10  1.19E-11  5.11E-01  1.698E+00  2.432E-01 3.66794E+01 1.33E-02  1.040   1.12   1.12
  300  1.09E-06  7.45E-07  1.11E-08  2.35E-12  2.09E-12  5.11E-01  1.702E+00  2.428E-01 3.56698E+01 1.37E-02  1.026   1.12   1.12
  400  2.58E-07  1.83E-07  5.07E-09  3.55E-13  3.75E-13  5.11E-01  1.705E+00  2.426E-01 3.48089E+01 1.40E-02  1.014   1.12   1.12
  500  1.13E-07  6.30E-08  1.97E-09  6.70E-14  7.88E-14  5.11E-01  1.706E+00  2.422E-01 3.42236E+01 1.43E-02  1.005   1.12   1.12
  600  4.67E-08  2.87E-08  7.66E-10  1.90E-14  3.27E-14  5.11E-01  1.707E+00  2.420E-01 3.37700E+01 1.45E-02  0.999   1.12   1.12
  700  2.49E-08  1.54E-08  3.13E-10  5.66E-14  1.64E-14  5.11E-01  1.708E+00  2.420E-01 3.34621E+01 1.46E-02  0.994   1.12   1.12
  800  1.38E-08  7.50E-09  1.24E-10  7.78E-15  7.85E-15  5.11E-01  1.709E+00  2.418E-01 3.30843E+01 1.48E-02  0.989   1.12   1.12
  835  9.91E-09  5.87E-09  9.41E-11  2.11E-15  3.20E-15  5.11E-01  1.709E+00  2.418E-01 3.30269E+01 1.48E-02  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.324E-05 d(ln R0)/dt =  2.019E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.044534

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0815E+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:  4.3104E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.400000 TO TG2=    2.405000 @ NSTEP      333
   GFRAME TG2 MOMENTS CHECKSUM:  1.2427377961235E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    333
 TA= 2.40000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.50190E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    334
 TA= 2.40025E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.17673E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    345
 TA= 2.40352E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.16841E-04
 --> plasma_hash("gframe"): TA= 2.405000E+00 NSTEP=   350 Hash code:   42649374
 ->PRGCHK: bdy curvature ratio at t= 2.4100E+00 seconds is:  4.3561E-02
 % MHDEQ: TG1= 2.4049999999999976 ; TG2= 2.4099999999999975

 *** 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     -3.018E+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  3.3127E-01  0.0000E+00  1.7089E+00  2.4179E-01
    1   0  5.4905E-01 -7.4861E-02 -7.4861E-02  7.7088E-01
    2   0  9.5027E-02 -1.7921E-02  2.3157E-02 -3.7450E-02
    3   0 -9.8305E-03  1.3784E-02 -3.8689E-03  1.1977E-02
    4   0 -2.7657E-03 -6.3746E-03 -3.4638E-03  1.5923E-03
    5   0  5.0521E-03  4.6208E-04  1.2196E-03 -2.9191E-03
    6   0 -2.2215E-03  6.9870E-04  4.3240E-04  1.0620E-03
    7   0  9.2980E-05 -5.7596E-04 -4.5314E-04  9.0158E-04
    8   0  5.2446E-05  1.9242E-04 -3.0098E-05 -3.2416E-04

 LEGEND
 ------

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

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

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


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

    1  5.54E-01  2.08E-01  8.52E-02  5.16E-03  6.82E-04  1.10E+00  1.709E+00  2.418E-01 3.84011E+01 1.21E-02  1.000   1.12   0.86
  100  7.56E-06  3.91E-06  1.45E-06  1.86E-09  2.14E-09  1.10E+00  1.685E+00  2.533E-01 3.38025E+01 1.41E-02  1.000   1.12   1.03
  130  8.28E-07  4.53E-07  2.06E-07  1.91E-10  1.65E-10  1.10E+00  1.695E+00  2.483E-01 3.38018E+01 1.42E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.359E-07 d(ln R0)/dt =  1.513E-04

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

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


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

    1  7.61E-02  5.82E-02  1.36E-05  1.70E-09  1.65E-09  1.10E+00  1.696E+00  2.481E-01 3.38015E+01 1.42E-02  1.000   1.12   1.06
  100  9.58E-05  4.05E-05  1.65E-07  6.39E-11  1.22E-10  5.11E-01  1.696E+00  2.474E-01 3.67113E+01 1.31E-02  1.042   1.12   1.11
  200  1.17E-05  5.25E-06  3.51E-08  1.10E-10  1.18E-11  5.11E-01  1.696E+00  2.449E-01 3.65691E+01 1.31E-02  1.040   1.12   1.11
  300  1.05E-06  7.17E-07  1.12E-08  2.35E-12  2.13E-12  5.11E-01  1.701E+00  2.446E-01 3.56288E+01 1.35E-02  1.026   1.12   1.12
  400  2.49E-07  1.73E-07  5.08E-09  3.42E-13  3.65E-13  5.11E-01  1.704E+00  2.443E-01 3.47520E+01 1.38E-02  1.014   1.12   1.12
  500  1.15E-07  6.44E-08  2.01E-09  6.35E-14  8.08E-14  5.11E-01  1.705E+00  2.439E-01 3.41440E+01 1.41E-02  1.005   1.12   1.12
  600  4.82E-08  2.70E-08  7.84E-10  1.80E-14  2.84E-14  5.11E-01  1.706E+00  2.438E-01 3.36956E+01 1.43E-02  0.998   1.12   1.12
  700  2.74E-08  1.65E-08  3.20E-10  6.00E-14  1.62E-14  5.11E-01  1.707E+00  2.437E-01 3.33752E+01 1.44E-02  0.994   1.12   1.12
  800  1.29E-08  7.18E-09  1.25E-10  8.26E-15  7.50E-15  5.11E-01  1.708E+00  2.436E-01 3.29810E+01 1.46E-02  0.988   1.12   1.12
  846  9.91E-09  5.87E-09  9.16E-11  1.54E-15  2.04E-15  5.11E-01  1.708E+00  2.435E-01 3.28978E+01 1.46E-02  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.071E-05 d(ln R0)/dt =  2.049E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.068090

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1484E+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:  4.3561E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.405000 TO TG2=    2.410000 @ NSTEP      350
   GFRAME TG2 MOMENTS CHECKSUM:  1.2423396509626E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    350
 TA= 2.40500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.24891E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    351
 TA= 2.40528E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.44591E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    362
 TA= 2.40881E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.51740E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  191  underweight particles.
 %DEPALL specie #1  ->   41240 -      0 (killed) +  10967 (dep) =  52207 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.309845E+07  9.307507E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.689970E+08  1.689017E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   9797 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.009984E+08  2.008284E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.500583E+08  2.499118E+08
 %ORBALL:  In processor     0: orbit # IORB=  20622 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.547041E+08  2.545949E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.979839E+08  1.979458E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  35411 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35608 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.397017E+08  1.396613E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.457992E+08  1.457379E+08
 %ORBALL:  In processor     0: orbit # IORB=  40320 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42141 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42346 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42472 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42644 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42744 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42857 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43176 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43202 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43221 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43636 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43757 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43795 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44017 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44170 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44589 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44644 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44765 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44767 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.784403E+08  2.783850E+08
 %ORBALL:  In processor     0: orbit # IORB=  45028 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45070 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45242 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.789385E+08  2.787246E+08
 %ORBALL:  In processor     0: orbit # IORB=  45435 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45843 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45980 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46980 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.971872E+08  1.970871E+08
 %ORBALL:  In processor     0: orbit # IORB=  47821 never inside plasma.
 %ORBALL:  In processor     0: o[1] 22068
rbit # IORB=  48204 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48274 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48403 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49052 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49378 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49964 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50878 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51057 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51127 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51561 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52298 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52410 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52814 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52207 SPL=    0 TOT=42425
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.5773558E-01  2.7848405E+00  1.5465697E+08  3.7454432E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    366
 TA= 2.41000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.96036E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4100000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.410000E+00 NSTEP=   366 Hash code:   10538586
 ->PRGCHK: bdy curvature ratio at t= 2.4150E+00 seconds is:  4.3344E-02
 % MHDEQ: TG1= 2.4099999999999975 ; TG2= 2.4149999999999974

 *** 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     -3.025E+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  1.5396E+00  0.0000E+00  3.3021E-01  0.0000E+00  1.7080E+00  2.4351E-01
    1   0  5.4979E-01 -7.5102E-02 -7.5102E-02  7.7215E-01
    2   0  9.5578E-02 -1.7889E-02  2.3673E-02 -3.7480E-02
    3   0 -9.7611E-03  1.3929E-02 -3.9082E-03  1.1983E-02
    4   0 -2.8491E-03 -6.3033E-03 -3.4545E-03  1.6095E-03
    5   0  5.0415E-03  4.1026E-04  1.2537E-03 -2.8434E-03
    6   0 -2.1897E-03  7.5709E-04  4.3842E-04  9.8873E-04
    7   0  1.2854E-04 -5.5624E-04 -4.3788E-04  8.2014E-04
    8   0  8.6972E-05  1.5991E-04 -5.2831E-05 -2.9505E-04

 LEGEND
 ------

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

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

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


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

    1  5.23E-01  1.91E-01  8.31E-02  5.13E-03  6.28E-04  1.10E+00  1.708E+00  2.435E-01 3.83742E+01 1.20E-02  1.000   1.12   0.86
  100  9.66E-06  5.52E-06  1.74E-06  1.76E-09  2.50E-09  1.10E+00  1.686E+00  2.516E-01 3.38740E+01 1.40E-02  1.000   1.12   1.04
  134  8.62E-07  6.43E-07  1.69E-07  7.33E-11  4.17E-10  1.10E+00  1.698E+00  2.460E-01 3.38732E+01 1.41E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.456E-07 d(ln R0)/dt =  1.254E-04

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

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


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

    1  8.19E-02  6.68E-02  1.54E-05  2.17E-09  1.74E-09  1.10E+00  1.698E+00  2.458E-01 3.38729E+01 1.41E-02  1.000   1.12   1.07
  100  8.90E-05  6.04E-05  1.64E-07  6.63E-11  9.01E-11  5.11E-01  1.698E+00  2.453E-01 3.62820E+01 1.31E-02  1.034   1.12   1.11
  200  1.09E-05  4.98E-06  3.15E-08  9.50E-11  9.39E-12  5.11E-01  1.698E+00  2.435E-01 3.60012E+01 1.32E-02  1.031   1.12   1.11
  300  1.10E-06  7.41E-07  1.04E-08  2.07E-12  1.74E-12  5.11E-01  1.703E+00  2.432E-01 3.50243E+01 1.36E-02  1.017   1.12   1.12
  400  2.61E-07  1.83E-07  4.63E-09  3.19E-13  3.21E-13  5.11E-01  1.705E+00  2.429E-01 3.42284E+01 1.39E-02  1.005   1.12   1.12
  500  1.27E-07  6.86E-08  1.81E-09  8.60E-14  7.30E-14  5.11E-01  1.707E+00  2.426E-01 3.36408E+01 1.42E-02  0.997   1.12   1.12
  600  4.85E-08  2.88E-08  7.10E-10  1.76E-14  2.55E-14  5.11E-01  1.708E+00  2.424E-01 3.32009E+01 1.44E-02  0.990   1.12   1.12
  700  2.92E-08  1.70E-08  2.94E-10  6.31E-14  1.36E-14  5.11E-01  1.709E+00  2.424E-01 3.28925E+01 1.45E-02  0.986   1.12   1.12
  800  1.41E-08  7.59E-09  1.13E-10  6.67E-15  7.19E-15  5.11E-01  1.710E+00  2.422E-01 3.25247E+01 1.47E-02  0.980   1.12   1.12
  849  9.93E-09  5.79E-09  8.13E-11  2.19E-15  1.99E-15  5.11E-01  1.710E+00  2.422E-01 3.24371E+01 1.47E-02  0.979   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.135E-05 d(ln R0)/dt =  1.978E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.129642

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1680E+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:  4.3344E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.410000 TO TG2=    2.415000 @ NSTEP      366
   GFRAME TG2 MOMENTS CHECKSUM:  1.2430358000144E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.415000E+00 NSTEP=   375 Hash code:   74823115
 ->PRGCHK: bdy curvature ratio at t= 2.4200E+00 seconds is:  4.3132E-02
 % MHDEQ: TG1= 2.4149999999999974 ; TG2= 2.4199999999999973

 *** 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     -3.032E+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  1.5399E+00  0.0000E+00  3.2915E-01  0.0000E+00  1.7099E+00  2.4216E-01
    1   0  5.5053E-01 -7.5343E-02 -7.5343E-02  7.7341E-01
    2   0  9.6129E-02 -1.7858E-02  2.4189E-02 -3.7510E-02
    3   0 -9.6918E-03  1.4074E-02 -3.9476E-03  1.1989E-02
    4   0 -2.9324E-03 -6.2320E-03 -3.4452E-03  1.6267E-03
    5   0  5.0308E-03  3.5843E-04  1.2878E-03 -2.7676E-03
    6   0 -2.1578E-03  8.1548E-04  4.4445E-04  9.1549E-04
    7   0  1.6410E-04 -5.3651E-04 -4.2262E-04  7.3869E-04
    8   0  1.2150E-04  1.2741E-04 -7.5563E-05 -2.6594E-04

 LEGEND
 ------

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

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

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


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

    1  5.37E-01  1.97E-01  8.42E-02  5.16E-03  6.38E-04  1.10E+00  1.710E+00  2.422E-01 3.84991E+01 1.18E-02  1.000   1.12   0.86
  100  7.29E-06  4.28E-06  1.44E-06  1.90E-09  2.21E-09  1.10E+00  1.687E+00  2.505E-01 3.39381E+01 1.39E-02  1.000   1.12   1.03
  133  8.54E-07  5.77E-07  1.62E-07  4.81E-11  2.00E-10  1.10E+00  1.699E+00  2.449E-01 3.39373E+01 1.39E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.820E-07 d(ln R0)/dt =  1.517E-04

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

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


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

    1  8.17E-02  6.40E-02  1.51E-05  2.34E-09  1.77E-09  1.10E+00  1.699E+00  2.448E-01 3.39369E+01 1.40E-02  1.000   1.12   1.06
  100  9.09E-05  5.89E-05  1.67E-07  6.68E-11  1.01E-10  5.11E-01  1.700E+00  2.442E-01 3.64608E+01 1.30E-02  1.036   1.12   1.10
  200  1.09E-05  4.79E-06  3.18E-08  1.00E-10  9.76E-12  5.11E-01  1.700E+00  2.422E-01 3.60994E+01 1.31E-02  1.031   1.12   1.11
  300  1.09E-06  7.02E-07  1.03E-08  2.20E-12  1.83E-12  5.11E-01  1.705E+00  2.418E-01 3.51098E+01 1.35E-02  1.017   1.12   1.11
  400  2.58E-07  1.83E-07  4.69E-09  3.60E-13  3.44E-13  5.11E-01  1.708E+00  2.415E-01 3.42782E+01 1.38E-02  1.005   1.12   1.12
  500  1.23E-07  6.61E-08  1.87E-09  8.12E-14  7.57E-14  5.11E-01  1.709E+00  2.411E-01 3.36702E+01 1.41E-02  0.996   1.12   1.12
  600  4.77E-08  2.88E-08  7.30E-10  1.72E-14  2.61E-14  5.11E-01  1.711E+00  2.410E-01 3.32403E+01 1.43E-02  0.990   1.12   1.12
  700  2.91E-08  1.68E-08  2.99E-10  6.65E-14  1.48E-14  5.11E-01  1.711E+00  2.409E-01 3.29253E+01 1.44E-02  0.985   1.12   1.12
  800  1.43E-08  7.71E-09  1.17E-10  6.70E-15  7.57E-15  5.11E-01  1.712E+00  2.407E-01 3.25465E+01 1.46E-02  0.980   1.12   1.12
  849  9.92E-09  5.82E-09  8.32E-11  2.42E-15  2.03E-15  5.11E-01  1.712E+00  2.407E-01 3.24556E+01 1.46E-02  0.978   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.360E-05 d(ln R0)/dt =  2.063E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.160379

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1694E+00 SECONDS
   DATA R*BT AT EDGE:  3.5738E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3132E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.415000 TO TG2=    2.420000 @ NSTEP      375
   GFRAME TG2 MOMENTS CHECKSUM:  1.2438627935317E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    375
 TA= 2.41500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.74090E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  129  underweight particles.
 %DEPALL specie #1  ->   42425 -      0 (killed) +  10686 (dep) =  53111 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    550 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17445 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.241572E+08  2.240851E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.401402E+08  1.400696E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.630541E+08  1.630510E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0102E+00
 %ORBALL:  In processor     0: orbit # IORB=  37163 never inside plasma.
 %DEPSUB - XKSID =  1.002950E+00
 %ORBALL:  In processor     0: orbit # IORB=  38594 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39580 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41307 never inside plasma.
 %DEPSUB - XKSID =  1.006440E+00
 %ORBALL:  In processor     0: orbit # IORB=  44269 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44528 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44584 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44865 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44879 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46017 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.772125E+08  2.771408E+08
 %ORBALL:  In processor     0: orbit # IORB=  46594 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47551 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47945 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47947 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48355 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48526 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48628 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49850 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50981 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51596 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52392 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53300 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53510 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53816 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=53111 SPL=    0 TOT=42958
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.0871804E-01  1.3419211E-01  1.9568955E+08  7.8481739E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    383
 TA= 2.42000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.15192E-04
 --> plasma_hash("gframe"): TA= 2.420000E+00 NSTEP=   383 Hash code:   13672021
 ->PRGCHK: bdy curvature ratio at t= 2.4250E+00 seconds is:  4.2893E-02
 % MHDEQ: TG1= 2.4199999999999973 ; TG2= 2.4249999999999972

 *** 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     -3.038E+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  1.5409E+00  0.0000E+00  3.2802E-01  0.0000E+00  1.7122E+00  2.4068E-01
    1   0  5.5130E-01 -7.5338E-02 -7.5338E-02  7.7431E-01
    2   0  9.6093E-02 -1.7766E-02  2.4138E-02 -3.7696E-02
    3   0 -9.7420E-03  1.4046E-02 -4.0259E-03  1.1997E-02
    4   0 -2.9007E-03 -6.3281E-03 -3.5267E-03  1.6191E-03
    5   0  5.0395E-03  3.4731E-04  1.2640E-03 -2.8031E-03
    6   0 -2.1893E-03  8.0274E-04  4.5387E-04  9.2132E-04
    7   0  1.7496E-04 -5.7418E-04 -4.5218E-04  7.2173E-04
    8   0  1.4313E-04  1.0806E-04 -9.7928E-05 -3.0903E-04

 LEGEND
 ------

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

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

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


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

    1  5.52E-01  2.03E-01  8.53E-02  5.19E-03  6.48E-04  1.10E+00  1.712E+00  2.407E-01 3.86730E+01 1.17E-02  1.000   1.12   0.85
  100  7.33E-06  4.04E-06  1.61E-06  2.41E-09  2.04E-09  1.10E+00  1.688E+00  2.499E-01 3.40255E+01 1.37E-02  1.000   1.12   1.02
  133  8.96E-07  5.94E-07  1.81E-07  5.10E-11  1.75E-10  1.10E+00  1.701E+00  2.436E-01 3.40245E+01 1.38E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.80E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.430E-07 d(ln R0)/dt =  1.376E-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  8.41E-02  6.32E-02  1.53E-05  2.50E-09  1.64E-09  1.10E+00  1.702E+00  2.435E-01 3.40241E+01 1.38E-02  1.000   1.12   1.06
  100  9.06E-05  5.93E-05  1.96E-07  1.35E-10  8.74E-11  5.11E-01  1.702E+00  2.429E-01 3.70931E+01 1.27E-02  1.044   1.12   1.11
  200  9.71E-06  4.34E-06  2.93E-08  1.06E-10  1.10E-11  5.11E-01  1.701E+00  2.413E-01 3.71166E+01 1.27E-02  1.044   1.12   1.12
  300  9.65E-07  5.02E-07  1.03E-08  2.50E-12  2.05E-12  5.11E-01  1.706E+00  2.410E-01 3.60475E+01 1.30E-02  1.029   1.12   1.12
  400  2.42E-07  1.69E-07  4.96E-09  3.85E-13  3.52E-13  5.11E-01  1.708E+00  2.405E-01 3.51567E+01 1.34E-02  1.016   1.12   1.12
  500  9.59E-08  5.37E-08  2.02E-09  7.23E-14  8.20E-14  5.11E-01  1.710E+00  2.402E-01 3.45269E+01 1.36E-02  1.007   1.12   1.12
  600  4.27E-08  2.78E-08  7.96E-10  2.02E-14  2.92E-14  5.11E-01  1.712E+00  2.400E-01 3.40655E+01 1.38E-02  1.001   1.12   1.12
  700  2.61E-08  1.50E-08  3.28E-10  6.73E-14  1.43E-14  5.11E-01  1.712E+00  2.399E-01 3.37446E+01 1.40E-02  0.996   1.12   1.12
  800  1.40E-08  7.59E-09  1.25E-10  8.71E-15  6.93E-15  5.11E-01  1.713E+00  2.397E-01 3.33444E+01 1.41E-02  0.990   1.12   1.12
  845  9.88E-09  5.95E-09  9.07E-11  1.70E-15  2.48E-15  5.11E-01  1.713E+00  2.397E-01 3.32615E+01 1.42E-02  0.989   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.54E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.205E-05 d(ln R0)/dt =  2.169E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.72 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):     0.185858

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7500E+00 SECONDS
   DATA R*BT AT EDGE:  3.5745E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2893E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.420000 TO TG2=    2.425000 @ NSTEP      383
   GFRAME TG2 MOMENTS CHECKSUM:  1.2438664647227E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    383
 TA= 2.42000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.15192E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    384
 TA= 2.42032E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.93989E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    388
 TA= 2.42242E+00 CPU TIME= 6.49414E-02 SECONDS.  DT= 7.58355E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    391
 TA= 2.42446E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 5.39704E-04
 --> plasma_hash("gframe"): TA= 2.425000E+00 NSTEP=   392 Hash code:   81205482
 ->PRGCHK: bdy curvature ratio at t= 2.4300E+00 seconds is:  4.2659E-02
 % MHDEQ: TG1= 2.4249999999999972 ; TG2= 2.4299999999999971

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.045E+00     1.127E+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  1.5420E+00  0.0000E+00  3.2688E-01  0.0000E+00  1.7133E+00  2.3968E-01
    1   0  5.5207E-01 -7.5333E-02 -7.5333E-02  7.7520E-01
    2   0  9.6056E-02 -1.7674E-02  2.4087E-02 -3.7882E-02
    3   0 -9.7922E-03  1.4018E-02 -4.1042E-03  1.2005E-02
    4   0 -2.8691E-03 -6.4241E-03 -3.6083E-03  1.6115E-03
    5   0  5.0482E-03  3.3619E-04  1.2402E-03 -2.8385E-03
    6   0 -2.2207E-03  7.9001E-04  4.6328E-04  9.2715E-04
    7   0  1.8582E-04 -6.1184E-04 -4.8175E-04  7.0477E-04
    8   0  1.6477E-04  8.8708E-05 -1.2029E-04 -3.5213E-04

 LEGEND
 ------

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

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

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


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

    1  5.52E-01  2.02E-01  8.53E-02  5.21E-03  6.48E-04  1.10E+00  1.713E+00  2.397E-01 3.87763E+01 1.18E-02  1.000   1.13   0.86
  100  7.03E-06  3.80E-06  1.53E-06  2.34E-09  1.97E-09  1.10E+00  1.689E+00  2.488E-01 3.41104E+01 1.39E-02  1.000   1.13   1.03
  133  8.68E-07  5.74E-07  1.75E-07  4.96E-11  1.81E-10  1.10E+00  1.703E+00  2.426E-01 3.41095E+01 1.40E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.81E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.541E-07 d(ln R0)/dt =  1.452E-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  6.41E-02  1.53E-05  2.43E-09  1.69E-09  1.10E+00  1.703E+00  2.424E-01 3.41090E+01 1.40E-02  1.000   1.13   1.07
  100  9.01E-05  5.98E-05  1.98E-07  1.25E-10  8.92E-11  5.11E-01  1.704E+00  2.418E-01 3.71666E+01 1.29E-02  1.043   1.13   1.11
  200  9.86E-06  4.40E-06  2.95E-08  1.07E-10  1.09E-11  5.11E-01  1.702E+00  2.402E-01 3.71751E+01 1.28E-02  1.043   1.13   1.12
  300  9.69E-07  5.08E-07  1.04E-08  2.48E-12  2.02E-12  5.11E-01  1.708E+00  2.398E-01 3.61114E+01 1.32E-02  1.029   1.13   1.13
  400  2.43E-07  1.71E-07  5.04E-09  3.93E-13  3.46E-13  5.11E-01  1.711E+00  2.394E-01 3.52195E+01 1.36E-02  1.016   1.13   1.13
  500  9.70E-08  5.42E-08  2.04E-09  7.53E-14  8.10E-14  5.11E-01  1.713E+00  2.390E-01 3.45914E+01 1.38E-02  1.007   1.13   1.13
  600  4.35E-08  2.82E-08  8.00E-10  2.02E-14  2.88E-14  5.11E-01  1.714E+00  2.388E-01 3.41271E+01 1.40E-02  1.000   1.13   1.13
  700  2.65E-08  1.51E-08  3.31E-10  7.09E-14  1.48E-14  5.11E-01  1.715E+00  2.387E-01 3.38024E+01 1.41E-02  0.996   1.13   1.13
  800  1.42E-08  7.64E-09  1.26E-10  8.09E-15  6.77E-15  5.11E-01  1.715E+00  2.385E-01 3.34009E+01 1.43E-02  0.990   1.13   1.13
  849  9.90E-09  5.82E-09  8.99E-11  2.36E-15  2.37E-15  5.11E-01  1.716E+00  2.385E-01 3.33078E+01 1.44E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.471E-05 d(ln R0)/dt =  2.181E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.165995

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7666E+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:  4.2659E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.425000 TO TG2=    2.430000 @ NSTEP      392
   GFRAME TG2 MOMENTS CHECKSUM:  1.2443327717199E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    392
 TA= 2.42500E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 8.42802E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    393
 TA= 2.42562E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 7.77258E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    396
 TA= 2.42722E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.00896E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    400
 TA= 2.42898E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 5.20718E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  95  underweight particles.
 %DEPALL specie #1  ->   42958 -      0 (killed) +  10511 (dep) =  53469 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   4609 [1] 22492
never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.320714E+08  2.318317E+08
 %ORBALL:  In processor     0: orbit # IORB=  15583 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.684560E+08  1.683183E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   7.157362E+07  7.154912E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.553285E+08  2.551875E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.593911E+08  1.593482E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45298 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45857 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46013 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48512 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48658 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49489 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50634 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50805 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50815 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51395 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51970 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51984 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53672 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54117 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54414 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54481 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54491 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54585 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=53469 SPL=    0 TOT=42895
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.3888836E-01  4.9584611E-01  2.5192746E+08 -7.5745501E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    403
 TA= 2.43000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.86268E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4300000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.430000E+00 NSTEP=   403 Hash code:  106888921
 ->PRGCHK: bdy curvature ratio at t= 2.4350E+00 seconds is:  4.2767E-02
 % MHDEQ: TG1= 2.4299999999999971 ; TG2= 2.4349999999999969

 *** 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     -3.051E+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  1.5432E+00  0.0000E+00  3.2603E-01  0.0000E+00  1.7156E+00  2.3846E-01
    1   0  5.5286E-01 -7.5370E-02 -7.5370E-02  7.7599E-01
    2   0  9.6098E-02 -1.7718E-02  2.4190E-02 -3.8088E-02
    3   0 -9.8846E-03  1.3969E-02 -4.1549E-03  1.2110E-02
    4   0 -2.8487E-03 -6.4531E-03 -3.6408E-03  1.6328E-03
    5   0  5.0172E-03  3.6902E-04  1.2719E-03 -2.8343E-03
    6   0 -2.2651E-03  7.6879E-04  4.7581E-04  9.6575E-04
    7   0  1.9713E-04 -5.8620E-04 -4.8605E-04  7.1575E-04
    8   0  1.2685E-04  9.1576E-05 -1.1563E-04 -3.5045E-04

 LEGEND
 ------

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

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

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


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

    1  5.63E-01  2.06E-01  8.60E-02  5.24E-03  6.54E-04  1.10E+00  1.716E+00  2.385E-01 3.89169E+01 1.20E-02  1.000   1.12   0.86
  100  7.76E-06  4.26E-06  1.90E-06  2.61E-09  1.87E-09  1.10E+00  1.690E+00  2.480E-01 3.41810E+01 1.41E-02  1.000   1.12   1.03
  133  9.93E-07  6.31E-07  1.90E-07  6.10E-11  1.64E-10  1.10E+00  1.705E+00  2.415E-01 3.41801E+01 1.42E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.272E-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  8.54E-02  6.53E-02  1.54E-05  2.54E-09  1.62E-09  1.10E+00  1.706E+00  2.414E-01 3.41795E+01 1.42E-02  1.000   1.12   1.08
  100  8.80E-05  5.92E-05  1.74E-07  9.89E-11  8.52E-11  5.11E-01  1.706E+00  2.408E-01 3.65894E+01 1.33E-02  1.034   1.12   1.11
  200  1.05E-05  4.65E-06  3.16E-08  1.04E-10  9.49E-12  5.11E-01  1.706E+00  2.390E-01 3.65756E+01 1.33E-02  1.034   1.12   1.12
  300  1.06E-06  6.74E-07  1.05E-08  2.23E-12  1.84E-12  5.11E-01  1.711E+00  2.385E-01 3.54300E+01 1.37E-02  1.018   1.12   1.12
  400  2.67E-07  1.86E-07  5.00E-09  4.09E-13  3.47E-13  5.11E-01  1.714E+00  2.381E-01 3.46054E+01 1.40E-02  1.006   1.12   1.12
  500  1.23E-07  6.58E-08  1.96E-09  9.17E-14  7.90E-14  5.11E-01  1.716E+00  2.377E-01 3.40036E+01 1.43E-02  0.997   1.12   1.13
  600  4.80E-08  2.97E-08  7.69E-10  2.13E-14  3.00E-14  5.11E-01  1.718E+00  2.375E-01 3.35473E+01 1.45E-02  0.991   1.12   1.12
  700  2.81E-08  1.63E-08  3.22E-10  7.31E-14  1.51E-14  5.11E-01  1.718E+00  2.374E-01 3.32367E+01 1.46E-02  0.986   1.12   1.12
  800  1.44E-08  7.75E-09  1.22E-10  7.30E-15  7.21E-15  5.11E-01  1.719E+00  2.372E-01 3.28657E+01 1.48E-02  0.981   1.12   1.12
  853  9.88E-09  6.12E-09  8.53E-11  4.72E-15  1.96E-15  5.11E-01  1.719E+00  2.371E-01 3.27695E+01 1.48E-02  0.979   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.358E-05 d(ln R0)/dt =  2.102E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.148022

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1440E+00 SECONDS
   DATA R*BT AT EDGE:  3.5763E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2767E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.430000 TO TG2=    2.435000 @ NSTEP      403
   GFRAME TG2 MOMENTS CHECKSUM:  1.2455665967568E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    403
 TA= 2.43000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.86268E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    404
 TA= 2.43029E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 3.57835E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    409
 TA= 2.43195E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.95254E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    414
 TA= 2.43344E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.60846E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    419
 TA= 2.43481E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.85427E-04
 --> plasma_hash("gframe"): TA= 2.435000E+00 NSTEP=   420 Hash code:   32233040
 ->PRGCHK: bdy curvature ratio at t= 2.4400E+00 seconds is:  4.2881E-02
 % MHDEQ: TG1= 2.4349999999999969 ; TG2= 2.4399999999999968

 *** 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     -3.057E+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  1.5443E+00  0.0000E+00  3.2519E-01  0.0000E+00  1.7194E+00  2.3713E-01
    1   0  5.5366E-01 -7.5407E-02 -7.5407E-02  7.7677E-01
    2   0  9.6141E-02 -1.7762E-02  2.4292E-02 -3.8294E-02
    3   0 -9.9770E-03  1.3920E-02 -4.2057E-03  1.2214E-02
    4   0 -2.8284E-03 -6.4820E-03 -3.6734E-03  1.6540E-03
    5   0  4.9861E-03  4.0186E-04  1.3037E-03 -2.8301E-03
    6   0 -2.3094E-03  7.4758E-04  4.8834E-04  1.0043E-03
    7   0  2.0845E-04 -5.6057E-04 -4.9035E-04  7.2673E-04
    8   0  8.8924E-05  9.4444E-05 -1.1096E-04 -3.4877E-04

 LEGEND
 ------

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

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

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


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

    1  5.90E-01  2.14E-01  8.78E-02  5.28E-03  6.62E-04  1.10E+00  1.719E+00  2.371E-01 3.91207E+01 1.22E-02  1.000   1.12   0.86
  100  1.23E-05  6.30E-06  3.37E-06  2.07E-09  1.73E-09  1.10E+00  1.694E+00  2.470E-01 3.42400E+01 1.44E-02  1.000   1.12   1.04
  134  9.12E-07  8.12E-07  1.50E-07  5.40E-11  3.35E-10  1.10E+00  1.706E+00  2.408E-01 3.42392E+01 1.44E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.059E-07 d(ln R0)/dt =  1.082E-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  6.79E-02  1.58E-05  2.67E-09  1.79E-09  1.10E+00  1.706E+00  2.407E-01 3.42387E+01 1.45E-02  1.000   1.12   1.07
  100  8.77E-05  6.06E-05  1.73E-07  7.39E-11  8.75E-11  5.11E-01  1.707E+00  2.401E-01 3.65731E+01 1.35E-02  1.033   1.12   1.11
  200  1.04E-05  4.82E-06  3.10E-08  9.49E-11  9.22E-12  5.11E-01  1.708E+00  2.381E-01 3.64043E+01 1.36E-02  1.031   1.12   1.12
  300  1.11E-06  7.23E-07  1.05E-08  2.41E-12  1.77E-12  5.11E-01  1.713E+00  2.375E-01 3.52517E+01 1.41E-02  1.014   1.12   1.12
  400  2.95E-07  2.02E-07  4.99E-09  3.55E-13  3.33E-13  5.11E-01  1.716E+00  2.371E-01 3.44093E+01 1.44E-02  1.002   1.12   1.12
  500  1.20E-07  6.13E-08  1.94E-09  9.96E-14  7.50E-14  5.11E-01  1.718E+00  2.366E-01 3.38097E+01 1.47E-02  0.994   1.12   1.12
  600  4.92E-08  3.21E-08  7.62E-10  2.13E-14  2.87E-14  5.11E-01  1.720E+00  2.364E-01 3.33615E+01 1.49E-02  0.987   1.12   1.12
  700  2.63E-08  1.65E-08  3.15E-10  8.47E-14  1.51E-14  5.11E-01  1.720E+00  2.363E-01 3.30377E+01 1.50E-02  0.983   1.12   1.12
  800  1.35E-08  7.53E-09  1.25E-10  6.00E-15  7.23E-15  5.11E-01  1.721E+00  2.361E-01 3.26601E+01 1.52E-02  0.977   1.12   1.12
  862  9.98E-09  5.82E-09  8.39E-11  8.38E-15  1.43E-15  5.11E-01  1.722E+00  2.360E-01 3.25374E+01 1.52E-02  0.975   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.726E-05 d(ln R0)/dt =  2.173E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.125644

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2041E+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:  4.2881E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.435000 TO TG2=    2.440000 @ NSTEP      420
   GFRAME TG2 MOMENTS CHECKSUM:  1.2464953814539E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    420
 TA= 2.43500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.31573E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    421
 TA= 2.43526E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.22470E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    426
 TA= 2.43649E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.98355E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    431
 TA= 2.43763E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.77116E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    436
 TA= 2.43869E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.58254E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    442
 TA= 2.43988E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.24426E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  62  underweight particles.
 %DEPALL specie #1  ->   42895 -      0 (killed) +  10414 (dep) =  53309 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1723 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.365197E+08  2.361800E+08
 %DEPSUB - XKSID =  1.003327E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.844183E+07  9.843715E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.297125E+07  9.291268E+07
 %ORBALL:  In processor     0: orbit # IORB=  19360 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.122513E+08  1.122511E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.761142E+08  2.757364E+08
 %ORBALL:  In processor     0: orbit # IORB=  25978 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  31133 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.107818E+08  2.105341E+08
 %ORBALL:  In processor     0: orbit # IORB=  42931 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45068 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45362 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45606 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45652 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47401 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48563 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48594 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49137 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49291 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50664 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53118 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53369 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.973608E+08  1.973497E+08
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=53309 SPL=    0 TOT=42467
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.2898682E-01 -2.5836004E+00  1.6507381E+08  7.4737466E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    443
 TA= 2.44000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.55533E-04
 --> plasma_hash("gframe"): TA= 2.440000E+00 NSTEP=   443 Hash code:  104086726
 ->PRGCHK: bdy curvature ratio at t= 2.4450E+00 seconds is:  4.3078E-02
 % MHDEQ: TG1= 2.4399999999999968 ; TG2= 2.4449999999999967

 *** 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     -3.059E+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  1.5449E+00  0.0000E+00  3.2491E-01  0.0000E+00  1.7216E+00  2.3600E-01
    1   0  5.5382E-01 -7.5638E-02 -7.5638E-02  7.7725E-01
    2   0  9.6325E-02 -1.7877E-02  2.4501E-02 -3.8305E-02
    3   0 -1.0045E-02  1.3903E-02 -4.2146E-03  1.2301E-02
    4   0 -2.8163E-03 -6.4341E-03 -3.6496E-03  1.6580E-03
    5   0  4.9498E-03  4.3564E-04  1.3583E-03 -2.7959E-03
    6   0 -2.3213E-03  7.4442E-04  4.9535E-04  1.0346E-03
    7   0  2.1184E-04 -5.0409E-04 -4.8301E-04  7.4793E-04
    8   0  3.1861E-05  9.3548E-05 -1.0862E-04 -3.1028E-04

 LEGEND
 ------

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

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

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


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

    1  6.08E-01  2.22E-01  8.90E-02  5.29E-03  6.74E-04  1.10E+00  1.722E+00  2.360E-01 3.92076E+01 1.24E-02  1.000   1.13   0.85
  100  1.07E-05  5.69E-06  2.97E-06  1.73E-09  1.57E-09  1.10E+00  1.694E+00  2.464E-01 3.42508E+01 1.46E-02  1.000   1.13   1.04
  138  8.88E-07  4.98E-07  1.49E-07  9.83E-11  8.32E-11  1.10E+00  1.708E+00  2.397E-01 3.42499E+01 1.47E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.87E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.104E-07 d(ln R0)/dt =  1.313E-04

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

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


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

    1  9.57E-02  7.47E-02  1.67E-05  2.46E-09  1.38E-09  1.10E+00  1.708E+00  2.395E-01 3.42494E+01 1.47E-02  1.000   1.13   1.07
  100  1.01E-04  3.24E-05  1.67E-07  8.43E-11  5.89E-11  5.11E-01  1.708E+00  2.391E-01 3.68727E+01 1.37E-02  1.037   1.13   1.11
  200  9.82E-06  4.19E-06  2.89E-08  9.12E-11  1.17E-11  5.11E-01  1.707E+00  2.377E-01 3.74487E+01 1.34E-02  1.045   1.13   1.12
  300  1.01E-06  6.48E-07  1.05E-08  2.82E-12  2.17E-12  5.11E-01  1.712E+00  2.372E-01 3.62435E+01 1.39E-02  1.028   1.13   1.13
  400  2.51E-07  1.53E-07  5.22E-09  2.66E-13  3.24E-13  5.11E-01  1.716E+00  2.366E-01 3.53139E+01 1.43E-02  1.015   1.13   1.13
  500  1.02E-07  6.26E-08  2.08E-09  7.72E-14  7.96E-14  5.11E-01  1.718E+00  2.361E-01 3.46860E+01 1.46E-02  1.006   1.13   1.13
  600  4.42E-08  2.80E-08  8.14E-10  2.27E-14  3.37E-14  5.11E-01  1.719E+00  2.359E-01 3.41988E+01 1.48E-02  0.999   1.13   1.13
  700  2.50E-08  1.58E-08  3.38E-10  7.51E-14  1.50E-14  5.11E-01  1.720E+00  2.358E-01 3.38697E+01 1.49E-02  0.995   1.13   1.13
  800  1.43E-08  7.62E-09  1.34E-10  7.34E-15  5.98E-15  5.11E-01  1.721E+00  2.356E-01 3.34638E+01 1.51E-02  0.989   1.13   1.13
  856  9.84E-09  6.08E-09  9.39E-11  3.42E-15  2.04E-15  5.11E-01  1.721E+00  2.355E-01 3.33468E+01 1.51E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.57E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.998E-05 d(ln R0)/dt =  2.265E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.75 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):     0.099108

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7759E+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:  4.3078E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.440000 TO TG2=    2.445000 @ NSTEP      443
   GFRAME TG2 MOMENTS CHECKSUM:  1.2462015822439E+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=   453 Hash code:   33255793
 ->PRGCHK: bdy curvature ratio at t= 2.4500E+00 seconds is:  4.3278E-02
 % MHDEQ: TG1= 2.4449999999999967 ; TG2= 2.4499999999999966

 *** 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     -3.061E+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  1.5454E+00  0.0000E+00  3.2463E-01  0.0000E+00  1.7211E+00  2.3555E-01
    1   0  5.5398E-01 -7.5870E-02 -7.5870E-02  7.7773E-01
    2   0  9.6508E-02 -1.7992E-02  2.4710E-02 -3.8316E-02
    3   0 -1.0112E-02  1.3885E-02 -4.2234E-03  1.2389E-02
    4   0 -2.8042E-03 -6.3862E-03 -3.6258E-03  1.6620E-03
    5   0  4.9135E-03  4.6942E-04  1.4128E-03 -2.7618E-03
    6   0 -2.3331E-03  7.4126E-04  5.0235E-04  1.0649E-03
    7   0  2.1522E-04 -4.4762E-04 -4.7567E-04  7.6914E-04
    8   0 -2.5201E-05  9.2651E-05 -1.0628E-04 -2.7179E-04

 LEGEND
 ------

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

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

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


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

    1  5.93E-01  2.17E-01  8.81E-02  5.29E-03  6.71E-04  1.10E+00  1.721E+00  2.355E-01 3.91688E+01 1.25E-02  1.000   1.14   0.86
  100  9.54E-06  5.08E-06  2.72E-06  2.01E-09  1.61E-09  1.10E+00  1.695E+00  2.458E-01 3.42768E+01 1.48E-02  1.000   1.14   1.04
  134  9.27E-07  7.88E-07  1.46E-07  5.46E-11  3.37E-10  1.10E+00  1.708E+00  2.395E-01 3.42760E+01 1.49E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.83E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.508E-07 d(ln R0)/dt =  1.378E-04

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

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


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

    1  9.02E-02  7.01E-02  1.60E-05  2.71E-09  1.80E-09  1.10E+00  1.708E+00  2.393E-01 3.42755E+01 1.49E-02  1.000   1.14   1.07
  100  8.52E-05  6.46E-05  1.90E-07  1.25E-10  8.66E-11  5.11E-01  1.709E+00  2.387E-01 3.74304E+01 1.36E-02  1.044   1.14   1.12
  200  7.59E-06  3.93E-06  3.00E-08  1.01E-10  1.17E-11  5.11E-01  1.707E+00  2.370E-01 3.78582E+01 1.35E-02  1.050   1.14   1.13
  300  8.65E-07  5.79E-07  1.09E-08  3.00E-12  2.20E-12  5.11E-01  1.712E+00  2.365E-01 3.66733E+01 1.39E-02  1.034   1.14   1.14
  400  2.37E-07  1.66E-07  5.37E-09  3.41E-13  3.53E-13  5.11E-01  1.715E+00  2.360E-01 3.57243E+01 1.43E-02  1.021   1.14   1.14
  500  1.01E-07  5.35E-08  2.14E-09  7.64E-14  8.01E-14  5.11E-01  1.717E+00  2.356E-01 3.51019E+01 1.45E-02  1.012   1.14   1.14
  600  4.39E-08  2.66E-08  8.29E-10  2.42E-14  3.43E-14  5.11E-01  1.719E+00  2.354E-01 3.46093E+01 1.47E-02  1.005   1.14   1.14
  700  2.61E-08  1.69E-08  3.44E-10  7.87E-14  1.59E-14  5.11E-01  1.719E+00  2.353E-01 3.42764E+01 1.49E-02  1.000   1.14   1.14
  800  1.30E-08  7.26E-09  1.36E-10  6.15E-15  6.59E-15  5.11E-01  1.720E+00  2.351E-01 3.38669E+01 1.51E-02  0.994   1.14   1.14
  849  9.98E-09  5.96E-09  9.95E-11  2.74E-15  2.31E-15  5.11E-01  1.720E+00  2.351E-01 3.37671E+01 1.51E-02  0.993   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.57E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.857E-05 d(ln R0)/dt =  2.222E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.75 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):     0.084022

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7749E+00 SECONDS
   DATA R*BT AT EDGE:  3.5796E+02
 ps_mhdeq_volumes: u[1] 23210
pdates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3278E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.445000 TO TG2=    2.450000 @ NSTEP      453
   GFRAME TG2 MOMENTS CHECKSUM:  1.2461875680282E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    453
 TA= 2.44500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.15881E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  39  underweight particles.
 %DEPALL specie #1  ->   42467 -      0 (killed) +  10395 (dep) =  52862 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.983951E+08  1.982406E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.406762E+07  8.404141E+07
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 127397.22228586044 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 126885.44205726149 0.E+0 122725.19531250003
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.408654E+07  8.407248E+07
 %ORBALL:  In processor     0: orbit # IORB=  23944 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29945 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.418202E+08  1.417677E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.010705E+08  1.010685E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.383470E+08  1.382851E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.504733E+07  8.489991E+07
 %ORBALL:  In processor     0: orbit # IORB=  43106 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46073 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46200 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46256 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46333 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46790 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48142 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  49710 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50030 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50128 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51460 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51937 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52176 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52442 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53065 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53541 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52862 SPL=    0 TOT=42162
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.8955528E-01  1.5703270E-01  2.8117724E+08  9.0157232E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    457
 TA= 2.45000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 7.27543E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4500000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.450000E+00 NSTEP=   457 Hash code:   80317345
 ->PRGCHK: bdy curvature ratio at t= 2.4550E+00 seconds is:  4.2840E-02
 % MHDEQ: TG1= 2.4499999999999966 ; TG2= 2.4549999999999965

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.055E+00     1.134E+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  1.5445E+00  0.0000E+00  3.2497E-01  0.0000E+00  1.7205E+00  2.3507E-01
    1   0  5.5260E-01 -7.6316E-02 -7.6316E-02  7.7755E-01
    2   0  9.6494E-02 -1.7923E-02  2.4481E-02 -3.7915E-02
    3   0 -1.0093E-02  1.3889E-02 -4.2214E-03  1.2215E-02
    4   0 -2.7178E-03 -6.4133E-03 -3.6380E-03  1.5440E-03
    5   0  4.9689E-03  4.2658E-04  1.3570E-03 -2.8151E-03
    6   0 -2.2757E-03  7.5852E-04  4.9117E-04  1.0455E-03
    7   0  1.8463E-04 -5.0039E-04 -5.2622E-04  7.8662E-04
    8   0  4.5205E-06  3.8810E-05 -1.7221E-04 -2.9399E-04

 LEGEND
 ------

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

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

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


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

    1  6.04E-01  2.22E-01  8.88E-02  5.26E-03  6.84E-04  1.10E+00  1.720E+00  2.351E-01 3.91137E+01 1.26E-02  1.000   1.13   0.86
  100  7.58E-06  4.02E-06  2.20E-06  1.85E-09  1.57E-09  1.10E+00  1.693E+00  2.458E-01 3.42201E+01 1.49E-02  1.000   1.13   1.04
  131  8.95E-07  5.99E-07  2.04E-07  1.73E-10  1.16E-10  1.10E+00  1.705E+00  2.399E-01 3.42192E+01 1.50E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.380E-07 d(ln R0)/dt =  1.696E-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  6.39E-02  1.49E-05  2.09E-09  1.62E-09  1.10E+00  1.706E+00  2.397E-01 3.42188E+01 1.50E-02  1.000   1.13   1.08
  100  1.08E-04  3.43E-05  1.92E-07  7.89E-11  1.02E-10  5.11E-01  1.706E+00  2.391E-01 3.68753E+01 1.39E-02  1.038   1.13   1.12
  200  1.33E-05  5.56E-06  3.52E-08  1.11E-10  1.26E-11  5.11E-01  1.706E+00  2.367E-01 3.71448E+01 1.38E-02  1.041   1.13   1.13
  300  1.11E-06  7.20E-07  1.13E-08  2.60E-12  2.17E-12  5.11E-01  1.712E+00  2.362E-01 3.59694E+01 1.43E-02  1.025   1.13   1.13
  400  2.78E-07  1.68E-07  5.45E-09  4.09E-13  3.60E-13  5.11E-01  1.715E+00  2.357E-01 3.50527E+01 1.46E-02  1.012   1.13   1.13
  500  1.07E-07  6.13E-08  2.16E-09  7.86E-14  8.38E-14  5.11E-01  1.717E+00  2.353E-01 3.44322E+01 1.49E-02  1.003   1.13   1.13
  600  4.63E-08  3.00E-08  8.42E-10  2.28E-14  3.70E-14  5.11E-01  1.718E+00  2.351E-01 3.39580E+01 1.51E-02  0.996   1.13   1.13
  700  2.57E-08  1.57E-08  3.46E-10  8.34E-14  1.91E-14  5.11E-01  1.719E+00  2.350E-01 3.36280E+01 1.53E-02  0.991   1.13   1.13
  800  1.33E-08  7.70E-09  1.38E-10  6.55E-15  7.82E-15  5.11E-01  1.719E+00  2.348E-01 3.32303E+01 1.55E-02  0.986   1.13   1.13
  856  9.79E-09  6.13E-09  9.51E-11  6.80E-15  1.94E-15  5.11E-01  1.720E+00  2.348E-01 3.31210E+01 1.55E-02  0.984   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.823E-05 d(ln R0)/dt =  2.126E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.064592

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1787E+00 SECONDS
   DATA R*BT AT EDGE:  3.5811E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2840E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.450000 TO TG2=    2.455000 @ NSTEP      457
   GFRAME TG2 MOMENTS CHECKSUM:  1.2454950381878E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    457
 TA= 2.45000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 7.27543E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    458
 TA= 2.45013E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.58219E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    464
 TA= 2.45100E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.65380E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    470
 TA= 2.45191E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.73648E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    476
 TA= 2.45287E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 1.82289E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    482
 TA= 2.45388E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 1.91316E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    488
 TA= 2.45494E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 6.24463E-05
 --> plasma_hash("gframe"): TA= 2.455000E+00 NSTEP=   489 Hash code:  114062707
 ->PRGCHK: bdy curvature ratio at t= 2.4600E+00 seconds is:  4.2412E-02
 % MHDEQ: TG1= 2.4549999999999965 ; TG2= 2.4599999999999964

 *** 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     -3.048E+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  1.5436E+00  0.0000E+00  3.2530E-01  0.0000E+00  1.7196E+00  2.3477E-01
    1   0  5.5123E-01 -7.6762E-02 -7.6762E-02  7.7736E-01
    2   0  9.6480E-02 -1.7853E-02  2.4251E-02 -3.7515E-02
    3   0 -1.0073E-02  1.3893E-02 -4.2193E-03  1.2041E-02
    4   0 -2.6314E-03 -6.4404E-03 -3.6502E-03  1.4260E-03
    5   0  5.0244E-03  3.8375E-04  1.3012E-03 -2.8685E-03
    6   0 -2.2183E-03  7.7579E-04  4.7998E-04  1.0261E-03
    7   0  1.5404E-04 -5.5316E-04 -5.7678E-04  8.0411E-04
    8   0  3.4242E-05 -1.5032E-05 -2.3815E-04 -3.1620E-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  6.10E-01  2.26E-01  8.94E-02  5.22E-03  6.93E-04  1.10E+00  1.720E+00  2.348E-01 3.90426E+01 1.25E-02  1.000   1.13   0.86
  100  6.84E-06  3.61E-06  1.94E-06  1.70E-09  1.66E-09  1.10E+00  1.692E+00  2.456E-01 3.41622E+01 1.48E-02  1.000   1.13   1.03
  131  7.66E-07  4.85E-07  1.95E-07  1.76E-10  1.12E-10  1.10E+00  1.705E+00  2.397E-01 3.41613E+01 1.49E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.484E-07 d(ln R0)/dt =  1.709E-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  7.95E-02  5.85E-02  1.43E-05  2.05E-09  1.61E-09  1.10E+00  1.705E+00  2.395E-01 3.41609E+01 1.49E-02  1.000   1.13   1.07
  100  1.10E-04  3.48E-05  1.98E-07  8.07E-11  1.05E-10  5.11E-01  1.706E+00  2.389E-01 3.68436E+01 1.38E-02  1.038   1.13   1.11
  200  1.32E-05  5.36E-06  3.59E-08  1.14E-10  1.30E-11  5.11E-01  1.706E+00  2.364E-01 3.70449E+01 1.37E-02  1.041   1.13   1.13
  300  1.10E-06  7.05E-07  1.15E-08  2.68E-12  2.24E-12  5.11E-01  1.711E+00  2.359E-01 3.58609E+01 1.42E-02  1.024   1.13   1.13
  400  2.71E-07  1.62E-07  5.54E-09  3.98E-13  3.74E-13  5.11E-01  1.714E+00  2.355E-01 3.49411E+01 1.46E-02  1.011   1.13   1.13
  500  1.06E-07  5.94E-08  2.23E-09  8.18E-14  8.77E-14  5.11E-01  1.716E+00  2.350E-01 3.43185E+01 1.49E-02  1.002   1.13   1.13
  600  4.60E-08  3.04E-08  8.72E-10  2.29E-14  3.76E-14  5.11E-01  1.717E+00  2.348E-01 3.38438E+01 1.51E-02  0.995   1.13   1.13
  700  2.57E-08  1.58E-08  3.58E-10  8.35E-14  2.10E-14  5.11E-01  1.718E+00  2.347E-01 3.35084E+01 1.52E-02  0.991   1.13   1.13
  800  1.32E-08  7.79E-09  1.43E-10  6.62E-15  7.99E-15  5.11E-01  1.719E+00  2.345E-01 3.31040E+01 1.54E-02  0.985   1.13   1.13
  856  9.94E-09  6.17E-09  9.94E-11  6.81E-15  1.97E-15  5.11E-01  1.719E+00  2.345E-01 3.29913E+01 1.55E-02  0.983   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.004E-05 d(ln R0)/dt =  2.196E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.062610

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1357E+00 SECONDS
   DATA R*BT AT EDGE:  3.5827E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2412E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.455000 TO TG2=    2.460000 @ NSTEP      489
   GFRAME TG2 MOMENTS CHECKSUM:  1.2445191278043E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    489
 TA= 2.45500E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.00634E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    490
 TA= 2.45520E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.50793E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    496
 TA= 2.45632E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.63934E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    502
 TA= 2.45750E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.76794E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    508
 TA= 2.45873E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.90204E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  25  underweight particles.
 %DEPALL specie #1  ->   42162 -      0 (killed) +  10408 (dep) =  52570 ptcls.
  ORBALL... 
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 123622.59046946921 0.E+0 122725.19531250003
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.700340E+08  1.699594E+08
 %ORBALL:  In processor     0: orbit # IORB=  37570 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.681880E+08  2.678408E+08
 %ORBALL:  In processor     0: orbit # IORB=  41596 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45891 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47019 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.790379E+08  2.789216E+08
 %ORBALL:  In processor     0: orbit # IORB=  47528 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48025 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49137 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50387 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51296 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.272664E+08  1.272584E+08
 %ORBALL:  In processor     0: orbit # IORB=  52166 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52772 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53066 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52570 SPL=    0 TOT=42435
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.0199354E-01 -1.7853143E+00  2.6070659E+08  7.5390209E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    514
 TA= 2.46000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.69304E-04
 --> plasma_hash("gframe"): TA= 2.460000E+00 NSTEP=   514 Hash code:  121643177
 ->PRGCHK: bdy curvature ratio at t= 2.4650E+00 seconds is:  4.2923E-02
 % MHDEQ: TG1= 2.4599999999999964 ; TG2= 2.4649999999999963

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.050E+00     1.126E+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  1.5440E+00  0.0000E+00  3.2416E-01  0.0000E+00  1.7191E+00  2.3446E-01
    1   0  5.5149E-01 -7.6683E-02 -7.6683E-02  7.7823E-01
    2   0  9.6344E-02 -1.7484E-02  2.4282E-02 -3.7792E-02
    3   0 -1.0066E-02  1.3821E-02 -4.1672E-03  1.2030E-02
    4   0 -2.5901E-03 -6.4225E-03 -3.6462E-03  1.4618E-03
    5   0  5.0280E-03  4.2093E-04  1.2909E-03 -2.8900E-03
    6   0 -2.2319E-03  7.2373E-04  4.5032E-04  1.0383E-03
    7   0  1.7025E-04 -5.5132E-04 -5.8111E-04  8.2732E-04
    8   0 -3.4835E-06 -1.1768E-05 -2.1278E-04 -2.9951E-04

 LEGEND
 ------

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

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

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


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

    1  5.98E-01  2.20E-01  8.83E-02  5.22E-03  6.82E-04  1.10E+00  1.719E+00  2.345E-01 3.90060E+01 1.25E-02  1.000   1.13   0.86
  100  7.21E-06  3.92E-06  1.96E-06  1.63E-09  1.91E-09  1.10E+00  1.693E+00  2.446E-01 3.41666E+01 1.48E-02  1.000   1.13   1.03
  131  7.60E-07  4.68E-07  1.89E-07  1.83E-10  1.18E-10  1.10E+00  1.705E+00  2.388E-01 3.41658E+01 1.49E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.270E-07 d(ln R0)/dt =  1.523E-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  7.67E-02  5.64E-02  1.44E-05  2.03E-09  1.60E-09  1.10E+00  1.706E+00  2.387E-01 3.41653E+01 1.49E-02  1.000   1.13   1.07
  100  1.10E-04  3.52E-05  2.00E-07  7.49E-11  1.09E-10  5.11E-01  1.706E+00  2.380E-01 3.66896E+01 1.39E-02  1.036   1.13   1.11
  200  1.39E-05  5.45E-06  3.71E-08  1.13E-10  1.28E-11  5.11E-01  1.707E+00  2.354E-01 3.67262E+01 1.38E-02  1.036   1.13   1.12
  300  1.15E-06  7.36E-07  1.18E-08  2.64E-12  2.22E-12  5.11E-01  1.712E+00  2.349E-01 3.55268E+01 1.43E-02  1.019   1.13   1.13
  400  2.90E-07  1.67E-07  5.74E-09  4.05E-13  3.88E-13  5.11E-01  1.715E+00  2.345E-01 3.46140E+01 1.47E-02  1.006   1.13   1.13
  500  1.07E-07  5.92E-08  2.30E-09  8.63E-14  8.93E-14  5.11E-01  1.717E+00  2.340E-01 3.39936E+01 1.50E-02  0.998   1.13   1.13
  600  4.80E-08  3.11E-08  8.95E-10  2.24E-14  3.74E-14  5.11E-01  1.719E+00  2.338E-01 3.35298E+01 1.52E-02  0.991   1.13   1.13
  700  2.74E-08  1.66E-08  3.66E-10  8.92E-14  2.34E-14  5.11E-01  1.720E+00  2.337E-01 3.31901E+01 1.54E-02  0.986   1.13   1.13
  800  1.33E-08  7.83E-09  1.49E-10  6.31E-15  8.01E-15  5.11E-01  1.720E+00  2.335E-01 3.27890E+01 1.56E-02  0.980   1.13   1.13
  856  9.96E-09  6.16E-09  1.04E-10  8.08E-15  2.12E-15  5.11E-01  1.721E+00  2.334E-01 3.26732E+01 1.56E-02  0.978   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.209E-05 d(ln R0)/dt =  2.305E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.17 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.087007

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1860E+00 SECONDS
   DATA R*BT AT EDGE:  3.5803E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2923E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.460000 TO TG2=    2.465000 @ NSTEP      514
   GFRAME TG2 MOMENTS CHECKSUM:  1.2449956469035E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    514
 TA= 2.46000E+00 CPU TIME= 6.49414E-02 SECONDS.  DT= 2.69304E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    515
 TA= 2.46027E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.36630E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    522
 TA= 2.46216E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.86178E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    529
 TA= 2.46411E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.26450E-04
 --> plasma_hash("gframe"): TA= 2.465000E+00 NSTEP=   532 Hash code:   91134527
 ->PRGCHK: bdy curvature ratio at t= 2.4700E+00 seconds is:  4.3439E-02
 % MHDEQ: TG1= 2.4649999999999963 ; TG2= 2.4699999999999962

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.121E+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  1.5445E+00  0.0000E+00  3.2302E-01  0.0000E+00  1.7207E+00  2.3340E-01
    1   0  5.5174E-01 -7.6604E-02 -7.6604E-02  7.7910E-01
    2   0  9.6208E-02 -1.7114E-02  2.4313E-02 -3.8070E-02
    3   0 -1.0058E-02  1.3748E-02 -4.1152E-03  1.2019E-02
    4   0 -2.5488E-03 -6.4046E-03 -3.6421E-03  1.4976E-03
    5   0  5.0317E-03  4.5812E-04  1.2807E-03 -2.9116E-03
    6   0 -2.2455E-03  6.7168E-04  4.2067E-04  1.0506E-03
    7   0  1.8646E-04 -5.4948E-04 -5.8545E-04  8.5053E-04
    8   0 -4.1209E-05 -8.5042E-06 -1.8741E-04 -2.8283E-04

 LEGEND
 ------

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

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

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


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

    1  6.14E-01  2.24E-01  8.90E-02  5.24E-03  6.87E-04  1.10E+00  1.721E+00  2.334E-01 3.90574E+01 1.30E-02  1.000   1.12   0.85
  100  6.71E-06  3.67E-06  1.96E-06  1.56E-09  1.68E-09  1.10E+00  1.692E+00  2.439E-01 3.41475E+01 1.53E-02  1.000   1.12   1.03
  131  7.72E-07  4.91E-07  1.99E-07  1.68E-10  1.19E-10  1.10E+00  1.705E+00  2.382E-01 3.41467E+01 1.54E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.518E-07 d(ln R0)/dt =  1.643E-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  8.55E-02  6.36E-02  1.50E-05  1.96E-09  1.62E-09  1.10E+00  1.705E+00  2.380E-01 3.41462E+01 1.54E-02  1.000   1.12   1.07
  100  1.08E-04  5.35E-05  2.41E-07  6.34E-11  1.08E-10  5.11E-01  1.706E+00  2.374E-01 3.63362E+01 1.45E-02  1.031   1.12   1.11
  200  1.42E-05  6.78E-06  3.82E-08  1.11E-10  1.25E-11  5.11E-01  1.707E+00  2.347E-01 3.63987E+01 1.44E-02  1.032   1.12   1.12
  300  1.18E-06  8.61E-07  1.25E-08  2.31E-12  2.18E-12  5.11E-01  1.712E+00  2.341E-01 3.51112E+01 1.50E-02  1.014   1.12   1.12
  400  3.24E-07  1.87E-07  6.07E-09  4.78E-13  4.08E-13  5.11E-01  1.715E+00  2.337E-01 3.41936E+01 1.54E-02  1.001   1.12   1.12
  500  1.29E-07  6.68E-08  2.43E-09  9.33E-14  9.03E-14  5.11E-01  1.717E+00  2.332E-01 3.35628E+01 1.57E-02  0.992   1.12   1.12
  600  5.28E-08  3.49E-08  9.44E-10  2.36E-14  3.91E-14  5.11E-01  1.719E+00  2.330E-01 3.31026E+01 1.59E-02  0.985   1.12   1.12
  700  3.01E-08  1.86E-08  3.91E-10  1.01E-13  2.34E-14  5.11E-01  1.719E+00  2.329E-01 3.27647E+01 1.61E-02  0.980   1.12   1.12
  800  1.42E-08  8.17E-09  1.59E-10  6.67E-15  9.12E-15  5.11E-01  1.720E+00  2.327E-01 3.23676E+01 1.63E-02  0.974   1.12   1.12
  874  9.84E-09  5.98E-09  1.01E-10  2.15E-14  2.07E-15  5.11E-01  1.721E+00  2.326E-01 3.22123E+01 1.64E-02  0.972   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.174E-05 d(ln R0)/dt =  2.394E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.20 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):     0.119502

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2266E+00 SECONDS
   DATA R*BT AT EDGE:  3.5779E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3439E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.465000 TO TG2=    2.470000 @ NSTEP      532
   GFRAME TG2 MOMENTS CHECKSUM:  1.2451789408168E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    532
 TA= 2.46500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.81392E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    533
 TA= 2.46528E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.47093E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    540
 TA= 2.46743E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.01020E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    547
 TA= 2.46965E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 3.51870E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  20  underweight particles.
 %DEPALL specie #1  ->   42435 -      0 (killed) +  10304 (dep) =  52739 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.712429E+08  1.711533E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.620515E+08  1.619482E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.958077E+08  1.956078E+08
 %ORBALL:  In processor     0: orbit # IORB=   8764 never inside plasma.
 %DEPSUB - XKSID =  1.003118E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.456560E+08  1.455425E+08
 %ORBALL:  In processor     0: orbit # IORB=  18281 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  23734 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.440472E+07  8.430086E+07
 %ORBALL:  In processor     0: orbit # IORB=  27619 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.537382E+08  1.536073E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.545450E+08  1.544192E+08
 %ORBALL:  In processor     0: orbit # IORB=  43909 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0766E+00
 %ORBALL:  In processor     0: orbit # IORB=  44388 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44633 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44710 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45412 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45673 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45767 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45815 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46567 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47138 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48200 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48304 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48669 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48935 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50179 [1] 23799
never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50392 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50570 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51208 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52016 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52711 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52799 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53251 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  54033 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52739 SPL=    0 TOT=41652
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.7183566E-01 -1.9857256E+00  2.6278872E+08 -6.7368451E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    548
 TA= 2.47000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 4.39838E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4700000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.470000E+00 NSTEP=   548 Hash code:   22633858
 ->PRGCHK: bdy curvature ratio at t= 2.4750E+00 seconds is:  4.3299E-02
 % MHDEQ: TG1= 2.4699999999999962 ; TG2= 2.4749999999999961

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.131E+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  1.5446E+00  0.0000E+00  3.2316E-01  0.0000E+00  1.7206E+00  2.3260E-01
    1   0  5.5186E-01 -7.6670E-02 -7.6670E-02  7.7950E-01
    2   0  9.6234E-02 -1.7173E-02  2.4558E-02 -3.7969E-02
    3   0 -1.0130E-02  1.3760E-02 -4.2509E-03  1.2151E-02
    4   0 -2.6253E-03 -6.4461E-03 -3.7028E-03  1.4962E-03
    5   0  5.0027E-03  4.1258E-04  1.2766E-03 -2.8758E-03
    6   0 -2.2753E-03  6.3655E-04  3.9004E-04  1.0528E-03
    7   0  1.9333E-04 -5.5564E-04 -5.6554E-04  8.1239E-04
    8   0 -3.1606E-05 -8.0900E-06 -1.5247E-04 -2.8593E-04

 LEGEND
 ------

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

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

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


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

    1  6.15E-01  2.28E-01  8.93E-02  5.25E-03  7.05E-04  1.10E+00  1.721E+00  2.326E-01 3.89984E+01 1.34E-02  1.000   1.13   0.84
  100  6.20E-06  3.66E-06  1.90E-06  1.63E-09  1.75E-09  1.10E+00  1.692E+00  2.441E-01 3.41037E+01 1.59E-02  1.000   1.13   1.03
  131  7.77E-07  4.70E-07  1.98E-07  1.79E-10  1.26E-10  1.10E+00  1.704E+00  2.384E-01 3.41028E+01 1.59E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.80E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.518E-07 d(ln R0)/dt =  1.554E-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  9.95E-02  7.37E-02  1.60E-05  1.81E-09  1.60E-09  1.10E+00  1.704E+00  2.383E-01 3.41024E+01 1.59E-02  1.000   1.13   1.07
  100  2.04E-05  1.04E-05  1.51E-07  9.97E-11  2.08E-10  5.26E-01  1.705E+00  2.375E-01 3.74704E+01 1.45E-02  1.047   1.13   1.12
  200  3.07E-06  1.44E-06  2.87E-08  8.58E-11  2.49E-11  5.26E-01  1.704E+00  2.353E-01 3.78031E+01 1.44E-02  1.052   1.13   1.13
  300  3.11E-07  1.90E-07  1.25E-08  2.43E-12  1.99E-12  5.26E-01  1.710E+00  2.346E-01 3.60413E+01 1.51E-02  1.028   1.13   1.13
  400  1.23E-07  7.19E-08  5.97E-09  4.52E-13  4.84E-13  5.26E-01  1.713E+00  2.342E-01 3.51524E+01 1.55E-02  1.015   1.13   1.13
  500  5.97E-08  3.63E-08  2.20E-09  1.69E-13  1.47E-13  5.26E-01  1.715E+00  2.337E-01 3.45459E+01 1.58E-02  1.006   1.13   1.13
  600  3.02E-08  1.77E-08  8.24E-10  2.33E-14  6.31E-14  5.26E-01  1.716E+00  2.335E-01 3.40199E+01 1.60E-02  0.999   1.13   1.13
  700  1.90E-08  1.12E-08  3.55E-10  6.67E-14  3.01E-14  5.26E-01  1.717E+00  2.334E-01 3.36857E+01 1.62E-02  0.994   1.13   1.13
  800  1.10E-08  6.39E-09  1.40E-10  3.18E-15  8.32E-15  5.26E-01  1.717E+00  2.333E-01 3.33648E+01 1.63E-02  0.989   1.13   1.13
  822  9.93E-09  5.81E-09  1.19E-10  4.91E-15  2.94E-15  5.26E-01  1.717E+00  2.332E-01 3.33184E+01 1.63E-02  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.49E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.756E-05 d(ln R0)/dt =  2.106E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.67 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.170653

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6948E+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:  4.3299E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.470000 TO TG2=    2.475000 @ NSTEP      548
   GFRAME TG2 MOMENTS CHECKSUM:  1.2442548834984E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    548
 TA= 2.47000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.39838E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    549
 TA= 2.47044E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 5.49797E-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=   558 Hash code:   40085869
 ->PRGCHK: bdy curvature ratio at t= 2.4800E+00 seconds is:  4.3159E-02
 % MHDEQ: TG1= 2.4749999999999961 ; TG2= 2.479999999999996

 *** 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     -3.053E+00     1.140E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5448E+00  0.0000E+00  3.2330E-01  0.0000E+00  1.7175E+00  2.3324E-01
    1   0  5.5198E-01 -7.6736E-02 -7.6736E-02  7.7990E-01
    2   0  9.6260E-02 -1.7231E-02  2.4803E-02 -3.7868E-02
    3   0 -1.0202E-02  1.3771E-02 -4.3867E-03  1.2283E-02
    4   0 -2.7018E-03 -6.4875E-03 -3.7635E-03  1.4948E-03
    5   0  4.9737E-03  3.6704E-04  1.2725E-03 -2.8399E-03
    6   0 -2.3052E-03  6.0141E-04  3.5942E-04  1.0550E-03
    7   0  2.0021E-04 -5.6181E-04 -5.4563E-04  7.7425E-04
    8   0 -2.2003E-05 -7.6758E-06 -1.1752E-04 -2.8904E-04

 LEGEND
 ------

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

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

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


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

    1  5.74E-01  2.14E-01  8.68E-02  5.22E-03  6.93E-04  1.10E+00  1.717E+00  2.332E-01 3.88083E+01 1.35E-02  1.000   1.14   0.84
  100  7.98E-06  5.65E-06  1.78E-06  1.40E-09  2.53E-09  1.10E+00  1.697E+00  2.429E-01 3.40908E+01 1.59E-02  1.000   1.14   1.04
  128  9.68E-07  6.11E-07  2.15E-07  7.30E-11  7.11E-10  1.10E+00  1.706E+00  2.385E-01 3.40902E+01 1.60E-02  1.000   1.14   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.823E-07 d(ln R0)/dt =  1.135E-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  6.92E-02  1.52E-05  1.77E-09  1.98E-09  1.10E+00  1.706E+00  2.383E-01 3.40898E+01 1.60E-02  1.000   1.14   1.07
  100  1.17E-04  3.03E-05  2.10E-07  1.08E-10  1.32E-10  5.11E-01  1.706E+00  2.376E-01 3.74967E+01 1.46E-02  1.048   1.14   1.12
  200  1.07E-05  4.25E-06  3.84E-08  1.35E-10  1.74E-11  5.11E-01  1.705E+00  2.351E-01 3.83066E+01 1.42E-02  1.059   1.14   1.13
  300  1.06E-06  5.87E-07  1.34E-08  3.12E-12  3.02E-12  5.11E-01  1.710E+00  2.347E-01 3.70665E+01 1.47E-02  1.042   1.14   1.14
  400  2.74E-07  1.64E-07  6.74E-09  4.75E-13  4.79E-13  5.11E-01  1.713E+00  2.342E-01 3.59895E+01 1.52E-02  1.027   1.14   1.14
  500  9.31E-08  5.14E-08  2.76E-09  7.40E-14  1.06E-13  5.11E-01  1.715E+00  2.338E-01 3.53194E+01 1.55E-02  1.018   1.14   1.14
  600  4.96E-08  2.75E-08  1.05E-09  3.01E-14  4.42E-14  5.11E-01  1.716E+00  2.336E-01 3.48010E+01 1.57E-02  1.010   1.14   1.14
  700  2.76E-08  1.55E-08  4.39E-10  7.68E-14  2.18E-14  5.11E-01  1.717E+00  2.335E-01 3.44710E+01 1.59E-02  1.006   1.14   1.14
  800  1.42E-08  7.40E-09  1.73E-10  7.77E-15  8.24E-15  5.11E-01  1.718E+00  2.333E-01 3.40699E+01 1.60E-02  1.000   1.14   1.14
  859  9.91E-09  5.85E-09  1.19E-10  8.12E-15  2.38E-15  5.11E-01  1.718E+00  2.332E-01 3.39589E+01 1.61E-02  0.998   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.62E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.857E-05 d(ln R0)/dt =  1.986E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.80 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):     0.134505

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8232E+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:  4.3159E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.475000 TO TG2=    2.480000 @ NSTEP      558
   GFRAME TG2 MOMENTS CHECKSUM:  1.2443638839413E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    558
 TA= 2.47500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 6.34358E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    559
 TA= 2.47550E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 6.28467E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  9  underweight particles.
 %DEPALL specie #1  ->   41652 -      0 (killed) +  10413 (dep) =  52065 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.593533E+08  1.592191E+08
 %ORBALL:  In processor     0: orbit # IORB=   6466 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.858039E+08  1.857365E+08
 %ORBALL:  In processor     0: orbit # IORB=  10195 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11858 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.080068E+08  2.079370E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.691321E+08  1.690925E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.911384E+08  1.910002E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.732173E+08  1.731462E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.121580E+08  2.121410E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.939924E+07  8.936477E+07
 %ORBALL:  In processor     0: orbit # IORB=  31324 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34890 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41533 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.967129E+08  1.966537E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0026E+00
 %ORBALL:  In processor     0: orbit # IORB=  41898 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.506586E+08  1.505568E+08
 %ORBALL:  In processor     0: orbit # IORB=  43584 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43619 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43938 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45011 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45058 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45585 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45794 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46315 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46635 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46666 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47789 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50321 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50403 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51701 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51844 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52357 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52065 SPL=    0 TOT=41356
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.5292839E-01 -1.7814619E+00  1.5788723E+08  6.2312695E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    568
 TA= 2.48000E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 7.11726E-04
 --> plasma_hash("gframe"): TA= 2.480000E+00 NSTEP=   568 Hash code:   51758302
 ->PRGCHK: bdy curvature ratio at t= 2.4850E+00 seconds is:  4.3031E-02
 % MHDEQ: TG1= 2.479999999999996 ; TG2= 2.4849999999999959

 *** 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     -3.051E+00     1.141E+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  1.5445E+00  0.0000E+00  3.2404E-01  0.0000E+00  1.7182E+00  2.3324E-01
    1   0  5.5185E-01 -7.6727E-02 -7.6727E-02  7.7958E-01
    2   0  9.6365E-02 -1.7329E-02  2.4862E-02 -3.7520E-02
    3   0 -1.0233E-02  1.3816E-02 -4.4138E-03  1.2320E-02
    4   0 -2.7876E-03 -6.5026E-03 -3.7943E-03  1.4969E-03
    5   0  4.9694E-03  3.2968E-04  1.2579E-03 -2.8162E-03
    6   0 -2.3033E-03  5.9560E-04  3.6863E-04  1.0194E-03
    7   0  2.1394E-04 -5.4201E-04 -5.2097E-04  7.2632E-04
    8   0  1.7991E-05 -3.1992E-05 -1.2636E-04 -2.9822E-04

 LEGEND
 ------

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

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

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


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

    1  5.87E-01  2.21E-01  8.78E-02  5.22E-03  7.06E-04  1.10E+00  1.718E+00  2.332E-01 3.88253E+01 1.35E-02  1.000   1.14   0.85
  100  7.22E-06  5.34E-06  1.78E-06  1.34E-09  2.42E-09  1.10E+00  1.697E+00  2.438E-01 3.40693E+01 1.60E-02  1.000   1.14   1.05
  128  9.01E-07  5.78E-07  2.09E-07  7.59E-11  7.24E-10  1.10E+00  1.706E+00  2.392E-01 3.40686E+01 1.60E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.944E-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  8.43E-02  6.37E-02  1.44E-05  1.86E-09  2.04E-09  1.10E+00  1.706E+00  2.391E-01 3.40681E+01 1.60E-02  1.000   1.14   1.07
  100  1.13E-04  3.20E-05  2.04E-07  8.89E-11  1.37E-10  5.11E-01  1.707E+00  2.383E-01 3.71810E+01 1.47E-02  1.044   1.14   1.12
  200  1.20E-05  5.19E-06  3.87E-08  1.28E-10  1.59E-11  5.11E-01  1.707E+00  2.355E-01 3.76557E+01 1.45E-02  1.051   1.14   1.13
  300  1.12E-06  6.39E-07  1.28E-08  2.84E-12  2.72E-12  5.11E-01  1.712E+00  2.350E-01 3.64853E+01 1.50E-02  1.034   1.14   1.14
  400  2.84E-07  1.72E-07  6.25E-09  4.84E-13  4.54E-13  5.11E-01  1.715E+00  2.346E-01 3.54901E+01 1.54E-02  1.020   1.14   1.14
  500  9.45E-08  5.13E-08  2.47E-09  7.40E-14  9.60E-14  5.11E-01  1.717E+00  2.341E-01 3.48682E+01 1.57E-02  1.012   1.14   1.14
  600  4.92E-08  2.66E-08  9.36E-10  2.68E-14  4.10E-14  5.11E-01  1.718E+00  2.339E-01 3.43779E+01 1.59E-02  1.004   1.14   1.14
  700  2.68E-08  1.57E-08  3.87E-10  7.63E-14  2.08E-14  5.11E-01  1.719E+00  2.339E-01 3.40617E+01 1.61E-02  1.000   1.14   1.14
  800  1.30E-08  7.04E-09  1.51E-10  6.35E-15  7.92E-15  5.11E-01  1.720E+00  2.337E-01 3.36893E+01 1.63E-02  0.995   1.14   1.14
  831  9.88E-09  5.90E-09  1.22E-10  2.02E-15  3.64E-15  5.11E-01  1.720E+00  2.336E-01 3.36398E+01 1.63E-02  0.994   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.51E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.276E-05 d(ln R0)/dt =  2.011E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.102233

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7080E+00 SECONDS
   DATA R*BT AT EDGE:  3.5743E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3031E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.480000 TO TG2=    2.485000 @ NSTEP      568
   GFRAME TG2 MOMENTS CHECKSUM:  1.2451294770527E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    568
 TA= 2.48000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 7.11726E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    569
 TA= 2.48054E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 6.80801E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    577
 TA= 2.48480E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.02891E-04
 --> plasma_hash("gframe"): TA= 2.485000E+00 NSTEP=   578 Hash code:   28606577
 ->PRGCHK: bdy curvature ratio at t= 2.4900E+00 seconds is:  4.2905E-02
 % MHDEQ: TG1= 2.4849999999999959 ; TG2= 2.4899999999999958

 *** 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     -3.049E+00     1.141E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5443E+00  0.0000E+00  3.2477E-01  0.0000E+00  1.7201E+00  2.3363E-01
    1   0  5.5172E-01 -7.6718E-02 -7.6718E-02  7.7927E-01
    2   0  9.6470E-02 -1.7426E-02  2.4921E-02 -3.7172E-02
    3   0 -1.0264E-02  1.3862E-02 -4.4410E-03  1.2357E-02
    4   0 -2.8734E-03 -6.5176E-03 -3.8251E-03  1.4991E-03
    5   0  4.9652E-03  2.9232E-04  1.2432E-03 -2.7925E-03
    6   0 -2.3015E-03  5.8978E-04  3.7784E-04  9.8385E-04
    7   0  2.2767E-04 -5.2221E-04 -4.9632E-04  6.7840E-04
    8   0  5.7985E-05 -5.6309E-05 -1.3520E-04 -3.0740E-04

 LEGEND
 ------

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

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

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


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

    1  6.10E-01  2.29E-01  8.94E-02  5.22E-03  7.11E-04  1.10E+00  1.720E+00  2.336E-01 3.88914E+01 1.35E-02  1.000   1.14   0.86
  100  5.29E-06  3.42E-06  1.60E-06  1.55E-09  1.92E-09  1.10E+00  1.695E+00  2.451E-01 3.40433E+01 1.59E-02  1.000   1.14   1.05
  124  9.69E-07  5.90E-07  2.78E-07  3.48E-10  2.34E-10  1.10E+00  1.705E+00  2.407E-01 3.40426E+01 1.60E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.311E-07 d(ln R0)/dt =  1.704E-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  7.39E-02  5.48E-02  1.31E-05  1.82E-09  2.05E-09  1.10E+00  1.705E+00  2.406E-01 3.40421E+01 1.60E-02  1.000   1.14   1.08
  100  9.85E-05  4.43E-05  2.15E-07  7.91E-11  1.80E-10  5.11E-01  1.706E+00  2.396E-01 3.72877E+01 1.46E-02  1.046   1.14   1.13
  200  1.26E-05  5.51E-06  4.18E-08  1.31E-10  1.44E-11  5.11E-01  1.708E+00  2.360E-01 3.73101E+01 1.46E-02  1.046   1.14   1.14
  300  9.63E-07  5.81E-07  1.27E-08  2.71E-12  2.45E-12  5.11E-01  1.713E+00  2.355E-01 3.61971E+01 1.51E-02  1.031   1.14   1.14
  400  2.81E-07  2.05E-07  6.04E-09  5.86E-13  4.64E-13  5.11E-01  1.716E+00  2.352E-01 3.52463E+01 1.55E-02  1.017   1.14   1.14
  500  9.50E-08  5.52E-08  2.32E-09  7.18E-14  9.06E-14  5.11E-01  1.718E+00  2.346E-01 3.46499E+01 1.58E-02  1.009   1.14   1.14
  600  4.52E-08  2.60E-08  8.63E-10  2.30E-14  4.00E-14  5.11E-01  1.719E+00  2.344E-01 3.41957E+01 1.60E-02  1.002   1.14   1.14
  700  2.43E-08  1.53E-08  3.53E-10  8.53E-14  2.46E-14  5.11E-01  1.720E+00  2.344E-01 3.38798E+01 1.61E-02  0.998   1.14   1.14
  800  1.18E-08  6.96E-09  1.39E-10  5.73E-15  8.93E-15  5.11E-01  1.721E+00  2.342E-01 3.35158E+01 1.63E-02  0.992   1.14   1.14
  816  9.96E-09  5.95E-09  1.24E-10  3.17E-15  5.25E-15  5.11E-01  1.721E+00  2.342E-01 3.34912E+01 1.63E-02  0.992   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.46E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.743E-05 d(ln R0)/dt =  2.243E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.63 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.090667

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6519E+00 SECONDS
   DATA R*BT AT EDGE:  3.5738E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2905E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.485000 TO TG2=    2.490000 @ NSTEP      578
   GFRAME TG2 MOMENTS CHECKSUM:  1.2457042878904E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    578
 TA= 2.48500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 6.51797E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    579
 TA= 2.48552E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 6.46778E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    587
 TA= 2.48956E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 4.44419E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  8  underweight particles.
 %DEPALL specie #1  ->   41356 -      0 (killed) +  10444 (dep) =  51800 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.288539E+08  1.288423E+08
 %ORBALL:  In processor     0: orbit # IORB=   1992 never inside plasma.
 %ORBALL:  In processor     0: orbit # [1] 24232
IORB=   6283 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.473481E+08  1.473134E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  15615 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.516621E+08  2.513155E+08
 %ORBALL:  In processor     0: orbit # IORB=  29149 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29241 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40934 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43679 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44115 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44324 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.787383E+08  2.786366E+08
 %ORBALL:  In processor     0: orbit # IORB=  44869 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44953 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45339 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45937 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47365 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47527 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48057 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48439 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.587947E+08  1.587446E+08
 %ORBALL:  In processor     0: orbit # IORB=  48781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49059 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49141 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49152 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51053 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52130 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52232 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51800 SPL=    0 TOT=41406
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.0054993E-01 -1.8339468E+00  1.3817960E+08  6.6627297E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    588
 TA= 2.49000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 5.55523E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4900000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.490000E+00 NSTEP=   588 Hash code:   61638762
 ->PRGCHK: bdy curvature ratio at t= 2.4950E+00 seconds is:  4.2775E-02
 % MHDEQ: TG1= 2.4899999999999958 ; TG2= 2.4949999999999957

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.043E+00     1.134E+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  1.5436E+00  0.0000E+00  3.2610E-01  0.0000E+00  1.7210E+00  2.3416E-01
    1   0  5.5078E-01 -7.6633E-02 -7.6633E-02  7.7860E-01
    2   0  9.6314E-02 -1.7574E-02  2.4972E-02 -3.6741E-02
    3   0 -1.0296E-02  1.3893E-02 -4.3926E-03  1.2405E-02
    4   0 -2.9068E-03 -6.5016E-03 -3.8342E-03  1.4583E-03
    5   0  4.9736E-03  2.9868E-04  1.2661E-03 -2.8134E-03
    6   0 -2.2767E-03  6.0017E-04  4.1081E-04  9.6337E-04
    7   0  2.4400E-04 -4.8651E-04 -4.8831E-04  6.5097E-04
    8   0  8.7964E-05 -7.6106E-05 -1.5277E-04 -3.1676E-04

 LEGEND
 ------

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

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

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


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

    1  6.34E-01  2.37E-01  9.10E-02  5.20E-03  7.21E-04  1.10E+00  1.721E+00  2.342E-01 3.89042E+01 1.34E-02  1.000   1.13   0.87
  100  5.90E-06  4.01E-06  1.75E-06  1.01E-09  1.96E-09  1.10E+00  1.695E+00  2.458E-01 3.39888E+01 1.59E-02  1.000   1.13   1.05
  128  8.52E-07  5.44E-07  1.98E-07  9.49E-11  6.35E-10  1.10E+00  1.706E+00  2.410E-01 3.39881E+01 1.59E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.88E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.772E-07 d(ln R0)/dt =  1.672E-04

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

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


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

    1  6.96E-02  5.31E-02  1.30E-05  2.42E-09  2.31E-09  1.10E+00  1.706E+00  2.409E-01 3.39876E+01 1.60E-02  1.000   1.13   1.08
  100  1.01E-04  3.43E-05  2.07E-07  7.04E-11  1.36E-10  5.11E-01  1.707E+00  2.401E-01 3.65510E+01 1.48E-02  1.036   1.13   1.12
  200  1.32E-05  6.09E-06  3.92E-08  1.07E-10  1.31E-11  5.11E-01  1.709E+00  2.370E-01 3.65405E+01 1.48E-02  1.036   1.13   1.13
  300  1.10E-06  7.01E-07  1.19E-08  2.37E-12  2.13E-12  5.11E-01  1.714E+00  2.364E-01 3.53539E+01 1.54E-02  1.020   1.13   1.13
  400  2.90E-07  1.82E-07  5.46E-09  4.46E-13  4.02E-13  5.11E-01  1.717E+00  2.360E-01 3.44996E+01 1.57E-02  1.007   1.13   1.13
  500  9.78E-08  5.43E-08  2.04E-09  9.39E-14  8.04E-14  5.11E-01  1.719E+00  2.356E-01 3.39257E+01 1.60E-02  0.999   1.13   1.13
  600  4.75E-08  2.62E-08  7.72E-10  2.25E-14  3.70E-14  5.11E-01  1.720E+00  2.353E-01 3.34835E+01 1.62E-02  0.993   1.13   1.13
  700  2.55E-08  1.72E-08  3.16E-10  9.39E-14  2.33E-14  5.11E-01  1.721E+00  2.353E-01 3.31718E+01 1.64E-02  0.988   1.13   1.13
  800  1.18E-08  7.10E-09  1.29E-10  5.43E-15  8.81E-15  5.11E-01  1.722E+00  2.351E-01 3.28135E+01 1.66E-02  0.983   1.13   1.13
  816  9.97E-09  5.97E-09  1.15E-10  3.35E-15  5.57E-15  5.11E-01  1.722E+00  2.350E-01 3.27873E+01 1.66E-02  0.982   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.61E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.120E-05 d(ln R0)/dt =  2.364E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.80 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):     0.080462

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8154E+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:  4.2775E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.490000 TO TG2=    2.495000 @ NSTEP      588
   GFRAME TG2 MOMENTS CHECKSUM:  1.2463816492063E+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=   598 Hash code:   65331121
 ->PRGCHK: bdy curvature ratio at t= 2.5000E+00 seconds is:  4.2645E-02
 % MHDEQ: TG1= 2.4949999999999957 ; TG2= 2.4999999999999956

 *** 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     -3.037E+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  1.5430E+00  0.0000E+00  3.2742E-01  0.0000E+00  1.7221E+00  2.3505E-01
    1   0  5.4984E-01 -7.6547E-02 -7.6547E-02  7.7792E-01
    2   0  9.6158E-02 -1.7721E-02  2.5022E-02 -3.6310E-02
    3   0 -1.0328E-02  1.3924E-02 -4.3442E-03  1.2453E-02
    4   0 -2.9402E-03 -6.4855E-03 -3.8433E-03  1.4174E-03
    5   0  4.9820E-03  3.0504E-04  1.2890E-03 -2.8344E-03
    6   0 -2.2520E-03  6.1055E-04  4.4379E-04  9.4289E-04
    7   0  2.6033E-04 -4.5081E-04 -4.8029E-04  6.2354E-04
    8   0  1.1794E-04 -9.5904E-05 -1.7034E-04 -3.2611E-04

 LEGEND
 ------

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

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

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


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

    1  6.58E-01  2.44E-01  9.26E-02  5.17E-03  7.24E-04  1.10E+00  1.722E+00  2.350E-01 3.89223E+01 1.33E-02  1.000   1.13   0.86
  100  6.58E-06  3.91E-06  1.78E-06  1.06E-09  1.91E-09  1.10E+00  1.693E+00  2.472E-01 3.39306E+01 1.57E-02  1.000   1.13   1.04
  128  9.12E-07  5.48E-07  1.99E-07  1.19E-10  5.62E-10  1.10E+00  1.704E+00  2.424E-01 3.39298E+01 1.58E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.48E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.489E-07 d(ln R0)/dt =  1.987E-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  7.08E-02  5.35E-02  1.32E-05  2.69E-09  2.47E-09  1.10E+00  1.704E+00  2.423E-01 3.39295E+01 1.58E-02  1.000   1.13   1.07
  100  1.04E-04  3.44E-05  2.13E-07  6.79E-11  1.38E-10  5.11E-01  1.705E+00  2.414E-01 3.64425E+01 1.48E-02  1.036   1.13   1.11
  200  1.36E-05  6.13E-06  4.00E-08  1.04E-10  1.26E-11  5.11E-01  1.707E+00  2.384E-01 3.63223E+01 1.48E-02  1.034   1.13   1.12
  300  1.14E-06  7.36E-07  1.21E-08  2.35E-12  2.05E-12  5.11E-01  1.713E+00  2.377E-01 3.50778E+01 1.53E-02  1.017   1.13   1.13
  400  3.02E-07  1.88E-07  5.52E-09  4.50E-13  3.97E-13  5.11E-01  1.716E+00  2.374E-01 3.42127E+01 1.57E-02  1.004   1.13   1.13
  500  1.03E-07  5.59E-08  2.08E-09  9.76E-14  8.24E-14  5.11E-01  1.718E+00  2.369E-01 3.36205E+01 1.60E-02  0.996   1.13   1.13
  600  5.06E-08  2.75E-08  7.92E-10  2.17E-14  3.63E-14  5.11E-01  1.719E+00  2.367E-01 3.31887E+01 1.62E-02  0.989   1.13   1.13
  700  2.71E-08  1.83E-08  3.22E-10  9.71E-14  2.32E-14  5.11E-01  1.720E+00  2.366E-01 3.28704E+01 1.64E-02  0.985   1.13   1.13
  800  1.27E-08  7.53E-09  1.37E-10  5.86E-15  9.45E-15  5.11E-01  1.720E+00  2.364E-01 3.24991E+01 1.66E-02  0.979   1.13   1.13
  826  9.99E-09  6.18E-09  1.11E-10  2.74E-15  4.02E-15  5.11E-01  1.721E+00  2.364E-01 3.24522E+01 1.66E-02  0.978   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.13E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.806E-05 d(ln R0)/dt =  2.293E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.38 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):     0.071028

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.4082E+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:  4.2645E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.495000 TO TG2=    2.500000 @ NSTEP      598
   GFRAME TG2 MOMENTS CHECKSUM:  1.2463697213697E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    598
 TA= 2.49500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 5.99124E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  6  underweight particles.
 %DEPALL specie #1  ->   41406 -      0 (killed) +  10413 (dep) =  51819 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.430783E+08  1.429748E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.587347E+08  1.587154E+08
 %ORBALL:  In processor     0: orbit # IORB=  14151 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.221865E+08  2.221190E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.421329E+08  2.418810E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.650335E+08  1.649678E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.555506E+08  2.554273E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.551466E+08  2.549096E+08
 %ORBALL:  In processor     0: orbit # IORB=  37401 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40561 never inside plasma.
 %DEPSUB - XKSID =  1.001407E+00
 %ORBALL:  In processor     0: orbit # IORB=  42362 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43629 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46011 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46597 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47460 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47592 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48214 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50304 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50807 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51131 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51463 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52166 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52491 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51819 SPL=    0 TOT=41584
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.4107081E-01 -2.4151866E+00  1.2809637E+08 -4.9821073E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    609
 TA= 2.50000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.98993E-04
 --> plasma_hash("gframe"): TA= 2.500000E+00 NSTEP=   609 Hash code:  107791200
 ->PRGCHK: bdy curvature ratio at t= 2.5050E+00 seconds is:  4.2083E-02
 % MHDEQ: TG1= 2.4999999999999956 ; TG2= 2.5049999999999955

 *** 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     -3.027E+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  1.5423E+00  0.0000E+00  3.2949E-01  0.0000E+00  1.7206E+00  2.3637E-01
    1   0  5.4753E-01 -7.6545E-02 -7.6545E-02  7.7780E-01
    2   0  9.5303E-02 -1.8144E-02  2.5611E-02 -3.6041E-02
    3   0 -1.0504E-02  1.3891E-02 -4.4825E-03  1.2834E-02
    4   0 -2.8988E-03 -6.4930E-03 -3.9093E-03  1.2460E-03
    5   0  4.9430E-03  3.4609E-04  1.4276E-03 -2.8978E-03
    6   0 -2.2570E-03  6.0021E-04  4.3871E-04  1.0401E-03
    7   0  2.6129E-04 -4.4325E-04 -5.0803E-04  6.3099E-04
    8   0  8.1251E-05 -4.9118E-05 -1.0056E-04 -3.3324E-04

 LEGEND
 ------

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

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

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


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

    1  6.61E-01  2.44E-01  9.29E-02  5.11E-03  7.20E-04  1.10E+00  1.721E+00  2.364E-01 3.88047E+01 1.32E-02  1.000   1.13   0.86
  100  7.12E-06  4.18E-06  1.87E-06  9.91E-10  2.08E-09  1.10E+00  1.691E+00  2.487E-01 3.38372E+01 1.56E-02  1.000   1.13   1.03
  128  9.57E-07  5.42E-07  2.02E-07  1.23E-10  5.60E-10  1.10E+00  1.702E+00  2.440E-01 3.38365E+01 1.57E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.548E-07 d(ln R0)/dt =  1.995E-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  5.49E-02  1.37E-05  2.91E-09  2.60E-09  1.10E+00  1.702E+00  2.438E-01 3.38362E+01 1.57E-02  1.000   1.13   1.06
  100  1.10E-04  3.47E-05  2.22E-07  8.44E-11  1.34E-10  5.11E-01  1.703E+00  2.430E-01 3.69131E+01 1.44E-02  1.044   1.13   1.11
  200  1.18E-05  4.91E-06  3.86E-08  1.16E-10  1.40E-11  5.11E-01  1.703E+00  2.403E-01 3.71460E+01 1.43E-02  1.047   1.13   1.12
  300  1.02E-06  6.52E-07  1.21E-08  2.98E-12  2.35E-12  5.11E-01  1.709E+00  2.396E-01 3.58854E+01 1.48E-02  1.029   1.13   1.13
  400  2.59E-07  1.55E-07  5.77E-09  3.99E-13  4.01E-13  5.11E-01  1.712E+00  2.392E-01 3.49176E+01 1.52E-02  1.016   1.13   1.13
  500  9.89E-08  4.98E-08  2.27E-09  8.41E-14  9.18E-14  5.11E-01  1.713E+00  2.387E-01 3.42845E+01 1.55E-02  1.007   1.13   1.13
  600  4.93E-08  2.59E-08  8.63E-10  2.27E-14  3.65E-14  5.11E-01  1.715E+00  2.386E-01 3.38277E+01 1.57E-02  1.000   1.13   1.13
  700  2.64E-08  1.57E-08  3.49E-10  9.03E-14  2.20E-14  5.11E-01  1.715E+00  2.385E-01 3.34952E+01 1.59E-02  0.995   1.13   1.13
  800  1.29E-08  7.28E-09  1.52E-10  6.30E-15  9.05E-15  5.11E-01  1.716E+00  2.383E-01 3.30846E+01 1.61E-02  0.989   1.13   1.13
  845  9.86E-09  5.80E-09  1.14E-10  3.16E-15  2.56E-15  5.11E-01  1.716E+00  2.382E-01 3.29922E+01 1.61E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.55E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.789E-05 d(ln R0)/dt =  2.215E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.72 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):     0.093181

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7480E+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:  4.2083E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.500000 TO TG2=    2.505000 @ NSTEP      609
   GFRAME TG2 MOMENTS CHECKSUM:  1.2450422325176E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    609
 TA= 2.50000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.98993E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    610
 TA= 2.50021E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 2.63117E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    621
 TA= 2.50235E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 2.27098E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    635
 TA= 2.50467E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 1.90336E-04
 --> plasma_hash("gframe"): TA= 2.505000E+00 NSTEP=   637 Hash code:   59232608
 ->PRGCHK: bdy curvature ratio at t= 2.5100E+00 seconds is:  4.1539E-02
 % MHDEQ: TG1= 2.5049999999999955 ; TG2= 2.5099999999999953

 *** 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     -3.017E+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  1.5417E+00  0.0000E+00  3.3155E-01  0.0000E+00  1.7164E+00  2.3823E-01
    1   0  5.4523E-01 -7.6543E-02 -7.6543E-02  7.7767E-01
    2   0  9.4449E-02 -1.8567E-02  2.6199E-02 -3.5771E-02
    3   0 -1.0680E-02  1.3857E-02 -4.6207E-03  1.3215E-02
    4   0 -2.8574E-03 -6.5004E-03 -3.9752E-03  1.0746E-03
    5   0  4.9039E-03  3.8714E-04  1.5663E-03 -2.9612E-03
    6   0 -2.2621E-03  5.8986E-04  4.3363E-04  1.1373E-03
    7   0  2.6225E-04 -4.3569E-04 -5.3577E-04  6.3843E-04
    8   0  4.4559E-05 -2.3323E-06 -3.0771E-05 -3.4036E-04

 LEGEND
 ------

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

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

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


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

    1  6.27E-01  2.31E-01  9.12E-02  5.04E-03  7.05E-04  1.10E+00  1.716E+00  2.382E-01 3.85663E+01 1.29E-02  1.000   1.13   0.85
  100  6.11E-06  3.81E-06  1.66E-06  1.31E-09  1.90E-09  1.10E+00  1.687E+00  2.506E-01 3.37636E+01 1.52E-02  1.000   1.13   1.03
  128  9.31E-07  4.97E-07  1.86E-07  9.09E-11  6.26E-10  1.10E+00  1.699E+00  2.457E-01 3.37628E+01 1.53E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.86E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.172E-07 d(ln R0)/dt =  1.871E-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  8.80E-02  6.08E-02  1.47E-05  2.59E-09  2.47E-09  1.10E+00  1.699E+00  2.456E-01 3.37626E+01 1.53E-02  1.000   1.13   1.06
  100  1.20E-04  3.54E-05  2.14E-07  9.17E-11  1.34E-10  5.11E-01  1.700E+00  2.448E-01 3.70092E+01 1.40E-02  1.046   1.13   1.11
  200  1.31E-05  5.19E-06  3.79E-08  1.22E-10  1.45E-11  5.11E-01  1.699E+00  2.422E-01 3.73487E+01 1.38E-02  1.051   1.13   1.13
  300  1.09E-06  6.64E-07  1.20E-08  2.82E-12  2.49E-12  5.11E-01  1.705E+00  2.416E-01 3.61392E+01 1.43E-02  1.034   1.13   1.13
  400  2.67E-07  1.58E-07  5.82E-09  3.84E-13  4.05E-13  5.11E-01  1.708E+00  2.412E-01 3.51255E+01 1.47E-02  1.020   1.13   1.13
  500  1.11E-07  5.56E-08  2.34E-09  7.60E-14  9.24E-14  5.11E-01  1.709E+00  2.407E-01 3.44777E+01 1.50E-02  1.010   1.13   1.13
  600  4.89E-08  2.59E-08  8.82E-10  2.20E-14  3.58E-14  5.11E-01  1.710E+00  2.406E-01 3.40019E+01 1.52E-02  1.003   1.13   1.13
  700  2.85E-08  1.68E-08  3.60E-10  7.03E-14  1.89E-14  5.11E-01  1.711E+00  2.405E-01 3.36789E+01 1.54E-02  0.999   1.13   1.13
  800  1.47E-08  7.40E-09  1.43E-10  6.32E-15  7.72E-15  5.11E-01  1.712E+00  2.403E-01 3.32903E+01 1.55E-02  0.993   1.13   1.13
  868  9.97E-09  5.46E-09  9.37E-11  1.07E-14  1.81E-15  5.11E-01  1.712E+00  2.402E-01 3.31631E+01 1.56E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.585E-05 d(ln R0)/dt =  1.866E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.19 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):     0.068598

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2192E+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:  4.1539E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.505000 TO TG2=    2.510000 @ NSTEP      637
   GFRAME TG2 MOMENTS CHECKSUM:  1.2435064464578E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    637
 TA= 2.50500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.88056E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    638
 TA= 2.50515E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.83068E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    652
 TA= 2.50703E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.55872E-04
 *** FULL [1] 24839
NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    666
 TA= 2.50864E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.33891E-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  ->   41584 -      0 (killed) +  10377 (dep) =  51961 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.897517E+08  1.897032E+08
 %ORBALL:  In processor     0: orbit # IORB=   9056 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.089338E+08  2.088177E+08
 %DEPSUB - XKSID =  1.005620E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.414122E+08  2.412936E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.850151E+08  1.849596E+08
 %ORBALL:  In processor     0: orbit # IORB=  31138 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42462 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42633 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43577 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43854 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44686 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45462 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45731 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46248 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46267 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46644 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47416 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47805 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.751450E+08  2.747421E+08
 %ORBALL:  In processor     0: orbit # IORB=  48511 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.975375E+08  1.973865E+08
 %ORBALL:  In processor     0: orbit # IORB=  48674 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48697 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50519 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50802 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51816 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52316 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52324 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51961 SPL=    0 TOT=42442
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.8608778E-01  1.9109221E+00  2.5668458E+08 -1.1001783E-02
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    680
 TA= 2.51000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.37032E-05
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.5100000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.510000E+00 NSTEP=   680 Hash code:   93779530
 ->PRGCHK: bdy curvature ratio at t= 2.5150E+00 seconds is:  4.1771E-02
 % MHDEQ: TG1= 2.5099999999999953 ; TG2= 2.5149999999999952

 *** 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     -3.014E+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  1.5426E+00  0.0000E+00  3.3402E-01  0.0000E+00  1.7121E+00  2.4024E-01
    1   0  5.4436E-01 -7.6143E-02 -7.6143E-02  7.7803E-01
    2   0  9.3004E-02 -1.8460E-02  2.6712E-02 -3.5169E-02
    3   0 -1.1005E-02  1.3690E-02 -4.7544E-03  1.3577E-02
    4   0 -2.6761E-03 -6.5808E-03 -4.0971E-03  8.1972E-04
    5   0  4.8980E-03  4.6072E-04  1.6698E-03 -3.0981E-03
    6   0 -2.2778E-03  5.4679E-04  4.7779E-04  1.2404E-03
    7   0  2.8482E-04 -4.0103E-04 -5.2678E-04  6.7676E-04
    8   0  2.5217E-05  5.2805E-05  9.1324E-06 -3.7087E-04

 LEGEND
 ------

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

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

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


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

    1  5.80E-01  2.15E-01  8.82E-02  4.96E-03  7.02E-04  1.10E+00  1.712E+00  2.402E-01 3.83067E+01 1.27E-02  1.000   1.12   0.85
  100  7.35E-06  3.83E-06  1.39E-06  1.55E-09  2.13E-09  1.10E+00  1.689E+00  2.531E-01 3.37329E+01 1.49E-02  1.000   1.12   1.03
  124  9.94E-07  5.87E-07  2.14E-07  3.02E-10  1.73E-10  1.10E+00  1.697E+00  2.491E-01 3.37323E+01 1.49E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.97E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.448E-07 d(ln R0)/dt =  1.338E-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  9.73E-02  6.54E-02  1.52E-05  1.80E-09  1.98E-09  1.10E+00  1.697E+00  2.490E-01 3.37320E+01 1.49E-02  1.000   1.12   1.06
  100  1.11E-04  3.54E-05  2.01E-07  6.48E-11  1.64E-10  5.11E-01  1.698E+00  2.482E-01 3.65382E+01 1.38E-02  1.040   1.12   1.10
  200  1.81E-05  7.05E-06  4.23E-08  1.26E-10  1.32E-11  5.11E-01  1.699E+00  2.448E-01 3.64191E+01 1.38E-02  1.039   1.12   1.12
  300  1.28E-06  7.13E-07  1.24E-08  2.39E-12  2.21E-12  5.11E-01  1.704E+00  2.444E-01 3.52767E+01 1.43E-02  1.022   1.12   1.12
  400  3.25E-07  2.02E-07  5.84E-09  3.97E-13  4.48E-13  5.11E-01  1.707E+00  2.441E-01 3.42978E+01 1.47E-02  1.008   1.12   1.12
  500  1.16E-07  6.14E-08  2.32E-09  8.22E-14  8.87E-14  5.11E-01  1.709E+00  2.436E-01 3.36491E+01 1.50E-02  0.999   1.12   1.12
  600  5.79E-08  2.94E-08  8.79E-10  1.80E-14  3.28E-14  5.11E-01  1.710E+00  2.435E-01 3.31853E+01 1.52E-02  0.992   1.12   1.12
  700  2.98E-08  1.81E-08  3.61E-10  6.37E-14  2.00E-14  5.11E-01  1.710E+00  2.434E-01 3.28689E+01 1.54E-02  0.987   1.12   1.12
  800  1.59E-08  7.55E-09  1.41E-10  6.90E-15  7.99E-15  5.11E-01  1.711E+00  2.433E-01 3.25055E+01 1.55E-02  0.982   1.12   1.12
  889  9.84E-09  5.27E-09  7.90E-11  1.94E-14  1.85E-15  5.11E-01  1.711E+00  2.432E-01 3.23460E+01 1.56E-02  0.980   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.05E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.056E-05 d(ln R0)/dt =  1.998E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.25 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.045845

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2744E+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:  4.1771E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.510000 TO TG2=    2.515000 @ NSTEP      680
   GFRAME TG2 MOMENTS CHECKSUM:  1.2448839125837E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    680
 TA= 2.51000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.37032E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    681
 TA= 2.51008E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.04629E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    694
 TA= 2.51105E+00 CPU TIME= 7.12891E-02 SECONDS.  DT= 1.11110E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    705
 TA= 2.51194E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 9.36027E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    715
 TA= 2.51281E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 9.81556E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    724
 TA= 2.51363E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.27891E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    732
 TA= 2.51439E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.33802E-04
 --> plasma_hash("gframe"): TA= 2.515000E+00 NSTEP=   739 Hash code:   97823323
 ->PRGCHK: bdy curvature ratio at t= 2.5200E+00 seconds is:  4.2052E-02
 % MHDEQ: TG1= 2.5149999999999952 ; TG2= 2.5199999999999951

 *** 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     1.112E+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  1.5436E+00  0.0000E+00  3.3648E-01  0.0000E+00  1.7114E+00  2.4316E-01
    1   0  5.4349E-01 -7.5742E-02 -7.5742E-02  7.7840E-01
    2   0  9.1559E-02 -1.8354E-02  2.7224E-02 -3.4567E-02
    3   0 -1.1329E-02  1.3522E-02 -4.8880E-03  1.3939E-02
    4   0 -2.4947E-03 -6.6612E-03 -4.2190E-03  5.6483E-04
    5   0  4.8920E-03  5.3430E-04  1.7733E-03 -3.2351E-03
    6   0 -2.2935E-03  5.0372E-04  5.2196E-04  1.3436E-03
    7   0  3.0739E-04 -3.6637E-04 -5.1779E-04  7.1509E-04
    8   0  5.8754E-06  1.0794E-04  4.9036E-05 -4.0138E-04

 LEGEND
 ------

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

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

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


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

    1  5.70E-01  2.05E-01  8.75E-02  4.90E-03  6.78E-04  1.10E+00  1.711E+00  2.432E-01 3.81915E+01 1.29E-02  1.000   1.11   0.84
  100  7.63E-06  3.49E-06  1.20E-06  1.69E-09  2.02E-09  1.10E+00  1.688E+00  2.558E-01 3.36666E+01 1.51E-02  1.000   1.11   1.03
  124  8.41E-07  4.89E-07  1.95E-07  3.39E-10  1.76E-10  1.10E+00  1.696E+00  2.521E-01 3.36661E+01 1.52E-02  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.680E-07 d(ln R0)/dt =  1.383E-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  9.50E-02  6.56E-02  1.53E-05  1.69E-09  1.97E-09  1.10E+00  1.696E+00  2.519E-01 3.36658E+01 1.52E-02  1.000   1.11   1.05
  100  1.18E-04  6.93E-05  2.62E-07  5.45E-11  1.78E-10  5.11E-01  1.697E+00  2.511E-01 3.61883E+01 1.41E-02  1.036   1.11   1.09
  200  1.76E-05  7.50E-06  4.29E-08  1.15E-10  1.31E-11  5.11E-01  1.699E+00  2.476E-01 3.59277E+01 1.42E-02  1.033   1.11   1.11
  300  1.37E-06  9.15E-07  1.30E-08  2.21E-12  1.98E-12  5.11E-01  1.704E+00  2.471E-01 3.47417E+01 1.47E-02  1.016   1.11   1.11
  400  3.65E-07  1.90E-07  5.78E-09  4.07E-13  4.24E-13  5.11E-01  1.706E+00  2.468E-01 3.37847E+01 1.52E-02  1.002   1.11   1.11
  500  1.44E-07  6.65E-08  2.31E-09  1.00E-13  8.34E-14  5.11E-01  1.708E+00  2.464E-01 3.31332E+01 1.55E-02  0.992   1.11   1.11
  600  6.61E-08  3.18E-08  8.88E-10  1.64E-14  3.16E-14  5.11E-01  1.709E+00  2.462E-01 3.26838E+01 1.57E-02  0.986   1.11   1.11
  700  3.52E-08  2.06E-08  3.66E-10  7.33E-14  2.24E-14  5.11E-01  1.710E+00  2.462E-01 3.23595E+01 1.58E-02  0.981   1.11   1.11
  800  1.84E-08  8.21E-09  1.47E-10  6.86E-15  9.60E-15  5.11E-01  1.711E+00  2.460E-01 3.19874E+01 1.60E-02  0.975   1.11   1.11
  900  1.03E-08  5.37E-09  7.82E-11  1.61E-14  1.83E-15  5.11E-01  1.711E+00  2.459E-01 3.17997E+01 1.61E-02  0.972   1.11   1.11
  904  9.97E-09  5.19E-09  7.61E-11  1.43E-14  1.71E-15  5.11E-01  1.711E+00  2.459E-01 3.17930E+01 1.61E-02  0.972   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.216E-05 d(ln R0)/dt =  1.973E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.22 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072991

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2451E+00 SECONDS
   DATA R*BT AT EDGE:  3.5762E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2052E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.515000 TO TG2=    2.520000 @ NSTEP      739
   GFRAME TG2 MOMENTS CHECKSUM:  1.2465748514857E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    739
 TA= 2.51500E+00 CPU TIME= 7.08008E-02 SECONDS.  DT= 1.38810E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    740
 TA= 2.51509E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 1.12625E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    747
 TA= 2.51583E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 1.46651E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    753
 TA= 2.51648E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 1.53311E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    759
 TA= 2.51716E+00 CPU TIME= 6.98242E-02 SECONDS.  DT= 1.60960E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    764
 TA= 2.51781E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 2.08423E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    770
 TA= 2.51895E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.32048E-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  ->   42442 -      0 (killed) +  10181 (dep) =  52623 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.050819E+08  2.050232E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.130443E+08  1.116005E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.445722E+08  1.445214E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.896256E+08  2.891991E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.209622E+08  2.209592E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.435572E+08  1.434391E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  28516 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31462 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.768923E+08  2.768199E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.042031E+08  2.040207E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.701474E+08  1.701067E+08
 %ORBALL:  In processor     0: orbit # IORB=  43396 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.742270E+08  2.741164E+08
 %ORBALL:  In processor     0: orbit # IORB=  44486 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44995 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45482 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45677 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45742 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46081 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46876 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47221 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48099 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48803 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49918 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51272 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51433 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51521 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52068 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52529 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.757385E+08  2.756983E+08
 %ORBALL:  In processor     0: orbit # IORB=  53455 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52623 SPL=    0 TOT=42267
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.1008277E-01 -1.5419811E+00  1.7533460E+08  5.9938579E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    776
 TA= 2.52000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.66231E-04
 --> plasma_hash("gframe"): TA= 2.520000E+00 NSTEP=   776 Hash code:   96473883
 ->PRGCHK: bdy curvature ratio at t= 2.5250E+00 seconds is:  4.2558E-02
 % MHDEQ: TG1= 2.5199999999999951 ; TG2= 2.524999999999995

 *** 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     -3.019E+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  1.5431E+00  0.0000E+00  3.3315E-01  0.0000E+00  1.7109E+00  2.4589E-01
    1   0  5.4544E-01 -7.5577E-02 -7.5577E-02  7.7828E-01
    2   0  9.2898E-02 -1.7998E-02  2.6213E-02 -3.5393E-02
    3   0 -1.0934E-02  1.3595E-02 -4.6500E-03  1.3360E-02
    4   0 -2.5861E-03 -6.6109E-03 -4.0527E-03  8.9846E-04
    5   0  4.9132E-03  5.3037E-04  1.6448E-03 -3.1295E-03
    6   0 -2.2623E-03  5.8073E-04  5.2899E-04  1.2172E-03
    7   0  2.6702E-04 -4.1177E-04 -5.3725E-04  7.2756E-04
    8   0  3.3867E-05  6.9033E-05 -3.9227E-05 -3.8604E-04

 LEGEND
 ------

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

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

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


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

    1  5.31E-01  1.81E-01  8.43E-02  4.93E-03  5.87E-04  1.10E+00  1.711E+00  2.459E-01 3.82351E+01 1.31E-02  1.000   1.12   0.84
  100  9.63E-06  5.23E-06  1.47E-06  1.56E-09  2.41E-09  1.10E+00  1.690E+00  2.526E-01 3.37559E+01 1.54E-02  1.000   1.12   1.04
  131  8.12E-07  4.74E-07  1.73E-07  2.05E-10  1.43E-10  1.10E+00  1.698E+00  2.480E-01 3.37553E+01 1.54E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.81E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.885E-07 d(ln R0)/dt =  1.159E-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  1.02E-01  7.81E-02  1.77E-05  1.95E-09  1.60E-09  1.10E+00  1.698E+00  2.479E-01 3.37551E+01 1.54E-02  1.000   1.12   1.06
  100  2.58E-05  2.06E-05  1.44E-07  6.94E-11  1.62E-10  5.26E-01  1.699E+00  2.472E-01 3.68260E+01 1.42E-02  1.044   1.12   1.11
  200  3.99E-06  1.97E-06  2.79E-08  7.82E-11  2.51E-11  5.26E-01  1.698E+00  2.451E-01 3.66173E+01 1.42E-02  1.041   1.12   1.12
  300  4.27E-07  3.02E-07  1.15E-08  1.95E-12  1.60E-12  5.26E-01  1.703E+00  2.446E-01 3.50504E+01 1.49E-02  1.019   1.12   1.12
  400  1.47E-07  9.94E-08  5.20E-09  3.98E-13  3.77E-13  5.26E-01  1.705E+00  2.443E-01 3.42112E+01 1.53E-02  1.007   1.12   1.12
  500  7.37E-08  3.93E-08  1.94E-09  2.03E-13  1.07E-13  5.26E-01  1.707E+00  2.440E-01 3.36003E+01 1.55E-02  0.998   1.12   1.12
  600  3.86E-08  2.13E-08  7.50E-10  1.59E-14  3.48E-14  5.26E-01  1.708E+00  2.438E-01 3.31120E+01 1.58E-02  0.991   1.12   1.12
  700  2.32E-08  1.23E-08  3.22E-10  6.42E-14  1.98E-14  5.26E-01  1.709E+00  2.438E-01 3.27729E+01 1.59E-02  0.986   1.12   1.12
  800  1.31E-08  6.66E-09  1.26E-10  3.07E-15  5.82E-15  5.26E-01  1.709E+00  2.436E-01 3.24663E+01 1.61E-02  0.981   1.12   1.12
  858  9.84E-09  5.19E-09  8.44E-11  1.52E-14  2.95E-15  5.26E-01  1.709E+00  2.436E-01 3.23395E+01 1.62E-02  0.979   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.61E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.848E-05 d(ln R0)/dt =  2.248E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.79 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):     0.076163

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8184E+00 SECONDS
   DATA R*BT AT EDGE:  3.5763E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2558E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.520000 TO TG2=    2.525000 @ NSTEP      776
   GFRAME TG2 MOMENTS CHECKSUM:  1.2453630138322E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    776
 TA= 2.52000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.66231E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    777
 TA= 2.52010E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.29804E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    785
 TA= 2.52106E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.34613E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    791
 TA= 2.52165E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.82886E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    796
 TA= 2.52199E+00 CPU TIME= 7.17773E-02 SECONDS.  DT= 8.58459E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    802
 TA= 2.52240E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.31742E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    808
 TA= 2.52279E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.07451E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    815
 TA= 2.52324E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.81721E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    822
 TA= 2.52367E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 7.58385E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    830
 TA= 2.52414E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.34202E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    839
 TA= 2.52466E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 7.09678E-05
 --> plasma_hash("gframe"): TA= 2.525000E+00 NSTEP=   845 Hash code:   70107271
 ->PRGCHK: bdy curvature ratio at t= 2.5300E+00 seconds is:  4.3024E-02
 % MHDEQ: TG1= 2.524999999999995 ; TG2= 2.5299999999999949

 *** 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     -3.029E+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  1.5426E+00  0.0000E+00  3.2982E-01  0.0000E+00  1.7094E+00  2.4356E-01
    1   0  5.4738E-01 -7.5411E-02 -7.5411E-02  7.7816E-01
    2   0  9.4238E-02 -1.7641E-02  2.5203E-02 -3.6219E-02
    3   0 -1.0539E-02  1.3669E-02 -4.4120E-03  1.2781E-02
    4   0 -2.6775E-03 -6.5606E-03 -3.8864E-03  1.2321E-03
    5   0  4.9344E-03  5.2644E-04  1.5162E-03 -3.0239E-03
    6   0 -2.2311E-03  6.5775E-04  5.3603E-04  1.0909E-03
    7   0  2.2664E-04 -4.5716E-04 -5.5672E-04  7.4002E-04
    8   0  6.1858E-05  3.0124E-05 -1.2749E-04 -3.7070E-04

 LEGEND
 ------

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

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

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


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

    1  5.10E-01  1.77E-01  8.25E-02  4.99E-03  5.94E-04  1.10E+00  1.709E+00  2.436E-01 3.82801E+01 1.33E-02  1.000   1.13   0.83
  100  1.16E-05  7.34E-06  1.66E-06  1.63E-09  3.00E-09  1.10E+00  1.692E+00  2.495E-01 3.38627E+01 1.55E-02  1.000   1.13   1.04
  134  8.59E-07  5.59E-07  2.01E-07  6.19E-11  4.05E-10  1.10E+00  1.700E+00  2.446E-01 3.38620E+01 1.56E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.609E-07 d(ln R0)/dt =  1.030E-04

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

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


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

    1  1.06E-01  8.61E-02  1.89E-05  2.37E-09  1.86E-09  1.10E+00  1.700E+00  2.444E-01 3.38619E+01 1.56E-02  1.000   1.13   1.06
  100  3.83E-05  1.98E-05  1.48E-07  1.03E-10  1.74E-10  5.26E-01  1.701E+00  2.438E-01 3.72674E+01 1.42E-02  1.048   1.13   1.12
  200  6.02E-06  2.56E-06  2.88E-08  7.44E-11  1.06E-11  5.26E-01  1.699E+00  2.424E-01 3.70853E+01 1.42E-02  1.046   1.13   1.12
  300  5.62E-07  3.52E-07  1.17E-08  2.12E-12  3.03E-12  5.26E-01  1.704E+00  2.420E-01 3.55370E+01 1.49E-02  1.024   1.13   1.13
  400  1.66E-07  1.02E-07  5.40E-09  4.06E-13  4.77E-13  5.26E-01  1.706E+00  2.416E-01 3.46733E+01 1.53E-02  1.012   1.13   1.13
  500  8.03E-08  4.52E-08  2.02E-09  1.98E-13  7.04E-14  5.26E-01  1.708E+00  2.413E-01 3.40659E+01 1.55E-02  1.003   1.13   1.13
  600  3.98E-08  2.20E-08  7.76E-10  1.74E-14  2.47E-14  5.26E-01  1.709E+00  2.412E-01 3.35576E+01 1.58E-02  0.996   1.13   1.13
  700  2.43E-08  1.32E-08  3.36E-10  6.41E-14  1.55E-14  5.26E-01  1.709E+00  2.411E-01 3.32052E+01 1.59E-02  0.990   1.13   1.13
  800  1.38E-08  7.27E-09  1.34E-10  2.80E-15  5.34E-15  5.26E-01  1.710E+00  2.410E-01 3.28966E+01 1.61E-02  0.986   1.13   1.13
  863  9.95E-09  5.77E-09  8.59E-11  1.63E-14  1.26E-15  5.26E-01  1.710E+00  2.409E-01 3.27515E+01 1.62E-02  0.984   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.812E-05 d(ln R0)/dt =  2.338E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.059948

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1768E+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:  4.3024E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.525000 TO TG2=    2.530000 @ NSTEP      845
   GFRAME TG2 MOMENTS CHECKSUM:  1.2445521773249E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    845
 TA= 2.52500E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 6.97113E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    846
 TA= 2.52506E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 6.92122E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    856
 TA= 2.52560E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.69442E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    867
 TA= 2.52618E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 6.46994E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED [1] 25248
***         NSTEP=    879
 TA= 2.52683E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.59103E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    890
 TA= 2.52751E+00 CPU TIME= 6.49414E-02 SECONDS.  DT= 8.69835E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    901
 TA= 2.52822E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 7.42072E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    912
 TA= 2.52898E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.77983E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    923
 TA= 2.52978E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.33039E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1  underweight particles.
 %DEPALL specie #1  ->   42267 -      0 (killed) +  10169 (dep) =  52436 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.250833E+08  2.249668E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.099870E+08  2.099346E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.938310E+08  1.938189E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0093E+00
 %ORBALL:  In processor     0: orbit # IORB=  13712 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17976 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.652649E+08  1.651950E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.219726E+08  2.217802E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.056838E+08  2.055505E+08
 %ORBALL:  In processor     0: orbit # IORB=  35817 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42815 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.672530E+08  1.672437E+08
 %ORBALL:  In processor     0: orbit # IORB=  43802 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44297 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44435 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44482 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45840 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46541 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47417 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50071 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50250 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50991 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51692 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.973013E+08  1.972646E+08
 %ORBALL:  In processor     0: orbit # IORB=  52867 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53042 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53205 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53561 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52436 SPL=    0 TOT=41647
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.3278129E-01 -2.6281281E+00  2.0137406E+08  7.9119925E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    926
 TA= 2.53000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.09063E-05
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.5300000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.530000E+00 NSTEP=   926 Hash code:   52756542
 ->PRGCHK: bdy curvature ratio at t= 2.5350E+00 seconds is:  4.2912E-02
 % MHDEQ: TG1= 2.5299999999999949 ; TG2= 2.5349999999999948

 *** 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     -3.038E+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  1.5427E+00  0.0000E+00  3.2695E-01  0.0000E+00  1.7102E+00  2.4091E-01
    1   0  5.4912E-01 -7.5460E-02 -7.5460E-02  7.7857E-01
    2   0  9.5319E-02 -1.7441E-02  2.4696E-02 -3.6905E-02
    3   0 -1.0300E-02  1.3745E-02 -4.2827E-03  1.2468E-02
    4   0 -2.7456E-03 -6.5109E-03 -3.7992E-03  1.4167E-03
    5   0  4.9805E-03  4.7263E-04  1.4066E-03 -2.9692E-03
    6   0 -2.2291E-03  6.8446E-04  5.1052E-04  1.0182E-03
    7   0  2.1864E-04 -4.9986E-04 -5.6293E-04  7.2900E-04
    8   0  8.8397E-05 -6.2820E-06 -1.6405E-04 -3.6883E-04

 LEGEND
 ------

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

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

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


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

    1  5.09E-01  1.80E-01  8.23E-02  5.06E-03  6.06E-04  1.10E+00  1.710E+00  2.409E-01 3.83838E+01 1.34E-02  1.000   1.12   0.84
  100  1.35E-05  9.27E-06  1.93E-06  1.73E-09  3.43E-09  1.10E+00  1.694E+00  2.466E-01 3.39492E+01 1.57E-02  1.000   1.12   1.04
  134  9.28E-07  5.96E-07  2.05E-07  6.76E-11  4.08E-10  1.10E+00  1.702E+00  2.418E-01 3.39486E+01 1.58E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.345E-07 d(ln R0)/dt =  9.235E-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  1.03E-01  8.54E-02  1.86E-05  2.64E-09  1.96E-09  1.10E+00  1.702E+00  2.417E-01 3.39485E+01 1.58E-02  1.000   1.12   1.07
  100  3.12E-05  1.66E-05  1.39E-07  8.08E-11  1.74E-10  5.26E-01  1.702E+00  2.410E-01 3.68555E+01 1.46E-02  1.041   1.12   1.11
  200  5.24E-06  2.30E-06  2.81E-08  6.55E-11  1.16E-11  5.26E-01  1.702E+00  2.395E-01 3.66691E+01 1.46E-02  1.039   1.12   1.12
  300  5.10E-07  3.13E-07  1.19E-08  1.89E-12  3.15E-12  5.26E-01  1.707E+00  2.390E-01 3.50309E+01 1.53E-02  1.016   1.12   1.12
  400  1.60E-07  9.38E-08  5.28E-09  3.88E-13  3.25E-13  5.26E-01  1.709E+00  2.387E-01 3.42357E+01 1.57E-02  1.004   1.12   1.12
  500  7.86E-08  4.57E-08  1.96E-09  2.12E-13  1.27E-13  5.26E-01  1.710E+00  2.384E-01 3.36495E+01 1.59E-02  0.996   1.12   1.12
  600  3.65E-08  1.97E-08  7.59E-10  2.23E-14  5.11E-14  5.26E-01  1.711E+00  2.383E-01 3.31574E+01 1.62E-02  0.988   1.12   1.12
  700  2.27E-08  1.25E-08  3.31E-10  5.51E-14  2.70E-14  5.26E-01  1.712E+00  2.382E-01 3.28204E+01 1.64E-02  0.984   1.12   1.12
  800  1.34E-08  7.23E-09  1.35E-10  3.57E-15  7.44E-15  5.26E-01  1.713E+00  2.381E-01 3.25271E+01 1.65E-02  0.979   1.12   1.12
  859  9.90E-09  5.57E-09  8.75E-11  1.65E-14  4.27E-15  5.26E-01  1.713E+00  2.380E-01 3.23925E+01 1.66E-02  0.977   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.951E-05 d(ln R0)/dt =  2.442E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.068841

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1768E+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:  4.2912E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.530000 TO TG2=    2.535000 @ NSTEP      926
   GFRAME TG2 MOMENTS CHECKSUM:  1.2447713415056E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    938
 TA= 2.53177E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.83626E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    949
 TA= 2.53368E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.45661E-04
 --> plasma_hash("gframe"): TA= 2.535000E+00 NSTEP=   957 Hash code:   55856410
 ->PRGCHK: bdy curvature ratio at t= 2.5400E+00 seconds is:  4.2821E-02
 % MHDEQ: TG1= 2.5349999999999948 ; TG2= 2.5399999999999947

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.047E+00     1.117E+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  1.5429E+00  0.0000E+00  3.2409E-01  0.0000E+00  1.7128E+00  2.3804E-01
    1   0  5.5086E-01 -7.5509E-02 -7.5509E-02  7.7897E-01
    2   0  9.6401E-02 -1.7242E-02  2.4190E-02 -3.7592E-02
    3   0 -1.0061E-02  1.3821E-02 -4.1533E-03  1.2155E-02
    4   0 -2.8137E-03 -6.4611E-03 -3.7120E-03  1.6014E-03
    5   0  5.0267E-03  4.1882E-04  1.2970E-03 -2.9146E-03
    6   0 -2.2271E-03  7.1117E-04  4.8500E-04  9.4543E-04
    7   0  2.1065E-04 -5.4256E-04 -5.6914E-04  7.1797E-04
    8   0  1.1494E-04 -4.2688E-05 -2.0061E-04 -3.6695E-04

 LEGEND
 ------

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

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

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


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

    1  5.27E-01  1.88E-01  8.34E-02  5.14E-03  6.23E-04  1.10E+00  1.713E+00  2.380E-01 3.85797E+01 1.34E-02  1.000   1.12   0.84
  100  8.42E-06  5.88E-06  1.53E-06  1.53E-09  2.65E-09  1.10E+00  1.694E+00  2.445E-01 3.40350E+01 1.57E-02  1.000   1.12   1.04
  131  9.31E-07  5.36E-07  1.85E-07  2.38E-10  1.38E-10  1.10E+00  1.703E+00  2.398E-01 3.40344E+01 1.57E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.130E-07 d(ln R0)/dt =  1.230E-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  9.80E-02  7.84E-02  1.72E-05  2.35E-09  1.81E-09  1.10E+00  1.703E+00  2.396E-01 3.40342E+01 1.57E-02  1.000   1.12   1.06
  100  2.18E-05  1.14E-05  1.42E-07  7.28E-11  2.05E-10  5.26E-01  1.704E+00  2.389E-01 3.68998E+01 1.45E-02  1.041   1.12   1.11
  200  3.69E-06  1.70E-06  2.88E-08  7.10E-11  1.33E-11  5.26E-01  1.704E+00  2.368E-01 3.68107E+01 1.45E-02  1.039   1.12   1.12
  300  3.77E-07  2.25E-07  1.26E-08  1.90E-12  2.59E-12  5.26E-01  1.709E+00  2.362E-01 3.51080E+01 1.53E-02  1.015   1.12   1.12
  400  1.36E-07  7.93E-08  5.56E-09  4.48E-13  5.69E-13  5.26E-01  1.711E+00  2.359E-01 3.42919E+01 1.56E-02  1.004   1.12   1.12
  500  6.74E-08  3.98E-08  2.06E-09  1.84E-13  2.02E-13  5.26E-01  1.713E+00  2.356E-01 3.37001E+01 1.59E-02  0.995   1.12   1.12
  600  3.26E-08  1.84E-08  7.94E-10  2.05E-14  3.63E-14  5.26E-01  1.714E+00  2.355E-01 3.32175E+01 1.61E-02  0.988   1.12   1.12
  700  2.03E-08  1.16E-08  3.41E-10  5.93E-14  1.59E-14  5.26E-01  1.715E+00  2.354E-01 3.28846E+01 1.63E-02  0.983   1.12   1.12
  800  1.21E-08  6.69E-09  1.39E-10  3.78E-15  6.98E-15  5.26E-01  1.715E+00  2.352E-01 3.25810E+01 1.65E-02  0.979   1.12   1.12
  841  9.95E-09  5.81E-09  1.04E-10  1.41E-14  4.99E-15  5.26E-01  1.715E+00  2.352E-01 3.24907E+01 1.65E-02  0.977   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.33E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.132E-05 d(ln R0)/dt =  2.307E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.060738

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.5645E+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:  4.2821E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.535000 TO TG2=    2.540000 @ NSTEP      957
   GFRAME TG2 MOMENTS CHECKSUM:  1.2446953718417E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    961
 TA= 2.53576E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.13436E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    972
 TA= 2.53797E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.84901E-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  ->   41647 -      0 (killed) +  10268 (dep) =  51915 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  17924 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.707508E+08  2.706606E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.236168E+08  2.236008E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.126436E+08  2.126321E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.766886E+07  9.764474E+07
 %ORBALL:  In processor     0: orbit # IORB=  43527 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43532 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44206 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44248 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44571 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.787162E+08  2.785421E+08
 %ORBALL:  In processor     0: orbit # IORB=  46677 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47226 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47495 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49687 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50171 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50520 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50728 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51491 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  52962 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51915 SPL=    0 TOT=41424
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.7233204E-01 -2.3729672E+00  2.7886659E+08  9.4123624E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    982
 TA= 2.54000E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 1.76231E-04
 --> plasma_hash("gframe"): TA= 2.540000E+00 NSTEP=   982 Hash code:   48126917
 ->PRGCHK: bdy curvature ratio at t= 2.5450E+00 seconds is:  4.2660E-02
 % MHDEQ: TG1= 2.5399999999999947 ; TG2= 2.5449999999999946

 *** 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     -3.049E+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  1.5434E+00  0.0000E+00  3.2356E-01  0.0000E+00  1.7155E+00  2.3520E-01
    1   0  5.5132E-01 -7.5616E-02 -7.5616E-02  7.7943E-01
    2   0  9.6451E-02 -1.7278E-02  2.4362E-02 -3.7688E-02
    3   0 -1.0094E-02  1.3826E-02 -4.1917E-03  1.2238E-02
    4   0 -2.8132E-03 -6.4393E-03 -3.7346E-03  1.5531E-03
    5   0  5.0615E-03  3.6613E-04  1.2747E-03 -2.9362E-03
    6   0 -2.2510E-03  6.8967E-04  4.5451E-04  9.6511E-04
    7   0  2.2934E-04 -5.5848E-04 -5.6266E-04  7.1175E-04
    8   0  1.0914E-04 -4.3666E-05 -1.7588E-04 -3.6678E-04

 LEGEND
 ------

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

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

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


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

    1  5.60E-01  2.05E-01  8.58E-02  5.19E-03  6.69E-04  1.10E+00  1.715E+00  2.352E-01 3.87123E+01 1.33E-02  1.000   1.13   0.83
  100  6.27E-06  4.12E-06  1.42E-06  1.66E-09  2.27E-09  1.10E+00  1.694E+00  2.445E-01 3.40495E+01 1.56E-02  1.000   1.13   1.02
  128  9.75E-07  5.77E-07  2.11E-07  7.70E-11  7.11E-10  1.10E+00  1.704E+00  2.399E-01 3.40488E+01 1.57E-02  1.000   1.13   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.646E-07 d(ln R0)/dt =  1.446E-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  9.62E-02  7.19E-02  1.58E-05  2.36E-09  2.35E-09  1.10E+00  1.704E+00  2.398E-01 3.40485E+01 1.57E-02  1.000   1.13   1.05
  100  1.07E-04  4.36E-05  2.02E-07  1.11E-10  1.46E-10  5.11E-01  1.704E+00  2.390E-01 3.76876E+01 1.42E-02  1.051   1.13   1.11
  200  1.02E-05  4.04E-06  3.87E-08  1.35E-10  1.70E-11  5.11E-01  1.703E+00  2.366E-01 3.82319E+01 1.39E-02  1.059   1.13   1.12
  300  1.04E-06  5.73E-07  1.35E-08  3.19E-12  2.97E-12  5.11E-01  1.708E+00  2.361E-01 3.69974E+01 1.44E-02  1.042   1.13   1.13
  400  2.83E-07  1.88E-07  6.72E-09  4.87E-13  4.86E-13  5.11E-01  1.711E+00  2.357E-01 3.59202E+01 1.49E-02  1.027   1.13   1.13
  500  1.07E-07  5.50E-08  2.80E-09  7.29E-14  1.05E-13  5.11E-01  1.712E+00  2.352E-01 3.52436E+01 1.52E-02  1.017   1.13   1.13
  600  5.36E-08  2.73E-08  1.08E-09  2.78E-14  4.14E-14  5.11E-01  1.714E+00  2.351E-01 3.47336E+01 1.54E-02  1.010   1.13   1.13
  700  2.96E-08  1.65E-08  4.51E-10  6.96E-14  2.12E-14  5.11E-01  1.714E+00  2.350E-01 3.43966E+01 1.55E-02  1.005   1.13   1.13
  800  1.56E-08  8.03E-09  1.81E-10  9.11E-15  9.05E-15  5.11E-01  1.715E+00  2.349E-01 3.39902E+01 1.57E-02  0.999   1.13   1.13
  882  1.00E-08  5.50E-09  1.09E-10  2.38E-14  2.11E-15  5.11E-01  1.715E+00  2.348E-01 3.38228E+01 1.58E-02  0.997   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.117E-05 d(ln R0)/dt =  2.148E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.25 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.053067

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2725E+00 SECONDS
   DATA R*BT AT EDGE:  3.5734E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2660E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.540000 TO TG2=    2.545000 @ NSTEP      982
   GFRAME TG2 MOMENTS CHECKSUM:  1.2440933448111E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    982
 TA= 2.54000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.76231E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    983
 TA= 2.54018E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 2.20289E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    997
 TA= 2.54253E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.04581E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1011
 TA= 2.54475E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.93397E-04
 --> plasma_hash("gframe"): TA= 2.545000E+00 NSTEP=  1013 Hash code:   66332157
 ->PRGCHK: bdy curvature ratio at t= 2.5500E+00 seconds is:  4.2501E-02
 % MHDEQ: TG1= 2.5449999999999946 ; TG2= 2.5499999999999945

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.137E+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  1.5440E+00  0.0000E+00  3.2303E-01  0.0000E+00  1.7153E+00  2.3477E-01
    1   0  5.5178E-01 -7.5722E-02 -7.5722E-02  7.7988E-01
    2   0  9.6501E-02 -1.7315E-02  2.4535E-02 -3.7785E-02
    3   0 -1.0127E-02  1.3830E-02 -4.2300E-03  1.2321E-02
    4   0 -2.8127E-03 -6.4175E-03 -3.7572E-03  1.5048E-03
    5   0  5.0964E-03  3.1344E-04  1.2523E-03 -2.9579E-03
    6   0 -2.2749E-03  6.6816E-04  4.2402E-04  9.8478E-04
    7   0  2.4803E-04 -5.7441E-04 -5.5619E-04  7.0553E-04
    8   0  1.0335E-04 -4.4644E-05 -1.5115E-04 -3.6661E-04

 LEGEND
 ------

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

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

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


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

    1  5.51E-01  2.03E-01  8.53E-02  5.19E-03  6.66E-04  1.10E+00  1.715E+00  2.348E-01 3.87116E+01 1.32E-02  1.000   1.14   0.84
  100  8.40E-06  5.73E-06  1.68E-06  1.53E-09  2.72E-09  1.10E+00  1.697E+00  2.433E-01 3.40832E+01 1.55E-02  1.000   1.14   1.04
  131  7.79E-07  4.64E-07  1.80E-07  2.29E-10  1.44E-10  1.10E+00  1.705E+00  2.386E-01 3.40826E+01 1.55E-02  1.000   1.14   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.859E-07 d(ln R0)/dt =  1.141E-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  8.91E-02  6.95E-02  1.57E-05  2.40E-09  1.81E-09  1.10E+00  1.705E+00  2.385E-01 3.40824E+01 1.55E-02  1.000   1.14   1.06
  100  1.20E-04  3.52E-05  2.06E-07  1.20E-10  1.11E-10  5.11E-01  1.706E+00  2.379E-01 3.76401E+01 1.41E-02  1.050   1.14   1.11
  200  9.90E-06  4.27E-06  3.59E-08  1.20E-10  1.73E-11  5.11E-01  1.703E+00  2.360E-01 3.84490E+01 1.37E-02  1.061   1.14   1.13
  300  1.08E-06  6.18E-07  1.29E-08  3.20E-12  2.97E-12  5.11E-01  1.708E+00  2.355E-01 3.72630E+01 1.42E-02  1.045   1.14   1.14
  400  2.59E-07  1.61E-07  6.24E-09  3.49E-13  4.35E-13  5.11E-01  1.711E+00  2.351E-01 3.62511E+01 1.46E-02  1.031   1.14   1.14
  500  8.90E-08  5.10E-08  2.48E-09  7.13E-14  9.88E-14  5.11E-01  1.712E+00  2.347E-01 3.56255E+01 1.49E-02  1.022   1.14   1.14
  600  4.81E-08  2.69E-08  9.52E-10  2.82E-14  4.01E-14  5.11E-01  1.713E+00  2.346E-01 3.51110E+01 1.51E-02  1.015   1.14   1.14
  700  2.51E-08  1.51E-08  3.99E-10  5.85E-14  1.79E-14  5.11E-01  1.714E+00  2.345E-01 3.47894E+01 1.52E-02  1.010   1.14   1.14
  800  1.33E-08  7.27E-09  1.59E-10  8.18E-15  6.99E-15  5.11E-01  1.715E+00  2.344E-01 3.44011E+01 1.54E-02  1.005   1.14   1.14
  855  9.70E-09  5.59E-09  1.12E-10  3.48E-15  2.04E-15  5.11E-01  1.715E+00  2.343E-01 3.43010E+01 1.54E-02  1.003   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.384E-05 d(ln R0)/dt =  1.835E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.10 SECONDS
     [1] 26008
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):     0.069716

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1279E+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:  4.2501E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.545000 TO TG2=    2.550000 @ NSTEP     1013
   GFRAME TG2 MOMENTS CHECKSUM:  1.2439175801891E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1013
 TA= 2.54500E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 1.92622E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1014
 TA= 2.54515E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.91380E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1028
 TA= 2.54723E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.80913E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1042
 TA= 2.54920E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.71012E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  3  underweight particles.
 %DEPALL specie #1  ->   41424 -      0 (killed) +  10300 (dep) =  51724 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   6379 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.455897E+08  1.455640E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.373880E+08  1.373798E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.293236E+08  2.291374E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.178105E+08  1.177890E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33891 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35089 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35452 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.824351E+08  1.823308E+08
 %ORBALL:  In processor     0: orbit # IORB=  42242 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43785 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45280 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45367 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45789 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46095 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47544 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47709 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47724 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48330 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48575 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49209 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49477 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50071 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50308 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50613 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51967 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52318 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51724 SPL=    0 TOT=41559
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.7742139E-01 -2.5162012E+00  1.5060427E+08  2.2169064E-02
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1048
 TA= 2.55000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.55768E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.5500000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.550000E+00 NSTEP=  1048 Hash code:   68893371
 ->PRGCHK: bdy curvature ratio at t= 2.5550E+00 seconds is:  4.3056E-02
 % MHDEQ: TG1= 2.5499999999999945 ; TG2= 2.5549999999999944

 *** 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     -3.051E+00     1.133E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5431E+00  0.0000E+00  3.2346E-01  0.0000E+00  1.7149E+00  2.3433E-01
    1   0  5.5139E-01 -7.5600E-02 -7.5600E-02  7.7896E-01
    2   0  9.6371E-02 -1.7392E-02  2.4224E-02 -3.7663E-02
    3   0 -1.0009E-02  1.3802E-02 -4.1893E-03  1.2154E-02
    4   0 -2.8655E-03 -6.3833E-03 -3.6834E-03  1.6039E-03
    5   0  5.0625E-03  3.3451E-04  1.2541E-03 -2.8969E-03
    6   0 -2.2635E-03  7.2158E-04  4.3620E-04  9.6101E-04
    7   0  2.1674E-04 -5.8086E-04 -5.6765E-04  7.5022E-04
    8   0  5.3134E-05 -2.3658E-05 -1.7884E-04 -3.1227E-04

 LEGEND
 ------

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

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

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


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

    1  5.62E-01  2.08E-01  8.59E-02  5.20E-03  6.83E-04  1.10E+00  1.715E+00  2.343E-01 3.87607E+01 1.30E-02  1.000   1.13   0.86
  100  6.71E-06  4.35E-06  1.50E-06  1.62E-09  2.42E-09  1.10E+00  1.694E+00  2.442E-01 3.40938E+01 1.53E-02  1.000   1.13   1.05
  127  9.46E-07  5.39E-07  2.10E-07  9.54E-11  4.26E-10  1.10E+00  1.702E+00  2.400E-01 3.40932E+01 1.53E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.50E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.336E-07 d(ln R0)/dt =  1.377E-04

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

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


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

    1  8.05E-02  6.10E-02  1.39E-05  2.81E-09  2.52E-09  1.10E+00  1.703E+00  2.398E-01 3.40929E+01 1.53E-02  1.000   1.13   1.07
  100  1.03E-04  4.63E-05  1.94E-07  7.97E-11  1.57E-10  5.11E-01  1.703E+00  2.390E-01 3.71764E+01 1.41E-02  1.044   1.13   1.12
  200  1.29E-05  5.82E-06  3.94E-08  1.13E-10  1.39E-11  5.11E-01  1.703E+00  2.362E-01 3.71456E+01 1.40E-02  1.043   1.13   1.13
  300  1.14E-06  6.89E-07  1.26E-08  2.62E-12  2.28E-12  5.11E-01  1.708E+00  2.357E-01 3.60246E+01 1.45E-02  1.028   1.13   1.13
  400  3.08E-07  2.12E-07  5.74E-09  4.23E-13  4.14E-13  5.11E-01  1.711E+00  2.354E-01 3.51309E+01 1.49E-02  1.015   1.13   1.13
  500  9.93E-08  5.68E-08  2.18E-09  7.83E-14  8.51E-14  5.11E-01  1.712E+00  2.350E-01 3.45544E+01 1.51E-02  1.007   1.13   1.13
  600  4.95E-08  2.70E-08  8.34E-10  2.12E-14  3.57E-14  5.11E-01  1.713E+00  2.349E-01 3.40895E+01 1.53E-02  1.000   1.13   1.13
  700  2.82E-08  1.71E-08  3.46E-10  6.63E-14  2.04E-14  5.11E-01  1.714E+00  2.349E-01 3.37737E+01 1.55E-02  0.995   1.13   1.13
  800  1.35E-08  7.30E-09  1.38E-10  5.86E-15  7.91E-15  5.11E-01  1.715E+00  2.347E-01 3.34066E+01 1.57E-02  0.990   1.13   1.13
  840  9.98E-09  5.77E-09  1.05E-10  2.19E-15  2.29E-15  5.11E-01  1.715E+00  2.347E-01 3.33385E+01 1.57E-02  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.781E-05 d(ln R0)/dt =  1.874E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.088938

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2646E+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:  4.3056E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.550000 TO TG2=    2.555000 @ NSTEP     1048
   GFRAME TG2 MOMENTS CHECKSUM:  1.2439422723281E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1048
 TA= 2.55000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.55768E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1049
 TA= 2.55012E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.49705E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1063
 TA= 2.55166E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.28037E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1077
 TA= 2.55299E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.10345E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1091
 TA= 2.55413E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.56742E-05
 --> plasma_hash("gframe"): TA= 2.555000E+00 NSTEP=  1103 Hash code:  121829148
 ->PRGCHK: bdy curvature ratio at t= 2.5600E+00 seconds is:  4.3620E-02
 % MHDEQ: TG1= 2.5549999999999944 ; TG2= 2.5599999999999943

 *** 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     -3.048E+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  1.5421E+00  0.0000E+00  3.2388E-01  0.0000E+00  1.7148E+00  2.3468E-01
    1   0  5.5100E-01 -7.5477E-02 -7.5477E-02  7.7805E-01
    2   0  9.6240E-02 -1.7469E-02  2.3913E-02 -3.7541E-02
    3   0 -9.8915E-03  1.3774E-02 -4.1485E-03  1.1988E-02
    4   0 -2.9184E-03 -6.3492E-03 -3.6095E-03  1.7030E-03
    5   0  5.0286E-03  3.5559E-04  1.2559E-03 -2.8360E-03
    6   0 -2.2521E-03  7.7501E-04  4.4838E-04  9.3725E-04
    7   0  1.8544E-04 -5.8730E-04 -5.7911E-04  7.9491E-04
    8   0  2.9145E-06 -2.6734E-06 -2.0653E-04 -2.5792E-04

 LEGEND
 ------

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

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

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


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

    1  5.71E-01  2.11E-01  8.65E-02  5.21E-03  6.85E-04  1.10E+00  1.715E+00  2.347E-01 3.88004E+01 1.30E-02  1.000   1.13   0.86
  100  6.88E-06  4.79E-06  1.62E-06  1.44E-09  2.35E-09  1.10E+00  1.691E+00  2.451E-01 3.40833E+01 1.53E-02  1.000   1.13   1.05
  128  9.92E-07  5.77E-07  2.00E-07  7.46E-11  7.28E-10  1.10E+00  1.700E+00  2.407E-01 3.40827E+01 1.54E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.170E-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  8.47E-02  6.36E-02  1.42E-05  2.29E-09  2.20E-09  1.10E+00  1.700E+00  2.405E-01 3.40825E+01 1.54E-02  1.000   1.13   1.07
  100  1.04E-04  4.54E-05  1.84E-07  6.14E-11  1.50E-10  5.11E-01  1.701E+00  2.397E-01 3.67180E+01 1.43E-02  1.037   1.13   1.12
  200  1.47E-05  6.52E-06  3.95E-08  1.04E-10  1.23E-11  5.11E-01  1.701E+00  2.368E-01 3.64935E+01 1.44E-02  1.034   1.13   1.12
  300  1.26E-06  7.58E-07  1.23E-08  2.23E-12  2.01E-12  5.11E-01  1.706E+00  2.363E-01 3.53632E+01 1.49E-02  1.018   1.13   1.13
  400  3.53E-07  2.43E-07  5.59E-09  4.39E-13  4.05E-13  5.11E-01  1.709E+00  2.361E-01 3.44990E+01 1.52E-02  1.006   1.13   1.13
  500  1.09E-07  6.26E-08  2.13E-09  8.51E-14  7.96E-14  5.11E-01  1.710E+00  2.357E-01 3.39261E+01 1.55E-02  0.998   1.13   1.13
  600  5.30E-08  2.97E-08  8.19E-10  2.00E-14  3.51E-14  5.11E-01  1.711E+00  2.356E-01 3.34724E+01 1.57E-02  0.991   1.13   1.13
  700  3.10E-08  1.82E-08  3.39E-10  7.32E-14  2.08E-14  5.11E-01  1.712E+00  2.355E-01 3.31568E+01 1.59E-02  0.987   1.13   1.13
  800  1.42E-08  7.63E-09  1.35E-10  5.34E-15  8.38E-15  5.11E-01  1.713E+00  2.354E-01 3.27970E+01 1.60E-02  0.981   1.13   1.13
  844  9.87E-09  6.19E-09  1.00E-10  3.60E-15  2.10E-15  5.11E-01  1.713E+00  2.353E-01 3.27205E+01 1.61E-02  0.980   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.57E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.034E-05 d(ln R0)/dt =  1.816E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.75 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):     0.058556

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7705E+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:  4.3620E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.555000 TO TG2=    2.560000 @ NSTEP     1103
   GFRAME TG2 MOMENTS CHECKSUM:  1.2434651410472E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1103
 TA= 2.55500E+00 CPU TIME= 7.12891E-02 SECONDS.  DT= 8.58206E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1104
 TA= 2.55507E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.40831E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1117
 TA= 2.55592E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.14998E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1129
 TA= 2.55670E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.00975E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1140
 TA= 2.55740E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 7.88782E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1149
 TA= 2.55796E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 7.79241E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1158
 TA= 2.55852E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.70064E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1166
 TA= 2.55901E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.62194E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1173
 TA= 2.55943E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.55518E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1  underweight particles.
 %DEPALL specie #1  ->   41559 -      0 (killed) +  10265 (dep) =  51824 ptcls.
  ORBALL... 
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 123726.64628924723 0.E+0 122725.19531250003
 %ORBALL:  In processor     0: orbit # IORB=   7161 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.769639E+08  1.768359E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.403812E+08  2.400672E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.255889E+08  1.254513E+08
 %DEPSUB - XKSID =  1.005343E+00
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41424 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42492 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42966 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43812 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44297 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44871 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45076 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45546 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46265 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46306 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46465 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47166 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48403 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48728 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49171 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49247 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49427 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49627 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49759 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50314 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50429 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  51404 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.030549E+08  2.030085E+08
 %ORBALL:  In processor     0: orbit # IORB=  52293 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51824 SPL=    0 TOT=41815
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.9185805E-01  7.1217697E-01  2.7679162E+08  5.2550088E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1179
 TA= 2.56000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.96163E-05
 --> plasma_hash("gframe"): TA= 2.560000E+00 NSTEP=  1179 Hash code:  103257055
 ->PRGCHK: bdy curvature ratio at t= 2.5650E+00 seconds is:  4.3263E-02
 % MHDEQ: TG1= 2.5599999999999943 ; TG2= 2.5649999999999942

 *** 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     -3.049E+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  1.5431E+00  0.0000E+00  3.2302E-01  0.0000E+00  1.7127E+00  2.3532E-01
    1   0  5.5130E-01 -7.5608E-02 -7.5608E-02  7.7854E-01
    2   0  9.6370E-02 -1.7393E-02  2.4191E-02 -3.7523E-02
    3   0 -9.9981E-03  1.3851E-02 -4.1651E-03  1.2102E-02
    4   0 -2.8868E-03 -6.3771E-03 -3.6625E-03  1.6373E-03
    5   0  5.0486E-03  3.3094E-04  1.2272E-03 -2.8657E-03
    6   0 -2.2710E-03  7.1896E-04  4.2198E-04  9.5146E-04
    7   0  2.1181E-04 -5.8448E-04 -5.6427E-04  7.6401E-04
    8   0  2.9817E-05 -2.6431E-05 -1.8631E-04 -2.9052E-04

 LEGEND
 ------

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

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

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


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

    1  5.31E-01  1.95E-01  8.38E-02  5.18E-03  6.56E-04  1.10E+00  1.713E+00  2.353E-01 3.86185E+01 1.32E-02  1.000   1.13   0.85
  100  9.02E-06  6.29E-06  1.56E-06  1.65E-09  2.91E-09  1.10E+00  1.693E+00  2.434E-01 3.40762E+01 1.55E-02  1.000   1.13   1.05
  131  8.47E-07  5.05E-07  1.78E-07  2.27E-10  1.41E-10  1.10E+00  1.701E+00  2.389E-01 3.40756E+01 1.56E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.912E-07 d(ln R0)/dt =  1.093E-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  8.91E-02  7.28E-02  1.58E-05  1.97E-09  1.61E-09  1.10E+00  1.701E+00  2.388E-01 3.40755E+01 1.56E-02  1.000   1.13   1.07
  100  1.08E-04  5.50E-05  2.34E-07  5.86E-11  1.17E-10  5.11E-01  1.702E+00  2.382E-01 3.63762E+01 1.46E-02  1.033   1.13   1.11
  200  1.48E-05  7.57E-06  3.88E-08  1.07E-10  1.37E-11  5.11E-01  1.702E+00  2.359E-01 3.64794E+01 1.45E-02  1.034   1.13   1.12
  300  1.41E-06  8.96E-07  1.27E-08  2.10E-12  2.24E-12  5.11E-01  1.706E+00  2.355E-01 3.53427E+01 1.50E-02  1.018   1.13   1.13
  400  3.13E-07  1.97E-07  5.72E-09  3.94E-13  3.97E-13  5.11E-01  1.708E+00  2.353E-01 3.44739E+01 1.54E-02  1.006   1.13   1.13
  500  1.31E-07  6.68E-08  2.22E-09  8.86E-14  8.55E-14  5.11E-01  1.710E+00  2.349E-01 3.38841E+01 1.57E-02  0.997   1.13   1.13
  600  5.29E-08  3.29E-08  8.53E-10  2.15E-14  3.58E-14  5.11E-01  1.711E+00  2.348E-01 3.34091E+01 1.59E-02  0.990   1.13   1.13
  700  2.72E-08  1.74E-08  3.57E-10  7.70E-14  1.87E-14  5.11E-01  1.711E+00  2.348E-01 3.30928E+01 1.60E-02  0.986   1.13   1.13
  800  1.33E-08  7.43E-09  1.43E-10  5.86E-15  8.09E-15  5.11E-01  1.712E+00  2.346E-01 3.27307E+01 1.62E-02  0.980   1.13   1.13
  860  9.85E-09  5.90E-09  9.64E-11  1.04E-14  1.80E-15  5.11E-01  1.712E+00  2.346E-01 3.26214E+01 1.63E-02  0.979   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.58E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.554E-05 d(ln R0)/dt =  1.838E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.76 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):     0.028548

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7861E+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:  4.3263E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.560000 TO TG2=    2.565000 @ NSTEP     1179
   GFRAME TG2 MOMENTS CHECKSUM:  1.2436365194952E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1179
 TA= 2.56000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 8.96163E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1180
 TA= 2.56009E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.12020E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1188
 TA= 2.56065E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 7.04533E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1194
 TA= 2.56095E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.09520E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1201
 TA= 2.56130E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.73073E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1208
 TA= 2.56167E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.21593E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1216
 TA= 2.56209E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 7.28784E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1225
 TA= 2.56256E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 5.90473E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1235
 TA= 2.56310E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 5.98222E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1246
 TA= 2.56370E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.58171E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1257
 TA= 2.56433E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 6.87824E-05
 --> plasma_hash("gframe"): TA= 2.565000E+00 NSTEP=  1267 Hash code:   48418814
 ->PRGCHK: bdy curvature ratio at t= 2.5700E+00 seconds is:  4.2909E-02
 % MHDEQ: TG1= 2.5649999999999942 ; TG2= 2.5699999999999941

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

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

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

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5441E+00  0.0000E+00  3.2215E-01  0.0000E+00  1.7123E+00  2.3458E-01
    1   0  5.5160E-01 -7.5738E-02 -7.5738E-02  7.7902E-01
    2   0  9.6500E-02 -1.7316E-02  2.4468E-02 -3.7505E-02
    3   0 -1.0105E-02  1.3929E-02 -4.1817E-03  1.2216E-02
    4   0 -2.8553E-03 -6.4051E-03 -3.7155E-03  1.5715E-03
    5   0  5.0686E-03  3.0630E-04  1.1984E-03 -2.8955E-03
    6   0 -2.2899E-03  6.6291E-04  3.9558E-04  9.6567E-04
    7   0  2.3818E-04 -5.8165E-04 -5.4943E-04  7.3311E-04
    8   0  5.6720E-05 -5.0189E-05 -1.6609E-04 -3.2311E-04

 LEGEND
 ------

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

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

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


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

    1  5.18E-01  1.92E-01  8.29E-02  5.17E-03  6.55E-04  1.10E+00  1.712E+00  2.346E-01 3.85332E+01 1.34E-02  1.000   1.12   0.84
  100  1.19E-05  8.37E-06  1.80E-06  1.90E-09  3.48E-09  1.10E+00  1.697E+00  2.419E-01 3.40679E+01 1.57E-02  1.000   1.12   1.05
  131  9.94E-07  5.96E-07  1.92E-07  2.34E-10  1.47E-10  1.10E+00  1.705E+00  2.374E-01 3.40673E+01 1.57E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.79E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.723E-07 d(ln R0)/dt =  1.032E-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  8.55E-02  7.39E-02  1.63E-05  1.82E-09  1.60E-09  1.10E+00  1.705E+00  2.373E-01 3.40670E+01 1.58E-02  1.000   1.12   1.07
  100  1.89E-05  8.33E-06  1.34E-07  6.35E-11  1.08E-10  5.26E-01  1.705E+00  2.366E-01 3.68722E+01 1.46E-02  1.040   1.12   1.11
  200  1.85E-06  9.85E-07  2.81E-08  5.28E-11  3.01E-11  5.26E-01  1.705E+00  2.346E-01 3.70096E+01 1.45E-02  1.042   1.12   1.12
  300  2.70E-07  1.69E-07  1.24E-08  1.95E-12  2.09E-12  5.26E-01  1.710E+00  2.341E-01 3.52780E+01 1.52E-02  1.017   1.12   1.12
  400  1.01E-07  6.33E-08  5.04E-09  3.13E-13  7.66E-13  5.26E-01  1.713E+00  2.338E-01 3.45290E+01 1.56E-02  1.007   1.12   1.12
  500  4.93E-08  2.94E-08  1.79E-09  1.67E-13  8.12E-14  5.26E-01  1.714E+00  2.335E-01 3.39968E+01 1.58E-02  0.999   1.12   1.12
  600  2.81E-08  1.70E-08  6.93E-10  2.91E-14  4.43E-14  5.26E-01  1.715E+00  2.334E-01 3.35000E+01 1.60E-02  0.992   1.12   1.12
  700  1.72E-08  9.47E-09  2.97E-10  3.74E-14  2.74E-14  5.26E-01  1.716E+00  2.333E-01 3.31871E+01 1.62E-02  0.987   1.12   1.12
  800  1.00E-08  5.76E-09  1.23E-10  3.55E-15  8.24E-15  5.26E-01  1.716E+00  2.332E-01 3.29061E+01 1.63E-02  0.983   1.12   1.12
  802  9.90E-09  5.73E-09  1.21E-10  3.57E-15  5.14E-15  5.26E-01  1.716E+00  2.332E-01 3.29022E+01 1.63E-02  0.983   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.42E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.867E-05 d(ln R0)/dt =  2.151E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.60 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.108751

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6240E+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:  4.2909E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.565000 TO TG2=    2.570000 @ NSTEP     1267
   GFRAME TG2 MOMENTS CHECKSUM:  1.2443714829424E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1267
 TA= 2.56500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.36518E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1268
 TA= 2.56506E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.74456E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1279
 TA= 2.56588E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.08040E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1290
 TA= 2.56680E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 9.89665E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1301
 TA= 2.56785E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.39017E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1312
 TA= 2.56903E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.28665E-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  ->   41815 -      0 (killed) +  10193 (dep) =  52008 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    869 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3244 never inside plasma.
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 129000.39770143229 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 132104.11579656572 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 125751.7016121815 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 128952.8551215881 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 124429.14102397383 0.E+0 122725.19531250003
 %ORBALL:  In processor     0: orbit # IORB=  24079 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.619619E+08  1.618341E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.691857E+08  2.689870E+08
 %ORBALL:  In processor     0: orbit # IORB=  43010 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43085 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  43259 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44329 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  46134 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46927 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47691 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47952 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48057 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48318 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48445 never inside plasma.
 %DEPSUB - XKSID =  1.002563E+00
 %ORBALL:  In processor     0: orbit # IORB=  49651 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50005 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50489 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50705 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50877 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51087 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51608 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52008 SPL=    0 TOT=40992
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.9503012E-01 -2.8253246E+00  2.7470179E+08  8.7178298E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         N[1] 26568
STEP=   1320
 TA= 2.57000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.38614E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.5700000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.570000E+00 NSTEP=  1320 Hash code:    8841625
 ->PRGCHK: bdy curvature ratio at t= 2.5750E+00 seconds is:  4.3059E-02
 % MHDEQ: TG1= 2.5699999999999941 ; TG2= 2.574999999999994

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.129E+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  1.5440E+00  0.0000E+00  3.2224E-01  0.0000E+00  1.7164E+00  2.3319E-01
    1   0  5.5145E-01 -7.5933E-02 -7.5933E-02  7.7971E-01
    2   0  9.6647E-02 -1.7176E-02  2.4463E-02 -3.7428E-02
    3   0 -1.0229E-02  1.3915E-02 -4.2450E-03  1.2253E-02
    4   0 -2.8247E-03 -6.4355E-03 -3.6966E-03  1.5295E-03
    5   0  5.0931E-03  3.0894E-04  1.1722E-03 -2.9023E-03
    6   0 -2.2968E-03  6.0803E-04  3.6659E-04  9.5929E-04
    7   0  2.5241E-04 -5.6403E-04 -5.0523E-04  7.2877E-04
    8   0  6.7039E-05 -3.9950E-05 -1.3850E-04 -3.1846E-04

 LEGEND
 ------

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

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

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


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

    1  5.66E-01  2.10E-01  8.62E-02  5.20E-03  6.85E-04  1.10E+00  1.716E+00  2.332E-01 3.87662E+01 1.35E-02  1.000   1.13   0.85
  100  7.42E-06  5.04E-06  1.65E-06  1.54E-09  2.62E-09  1.10E+00  1.697E+00  2.424E-01 3.40935E+01 1.58E-02  1.000   1.13   1.05
  125  9.90E-07  5.26E-07  2.10E-07  2.54E-10  1.34E-10  1.10E+00  1.705E+00  2.384E-01 3.40930E+01 1.59E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.00E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.099E-07 d(ln R0)/dt =  1.196E-04

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

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


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

    1  8.16E-02  6.34E-02  1.44E-05  1.96E-09  1.82E-09  1.10E+00  1.705E+00  2.383E-01 3.40925E+01 1.59E-02  1.000   1.13   1.07
  100  1.17E-04  5.56E-05  2.63E-07  7.87E-11  1.54E-10  5.11E-01  1.706E+00  2.375E-01 3.69253E+01 1.47E-02  1.040   1.13   1.11
  200  1.26E-05  6.72E-06  4.20E-08  1.34E-10  1.61E-11  5.11E-01  1.706E+00  2.344E-01 3.72492E+01 1.45E-02  1.045   1.13   1.12
  300  1.31E-06  8.34E-07  1.35E-08  2.58E-12  2.72E-12  5.11E-01  1.712E+00  2.340E-01 3.60843E+01 1.50E-02  1.028   1.13   1.13
  400  2.90E-07  1.80E-07  6.32E-09  5.65E-13  4.77E-13  5.11E-01  1.714E+00  2.336E-01 3.51202E+01 1.55E-02  1.015   1.13   1.13
  500  1.08E-07  5.85E-08  2.52E-09  7.70E-14  9.77E-14  5.11E-01  1.716E+00  2.331E-01 3.45052E+01 1.57E-02  1.006   1.13   1.13
  600  5.00E-08  2.81E-08  9.50E-10  2.59E-14  4.12E-14  5.11E-01  1.718E+00  2.330E-01 3.40264E+01 1.60E-02  0.999   1.13   1.13
  700  2.88E-08  1.84E-08  3.98E-10  7.79E-14  2.16E-14  5.11E-01  1.718E+00  2.329E-01 3.37139E+01 1.61E-02  0.995   1.13   1.13
  800  1.37E-08  7.20E-09  1.59E-10  7.24E-15  8.77E-15  5.11E-01  1.719E+00  2.328E-01 3.33592E+01 1.63E-02  0.989   1.13   1.13
  853  9.96E-09  5.82E-09  1.14E-10  7.93E-15  2.25E-15  5.11E-01  1.719E+00  2.327E-01 3.32706E+01 1.63E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.152E-05 d(ln R0)/dt =  1.820E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.13 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):     0.151989

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1582E+00 SECONDS
   DATA R*BT AT EDGE:  3.5761E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3059E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.570000 TO TG2=    2.575000 @ NSTEP     1320
   GFRAME TG2 MOMENTS CHECKSUM:  1.2447564381881E+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=  1331 Hash code:   64932794
 ->PRGCHK: bdy curvature ratio at t= 2.5800E+00 seconds is:  4.3209E-02
 % MHDEQ: TG1= 2.574999999999994 ; TG2= 2.5799999999999939

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.054E+00     1.134E+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  1.5439E+00  0.0000E+00  3.2232E-01  0.0000E+00  1.7192E+00  2.3270E-01
    1   0  5.5131E-01 -7.6128E-02 -7.6128E-02  7.8039E-01
    2   0  9.6794E-02 -1.7035E-02  2.4458E-02 -3.7352E-02
    3   0 -1.0353E-02  1.3901E-02 -4.3083E-03  1.2289E-02
    4   0 -2.7940E-03 -6.4659E-03 -3.6777E-03  1.4876E-03
    5   0  5.1177E-03  3.1158E-04  1.1461E-03 -2.9091E-03
    6   0 -2.3037E-03  5.5314E-04  3.3759E-04  9.5291E-04
    7   0  2.6664E-04 -5.4642E-04 -4.6102E-04  7.2443E-04
    8   0  7.7358E-05 -2.9711E-05 -1.1091E-04 -3.1380E-04

 LEGEND
 ------

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

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

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


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

    1  5.99E-01  2.21E-01  8.83E-02  5.20E-03  6.97E-04  1.10E+00  1.719E+00  2.327E-01 3.89368E+01 1.36E-02  1.000   1.13   0.85
  100  5.84E-06  4.29E-06  1.64E-06  1.46E-09  2.18E-09  1.10E+00  1.694E+00  2.434E-01 3.41217E+01 1.60E-02  1.000   1.13   1.04
  125  9.73E-07  4.89E-07  2.25E-07  3.28E-10  1.28E-10  1.10E+00  1.703E+00  2.391E-01 3.41210E+01 1.61E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.00E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.771E-07 d(ln R0)/dt =  1.477E-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  8.28E-02  6.17E-02  1.40E-05  2.08E-09  1.97E-09  1.10E+00  1.704E+00  2.389E-01 3.41206E+01 1.61E-02  1.000   1.13   1.07
  100  1.18E-04  5.83E-05  2.68E-07  7.61E-11  1.71E-10  5.11E-01  1.705E+00  2.381E-01 3.70498E+01 1.48E-02  1.041   1.13   1.11
  200  1.27E-05  6.88E-06  4.26E-08  1.33E-10  1.58E-11  5.11E-01  1.705E+00  2.346E-01 3.73630E+01 1.47E-02  1.046   1.13   1.13
  300  1.33E-06  8.65E-07  1.35E-08  2.51E-12  2.65E-12  5.11E-01  1.711E+00  2.341E-01 3.61950E+01 1.52E-02  1.029   1.13   1.13
  400  2.99E-07  1.89E-07  6.34E-09  5.77E-13  4.93E-13  5.11E-01  1.713E+00  2.337E-01 3.52243E+01 1.56E-02  1.016   1.13   1.13
  500  1.06E-07  6.09E-08  2.50E-09  7.27E-14  9.63E-14  5.11E-01  1.715E+00  2.332E-01 3.46193E+01 1.59E-02  1.007   1.13   1.13
  600  4.82E-08  2.80E-08  9.31E-10  2.57E-14  4.23E-14  5.11E-01  1.716E+00  2.331E-01 3.41458E+01 1.61E-02  1.000   1.13   1.13
  700  2.72E-08  1.82E-08  3.87E-10  7.26E-14  2.24E-14  5.11E-01  1.717E+00  2.330E-01 3.38413E+01 1.62E-02  0.996   1.13   1.13
  800  1.28E-08  6.92E-09  1.55E-10  7.07E-15  8.97E-15  5.11E-01  1.718E+00  2.328E-01 3.34967E+01 1.64E-02  0.991   1.13   1.13
  834  9.81E-09  5.88E-09  1.23E-10  2.33E-15  3.14E-15  5.11E-01  1.718E+00  2.328E-01 3.34463E+01 1.64E-02  0.990   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.069E-05 d(ln R0)/dt =  1.740E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.149620

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0840E+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:  4.3209E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.575000 TO TG2=    2.580000 @ NSTEP     1331
   GFRAME TG2 MOMENTS CHECKSUM:  1.2446060774067E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1331
 TA= 2.57500E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.29095E-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  ->   40992 -      0 (killed) +  10330 (dep) =  51322 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.889523E+07  9.885987E+07
 %ORBALL:  In processor     0: orbit # IORB=   5698 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.627980E+08  1.626346E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.319956E+08  2.319883E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.758778E+08  1.758652E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.448735E+08  2.448108E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.962628E+08  1.962024E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0006E+00
 %ORBALL:  In processor     0: orbit # IORB=  25079 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.438095E+08  2.437222E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.415012E+08  1.414847E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.420055E+08  2.415913E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.936560E+08  2.933574E+08
 %ORBALL:  In processor     0: orbit # IORB=  35651 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.497175E+08  2.496973E+08
 %ORBALL:  In processor     0: orbit # IORB=  44888 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46403 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47449 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48737 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49498 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50245 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50962 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51714 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51322 SPL=    0 TOT=40899
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.7458477E-01  1.4644536E+00  1.5379574E+08  4.4824906E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1335
 TA= 2.58000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.61584E-03
 --> plasma_hash("gframe"): TA= 2.580000E+00 NSTEP=  1335 Hash code:   63890501
 ->PRGCHK: bdy curvature ratio at t= 2.5850E+00 seconds is:  4.3236E-02
 % MHDEQ: TG1= 2.5799999999999939 ; TG2= 2.5849999999999937

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.134E+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  1.5435E+00  0.0000E+00  3.2251E-01  0.0000E+00  1.7180E+00  2.3279E-01
    1   0  5.5096E-01 -7.6184E-02 -7.6184E-02  7.8043E-01
    2   0  9.6907E-02 -1.7011E-02  2.4327E-02 -3.7270E-02
    3   0 -1.0346E-02  1.3888E-02 -4.3151E-03  1.2242E-02
    4   0 -2.7815E-03 -6.4608E-03 -3.6519E-03  1.4773E-03
    5   0  5.1280E-03  3.1914E-04  1.1455E-03 -2.9027E-03
    6   0 -2.2983E-03  5.6114E-04  3.4443E-04  9.6811E-04
    7   0  2.3933E-04 -5.2847E-04 -4.6063E-04  7.5111E-04
    8   0  6.9221E-05 -3.8533E-05 -1.3036E-04 -3.1124E-04

 LEGEND
 ------

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

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

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


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

    1  5.90E-01  2.19E-01  8.78E-02  5.19E-03  6.99E-04  1.10E+00  1.718E+00  2.328E-01 3.88516E+01 1.37E-02  1.000   1.13   0.85
  100  8.17E-06  6.37E-06  2.04E-06  1.25E-09  2.66E-09  1.10E+00  1.696E+00  2.428E-01 3.40885E+01 1.62E-02  1.000   1.13   1.06
  128  8.76E-07  5.82E-07  2.19E-07  7.13E-11  7.28E-10  1.10E+00  1.704E+00  2.385E-01 3.40879E+01 1.62E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.647E-07 d(ln R0)/dt =  1.055E-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  6.31E-02  1.43E-05  2.07E-09  1.99E-09  1.10E+00  1.704E+00  2.384E-01 3.40876E+01 1.63E-02  1.000   1.13   1.08
  100  1.14E-04  5.68E-05  2.52E-07  7.02E-11  1.41E-10  5.11E-01  1.705E+00  2.376E-01 3.67460E+01 1.51E-02  1.038   1.13   1.12
  200  1.21E-05  6.86E-06  4.02E-08  1.17E-10  1.52E-11  5.11E-01  1.705E+00  2.346E-01 3.70631E+01 1.49E-02  1.042   1.13   1.13
  300  1.33E-06  8.76E-07  1.32E-08  2.45E-12  2.49E-12  5.11E-01  1.710E+00  2.341E-01 3.58889E+01 1.54E-02  1.026   1.13   1.13
  400  2.97E-07  1.97E-07  6.09E-09  4.70E-13  4.51E-13  5.11E-01  1.713E+00  2.338E-01 3.49679E+01 1.59E-02  1.013   1.13   1.13
  500  1.08E-07  6.66E-08  2.35E-09  8.12E-14  9.14E-14  5.11E-01  1.714E+00  2.333E-01 3.43916E+01 1.61E-02  1.004   1.13   1.14
  600  4.59E-08  2.89E-08  8.77E-10  2.57E-14  4.19E-14  5.11E-01  1.716E+00  2.332E-01 3.39106E+01 1.64E-02  0.997   1.13   1.13
  700  2.57E-08  1.73E-08  3.67E-10  7.43E-14  2.02E-14  5.11E-01  1.716E+00  2.331E-01 3.36101E+01 1.65E-02  0.993   1.13   1.13
  800  1.19E-08  6.68E-09  1.47E-10  5.99E-15  8.34E-15  5.11E-01  1.717E+00  2.330E-01 3.32720E+01 1.67E-02  0.988   1.13   1.13
  824  9.87E-09  5.97E-09  1.26E-10  2.79E-15  4.34E-15  5.11E-01  1.717E+00  2.329E-01 3.32371E+01 1.67E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.750E-05 d(ln R0)/dt =  1.847E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.098254

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0508E+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:  4.3236E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.580000 TO TG2=    2.585000 @ NSTEP     1335
   GFRAME TG2 MOMENTS CHECKSUM:  1.2444646057879E+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=  1338 Hash code:  120857666
 ->PRGCHK: bdy curvature ratio at t= 2.5900E+00 seconds is:  4.3264E-02
 % MHDEQ: TG1= 2.5849999999999937 ; TG2= 2.5899999999999936

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.050E+00     1.135E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5431E+00  0.0000E+00  3.2270E-01  0.0000E+00  1.7171E+00  2.3294E-01
    1   0  5.5062E-01 -7.6239E-02 -7.6239E-02  7.8048E-01
    2   0  9.7019E-02 -1.6988E-02  2.4196E-02 -3.7188E-02
    3   0 -1.0338E-02  1.3875E-02 -4.3218E-03  1.2195E-02
    4   0 -2.7691E-03 -6.4557E-03 -3.6261E-03  1.4670E-03
    5   0  5.1383E-03  3.2670E-04  1.1449E-03 -2.8964E-03
    6   0 -2.2929E-03  5.6913E-04  3.5127E-04  9.8331E-04
    7   0  2.1203E-04 -5.1052E-04 -4.6024E-04  7.7779E-04
    8   0  6.1083E-05 -4.7355E-05 -1.4980E-04 -3.0868E-04

 LEGEND
 ------

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

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

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


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

    1  5.84E-01  2.17E-01  8.74E-02  5.18E-03  7.00E-04  1.10E+00  1.717E+00  2.329E-01 3.87840E+01 1.38E-02  1.000   1.14   0.86
  100  9.01E-06  6.78E-06  2.18E-06  1.41E-09  2.90E-09  1.10E+00  1.696E+00  2.427E-01 3.40579E+01 1.62E-02  1.000   1.14   1.06
  128  8.62E-07  5.70E-07  2.19E-07  6.58E-11  7.15E-10  1.10E+00  1.704E+00  2.384E-01 3.40574E+01 1.63E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.352E-07 d(ln R0)/dt =  9.027E-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  8.22E-02  6.30E-02  1.42E-05  2.06E-09  1.90E-09  1.10E+00  1.704E+00  2.383E-01 3.40572E+01 1.63E-02  1.000   1.14   1.08
  100  1.06E-04  8.39E-05  2.85E-07  6.87E-11  1.42E-10  5.11E-01  1.705E+00  2.376E-01 3.65644E+01 1.52E-02  1.036   1.14   1.12
  200  1.12E-05  6.91E-06  4.01E-08  1.17E-10  1.61E-11  5.11E-01  1.704E+00  2.348E-01 3.70455E+01 1.50E-02  1.042   1.14   1.13
  300  1.22E-06  9.52E-07  1.34E-08  2.36E-12  2.53E-12  5.11E-01  1.709E+00  2.343E-01 3.58390E+01 1.55E-02  1.025   1.14   1.14
  400  2.75E-07  2.12E-07  6.12E-09  4.49E-13  4.73E-13  5.11E-01  1.712E+00  2.340E-01 3.49274E+01 1.59E-02  1.013   1.14   1.14
  500  1.04E-07  6.45E-08  2.35E-09  8.56E-14  9.47E-14  5.11E-01  1.713E+00  2.336E-01 3.43521E+01 1.62E-02  1.004   1.14   1.14
  600  4.69E-08  2.82E-08  8.85E-10  2.68E-14  4.35E-14  5.11E-01  1.714E+00  2.334E-01 3.38625E+01 1.64E-02  0.997   1.14   1.14
  700  2.80E-08  1.90E-08  3.74E-10  7.31E-14  2.00E-14  5.11E-01  1.715E+00  2.334E-01 3.35664E+01 1.65E-02  0.993   1.14   1.14
  800  1.25E-08  6.89E-09  1.48E-10  6.30E-15  8.15E-15  5.11E-01  1.715E+00  2.332E-01 3.32301E+01 1.67E-02  0.988   1.14   1.14
  825  9.87E-09  5.99E-09  1.25E-10  2.75E-15  4.38E-15  5.11E-01  1.716E+00  2.332E-01 3.31945E+01 1.67E-02  0.987   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.679E-05 d(ln R0)/dt =  1.800E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECON[1] 26988
STRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.042518

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0752E+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:  4.3264E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.585000 TO TG2=    2.590000 @ NSTEP     1338
   GFRAME TG2 MOMENTS CHECKSUM:  1.2441459851532E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1339
 TA= 2.58700E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.00000E-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  ->   40899 -      0 (killed) +  10341 (dep) =  51240 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   3802 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.060476E+08  2.059138E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.080218E+08  2.076821E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.516694E+08  1.516408E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.234802E+08  2.233136E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.122292E+08  2.120999E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.295188E+08  2.293415E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  34756 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36574 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.286506E+08  1.286017E+08
 %ORBALL:  In processor     0: orbit # IORB=  42645 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43939 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45135 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45928 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46755 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49118 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.785652E+08  2.782890E+08
 %ORBALL:  In processor     0: orbit # IORB=  49814 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51030 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51357 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51678 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51240 SPL=    0 TOT=40983
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.9823383E-01 -1.4881771E+00  1.9322926E+08  8.9222890E-02
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1341
 TA= 2.59000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.25000E-03
  %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=  2.5900000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.590000E+00 NSTEP=  1341 Hash code:  118069626
 ->PRGCHK: bdy curvature ratio at t= 2.5950E+00 seconds is:  4.3086E-02
 % MHDEQ: TG1= 2.5899999999999936 ; TG2= 2.5949999999999935

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.045E+00     1.133E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5427E+00  0.0000E+00  3.2288E-01  0.0000E+00  1.7156E+00  2.3320E-01
    1   0  5.5024E-01 -7.6112E-02 -7.6112E-02  7.7971E-01
    2   0  9.7094E-02 -1.7100E-02  2.4105E-02 -3.7165E-02
    3   0 -1.0227E-02  1.3882E-02 -4.2582E-03  1.2142E-02
    4   0 -2.8072E-03 -6.4046E-03 -3.6123E-03  1.5039E-03
    5   0  5.1122E-03  3.2033E-04  1.1674E-03 -2.8628E-03
    6   0 -2.2832E-03  6.3149E-04  3.9502E-04  9.9801E-04
    7   0  1.7512E-04 -4.8893E-04 -4.7631E-04  7.8501E-04
    8   0  6.3283E-05 -6.3685E-05 -1.9128E-04 -3.1833E-04

 LEGEND
 ------

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

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

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


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

    1  5.72E-01  2.14E-01  8.67E-02  5.17E-03  6.98E-04  1.10E+00  1.716E+00  2.332E-01 3.86447E+01 1.38E-02  1.000   1.13   0.85
  100  7.90E-06  5.72E-06  1.84E-06  1.63E-09  2.80E-09  1.10E+00  1.696E+00  2.428E-01 3.39829E+01 1.63E-02  1.000   1.13   1.06
  127  9.56E-07  4.97E-07  2.10E-07  8.67E-11  4.30E-10  1.10E+00  1.703E+00  2.387E-01 3.39824E+01 1.63E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.733E-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  8.13E-02  6.25E-02  1.40E-05  2.28E-09  2.10E-09  1.10E+00  1.703E+00  2.386E-01 3.39823E+01 1.63E-02  1.000   1.13   1.08
  100  1.06E-04  8.46E-05  2.88E-07  6.41E-11  1.51E-10  5.11E-01  1.704E+00  2.379E-01 3.64453E+01 1.52E-02  1.035   1.13   1.11
  200  1.17E-05  7.24E-06  4.13E-08  1.17E-10  1.61E-11  5.11E-01  1.703E+00  2.349E-01 3.68165E+01 1.50E-02  1.040   1.13   1.13
  300  1.25E-06  9.79E-07  1.36E-08  2.29E-12  2.46E-12  5.11E-01  1.708E+00  2.345E-01 3.56210E+01 1.56E-02  1.023   1.13   1.13
  400  2.86E-07  2.23E-07  6.13E-09  4.63E-13  4.74E-13  5.11E-01  1.710E+00  2.342E-01 3.47241E+01 1.60E-02  1.011   1.13   1.13
  500  1.06E-07  6.63E-08  2.34E-09  8.60E-14  9.34E-14  5.11E-01  1.712E+00  2.338E-01 3.41514E+01 1.62E-02  1.002   1.13   1.13
  600  4.80E-08  2.92E-08  8.84E-10  2.64E-14  4.39E-14  5.11E-01  1.713E+00  2.337E-01 3.36648E+01 1.65E-02  0.995   1.13   1.13
  700  2.88E-08  1.98E-08  3.75E-10  7.75E-14  2.08E-14  5.11E-01  1.713E+00  2.337E-01 3.33661E+01 1.66E-02  0.991   1.13   1.13
  800  1.29E-08  7.12E-09  1.48E-10  6.27E-15  8.60E-15  5.11E-01  1.714E+00  2.336E-01 3.30265E+01 1.68E-02  0.986   1.13   1.13
  834  9.79E-09  5.92E-09  1.18E-10  2.31E-15  3.18E-15  5.11E-01  1.714E+00  2.335E-01 3.29754E+01 1.68E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.150E-05 d(ln R0)/dt =  1.707E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.092793

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1738E+00 SECONDS
   DATA R*BT AT EDGE:  3.5745E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3086E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.590000 TO TG2=    2.595000 @ NSTEP     1341
   GFRAME TG2 MOMENTS CHECKSUM:  1.2438136657031E+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=  1345 Hash code:   90161846
 ->PRGCHK: bdy curvature ratio at t= 2.6000E+00 seconds is:  4.2907E-02
 % MHDEQ: TG1= 2.5949999999999935 ; TG2= 2.5999999999999934

 *** 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     -3.039E+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  1.5422E+00  0.0000E+00  3.2305E-01  0.0000E+00  1.7142E+00  2.3353E-01
    1   0  5.4987E-01 -7.5984E-02 -7.5984E-02  7.7894E-01
    2   0  9.7168E-02 -1.7213E-02  2.4014E-02 -3.7142E-02
    3   0 -1.0115E-02  1.3889E-02 -4.1945E-03  1.2089E-02
    4   0 -2.8454E-03 -6.3535E-03 -3.5986E-03  1.5408E-03
    5   0  5.0861E-03  3.1395E-04  1.1900E-03 -2.8293E-03
    6   0 -2.2736E-03  6.9385E-04  4.3877E-04  1.0127E-03
    7   0  1.3821E-04 -4.6734E-04 -4.9239E-04  7.9223E-04
    8   0  6.5483E-05 -8.0015E-05 -2.3275E-04 -3.2798E-04

 LEGEND
 ------

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

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

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


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

    1  5.62E-01  2.11E-01  8.60E-02  5.16E-03  6.96E-04  1.10E+00  1.714E+00  2.335E-01 3.85159E+01 1.38E-02  1.000   1.13   0.85
  100  6.92E-06  5.15E-06  1.58E-06  1.85E-09  2.69E-09  1.10E+00  1.695E+00  2.429E-01 3.39099E+01 1.62E-02  1.000   1.13   1.05
  124  9.76E-07  5.90E-07  2.36E-07  3.73E-10  2.16E-10  1.10E+00  1.702E+00  2.393E-01 3.39094E+01 1.62E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.00E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.501E-07 d(ln R0)/dt =  1.192E-04

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

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


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

    1  7.92E-02  6.03E-02  1.37E-05  1.81E-09  2.04E-09  1.10E+00  1.702E+00  2.392E-01 3.39093E+01 1.62E-02  1.000   1.13   1.07
  100  1.14E-04  5.68E-05  2.63E-07  6.91E-11  1.76E-10  5.11E-01  1.703E+00  2.383E-01 3.66293E+01 1.50E-02  1.039   1.13   1.11
  200  1.30E-05  7.04E-06  4.33E-08  1.24E-10  1.59E-11  5.11E-01  1.703E+00  2.350E-01 3.66980E+01 1.50E-02  1.040   1.13   1.12
  300  1.40E-06  9.21E-07  1.38E-08  2.43E-12  2.53E-12  5.11E-01  1.708E+00  2.346E-01 3.55796E+01 1.55E-02  1.024   1.13   1.13
  400  3.02E-07  1.99E-07  6.25E-09  5.40E-13  4.79E-13  5.11E-01  1.710E+00  2.344E-01 3.46577E+01 1.59E-02  1.011   1.13   1.13
  500  1.10E-07  6.71E-08  2.42E-09  7.88E-14  9.18E-14  5.11E-01  1.712E+00  2.340E-01 3.40719E+01 1.62E-02  1.002   1.13   1.13
  600  4.78E-08  2.94E-08  9.07E-10  2.42E-14  4.10E-14  5.11E-01  1.713E+00  2.339E-01 3.35982E+01 1.64E-02  0.995   1.13   1.13
  700  2.79E-08  1.87E-08  3.83E-10  8.28E-14  2.37E-14  5.11E-01  1.713E+00  2.339E-01 3.32826E+01 1.66E-02  0.991   1.13   1.13
  800  1.31E-08  7.23E-09  1.53E-10  6.01E-15  9.05E-15  5.11E-01  1.714E+00  2.337E-01 3.29296E+01 1.67E-02  0.986   1.13   1.13
  847  9.99E-09  5.76E-09  1.13E-10  6.09E-15  2.39E-15  5.11E-01  1.714E+00  2.337E-01 3.28499E+01 1.68E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.090E-05 d(ln R0)/dt =  1.773E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.052645

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1475E+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:  4.2907E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.595000 TO TG2=    2.600000 @ NSTEP     1345
   GFRAME TG2 MOMENTS CHECKSUM:  1.2435784454473E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1345
 TA= 2.59500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.84647E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  2  underweight particles.
 %DEPALL specie #1  ->   40983 -      0 (killed) +  10313 (dep) =  51296 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.195784E+08  1.195440E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.940435E+08  1.938940E+08
 %ORBALL:  In processor     0: orbit # IORB=  11041 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13058 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.230754E+08  2.229905E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.218494E+08  1.218362E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.644192E+08  1.643743E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  34007 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42019 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42487 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43754 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44429 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44807 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44891 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44944 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45824 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47374 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47682 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47890 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49972 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50533 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50645 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51084 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51388 never inside plasma.
 %DEPSUB - XKSID =  1.002492E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.739499E+08  1.738176E+08
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51296 SPL=    0 TOT=41232
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.7135508E-01  1.2516757E+00  1.7600909E+08  9.8863121E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1349
 TA= 2.60000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.77088E-04
 --> plasma_hash("gframe"): TA= 2.600000E+00 NSTEP=  1349 Hash code:   25753134
 ->PRGCHK: bdy curvature ratio at t= 2.6050E+00 seconds is:  4.2835E-02
 % MHDEQ: TG1= 2.5999999999999934 ; TG2= 2.6049999999999933

 *** 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     -3.035E+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  1.5415E+00  0.0000E+00  3.2351E-01  0.0000E+00  1.7142E+00  2.3368E-01
    1   0  5.4959E-01 -7.5794E-02 -7.5794E-02  7.7787E-01
    2   0  9.7243E-02 -1.7331E-02  2.4144E-02 -3.7234E-02
    3   0 -1.0077E-02  1.3886E-02 -4.1256E-03  1.2173E-02
    4   0 -2.9598E-03 -6.2793E-03 -3.5872E-03  1.6280E-03
    5   0  5.0114E-03  2.7949E-04  1.2087E-03 -2.7498E-03
    6   0 -2.2760E-03  7.3700E-04  4.8351E-04  9.6388E-04
    7   0  1.6870E-04 -4.2944E-04 -4.2752E-04  6.9717E-04
    8   0  1.2519E-04 -4.9557E-05 -2.1160E-04 -3.3950E-04

 LEGEND
 ------

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

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

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


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

    1  5.68E-01  2.15E-01  8.65E-02  5.17E-03  7.01E-04  1.10E+00  1.714E+00  2.337E-01 3.85089E+01 1.37E-02  1.000   1.13   0.85
  100  7.14E-06  5.40E-06  1.71E-06  1.60E-09  2.66E-09  1.10E+00  1.695E+00  2.433E-01 3.38754E+01 1.61E-02  1.000   1.13   1.05
  127  9.39E-07  4.95E-07  2.12E-07  8.62E-11  4.20E-10  1.10E+00  1.702E+00  2.393E-01 3.38749E+01 1.61E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.867E-07 d(ln R0)/dt =  1.130E-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  8.11E-02  6.26E-02  1.43E-05  2.42E-09  2.16E-09  1.10E+00  1.702E+00  2.392E-01 3.38748E+01 1.61E-02  1.000   1.13   1.07
  100  1.15E-04  5.47E-05  2.54E-07  7.03E-11  1.42E-10  5.11E-01  1.703E+00  2.385E-01 3.64411E+01 1.50E-02  1.037   1.13   1.11
  200  1.26E-05  6.91E-06  4.07E-08  1.16E-10  1.54E-11  5.11E-01  1.703E+00  2.357E-01 3.66252E+01 1.49E-02  1.039   1.13   1.12
  300  1.38E-06  8.89E-07  1.32E-08  2.45E-12  2.47E-12  5.11E-01  1.708E+00  2.352E-01 3.54321E+01 1.54E-02  1.022   1.13   1.13
  400  2.96E-07  1.96E-07  6.01E-09  4.81E-13  4.45E-13  5.11E-01  1.710E+00  2.349E-01 3.45314E+01 1.59E-02  1.010   1.13   1.13
  500  1.12E-07  6.66E-08  2.33E-09  8.49E-14  9.13E-14  5.11E-01  1.711E+00  2.346E-01 3.39448E+01 1.61E-02  1.001   1.13   1.13
  600  4.86E-08  2.94E-08  8.85E-10  2.56E-14  4.19E-14  5.11E-01  1.713E+00  2.344E-01 3.34653E+01 1.64E-02  0.994   1.13   1.13
  700  2.88E-08  1.93E-08  3.75E-10  8.76E-14  2.16E-14  5.11E-01  1.713E+00  2.344E-01 3.31516E+01 1.65E-02  0.989   1.13   1.13
  800  1.33E-08  7.39E-09  1.51E-10  5.87E-15  8.76E-15  5.11E-01  1.714E+00  2.343E-01 3.27945E+01 1.67E-02  0.984   1.13   1.13
  848  1.00E-08  5.94E-09  1.09E-10  5.82E-15  2.44E-15  5.11E-01  1.714E+00  2.342E-01 3.27106E+01 1.67E-02  0.983   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.224E-05 d(ln R0)/dt =  1.811E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.037178

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1387E+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:  4.2835E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.600000 TO TG2=    2.605000 @ NSTEP     1349
   GFRAME TG2 MOMENTS CHECKSUM:  1.2434878883468E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1363
 TA= 2.60471E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.90435E-04
 --> plasma_hash("gframe"): TA= 2.605000E+00 NSTEP=  1364 Hash code:   47988011
 ->PRGCHK: bdy curvature ratio at t= 2.6100E+00 seconds is:  4.2763E-02
 % MHDEQ: TG1= 2.6049999999999933 ; TG2= 2.6099999999999932

 *** 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     -3.031E+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  1.5409E+00  0.0000E+00  3.2396E-01  0.0000E+00  1.7140E+00  2.3421E-01
    1   0  5.4932E-01 -7.5603E-02 -7.5603E-02  7.7681E-01
    2   0  9.7317E-02 -1.7449E-02  2.4273E-02 -3.7327E-02
    3   0 -1.0039E-02  1.3884E-02 -4.0568E-03  1.2258E-02
    4   0 -3.0741E-03 -6.2051E-03 -3.5758E-03  1.7152E-03
    5   0  4.9366E-03  2.4503E-04  1.2274E-03 -2.6702E-03
    6   0 -2.2784E-03  7.8016E-04  5.2824E-04  9.1505E-04
    7   0  1.9919E-04 -3.9155E-04 -3.6266E-04  6.0211E-04
    8   0  1.8490E-04 -1.9099E-05 -1.9044E-04 -3.5101E-04

 LEGEND
 ------

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

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

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


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

    1  5.72E-01  2.16E-01  8.67E-02  5.18E-03  6.99E-04  1.10E+00  1.714E+00  2.342E-01 3.84865E+01 1.37E-02  1.000   1.12   0.85
  100  7.58E-06  5.98E-06  1.89E-06  1.55E-09  2.73E-09  1.10E+00  1.695E+00  2.438E-01 3.38341E+01 1.62E-02  1.000   1.12   1.05
  127  9.84E-07  5.02E-07  2.18E-07  8.66E-11  4.04E-10  1.10E+00  1.702E+00  2.398E-01 3.38335E+01 1.62E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.706E-07 d(ln R0)/dt =  1.071E-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  7.95E-02  6.31E-02  1.47E-05  2.65E-09  2.18E-09  1.10E+00  1.702E+00  2.397E-01 3.38334E+01 1.62E-02  1.000   1.12   1.07
  100  1.19E-04  5.31E-05  2.57E-07  7.03E-11  1.37E-10  5.11E-01  1.703E+00  2.389E-01 3.63252E+01 1.51E-02  1.036   1.12   1.11
  200  1.24E-05  7.10E-06  4.07E-08  1.13E-10  1.52E-11  5.11E-01  1.703E+00  2.362E-01 3.65194E+01 1.50E-02  1.038   1.12   1.12
  300  1.39E-06  8.58E-07  1.31E-08  2.46E-12  2.43E-12  5.11E-01  1.708E+00  2.357E-01 3.52787E+01 1.56E-02  1.021   1.12   1.12
  400  3.04E-07  2.12E-07  6.01E-09  4.81E-13  4.51E-13  5.11E-01  1.710E+00  2.354E-01 3.43881E+01 1.60E-02  1.008   1.12   1.12
  500  1.18E-07  7.28E-08  2.34E-09  9.04E-14  9.26E-14  5.11E-01  1.712E+00  2.350E-01 3.38003E+01 1.63E-02  1.000   1.12   1.13
  600  4.80E-08  2.98E-08  8.89E-10  2.69E-14  4.40E-14  5.11E-01  1.713E+00  2.349E-01 3.33251E+01 1.65E-02  0.993   1.12   1.12
  700  2.80E-08  1.76E-08  3.79E-10  9.57E-14  2.26E-14  5.11E-01  1.713E+00  2.348E-01 3.30124E+01 1.67E-02  0.988   1.12   1.12
  800  1.24E-08  7.46E-09  1.52E-10  5.87E-15  9.14E-15  5.11E-01  1.714E+00  2.347E-01 3.26547E+01 1.69E-02  0.983   1.12   1.12
  855  1.00E-08  6.07E-09  1.07E-10  1.21E-14  2.18E-15  5.11E-01  1.714E+00  2.346E-01 3.25516E+01 1.69E-02  0.981   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.652E-05 d(ln R0)/dt =  1.947E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.044680

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1357E+00 SECONDS
   DATA R*BT AT EDGE:  3.5743E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2763E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.605000 TO TG2=    2.610000 @ NSTEP     1364
   GFRAME TG2 MOMENTS CHECKSUM:  1.2435560368075E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1377
 TA= 2.60873E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.36219E-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  ->   41232 -      0 (killed) +  10275 (dep) =  51507 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   6036 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln)[1] 27679
: too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.022842E+08  2.021043E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0049E+00
 %ORBALL:  In processor     0: orbit # IORB=  18132 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.395255E+08  1.394919E+08
 %ORBALL:  In processor     0: orbit # IORB=  33643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34883 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.648831E+08  2.647301E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.808816E+08  2.808615E+08
 %ORBALL:  In processor     0: orbit # IORB=  42569 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42905 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43754 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43935 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44614 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45435 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45959 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47777 never inside plasma.
 %DEPSUB - XKSID =  1.002728E+00
 %ORBALL:  In processor     0: orbit # IORB=  48814 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48815 never inside plasma.
 %DEPSUB - XKSID =  1.003823E+00
 %ORBALL:  In processor     0: orbit # IORB=  49214 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49287 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49901 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50366 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.982091E+08  1.982019E+08
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51507 SPL=    0 TOT=41263
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.6471053E-01 -2.2149373E+00  1.6436837E+08  3.4243119E-02
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1382
 TA= 2.61000E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 2.76710E-04
  %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=  2.6100000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.610000E+00 NSTEP=  1382 Hash code:   52770226
 ->PRGCHK: bdy curvature ratio at t= 2.6150E+00 seconds is:  4.3009E-02
 % MHDEQ: TG1= 2.6099999999999932 ; TG2= 2.6149999999999931

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.040E+00     1.125E+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  1.5408E+00  0.0000E+00  3.2451E-01  0.0000E+00  1.7142E+00  2.3463E-01
    1   0  5.4987E-01 -7.5578E-02 -7.5578E-02  7.7642E-01
    2   0  9.7134E-02 -1.7471E-02  2.4235E-02 -3.7265E-02
    3   0 -1.0001E-02  1.3947E-02 -3.9919E-03  1.2159E-02
    4   0 -3.0802E-03 -6.2335E-03 -3.5732E-03  1.7453E-03
    5   0  4.9565E-03  2.5730E-04  1.1887E-03 -2.6774E-03
    6   0 -2.3067E-03  7.5694E-04  4.9935E-04  8.9974E-04
    7   0  2.3433E-04 -4.2938E-04 -3.8929E-04  6.0324E-04
    8   0  1.5072E-04 -3.2479E-05 -1.9433E-04 -3.3911E-04

 LEGEND
 ------

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

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

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


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

    1  5.76E-01  2.17E-01  8.70E-02  5.19E-03  7.01E-04  1.10E+00  1.714E+00  2.346E-01 3.86980E+01 1.37E-02  1.000   1.13   0.85
  100  8.20E-06  6.38E-06  2.01E-06  1.49E-09  2.87E-09  1.10E+00  1.695E+00  2.445E-01 3.39984E+01 1.62E-02  1.000   1.13   1.05
  128  8.94E-07  6.01E-07  2.28E-07  6.49E-11  6.49E-10  1.10E+00  1.702E+00  2.403E-01 3.39978E+01 1.63E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.631E-07 d(ln R0)/dt =  9.637E-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  7.86E-02  6.34E-02  1.48E-05  2.54E-09  2.03E-09  1.10E+00  1.702E+00  2.401E-01 3.39976E+01 1.63E-02  1.000   1.13   1.07
  100  1.21E-04  5.24E-05  2.57E-07  7.47E-11  1.27E-10  5.11E-01  1.703E+00  2.395E-01 3.65049E+01 1.52E-02  1.036   1.13   1.11
  200  1.16E-05  6.80E-06  4.01E-08  1.12E-10  1.55E-11  5.11E-01  1.703E+00  2.368E-01 3.67961E+01 1.50E-02  1.040   1.13   1.12
  300  1.35E-06  8.18E-07  1.32E-08  2.57E-12  2.49E-12  5.11E-01  1.708E+00  2.363E-01 3.55092E+01 1.56E-02  1.022   1.13   1.12
  400  3.05E-07  2.18E-07  6.14E-09  4.73E-13  4.54E-13  5.11E-01  1.710E+00  2.360E-01 3.46023E+01 1.60E-02  1.009   1.13   1.13
  500  1.20E-07  7.57E-08  2.41E-09  9.35E-14  9.58E-14  5.11E-01  1.712E+00  2.356E-01 3.40058E+01 1.63E-02  1.000   1.13   1.13
  600  4.79E-08  2.97E-08  9.15E-10  2.79E-14  4.48E-14  5.11E-01  1.713E+00  2.355E-01 3.35249E+01 1.65E-02  0.993   1.13   1.13
  700  2.78E-08  1.66E-08  3.89E-10  9.89E-14  2.20E-14  5.11E-01  1.714E+00  2.354E-01 3.32097E+01 1.67E-02  0.989   1.13   1.13
  800  1.24E-08  7.46E-09  1.57E-10  5.74E-15  8.99E-15  5.11E-01  1.714E+00  2.353E-01 3.28496E+01 1.69E-02  0.983   1.13   1.13
  854  9.98E-09  6.10E-09  1.12E-10  1.23E-14  2.30E-15  5.11E-01  1.714E+00  2.352E-01 3.27456E+01 1.69E-02  0.982   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.787E-05 d(ln R0)/dt =  2.003E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.054236

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0508E+00 SECONDS
   DATA R*BT AT EDGE:  3.5820E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3009E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.610000 TO TG2=    2.615000 @ NSTEP     1382
   GFRAME TG2 MOMENTS CHECKSUM:  1.2439801235959E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1382
 TA= 2.61000E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 2.76710E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1383
 TA= 2.61028E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.45888E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1388
 TA= 2.61312E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.05557E-03
 --> plasma_hash("gframe"): TA= 2.615000E+00 NSTEP=  1391 Hash code:   85568953
 ->PRGCHK: bdy curvature ratio at t= 2.6200E+00 seconds is:  4.3254E-02
 % MHDEQ: TG1= 2.6149999999999931 ; TG2= 2.619999999999993

 *** 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     -3.048E+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  1.5408E+00  0.0000E+00  3.2506E-01  0.0000E+00  1.7145E+00  2.3522E-01
    1   0  5.5042E-01 -7.5552E-02 -7.5552E-02  7.7603E-01
    2   0  9.6952E-02 -1.7493E-02  2.4197E-02 -3.7204E-02
    3   0 -9.9630E-03  1.4011E-02 -3.9271E-03  1.2060E-02
    4   0 -3.0863E-03 -6.2619E-03 -3.5707E-03  1.7754E-03
    5   0  4.9764E-03  2.6957E-04  1.1500E-03 -2.6846E-03
    6   0 -2.3351E-03  7.3372E-04  4.7046E-04  8.8443E-04
    7   0  2.6947E-04 -4.6722E-04 -4.1591E-04  6.0437E-04
    8   0  1.1654E-04 -4.5858E-05 -1.9822E-04 -3.2721E-04

 LEGEND
 ------

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

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

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


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

    1  5.80E-01  2.18E-01  8.72E-02  5.20E-03  7.00E-04  1.10E+00  1.714E+00  2.352E-01 3.89152E+01 1.37E-02  1.000   1.13   0.84
  100  8.39E-06  6.47E-06  2.06E-06  1.41E-09  2.91E-09  1.10E+00  1.695E+00  2.453E-01 3.41673E+01 1.62E-02  1.000   1.13   1.05
  128  9.14E-07  6.20E-07  2.30E-07  6.74E-11  6.69E-10  1.10E+00  1.703E+00  2.410E-01 3.41667E+01 1.62E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.610E-07 d(ln R0)/dt =  9.779E-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  7.72E-02  6.29E-02  1.47E-05  2.51E-09  2.01E-09  1.10E+00  1.703E+00  2.408E-01 3.41665E+01 1.62E-02  1.000   1.13   1.07
  100  1.20E-04  3.75E-05  2.17E-07  8.48E-11  1.30E-10  5.11E-01  1.703E+00  2.401E-01 3.68862E+01 1.50E-02  1.038   1.13   1.11
  200  1.28E-05  6.45E-06  4.07E-08  1.14E-10  1.53E-11  5.11E-01  1.703E+00  2.375E-01 3.71609E+01 1.49E-02  1.042   1.13   1.12
  300  1.15E-06  6.82E-07  1.32E-08  2.71E-12  2.50E-12  5.11E-01  1.708E+00  2.370E-01 3.58876E+01 1.54E-02  1.024   1.13   1.13
  400  2.92E-07  2.09E-07  6.20E-09  4.94E-13  4.42E-13  5.11E-01  1.711E+00  2.366E-01 3.49648E+01 1.59E-02  1.011   1.13   1.13
  500  1.15E-07  6.74E-08  2.42E-09  8.91E-14  9.18E-14  5.11E-01  1.712E+00  2.362E-01 3.43703E+01 1.61E-02  1.003   1.13   1.13
  600  5.11E-08  2.94E-08  9.13E-10  2.84E-14  4.38E-14  5.11E-01  1.713E+00  2.361E-01 3.38871E+01 1.64E-02  0.996   1.13   1.13
  700  2.92E-08  1.78E-08  3.84E-10  9.21E-14  2.16E-14  5.11E-01  1.714E+00  2.361E-01 3.35740E+01 1.65E-02  0.991   1.13   1.13
  800  1.26E-08  7.66E-09  1.57E-10  5.75E-15  8.99E-15  5.11E-01  1.715E+00  2.359E-01 3.32195E+01 1.67E-02  0.986   1.13   1.13
  835  9.87E-09  5.92E-09  1.25E-10  3.09E-15  3.03E-15  5.11E-01  1.715E+00  2.359E-01 3.31590E+01 1.67E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.53E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.863E-05 d(ln R0)/dt =  1.901E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.73 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):     0.046153

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7568E+00 SECONDS
   DATA R*BT AT EDGE:  3.5897E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3254E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.615000 TO TG2=    2.620000 @ NSTEP     1391
   GFRAME TG2 MOMENTS CHECKSUM:  1.2442183572671E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1391
 TA= 2.61500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.81809E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1392
 TA= 2.61568E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.49705E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1395
 TA= 2.61764E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 7.97944E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1398
 TA= 2.61948E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 5.24296E-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  ->   41263 -      0 (killed) +  10248 (dep) =  51511 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.150195E+08  2.147722E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.680553E+08  1.680231E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.032453E+08  2.032171E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.292905E+08  2.289826E+08
 %ORBALL:  In processor     0: orbit # IORB=  15779 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.523199E+08  1.523005E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.234511E+08  2.231273E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.592450E+08  1.591943E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.875460E+08  1.874277E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.536710E+08  2.534630E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.405651E+08  1.405294E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.656645E+08  2.655225E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.671119E+08  1.669803E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.457765E+08  1.456366E+08
 %ORBALL:  In processor     0: orbit # IORB=  45922 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47126 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47446 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47571 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48711 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49011 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49446 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49551 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50578 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50933 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51664 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51511 SPL=    0 TOT=41257
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.8084440E-01  2.5651157E+00  2.7746495E+08  7.2263555E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1399
 TA= 2.62000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 6.55370E-04
 --> plasma_hash("gframe"): TA= 2.620000E+00 NSTEP=  1399 Hash code:   29484738
 ->PRGCHK: bdy curvature ratio at t= 2.6250E+00 seconds is:  4.3056E-02
 % MHDEQ: TG1= 2.619999999999993 ; TG2= 2.6249999999999929

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.050E+00     1.127E+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  1.5409E+00  0.0000E+00  3.2505E-01  0.0000E+00  1.7147E+00  2.3586E-01
    1   0  5.5054E-01 -7.5656E-02 -7.5656E-02  7.7682E-01
    2   0  9.7140E-02 -1.7682E-02  2.4252E-02 -3.7113E-02
    3   0 -9.9185E-03  1.3953E-02 -4.0701E-03  1.2071E-02
    4   0 -3.0822E-03 -6.2608E-03 -3.6009E-03  1.7031E-03
    5   0  5.0137E-03  2.4821E-04  1.2063E-03 -2.7167E-03
    6   0 -2.2991E-03  7.6235E-04  4.6764E-04  9.0331E-04
    7   0  2.4554E-04 -4.7575E-04 -4.7478E-04  6.4389E-04
    8   0  8.0323E-05 -8.2911E-05 -2.3088E-04 -2.9915E-04

 LEGEND
 ------

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

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

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


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

    1  5.74E-01  2.14E-01  8.70E-02  5.19E-03  6.82E-04  1.10E+00  1.715E+00  2.359E-01 3.88874E+01 1.37E-02  1.000   1.13   0.84
  100  8.21E-06  6.30E-06  2.00E-06  1.54E-09  2.87E-09  1.10E+00  1.695E+00  2.450E-01 3.41547E+01 1.62E-02  1.000   1.13   1.05
  128  9.17E-07  6.12E-07  2.30E-07  6.90E-11  6.77E-10  1.10E+00  1.703E+00  2.406E-01 3.41541E+01 1.62E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.765E-07 d(ln R0)/dt =  1.052E-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  6.22E-02  1.45E-05  2.51E-09  2.05E-09  1.10E+00  1.704E+00  2.405E-01 3.41539E+01 1.63E-02  1.000   1.13   1.07
  100  1.17E-04  3.72E-05  2.17E-07  8.68E-11  1.33E-10  5.11E-01  1.704E+00  2.397E-01 3.69559E+01 1.50E-02  1.040   1.13   1.11
  200  1.26E-05  6.33E-06  4.05E-08  1.15E-10  1.56E-11  5.11E-01  1.704E+00  2.371E-01 3.72708E+01 1.49E-02  1.044   1.13   1.12
  300  1.11E-06  6.64E-07  1.31E-08  2.78E-12  2.52E-12  5.11E-01  1.709E+00  2.366E-01 3.60161E+01 1.54E-02  1.026   1.13   1.13
  400  2.81E-07  2.01E-07  6.10E-09  4.86E-13  4.38E-13  5.11E-01  1.711E+00  2.362E-01 3.50869E+01 1.58E-02  1.013   1.13   1.13
  500  1.11E-07  6.52E-08  2.38E-09  8.63E-14  9.24E-14  5.11E-01  1.713E+00  2.358E-01 3.44918E+01 1.61E-02  1.005   1.13   1.13
  600  5.07E-08  2.92E-08  9.00E-10  2.80E-14  4.37E-14  5.11E-01  1.714E+00  2.357E-01 3.40060E+01 1.63E-02  0.998   1.13   1.13
  700  2.86E-08  1.78E-08  3.79E-10  8.97E-14  2.12E-14  5.11E-01  1.715E+00  2.356E-01 3.36928E+01 1.65E-02  0.993   1.13   1.13
  800  1.25E-08  7.58E-09  1.55E-10  5.80E-15  8.87E-15  5.11E-01  1.716E+00  2.355E-01 3.33387E+01 1.67E-02  0.988   1.13   1.13
  835  9.84E-09  5.87E-09  1.23E-10  2.85E-15  3.26E-15  5.11E-01  1.716E+00  2.355E-01 3.32798E+01 1.67E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.52E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.699E-05 d(ln R0)/dt =  1.888E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.039772

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7119E+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:  4.3056E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.620000 TO TG2=    2.625000 @ NSTEP     1399
   GFRAME TG2 MOMENTS CHECKSUM:  1.2444575029132E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1399
 TA= 2.62000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 6.55370E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1400
 TA= 2.62016E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.02660E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1408
 TA= 2.62165E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.11049E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1417
 TA= 2.62342E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 2.74809E-04
 --> plasma_hash("gframe"): TA= 2.625000E+00 NSTEP=  1425 Hash code:   91193441
 ->PRGCHK: bdy curvature ratio at t= 2.6300E+00 seconds is:  4.2858E-02
 % MHDEQ: TG1= 2.6249999999999929 ; TG2= 2.6299999999999928

 *** 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     -3.051E+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  1.5410E+00  0.0000E+00  3.2505E-01  0.0000E+00  1.7157E+00  2.3545E-01
    1   0  5.5066E-01 -7.5759E-02 -7.5759E-02  7.7761E-01
    2   0  9.7329E-02 -1.7872E-02  2.4307E-02 -3.7022E-02
    3   0 -9.8740E-03  1.3894E-02 -4.2132E-03  1.2082E-02
    4   0 -3.0781E-03 -6.2597E-03 -3.6311E-03  1.6307E-03
    5   0  5.0509E-03  2.2685E-04  1.2626E-03 -2.7488E-03
    6   0 -2.2632E-03  7.9098E-04  4.6483E-04  9.2219E-04
    7   0  2.2160E-04 -4.8429E-04 -5.3364E-04  6.8340E-04
    8   0  4.4110E-05 -1.1996E-04 -2.6354E-04 -2.7109E-04

 LEGEND
 ------

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

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

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


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

    1  5.82E-01  2.17E-01  8.77E-02  5.19E-03  6.86E-04  1.10E+00  1.716E+00  2.355E-01 3.89072E+01 1.37E-02  1.000   1.13   0.85
  100  8.74E-06  7.05E-06  2.16E-06  1.29E-09  2.73E-09  1.10E+00  1.696E+00  2.447E-01 3.41438E+01 1.62E-02  1.000   1.13   1.05
  128  9.29E-07  6.23E-07  2.26E-07  6.94E-11  6.86E-10  1.10E+00  1.704E+00  2.404E-01 3.41433E+01 1.62E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.494E-07 d(ln R0)/dt =  1.003E-04

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

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


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

    1  8.18E-02  6.33E-02  1.46E-05  2.64E-09  2.12E-09  1.10E+00  1.704E+00  2.403E-01 3.41431E+01 1.62E-02  1.000   1.13   1.07
  100  1.21E-04  3.56E-05  2.13E-07  8.47E-11  1.33E-10  5.11E-01  1.704E+00  2.395E-01 3.69554E+01 1.50E-02  1.040   1.13   1.11
  200  1.26E-05  5.93E-06  3.90E-08  1.13E-10  1.54E-11  5.11E-01  1.704E+00  2.369E-01 3.72562E+01 1.49E-02  1.044   1.13   1.12
  300  1.19E-06  6.61E-07  1.26E-08  2.81E-12  2.49E-12  5.11E-01  1.709E+00  2.363E-01 3.59943E+01 1.54E-02  1.026   1.13   1.13
  400  2.94E-07  2.08E-07  5.97E-09  4.63E-13  4.35E-13  5.11E-01  1.712E+00  2.360E-01 3.50549E+01 1.58E-02  1.013   1.13   1.13
  500  1.16E-07  6.82E-08  2.37E-09  8.52E-14  9.01E-14  5.11E-01  1.713E+00  2.356E-01 3.44496E+01 1.61E-02  1.004   1.13   1.13
  600  4.73E-08  3.05E-08  8.96E-10  2.69E-14  4.28E-14  5.11E-01  1.714E+00  2.354E-01 3.39626E+01 1.63E-02  0.997   1.13   1.13
  700  2.67E-08  1.58E-08  3.75E-10  8.67E-14  2.13E-14  5.11E-01  1.715E+00  2.354E-01 3.36467E+01 1.65E-02  0.993   1.13   1.13
  800  1.26E-08  7.44E-09  1.51E-10  5.79E-15  8.76E-15  5.11E-01  1.716E+00  2.352E-01 3.32881E+01 1.67E-02  0.988   1.13   1.13
  846  9.95E-09  5.84E-09  1.11E-10  5.77E-15  2.18E-15  5.11E-01  1.716E+00  2.352E-01 3.32068E+01 1.67E-02  0.986   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.60E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.202E-05 d(ln R0)/dt =  1.895E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.048251

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7969E+00 SECONDS
   DATA R*BT AT EDGE:  3.5843E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.[1] 28011
2858E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.625000 TO TG2=    2.630000 @ NSTEP     1425
   GFRAME TG2 MOMENTS CHECKSUM:  1.2445985479509E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1425
 TA= 2.62500E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.28944E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1426
 TA= 2.62523E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 2.86180E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1435
 TA= 2.62712E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.41827E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1444
 TA= 2.62915E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.14592E-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  ->   41257 -      0 (killed) +  10231 (dep) =  51488 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.261285E+08  2.261034E+08
 %ORBALL:  In processor     0: orbit # IORB=   5635 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   7.909394E+07  7.906025E+07
 %ORBALL:  In processor     0: orbit # IORB=  14889 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16223 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21344 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   6.185250E+07  6.166930E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.140206E+08  2.138314E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.518511E+08  1.518041E+08
 %ORBALL:  In processor     0: orbit # IORB=  37757 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42531 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42764 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43493 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46387 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47082 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48018 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48309 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48800 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49155 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49507 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49670 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50010 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50092 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51495 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51488 SPL=    0 TOT=41160
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.9997788E-01  3.7811262E-01  1.3198340E+08  6.6495738E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1448
 TA= 2.63000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.36810E-04
  %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=  2.6300000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.630000E+00 NSTEP=  1448 Hash code:   24889631
 ->PRGCHK: bdy curvature ratio at t= 2.6350E+00 seconds is:  4.2868E-02
 % MHDEQ: TG1= 2.6299999999999928 ; TG2= 2.6349999999999927

 *** 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     -3.053E+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  1.5420E+00  0.0000E+00  3.2418E-01  0.0000E+00  1.7160E+00  2.3517E-01
    1   0  5.5116E-01 -7.5640E-02 -7.5640E-02  7.7855E-01
    2   0  9.7270E-02 -1.7888E-02  2.4320E-02 -3.7431E-02
    3   0 -1.0031E-02  1.3786E-02 -4.3098E-03  1.2273E-02
    4   0 -2.9917E-03 -6.2857E-03 -3.6518E-03  1.5874E-03
    5   0  5.0500E-03  2.4688E-04  1.2889E-03 -2.7899E-03
    6   0 -2.3041E-03  7.4531E-04  4.5677E-04  9.8898E-04
    7   0  2.2587E-04 -4.6758E-04 -5.1187E-04  7.0566E-04
    8   0  3.2458E-05 -8.3194E-05 -2.1117E-04 -2.9012E-04

 LEGEND
 ------

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

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

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


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

    1  5.71E-01  2.11E-01  8.69E-02  5.20E-03  6.74E-04  1.10E+00  1.716E+00  2.352E-01 3.88813E+01 1.37E-02  1.000   1.13   0.85
  100  8.55E-06  6.66E-06  2.04E-06  1.39E-09  2.65E-09  1.10E+00  1.697E+00  2.439E-01 3.41441E+01 1.62E-02  1.000   1.13   1.05
  128  9.84E-07  6.38E-07  2.26E-07  6.85E-11  7.03E-10  1.10E+00  1.705E+00  2.395E-01 3.41435E+01 1.62E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.551E-07 d(ln R0)/dt =  1.038E-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  8.47E-02  6.52E-02  1.49E-05  2.73E-09  2.21E-09  1.10E+00  1.705E+00  2.394E-01 3.41433E+01 1.62E-02  1.000   1.13   1.07
  100  1.23E-04  3.47E-05  2.12E-07  8.65E-11  1.31E-10  5.11E-01  1.706E+00  2.386E-01 3.69828E+01 1.50E-02  1.040   1.13   1.11
  200  1.28E-05  5.76E-06  3.86E-08  1.14E-10  1.55E-11  5.11E-01  1.705E+00  2.360E-01 3.72891E+01 1.49E-02  1.044   1.13   1.13
  300  1.24E-06  6.62E-07  1.25E-08  2.78E-12  2.48E-12  5.11E-01  1.710E+00  2.355E-01 3.60457E+01 1.54E-02  1.027   1.13   1.13
  400  3.04E-07  2.07E-07  5.97E-09  4.69E-13  4.30E-13  5.11E-01  1.713E+00  2.351E-01 3.51040E+01 1.58E-02  1.014   1.13   1.13
  500  1.16E-07  6.63E-08  2.37E-09  8.30E-14  8.96E-14  5.11E-01  1.714E+00  2.347E-01 3.44957E+01 1.61E-02  1.005   1.13   1.13
  600  4.78E-08  2.99E-08  8.97E-10  2.66E-14  4.12E-14  5.11E-01  1.716E+00  2.346E-01 3.40080E+01 1.63E-02  0.998   1.13   1.13
  700  2.58E-08  1.64E-08  3.76E-10  8.83E-14  2.07E-14  5.11E-01  1.716E+00  2.345E-01 3.36889E+01 1.65E-02  0.993   1.13   1.13
  800  1.24E-08  7.36E-09  1.51E-10  5.87E-15  8.52E-15  5.11E-01  1.717E+00  2.344E-01 3.33255E+01 1.67E-02  0.988   1.13   1.13
  856  9.90E-09  5.90E-09  1.05E-10  1.13E-14  1.91E-15  5.11E-01  1.717E+00  2.343E-01 3.32226E+01 1.67E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.538E-05 d(ln R0)/dt =  1.954E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.13 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):     0.057416

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1553E+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:  4.2868E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.630000 TO TG2=    2.635000 @ NSTEP     1448
   GFRAME TG2 MOMENTS CHECKSUM:  1.2449061085610E+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=  1458 Hash code:   84032811
 ->PRGCHK: bdy curvature ratio at t= 2.6400E+00 seconds is:  4.2887E-02
 % MHDEQ: TG1= 2.6349999999999927 ; TG2= 2.6399999999999926

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.055E+00     1.132E+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  1.5430E+00  0.0000E+00  3.2330E-01  0.0000E+00  1.7171E+00  2.3433E-01
    1   0  5.5167E-01 -7.5521E-02 -7.5521E-02  7.7949E-01
    2   0  9.7210E-02 -1.7905E-02  2.4333E-02 -3.7840E-02
    3   0 -1.0188E-02  1.3678E-02 -4.4064E-03  1.2464E-02
    4   0 -2.9054E-03 -6.3116E-03 -3.6724E-03  1.5441E-03
    5   0  5.0492E-03  2.6692E-04  1.3153E-03 -2.8310E-03
    6   0 -2.3450E-03  6.9965E-04  4.4871E-04  1.0558E-03
    7   0  2.3014E-04 -4.5087E-04 -4.9010E-04  7.2791E-04
    8   0  2.0806E-05 -4.6424E-05 -1.5879E-04 -3.0914E-04

 LEGEND
 ------

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

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

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


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

    1  5.71E-01  2.11E-01  8.68E-02  5.22E-03  6.73E-04  1.10E+00  1.717E+00  2.343E-01 3.88954E+01 1.37E-02  1.000   1.13   0.85
  100  6.79E-06  5.01E-06  1.72E-06  1.43E-09  2.30E-09  1.10E+00  1.697E+00  2.433E-01 3.41464E+01 1.61E-02  1.000   1.13   1.05
  127  9.89E-07  5.28E-07  2.07E-07  9.84E-11  3.67E-10  1.10E+00  1.705E+00  2.389E-01 3.41458E+01 1.62E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.067E-07 d(ln R0)/dt =  1.316E-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  6.24E-02  1.44E-05  2.83E-09  2.42E-09  1.10E+00  1.706E+00  2.388E-01 3.41456E+01 1.62E-02  1.000   1.13   1.07
  100  1.20E-04  3.50E-05  2.18E-07  8.47E-11  1.45E-10  5.11E-01  1.706E+00  2.380E-01 3.70737E+01 1.49E-02  1.041   1.13   1.12
  200  1.29E-05  5.86E-06  3.97E-08  1.19E-10  1.55E-11  5.11E-01  1.706E+00  2.351E-01 3.72967E+01 1.48E-02  1.044   1.13   1.13
  300  1.19E-06  6.45E-07  1.26E-08  2.73E-12  2.51E-12  5.11E-01  1.711E+00  2.346E-01 3.60944E+01 1.53E-02  1.028   1.13   1.13
  400  3.00E-07  1.99E-07  6.00E-09  5.09E-13  4.37E-13  5.11E-01  1.714E+00  2.342E-01 3.51465E+01 1.57E-02  1.014   1.13   1.13
  500  1.12E-07  6.50E-08  2.37E-09  7.97E-14  8.91E-14  5.11E-01  1.716E+00  2.338E-01 3.45375E+01 1.60E-02  1.006   1.13   1.13
  600  4.82E-08  2.98E-08  8.93E-10  2.58E-14  4.03E-14  5.11E-01  1.717E+00  2.337E-01 3.40586E+01 1.62E-02  0.999   1.13   1.13
  700  2.59E-08  1.64E-08  3.75E-10  9.57E-14  2.20E-14  5.11E-01  1.718E+00  2.336E-01 3.37349E+01 1.64E-02  0.994   1.13   1.13
  800  1.25E-08  7.31E-09  1.52E-10  6.03E-15  8.94E-15  5.11E-01  1.718E+00  2.334E-01 3.33653E+01 1.66E-02  0.989   1.13   1.13
  855  9.90E-09  5.96E-09  1.07E-10  1.09E-14  2.17E-15  5.11E-01  1.719E+00  2.334E-01 3.32639E+01 1.66E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.544E-05 d(ln R0)/dt =  1.958E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.046565

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1768E+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:  4.2887E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.635000 TO TG2=    2.640000 @ NSTEP     1458
   GFRAME TG2 MOMENTS CHECKSUM:  1.2453196520683E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1461
 TA= 2.63697E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.15809E-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  ->   41160 -      0 (killed) +  10218 (dep) =  51378 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=  13615 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.519983E+08  1.519850E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40466 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.677838E+08  2.675944E+08
 %ORBALL:  In processor     0: orbit # IORB=  42612 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43004 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45322 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45881 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46620 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47233 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47624 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48250 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48270 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49377 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49383 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49581 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50066 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50832 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51034 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52281 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52492 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51378 SPL=    0 TOT=41205
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.8890167E-01  1.5861136E+00  1.7920620E+08  4.5398394E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1466
 TA= 2.64000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 5.66102E-04
 --> plasma_hash("gframe"): TA= 2.640000E+00 NSTEP=  1466 Hash code:   40845985
 ->PRGCHK: bdy curvature ratio at t= 2.6450E+00 seconds is:  4.3040E-02
 % MHDEQ: TG1= 2.6399999999999926 ; TG2= 2.6449999999999925

 *** 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     -3.057E+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  1.5439E+00  0.0000E+00  3.2281E-01  0.0000E+00  1.7186E+00  2.3339E-01
    1   0  5.5214E-01 -7.5302E-02 -7.5302E-02  7.7978E-01
    2   0  9.7003E-02 -1.7743E-02  2.4300E-02 -3.8248E-02
    3   0 -1.0386E-02  1.3614E-02 -4.4210E-03  1.2619E-02
    4   0 -2.8240E-03 -6.3721E-03 -3.6865E-03  1.5506E-03
    5   0  5.0220E-03  3.0314E-04  1.2933E-03 -2.8487E-03
    6   0 -2.4074E-03  6.2857E-04  4.3707E-04  1.0923E-03
    7   0  2.5582E-04 -4.4658E-04 -4.3294E-04  7.0883E-04
    8   0  4.7798E-05  1.3399E-05 -8.5300E-05 -3.5344E-04

 LEGEND
 ------

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

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

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


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

    1  5.83E-01  2.16E-01  8.74E-02  5.24E-03  6.86E-04  1.10E+00  1.719E+00  2.334E-01 3.89716E+01 1.36E-02  1.000   1.13   0.85
  100  5.07E-06  3.41E-06  1.45E-06  1.86E-09  1.95E-09  1.10E+00  1.695E+00  2.439E-01 3.41647E+01 1.60E-02  1.000   1.13   1.04
  124  9.61E-07  5.72E-07  2.73E-07  3.76E-10  2.24E-10  1.10E+00  1.705E+00  2.395E-01 3.41640E+01 1.61E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.00E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.254E-07 d(ln R0)/dt =  1.661E-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  7.98E-02  5.94E-02  1.40E-05  2.11E-09  2.26E-09  1.10E+00  1.705E+00  2.394E-01 3.41638E+01 1.61E-02  1.000   1.13   1.07
  100  1.01E-04  4.79E-05  2.15E-07  6.67E-11  1.86E-10  5.11E-01  1.706E+00  2.384E-01 3.69888E+01 1.49E-02  1.040   1.13   1.11
  200  1.50E-05  6.84E-06  4.35E-08  1.20E-10  1.32E-11  5.11E-01  1.708E+00  2.346E-01 3.66844E+01 1.50E-02  1.036   1.13   1.12
  300  1.08E-06  6.67E-07  1.29E-08  2.39E-12  2.19E-12  5.11E-01  1.714E+00  2.341E-01 3.55357E+01 1.55E-02  1.020   1.13   1.13
  400  3.27E-07  2.46E-07  6.08E-09  6.80E-13  4.80E-13  5.11E-01  1.716E+00  2.339E-01 3.46112E+01 1.59E-02  1.006   1.13   1.13
  500  1.18E-07  6.82E-08  2.37E-09  7.72E-14  8.67E-14  5.11E-01  1.718E+00  2.334E-01 3.40094E+01 1.62E-02  0.998   1.13   1.13
  600  5.28E-08  3.25E-08  8.84E-10  2.28E-14  4.00E-14  5.11E-01  1.719E+00  2.332E-01 3.35647E+01 1.64E-02  0.991   1.13   1.13
  700  2.83E-08  1.66E-08  3.71E-10  1.11E-13  2.87E-14  5.11E-01  1.720E+00  2.332E-01 3.32364E+01 1.66E-02  0.987   1.13   1.13
  800  1.34E-08  7.64E-09  1.53E-10  6.28E-15  1.03E-14  5.11E-01  1.721E+00  2.330E-01 3.28763E+01 1.67E-02  0.981   1.13   1.13
  862  9.83E-09  5.97E-09  1.03E-10  2.14E-14  2.29E-15  5.11E-01  1.721E+00  2.330E-01 3.27591E+01 1.68E-02  0.980   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.591E-05 d(ln R0)/dt =  2.109E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.17 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.036216

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1973E+00 SECONDS
   DATA R*BT AT EDGE:  3.5779E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3040E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.640000 TO TG2=    2.645000 @ NSTEP     1466
   GFRAME TG2 MOMENTS CHECKSUM:  1.2462328634382E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1466
 TA= 2.64000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 5.66102E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1467
 TA= 2.64015E+00 CPU TIME= 6.25000E-02 SECONDS.  DT= 1.86149E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1481
 TA= 2.64217E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 1.75934E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1495
 TA= 2.64408E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.66088E-04
 --> plasma_hash("gframe"): TA= 2.645000E+00 NSTEP=  1502 Hash code:   43451757
 ->PRGCHK: bdy curvature ratio at t= 2.6500E+00 seconds is:  4.3201E-02
 % MHDEQ: TG1= 2.6449999999999925 ; TG2= 2.6499999999999924

 *** 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     -3.059E+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  1.5448E+00  0.0000E+00  3.2232E-01  0.0000E+00  1.7208E+00  2.3296E-01
    1   0  5.5261E-01 -7.5084E-02 -7.5084E-02  7.8007E-01
    2   0  9.6796E-02 -1.7581E-02  2.4267E-02 -3.8657E-02
    3   0 -1.0583E-02  1.3549E-02 -4.4356E-03  1.2774E-02
    4   0 -2.7426E-03 -6.4326E-03 -3.7006E-03  1.5572E-03
    5   0  4.9948E-03  3.3937E-04  1.2714E-03 -2.8664E-03
    6   0 -2.4699E-03  5.5749E-04  4.2543E-04  1.1289E-03
    7   0  2.8149E-04 -4.4228E-04 -3.7578E-04  6.8976E-04
    8   0  7.4789E-05  7.3221E-05 -1.1809E-05 -3.9774E-04

 LEGEND
 ------

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

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

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


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

    1  6.00E-01  2.20E-01  8.83E-02  5.26E-03  6.88E-04  1.10E+00  1.721E+00  2.330E-01 3.90720E+01 1.35E-02  1.000   1.12   0.85
  100  6.12E-06  3.57E-06  1.89E-06  1.71E-09  1.74E-09  1.10E+00  1.695E+00  2.438E-01 3.41759E+01 1.59E-02  1.000   1.12   1.04
  128  9.37E-07  6.25E-07  2.13E-07  8.15E-11  6.81E-10  1.10E+00  1.707E+00  2.385E-01 3.41750E+01 1.60E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.706E-07 d(ln R0)/dt =  1.605E-04

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

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


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

    1  8.07E-02  6.24E-02  1.47E-05  2.57E-09  2.24E-09  1.10E+00  1.707E+00  2.384E-01 3.41748E+01 1.60E-02  1.000   1.12   1.07
  100  1.18E-04  3.59E-05  2.21E-07  7.59E-11  1.34E-10  5.11E-01  1.708E+00  2.376E-01 3.65697E+01 1.50E-02  1.034   1.12   1.11
  200  1.46E-05  6.86E-06  4.13E-08  1.11E-10  1.29E-11  5.11E-01  1.709E+00  2.345E-01 3.65880E+01 1.50E-02  1.034   1.12   1.12
  300  1.23E-06  7.12E-07  1.26E-08  2.23E-12  2.08E-12  5.11E-01  1.715E+00  2.339E-01 3.52860E+01 1.55E-02  1.016   1.12   1.12
  400  3.51E-07  2.33E-07  5.96E-09  5.97E-13  4.24E-13  5.11E-01  1.717E+00  2.336E-01 3.44078E+01 1.59E-02  1.003   1.12   1.12
  500  1.30E-07  7.61E-08  2.32E-09  9.74E-14  8.56E-14  5.11E-01  1.719E+00  2.331E-01 3.38041E+01 1.62E-02  0.995   1.12   1.12
  600  5.40E-08  3.27E-08  8.81E-10  3.03E-14  4.49E-14  5.11E-01  1.720E+00  2.330E-01 3.33394E+01 1.65E-02  0.988   1.12   1.12
  700  3.10E-08  1.82E-08  3.78E-10  1.23E-13  2.50E-14  5.11E-01  1.721E+00  2.329E-01 3.30218E+01 1.66E-02  0.983   1.12   1.12
  800  1.36E-08  7.82E-09  1.57E-10  6.65E-15  1.04E-14  5.11E-01  1.722E+00  2.327E-01 3.26717E+01 1.68E-02  0.978   1.12   1.12
  868  9.96E-09  6.04E-09  1.03E-10  2.30E-14  1.95E-15  5.11E-01  1.722E+00  2.326E-01 3.25434E+01 1.69E-02  0.976   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.516E-05 d(ln R0)/dt =  2.154E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.17 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.042719

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1973E+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:  4.3201E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.645000 TO TG2=    2.650000 @ NSTEP[1] 28704
     1502
   GFRAME TG2 MOMENTS CHECKSUM:  1.2469065018165E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1502
 TA= 2.64500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.62029E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1503
 TA= 2.64513E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.60686E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1517
 TA= 2.64687E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.51648E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1531
 TA= 2.64852E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.43086E-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  ->   41205 -      0 (killed) +  10186 (dep) =  51391 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.999635E+07  8.982068E+07
 %ORBALL:  In processor     0: orbit # IORB=   1754 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.844173E+08  1.843862E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.701909E+08  1.700086E+08
 %ORBALL:  In processor     0: orbit # IORB=  14217 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.671054E+08  1.670724E+08
 %ORBALL:  In processor     0: orbit # IORB=  23161 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.242892E+08  2.240944E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   5.818067E+07  5.816081E+07
 %ORBALL:  In processor     0: orbit # IORB=  42500 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45954 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46924 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46947 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47187 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49003 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49405 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50281 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50803 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50832 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50892 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51192 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51245 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51391 SPL=    0 TOT=41230
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.4788830E-01 -2.5523731E+00  2.8577245E+08  8.2375815E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1545
 TA= 2.65000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.28373E-05
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.6500000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.650000E+00 NSTEP=  1545 Hash code:   10793649
 ->PRGCHK: bdy curvature ratio at t= 2.6550E+00 seconds is:  4.2849E-02
 % MHDEQ: TG1= 2.6499999999999924 ; TG2= 2.6549999999999923

 *** 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     -3.053E+00     1.123E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5434E+00  0.0000E+00  3.2442E-01  0.0000E+00  1.7221E+00  2.3265E-01
    1   0  5.5184E-01 -7.5228E-02 -7.5228E-02  7.7919E-01
    2   0  9.7039E-02 -1.7500E-02  2.4281E-02 -3.7881E-02
    3   0 -1.0400E-02  1.3633E-02 -4.4887E-03  1.2487E-02
    4   0 -2.8584E-03 -6.4937E-03 -3.7410E-03  1.5525E-03
    5   0  5.0049E-03  2.9717E-04  1.2619E-03 -2.8232E-03
    6   0 -2.3657E-03  6.3075E-04  4.3286E-04  1.0030E-03
    7   0  2.5682E-04 -5.0874E-04 -4.4296E-04  6.3692E-04
    8   0  1.3345E-04  7.6232E-07 -1.0426E-04 -3.8173E-04

 LEGEND
 ------

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

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

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


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

    1  6.47E-01  2.44E-01  9.15E-02  5.26E-03  7.42E-04  1.10E+00  1.722E+00  2.326E-01 3.91173E+01 1.33E-02  1.000   1.12   0.84
  100  6.25E-06  3.75E-06  1.82E-06  1.11E-09  1.69E-09  1.10E+00  1.694E+00  2.453E-01 3.41010E+01 1.58E-02  1.000   1.12   1.03
  128  9.19E-07  6.15E-07  2.06E-07  1.00E-10  5.74E-10  1.10E+00  1.705E+00  2.405E-01 3.41002E+01 1.59E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.068E-07 d(ln R0)/dt =  1.734E-04

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

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


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

    1  7.99E-02  6.16E-02  1.43E-05  2.43E-09  2.21E-09  1.10E+00  1.705E+00  2.404E-01 3.40999E+01 1.59E-02  1.000   1.12   1.06
  100  1.21E-04  3.60E-05  2.32E-07  8.96E-11  1.27E-10  5.11E-01  1.706E+00  2.396E-01 3.70360E+01 1.47E-02  1.042   1.12   1.11
  200  1.18E-05  5.32E-06  3.96E-08  1.21E-10  1.48E-11  5.11E-01  1.706E+00  2.370E-01 3.73407E+01 1.45E-02  1.046   1.12   1.12
  300  1.07E-06  6.21E-07  1.25E-08  2.91E-12  2.48E-12  5.11E-01  1.712E+00  2.364E-01 3.60375E+01 1.51E-02  1.028   1.12   1.12
  400  2.94E-07  1.96E-07  6.15E-09  5.71E-13  4.25E-13  5.11E-01  1.715E+00  2.359E-01 3.50458E+01 1.55E-02  1.014   1.12   1.12
  500  1.12E-07  6.64E-08  2.52E-09  8.01E-14  9.24E-14  5.11E-01  1.717E+00  2.355E-01 3.43908E+01 1.58E-02  1.004   1.12   1.12
  600  4.95E-08  3.11E-08  9.53E-10  3.04E-14  4.22E-14  5.11E-01  1.718E+00  2.353E-01 3.39165E+01 1.60E-02  0.997   1.12   1.12
  700  2.90E-08  1.74E-08  3.99E-10  1.22E-13  2.35E-14  5.11E-01  1.719E+00  2.352E-01 3.35803E+01 1.62E-02  0.992   1.12   1.12
  800  1.37E-08  7.96E-09  1.70E-10  7.38E-15  1.09E-14  5.11E-01  1.719E+00  2.350E-01 3.31816E+01 1.64E-02  0.987   1.12   1.12
  868  9.81E-09  5.88E-09  1.11E-10  2.09E-14  2.32E-15  5.11E-01  1.720E+00  2.349E-01 3.30399E+01 1.65E-02  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.65E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.223E-05 d(ln R0)/dt =  2.235E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.051570

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8506E+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:  4.2849E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.650000 TO TG2=    2.655000 @ NSTEP     1545
   GFRAME TG2 MOMENTS CHECKSUM:  1.2464625590963E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1545
 TA= 2.65000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.28373E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1546
 TA= 2.65004E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 5.35466E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1555
 TA= 2.65142E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.98954E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1558
 TA= 2.65295E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.79206E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1561
 TA= 2.65440E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 5.45953E-04
 --> plasma_hash("gframe"): TA= 2.655000E+00 NSTEP=  1563 Hash code:   63660208
 ->PRGCHK: bdy curvature ratio at t= 2.6600E+00 seconds is:  4.2529E-02
 % MHDEQ: TG1= 2.6549999999999923 ; TG2= 2.6599999999999921

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.047E+00     1.124E+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  1.5419E+00  0.0000E+00  3.2652E-01  0.0000E+00  1.7197E+00  2.3494E-01
    1   0  5.5106E-01 -7.5372E-02 -7.5372E-02  7.7831E-01
    2   0  9.7281E-02 -1.7419E-02  2.4294E-02 -3.7105E-02
    3   0 -1.0217E-02  1.3717E-02 -4.5417E-03  1.2201E-02
    4   0 -2.9742E-03 -6.5548E-03 -3.7813E-03  1.5478E-03
    5   0  5.0150E-03  2.5497E-04  1.2525E-03 -2.7800E-03
    6   0 -2.2616E-03  7.0400E-04  4.4029E-04  8.7711E-04
    7   0  2.3215E-04 -5.7521E-04 -5.1014E-04  5.8408E-04
    8   0  1.9212E-04 -7.1696E-05 -1.9672E-04 -3.6572E-04

 LEGEND
 ------

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

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

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


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

    1  6.33E-01  2.41E-01  9.10E-02  5.21E-03  7.39E-04  1.10E+00  1.720E+00  2.349E-01 3.89619E+01 1.34E-02  1.000   1.12   0.84
  100  5.66E-06  4.00E-06  1.70E-06  9.76E-10  1.86E-09  1.10E+00  1.692E+00  2.474E-01 3.40334E+01 1.59E-02  1.000   1.12   1.03
  124  9.66E-07  6.24E-07  2.77E-07  3.20E-10  2.38E-10  1.10E+00  1.701E+00  2.435E-01 3.40327E+01 1.59E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.886E-07 d(ln R0)/dt =  1.451E-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  8.62E-02  6.29E-02  1.42E-05  1.99E-09  2.14E-09  1.10E+00  1.701E+00  2.433E-01 3.40325E+01 1.59E-02  1.000   1.12   1.06
  100  1.31E-04  3.42E-05  2.40E-07  8.78E-11  1.61E-10  5.11E-01  1.702E+00  2.425E-01 3.72142E+01 1.46E-02  1.045   1.12   1.11
  200  1.25E-05  5.29E-06  4.17E-08  1.32E-10  1.60E-11  5.11E-01  1.702E+00  2.394E-01 3.74968E+01 1.45E-02  1.049   1.12   1.12
  300  1.22E-06  6.46E-07  1.29E-08  2.93E-12  2.65E-12  5.11E-01  1.708E+00  2.389E-01 3.62015E+01 1.50E-02  1.031   1.12   1.12
  400  3.14E-07  2.09E-07  6.43E-09  6.25E-13  4.72E-13  5.11E-01  1.710E+00  2.385E-01 3.51435E+01 1.55E-02  1.016   1.12   1.12
  500  1.16E-07  6.45E-08  2.71E-09  7.30E-14  9.85E-14  5.11E-01  1.712E+00  2.380E-01 3.44554E+01 1.58E-02  1.006   1.12   1.13
  600  5.14E-08  3.07E-08  1.02E-09  2.69E-14  4.17E-14  5.11E-01  1.713E+00  2.379E-01 3.39768E+01 1.60E-02  0.999   1.12   1.12
  700  2.85E-08  1.77E-08  4.23E-10  1.14E-13  2.64E-14  5.11E-01  1.714E+00  2.378E-01 3.36338E+01 1.62E-02  0.994   1.12   1.12
  800  1.33E-08  8.13E-09  1.75E-10  7.55E-15  1.13E-14  5.11E-01  1.715E+00  2.376E-01 3.32313E+01 1.64E-02  0.988   1.12   1.12
  869  9.95E-09  6.25E-09  1.14E-10  2.43E-14  2.54E-15  5.11E-01  1.715E+00  2.376E-01 3.30899E+01 1.64E-02  0.986   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.65E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.113E-05 d(ln R0)/dt =  2.118E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.056562

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8457E+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:  4.2529E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.655000 TO TG2=    2.660000 @ NSTEP     1563
   GFRAME TG2 MOMENTS CHECKSUM:  1.2459018497110E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1563
 TA= 2.65500E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 5.04561E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1564
 TA= 2.65536E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 4.55715E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1569
 TA= 2.65694E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.60783E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1576
 TA= 2.65872E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.92241E-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  ->   41230 -      0 (killed) +  10192 (dep) =  51422 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.717818E+08  1.716653E+08
 %ORBALL:  In processor     0: orbit # IORB=  12197 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18491 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.409175E+08  2.406837E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  25863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28578 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.577124E+08  1.576410E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.602447E+08  2.601882E+08
 %ORBALL:  In processor     0: orbit # IORB=  42254 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42392 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44161 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44597 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44855 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45307 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45467 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45505 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45943 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46314 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46870 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48856 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48893 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48906 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50366 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50841 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51064 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51220 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51406 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52249 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51422 SPL=    0 TOT=41793
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.3132977E-01  1.6876306E+00  1.3458649E+08  7.3044054E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1582
 TA= 2.66000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 2.33042E-04
 --> plasma_hash("gframe"): TA= 2.660000E+00 NSTEP=  1582 Hash code:   77054807
 ->PRGCHK: bdy curvature ratio at t= 2.6650E+00 seconds is:  4.2940E-02
 % MHDEQ: TG1= 2.6599999999999921 ; TG2= 2.664999999999992

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.044E+00     1.125E+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  1.5420E+00  0.0000E+00  3.2602E-01  0.0000E+00  1.7151E+00  2.3757E-01
    1   0  5.5084E-01 -7.5461E-02 -7.5461E-02  7.7768E-01
    2   0  9.6980E-02 -1.7322E-02  2.4177E-02 -3.7310E-02
    3   0 -1.0146E-02  1.3637E-02 -4.4758E-03  1.2104E-02
    4   0 -2.9153E-03 -6.5322E-03 -3.7277E-03  1.6064E-03
    5   0  5.0062E-03  3.4390E-04  1.2912E-03 -2.7854E-03
    6   0 -2.2832E-03  7.2466E-04  4.7202E-04  9.1052E-04
    7   0  2.2718E-04 -5.5291E-04 -5.2885E-04  6.5972E-04
    8   0  1.1341E-04 -4.0940E-05 -2.1379E-04 -3.3492E-04

 LEGEND
 ------

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

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

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


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

    1  5.64E-01  2.08E-01  8.63E-02  5.17E-03  6.71E-04  1.10E+00  1.715E+00  2.376E-01 3.86838E+01 1.35E-02  1.000   1.13   0.84
  100  7.84E-06  5.90E-06  1.80E-06  1.45E-09  2.71E-09  1.10E+00  1.694E+00  2.466E-01 3.40002E+01 1.59E-02  1.000   1.13   1.04
  128  9.73E-07  6.12E-07  2.22E-07  6.47E-11  6.83E-10  1.10E+00  1.702E+00  2.423E-01 3.39996E+01 1.60E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.780E-07 d(ln R0)/dt =  1.022E-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  9.45E-02  7.16E-02  1.58E-05  2.44E-09  2.09E-09  1.10E+00  1.702E+00  2.422E-01 3.39996E+01 1.60E-02  1.000   1.13   1.06
  100  1.24E-04  5.00E-05  2.54E-07  8.66E-11  1.29E-10  5.11E-01  1.702E+00  2.415E-01 3.68595E+01 1.48E-02  1.041   1.13   1.10
  200  1.14E-05  5.70E-06  3.89E-08  1.22E-10  1.67E-11  5.11E-01  1.701E+00  2.390E-01 3.74302E+01 1.45E-02  1.048   1.13   1.12
  300  1.26E-06  7.53E-07  1.30E-08  2.84E-12  2.78E-12  5.11E-01  1.705E+00  2.386E-01 3.61362E+01 1.50E-02  1.030   1.13   1.13
  400  2.82E-07  1.78E-07  6.46E-09  4.92E-13  4.57E-13  5.11E-01  1.708E+00  2.382E-01 3.50879E+01 1.55E-02  1.016   1.13   1.13
  500  1.13E-07  6.20E-08  2.72E-09  7.88E-14  1.01E-13  5.11E-01  1.710E+00  2.378E-01 3.44070E+01 1.58E-02  1.006   1.13   1.13
  600  5.52E-08  3.10E-08  1.04E-09  2.72E-14  4.25E-14  5.11E-01  1.711E+00  2.377E-01 3.38945E+01 1.60E-02  0.998   1.13   1.13
  700  3.34E-08  1.98E-08  4.42E-10  1.05E-13  2.21E-14  5.11E-01  1.711E+00  2.377E-01 3.35498E+01 1.62E-02  0.993   1.13   1.13
  800  1.57E-08  8.30E-09  1.78E-10  6.95E-15  9.64E-15  5.11E-01  1.712E+00  2.375E-01 3.31480E+01 1.64E-02  0.988   1.13   1.13
  886  9.73E-09  5.87E-09  1.04E-10  2.61E-14  2.05E-15  5.11E-01  1.712E+00  2.374E-01 3.29654E+01 1.65E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.69E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.868E-05 d(ln R0)/dt =  2.262E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.86 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.063510

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8828E+00 SECONDS
   DATA R*BT AT EDGE:  3.5761E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2940E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.660000 TO TG2=    2.665000 @ NSTEP     1582
   GFRAME TG2 MOMENTS CHECKSUM:  1.2449579356154E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1582
 TA= 2.66000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.33042E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1583
 TA= 2.66006E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.31940E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1593
 TA= 2.66066E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.23258E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1605
 TA= 2.66134E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.12081E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1616
 TA= 2.66206E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.37828E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1627
 TA= 2.66283E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.19738E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1638
 TA= 2.66368E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.10202E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1649
 TA= 2.66459E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.60854E-05
 --> plasma_hash("gframe"): TA= 2.665000E+00 NSTEP=  1654 Hash code:   37526363
 ->PRGCHK: bdy curvature ratio at t= 2.6700E+00 seconds is:  4.3357E-02
 % MHDEQ: TG1= 2.664999999999992 ; TG2= 2.6699999999999919

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.040E+00     1.126E+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  1.5422E+00  0.0000E+00  3.2553E-01  0.0000E+00  1.7124E+00  2.3743E-01
    1   0  5.5062E-01 -7.5551E-02 -7.5551E-02  7.7705E-01
    2   0  9.6678E-02 -1.7225E-02  2.4061E-02 -3.7515E-02
    3   0 -1.0075E-02  1.3556E-02 -4.4098E-03  1.2006E-02
    4   0 -2.8564E-03 -6.5095E-03 -3.6742E-03  1.6650E-03
    5   0  4.9973E-03  4.3283E-04  1.3300E-03 -2.7908E-03
    6   0 -2.3048E-03  7.4532E-04  5.0374E-04  9.4394E-04
    7   0  2.2220E-04 -5.3062E-04 -5.4757E-04  7.3537E-04
    8   0  3.4711E-05 -1.0184E-05 -2.3086E-04 -3.0412E-04

 LEGEND
 ------

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

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

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


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

    1  5.36E-01  1.99E-01  8.41E-02  5.15E-03  6.63E-04  1.10E+00  1.712E+00  2.374E-01 3.85121E+01 1.37E-02  1.000   1.13   0.83
  100  9.20E-06  6.87E-06  1.70E-06  1.70E-09  3.07E-09  1.10E+00  1.695E+00  2.456E-01 3.39589E+01 1.61E-02  1.000   1.13   1.04
  131  8.46E-07  4.95E-07  1.82E-07  2.19E-10  1.46E-10  1.10E+00  1.702E+00  2.411E-01 3.39583E+01 1.62E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.80E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.896E-07 d(ln R0)/dt =  1.045E-04

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

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


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

    1  9.23E-02  7.37E-02  1.65E-05  2.21E-09  1.76E-09  1.10E+00  1.703E+00  2.410E-01 3.39581E+01 1.62E-02  1.000   1.13   1.06
  100  1.20E-04  4.83E-05  2.46E-07  8.75E-11  1.15E-10  5.11E-01  1.703E+00  2.404E-01 3.68441E+01 1.49E-02  1.041   1.13   1.11
  200  1.06E-05  5.30E-06  3.80E-08  1.20E-10  1.71E-11  5.11E-01  1.701E+00  2.384E-01 3.74533E+01 1.46E-02  1.049   1.13   1.12
  300  1.23E-06  7.27E-07  1.33E-08  2.94E-12  2.89E-12  5.11E-01  1.706E+00  2.380E-01 3.62210E+01 1.52E-02  1.032   1.13   1.13
  400  2.73E-07  1.71E-07  6.51E-09  4.38E-13  4.50E-13  5.11E-01  1.708E+00  2.376E-01 3.51838E+01 1.56E-02  1.018   1.13   1.13
  500  1.11E-07  6.10E-08  2.70E-09  8.26E-14  1.01E-13  5.11E-01  1.710E+00  2.373E-01 3.45104E+01 1.59E-02  1.008   1.13   1.13
  600  5.31E-08  3.04E-08  1.04E-09  2.68E-14  4.16E-14  5.11E-01  1.711E+00  2.372E-01 3.39893E+01 1.62E-02  1.000   1.13   1.13
  700  3.20E-08  1.90E-08  4.45E-10  1.01E-13  2.11E-14  5.11E-01  1.711E+00  2.371E-01 3.36377E+01 1.63E-02  0.995   1.13   1.13
  800  1.61E-08  8.29E-09  1.81E-10  6.63E-15  8.95E-15  5.11E-01  1.712E+00  2.370E-01 3.32276E+01 1.65E-02  0.989   1.13   1.13
  886  9.73E-09  5.82E-09  1.06E-10  2.49E-14  2.08E-15  5.11E-01  1.713E+00  2.369E-01 3.30374E+01 1.66E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.68E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.121E-05 d(ln R0)/dt =  2.348E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.86 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.082423

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8770E+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:  4.3357E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.665000 TO TG2=    2.670000 @ NSTEP     1654
   GFRAME TG2 MOMENTS CHECKSUM:  1.2442842387703E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1654
 TA= 2.66500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.88510E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1655
 TA= 2.66510E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.23564E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1666
 TA= 2.66612E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.08055E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1677
 TA= 2.66724E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.44716E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1688
 TA= 2.66843E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 1.25598E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1699
 TA= 2.66973E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.67840E-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  ->   41793 -      0 (killed) +  10068 (dep) =  51861 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.156240E+08  1.155509E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.434989E+08  1.433660E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.470642E+08  1.469517E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.935752E+08  1.935284E+08
 %ORBALL:  In processor     0: orbit # IORB=  20391 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23895 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37331 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38756 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.756231E+08  1.755571E+08
 %ORBALL:  In processor     0: orbit # IORB=  41272 never inside plasma.
 %CXLINE - VTOR.GT.VION;[1] 29303
 VTOR,VION =   1.977212E+08  1.976051E+08
 %ORBALL:  In processor     0: orbit # IORB=  44540 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44728 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46196 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46245 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46621 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46668 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46739 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46906 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46925 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47266 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47589 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47631 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48723 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48732 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50769 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51710 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51744 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52887 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51861 SPL=    0 TOT=41227
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.8749045E-01  2.4109183E+00  2.4265819E+08  4.7296727E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1702
 TA= 2.67000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.31468E-05
  %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 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.670000E+00 NSTEP=  1702 Hash code:    5497486
 ->PRGCHK: bdy curvature ratio at t= 2.6750E+00 seconds is:  4.3415E-02
 % MHDEQ: TG1= 2.6699999999999919 ; TG2= 2.6749999999999918

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.042E+00     1.129E+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  1.5429E+00  0.0000E+00  3.2560E-01  0.0000E+00  1.7126E+00  2.3687E-01
    1   0  5.5103E-01 -7.5487E-02 -7.5487E-02  7.7745E-01
    2   0  9.6531E-02 -1.7225E-02  2.4272E-02 -3.7599E-02
    3   0 -1.0146E-02  1.3551E-02 -4.4719E-03  1.2155E-02
    4   0 -2.8577E-03 -6.5101E-03 -3.7151E-03  1.6423E-03
    5   0  4.9938E-03  4.1300E-04  1.3349E-03 -2.8381E-03
    6   0 -2.2727E-03  7.1756E-04  4.6732E-04  9.2211E-04
    7   0  2.3814E-04 -5.6426E-04 -5.5446E-04  7.3987E-04
    8   0  2.4181E-05  1.1207E-05 -1.9032E-04 -2.7388E-04

 LEGEND
 ------

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

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

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


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

    1  5.35E-01  2.00E-01  8.41E-02  5.16E-03  6.76E-04  1.10E+00  1.713E+00  2.369E-01 3.84989E+01 1.39E-02  1.000   1.13   0.83
  100  9.89E-06  7.34E-06  1.77E-06  1.74E-09  3.27E-09  1.10E+00  1.696E+00  2.456E-01 3.39618E+01 1.63E-02  1.000   1.13   1.04
  131  8.28E-07  4.92E-07  1.79E-07  2.15E-10  1.44E-10  1.10E+00  1.703E+00  2.412E-01 3.39612E+01 1.64E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.747E-07 d(ln R0)/dt =  9.887E-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  7.29E-02  1.63E-05  2.13E-09  1.73E-09  1.10E+00  1.704E+00  2.411E-01 3.39611E+01 1.64E-02  1.000   1.13   1.06
  100  1.19E-04  4.89E-05  2.47E-07  9.27E-11  1.13E-10  5.11E-01  1.704E+00  2.405E-01 3.69543E+01 1.51E-02  1.042   1.13   1.11
  200  1.03E-05  5.16E-06  3.78E-08  1.21E-10  1.74E-11  5.11E-01  1.702E+00  2.386E-01 3.76507E+01 1.48E-02  1.052   1.13   1.12
  300  1.20E-06  7.04E-07  1.34E-08  2.94E-12  2.95E-12  5.11E-01  1.706E+00  2.382E-01 3.64395E+01 1.53E-02  1.035   1.13   1.13
  400  2.62E-07  1.67E-07  6.47E-09  4.20E-13  4.51E-13  5.11E-01  1.709E+00  2.378E-01 3.54089E+01 1.57E-02  1.021   1.13   1.13
  500  1.05E-07  5.86E-08  2.64E-09  8.03E-14  1.01E-13  5.11E-01  1.711E+00  2.374E-01 3.47488E+01 1.60E-02  1.011   1.13   1.13
  600  5.07E-08  2.94E-08  1.01E-09  2.68E-14  4.07E-14  5.11E-01  1.712E+00  2.373E-01 3.42296E+01 1.63E-02  1.004   1.13   1.13
  700  3.00E-08  1.83E-08  4.30E-10  9.01E-14  1.94E-14  5.11E-01  1.712E+00  2.373E-01 3.38892E+01 1.64E-02  0.999   1.13   1.13
  800  1.51E-08  7.75E-09  1.75E-10  6.53E-15  8.32E-15  5.11E-01  1.713E+00  2.371E-01 3.34922E+01 1.66E-02  0.993   1.13   1.13
  871  9.98E-09  6.10E-09  1.12E-10  1.99E-14  2.11E-15  5.11E-01  1.713E+00  2.371E-01 3.33445E+01 1.67E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.62E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.317E-05 d(ln R0)/dt =  2.111E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.79 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):     0.051757

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8213E+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:  4.3415E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.670000 TO TG2=    2.675000 @ NSTEP     1702
   GFRAME TG2 MOMENTS CHECKSUM:  1.2447402718123E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1702
 TA= 2.67000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.31468E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1703
 TA= 2.67003E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 4.14336E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1718
 TA= 2.67458E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 4.22137E-04
 --> plasma_hash("gframe"): TA= 2.675000E+00 NSTEP=  1719 Hash code:   33968960
 ->PRGCHK: bdy curvature ratio at t= 2.6800E+00 seconds is:  4.3477E-02
 % MHDEQ: TG1= 2.6749999999999918 ; TG2= 2.6799999999999917

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.044E+00     1.132E+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  1.5437E+00  0.0000E+00  3.2567E-01  0.0000E+00  1.7134E+00  2.3706E-01
    1   0  5.5145E-01 -7.5423E-02 -7.5423E-02  7.7785E-01
    2   0  9.6383E-02 -1.7225E-02  2.4484E-02 -3.7682E-02
    3   0 -1.0216E-02  1.3546E-02 -4.5339E-03  1.2303E-02
    4   0 -2.8590E-03 -6.5107E-03 -3.7561E-03  1.6196E-03
    5   0  4.9903E-03  3.9317E-04  1.3398E-03 -2.8854E-03
    6   0 -2.2406E-03  6.8980E-04  4.3091E-04  9.0027E-04
    7   0  2.5407E-04 -5.9790E-04 -5.6136E-04  7.4437E-04
    8   0  1.3651E-05  3.2598E-05 -1.4978E-04 -2.4364E-04

 LEGEND
 ------

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

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

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


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

    1  5.36E-01  2.00E-01  8.41E-02  5.17E-03  6.73E-04  1.10E+00  1.713E+00  2.371E-01 3.85152E+01 1.40E-02  1.000   1.13   0.84
  100  9.18E-06  6.74E-06  1.75E-06  1.82E-09  3.27E-09  1.10E+00  1.698E+00  2.456E-01 3.39687E+01 1.65E-02  1.000   1.13   1.05
  131  7.68E-07  4.67E-07  1.77E-07  2.11E-10  1.44E-10  1.10E+00  1.705E+00  2.412E-01 3.39681E+01 1.65E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.80E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.784E-07 d(ln R0)/dt =  1.043E-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  8.12E-02  6.84E-02  1.56E-05  2.06E-09  1.71E-09  1.10E+00  1.706E+00  2.411E-01 3.39679E+01 1.65E-02  1.000   1.13   1.07
  100  1.18E-04  5.13E-05  2.50E-07  9.04E-11  1.13E-10  5.11E-01  1.706E+00  2.405E-01 3.69203E+01 1.52E-02  1.042   1.13   1.11
  200  9.95E-06  5.32E-06  3.78E-08  1.18E-10  1.70E-11  5.11E-01  1.704E+00  2.385E-01 3.75696E+01 1.49E-02  1.051   1.13   1.13
  300  1.16E-06  7.20E-07  1.32E-08  2.86E-12  2.85E-12  5.11E-01  1.709E+00  2.381E-01 3.63932E+01 1.54E-02  1.035   1.13   1.13
  400  2.63E-07  1.74E-07  6.24E-09  4.12E-13  4.35E-13  5.11E-01  1.711E+00  2.377E-01 3.54123E+01 1.58E-02  1.021   1.13   1.13
  500  1.03E-07  5.95E-08  2.47E-09  8.14E-14  9.62E-14  5.11E-01  1.713E+00  2.373E-01 3.47867E+01 1.61E-02  1.012   1.13   1.13
  600  4.63E-08  2.81E-08  9.32E-10  2.63E-14  3.97E-14  5.11E-01  1.714E+00  2.372E-01 3.42795E+01 1.64E-02  1.005   1.13   1.13
  700  2.69E-08  1.75E-08  3.96E-10  8.46E-14  1.86E-14  5.11E-01  1.715E+00  2.372E-01 3.39537E+01 1.65E-02  1.000   1.13   1.13
  800  1.29E-08  7.05E-09  1.61E-10  5.90E-15  7.69E-15  5.11E-01  1.716E+00  2.370E-01 3.35830E+01 1.67E-02  0.994   1.13   1.13
  851  9.89E-09  6.07E-09  1.18E-10  5.82E-15  2.47E-15  5.11E-01  1.716E+00  2.370E-01 3.34901E+01 1.68E-02  0.993   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.58E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.474E-05 d(ln R0)/dt =  1.858E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.76 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):     0.058314

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7832E+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:  4.3477E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.675000 TO TG2=    2.680000 @ NSTEP     1719
   GFRAME TG2 MOMENTS CHECKSUM:  1.2456644671531E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1719
 TA= 2.67500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.17761E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1720
 TA= 2.67594E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.17356E-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  ->   41227 -      0 (killed) +  10177 (dep) =  51404 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   8359 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  10044 never inside plasma.
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 124292.42063350671 0.E+0 122725.19531250003
 %ORBALL:  In processor     0: orbit # IORB=  22649 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.843977E+08  1.843471E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.386145E+08  1.385552E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.663254E+08  2.662111E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.440414E+08  1.439866E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.189910E+08  1.189472E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  35443 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36142 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.450489E+08  1.450188E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.776699E+08  2.775165E+08
 %ORBALL:  In processor     0: orbit # IORB=  42736 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43330 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43966 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44192 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44993 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45479 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47120 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48035 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48787 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.626368E+08  1.622811E+08
 %ORBALL:  In processor     0: orbit # IORB=  49386 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49861 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50886 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50896 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.608198E+08  1.607767E+08
 %ORBALL:  In processor     0: orbit # IORB=  51984 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52492 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52531 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51404 SPL=    0 TOT=40837
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.0099746E-01 -1.9511296E+00  1.9399650E+08  7.9197083E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1724
 TA= 2.68000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.28035E-03
 --> plasma_hash("gframe"): TA= 2.680000E+00 NSTEP=  1724 Hash code:   93977815
 ->PRGCHK: bdy curvature ratio at t= 2.6850E+00 seconds is:  4.3480E-02
 % MHDEQ: TG1= 2.6799999999999917 ; TG2= 2.6849999999999916

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.043E+00     1.130E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5438E+00  0.0000E+00  3.2643E-01  0.0000E+00  1.7157E+00  2.3696E-01
    1   0  5.5145E-01 -7.5398E-02 -7.5398E-02  7.7760E-01
    2   0  9.6250E-02 -1.7175E-02  2.4572E-02 -3.7627E-02
    3   0 -1.0283E-02  1.3548E-02 -4.5051E-03  1.2373E-02
    4   0 -2.8615E-03 -6.5052E-03 -3.7606E-03  1.6203E-03
    5   0  4.9854E-03  4.0420E-04  1.3394E-03 -2.9019E-03
    6   0 -2.2484E-03  6.7869E-04  4.2996E-04  8.8866E-04
    7   0  2.8182E-04 -6.0338E-04 -5.5289E-04  7.2225E-04
    8   0  2.4481E-05  4.5115E-05 -1.3194E-04 -2.5064E-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  5.63E-01  2.10E-01  8.60E-02  5.18E-03  6.89E-04  1.10E+00  1.716E+00  2.370E-01 3.86145E+01 1.41E-02  1.000   1.13   0.85
  100  7.52E-06  5.28E-06  1.71E-06  1.53E-09  2.88E-09  1.10E+00  1.698E+00  2.466E-01 3.39525E+01 1.66E-02  1.000   1.13   1.05
  127  9.23E-07  4.81E-07  2.14E-07  8.50E-11  4.29E-10  1.10E+00  1.706E+00  2.426E-01 3.39520E+01 1.66E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.875E-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  7.57E-02  6.18E-02  1.43E-05  2.33E-09  2.14E-09  1.10E+00  1.706E+00  2.425E-01 3.39518E+01 1.66E-02  1.000   1.13   1.07
  100  1.17E-04  5.50E-05  2.60E-07  7.64E-11  1.34E-10  5.11E-01  1.706E+00  2.417E-01 3.66375E+01 1.54E-02  1.038   1.13   1.11
  200  1.15E-05  6.56E-06  4.07E-08  1.17E-10  1.55E-11  5.11E-01  1.706E+00  2.390E-01 3.69677E+01 1.52E-02  1.043   1.13   1.12
  300  1.23E-06  8.25E-07  1.32E-08  2.56E-12  2.51E-12  5.11E-01  1.711E+00  2.385E-01 3.57716E+01 1.58E-02  1.026   1.13   1.13
  400  2.92E-07  1.97E-07  6.09E-09  4.92E-13  4.27E-13  5.11E-01  1.714E+00  2.382E-01 3.48474E+01 1.62E-02  1.013   1.13   1.13
  500  1.06E-07  6.64E-08  2.36E-09  8.74E-14  9.00E-14  5.11E-01  1.715E+00  2.378E-01 3.42486E+01 1.65E-02  1.004   1.13   1.13
  600  4.63E-08  2.93E-08  8.83E-10  2.57E-14  4.00E-14  5.11E-01  1.717E+00  2.376E-01 3.37654E+01 1.67E-02  0.997   1.13   1.13
  700  2.64E-08  1.75E-08  3.76E-10  9.75E-14  2.09E-14  5.11E-01  1.717E+00  2.376E-01 3.34484E+01 1.69E-02  0.993   1.13   1.13
  800  1.21E-08  6.94E-09  1.53E-10  5.68E-15  8.36E-15  5.11E-01  1.718E+00  2.374E-01 3.30972E+01 1.71E-02  0.988   1.13   1.13
  838  9.90E-09  6.05E-09  1.20E-10  3.28E-15  2.66E-15  5.11E-01  1.718E+00  2.374E-01 3.30343E+01 1.71E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.53E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.723E-05 d(ln R0)/dt =  1.837E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.065889

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7256E+00 SECONDS
   DATA R*BT AT EDGE:  3.5743E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3480E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.680000 TO TG2=    2.685000 @ NSTEP     1724
   GFRAME TG2 MOMENTS CHECKSUM:  1.2467593018224E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1724
 TA= 2.68000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.28035E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1725
 TA= 2.68036E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.46639E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1733
 TA= 2.68314E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.25883E-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=  1739 Hash code:    5291124
 ->PRGCHK: bdy curvature ratio at t= 2.6900E+00 seconds is:  4.3484E-02
 % MHDEQ: TG1= 2.6849999999999916 ; TG2= 2.6899999999999915

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.042E+00     1.127E+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  1.5440E+00  0.0000E+00  3.2719E-01  0.0000E+00  1.7182E+00  2.3740E-01
    1   0  5.5145E-01 -7.5374E-02 -7.5374E-02  7.7736E-01
    2   0  9.6117E-02 -1.7124E-02  2.4659E-02 -3.7573E-02
    3   0 -1.0350E-02  1.3551E-02 -4.4763E-03  1.2442E-02
    4   0 -2.8640E-03 -6.4996E-03 -3.7650E-03  1.6210E-03
    5   0  4.9805E-03  4.1523E-04  1.3390E-03 -2.9183E-03
    6   0 -2.2563E-03  6.6758E-04  4.2901E-04  8.7705E-04
    7   0  3.0957E-04 -6.0886E-04 -5.4443E-04  7.0014E-04
    8   0  3.5310E-05  5.7631E-05 -1.1411E-04 -2.5764E-04

 LEGEND
 ------

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

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

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


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

    1  5.91E-01  2.18E-01  8.78E-02  5.19E-03  6.94E-04  1.10E+00  1.718E+00  2.374E-01 3.87256E+01 1.39E-02  1.000   1.13   0.85
  100  9.72E-06  7.71E-06  2.33E-06  1.18E-09  2.96E-09  1.10E+00  1.698E+00  2.478E-01 3.39418E+01 1.64E-02  1.000   1.13   1.05
  128  9.19E-07  6.17E-07  2.20E-07  7.34E-11  6.89E-10  1.10E+00  1.706E+00  2.437E-01 3.39412E+01 1.64E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.354E-07 d(ln R0)/dt =  9.795E-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  7.76E-02  6.18E-02  1.45E-05  2.37E-09  2.00E-09  1.10E+00  1.706E+00  2.435E-01 3.39410E+01 1.64E-02  1.000   1.13   1.07
  100  9.64E-05  4.86E-05  1.94E-07  7.47E-11  1.36E-10  5.11E-01  1.706E+00  2.427E-01 3.67083E+01 1.52E-02  1.039   1.13   1.11
  200  1.34E-05  6.26E-06  3.96E-08  1.07E-10  1.32E-11  5.11E-01  1.706E+00  2.399E-01 3.67534E+01 1.52E-02  1.040   1.13   1.12
  300  1.01E-06  6.84E-07  1.25E-08  2.68E-12  2.21E-12  5.11E-01  1.711E+00  2.394E-01 3.55566E+01 1.57E-02  1.023   1.13   1.13
  400  2.84E-07  2.14E-07  5.80E-09  4.59E-13  4.01E-13  5.11E-01  1.714E+00  2.390E-01 3.46544E+01 1.61E-02  1.010   1.13   1.13
  500  1.14E-07  6.45E-08  2.24E-09  9.49E-14  8.25E-14  5.11E-01  1.716E+00  2.386E-01 3.40667E+01 1.64E-02  1.002   1.13   1.13
  600  5.03E-08  2.96E-08  8.43E-10  2.44E-14  3.73E-14  5.11E-01  1.717E+00  2.385E-01 3.35947E+01 1.66E-02  0.995   1.13   1.13
  700  2.76E-08  1.68E-08  3.54E-10  9.62E-14  2.20E-14  5.11E-01  1.717E+00  2.384E-01 3.32741E+01 1.68E-02  0.990   1.13   1.13
  800  1.26E-08  7.33E-09  1.48E-10  5.14E-15  8.60E-15  5.11E-01  1.718E+00  2.383E-01 3.29254E+01 1.70E-02  0.985   1.13   1.13
  836  9.83E-09  6.04E-09  1.17E-10  3.03E-15  2.68E-15  5.11E-01  1.718E+00  2.382E-01 3.28636E+01 1.70E-02  0.984   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.51E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.816E-05 d(ln R0)/dt =  1.894E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.68 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.055114

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7090E+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:  4.3484E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.685000 TO TG2=    2.690000 @ NSTEP     1739
   GFRAME TG2 MOMENTS CHECKSUM:  1.2472859225578E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1739
 TA= 2.68500E+00 CPU TI[1] 29738
ME= 6.64062E-02 SECONDS.  DT= 4.13049E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1740
 TA= 2.68533E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 4.09098E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1748
 TA= 2.68787E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.89359E-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  ->   40837 -      0 (killed) +  10243 (dep) =  51080 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1580 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5914 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.579713E+08  2.579337E+08
 %ORBALL:  In processor     0: orbit # IORB=  11980 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  14955 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.303445E+08  2.302599E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.044266E+08  1.042845E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.566116E+08  1.565152E+08
 %ORBALL:  In processor     0: orbit # IORB=  39770 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.760391E+08  2.757499E+08
 %ORBALL:  In processor     0: orbit # IORB=  43754 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44687 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45068 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45653 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.788881E+08  2.788607E+08
 %ORBALL:  In processor     0: orbit # IORB=  46395 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48927 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49138 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49531 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49756 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50322 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50543 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50725 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52031 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.998679E+08  1.969492E+08
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51080 SPL=    0 TOT=40852
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.1847571E-01  1.4402526E+00  2.5823513E+08  2.7243902E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1755
 TA= 2.69000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.71557E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.6900000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.690000E+00 NSTEP=  1755 Hash code:  100088530
 ->PRGCHK: bdy curvature ratio at t= 2.6950E+00 seconds is:  4.3377E-02
 % MHDEQ: TG1= 2.6899999999999915 ; TG2= 2.6949999999999914

 *** 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     -3.038E+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  1.5434E+00  0.0000E+00  3.2808E-01  0.0000E+00  1.7184E+00  2.3821E-01
    1   0  5.5106E-01 -7.5433E-02 -7.5433E-02  7.7658E-01
    2   0  9.6085E-02 -1.7052E-02  2.4589E-02 -3.7429E-02
    3   0 -1.0349E-02  1.3574E-02 -4.3940E-03  1.2391E-02
    4   0 -2.8769E-03 -6.4861E-03 -3.7162E-03  1.6471E-03
    5   0  4.9833E-03  4.5538E-04  1.3454E-03 -2.8946E-03
    6   0 -2.2871E-03  6.8685E-04  4.5668E-04  8.7915E-04
    7   0  3.2032E-04 -5.8637E-04 -5.2922E-04  6.7521E-04
    8   0  6.2336E-05  5.8720E-05 -1.2584E-04 -2.9131E-04

 LEGEND
 ------

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

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

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


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

    1  6.01E-01  2.21E-01  8.84E-02  5.19E-03  6.95E-04  1.10E+00  1.718E+00  2.382E-01 3.87431E+01 1.37E-02  1.000   1.13   0.85
  100  5.55E-06  3.79E-06  1.54E-06  1.31E-09  2.09E-09  1.10E+00  1.694E+00  2.497E-01 3.39242E+01 1.61E-02  1.000   1.13   1.04
  124  9.35E-07  5.86E-07  2.72E-07  3.51E-10  2.18E-10  1.10E+00  1.703E+00  2.455E-01 3.39235E+01 1.62E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.719E-07 d(ln R0)/dt =  1.420E-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  7.68E-02  5.90E-02  1.39E-05  2.20E-09  2.23E-09  1.10E+00  1.703E+00  2.453E-01 3.39234E+01 1.62E-02  1.000   1.13   1.07
  100  1.19E-04  3.82E-05  2.31E-07  7.65E-11  1.72E-10  5.11E-01  1.704E+00  2.444E-01 3.67785E+01 1.50E-02  1.041   1.13   1.11
  200  1.43E-05  6.82E-06  4.37E-08  1.21E-10  1.45E-11  5.11E-01  1.705E+00  2.409E-01 3.68130E+01 1.49E-02  1.041   1.13   1.12
  300  1.19E-06  7.28E-07  1.32E-08  2.56E-12  2.32E-12  5.11E-01  1.711E+00  2.403E-01 3.55982E+01 1.55E-02  1.024   1.13   1.13
  400  3.26E-07  2.12E-07  6.17E-09  5.65E-13  4.47E-13  5.11E-01  1.713E+00  2.400E-01 3.46562E+01 1.59E-02  1.011   1.13   1.13
  500  1.16E-07  6.79E-08  2.42E-09  8.36E-14  8.78E-14  5.11E-01  1.715E+00  2.396E-01 3.40410E+01 1.62E-02  1.002   1.13   1.13
  600  5.09E-08  3.11E-08  9.09E-10  2.40E-14  4.03E-14  5.11E-01  1.716E+00  2.394E-01 3.35745E+01 1.64E-02  0.995   1.13   1.13
  700  2.69E-08  1.73E-08  3.83E-10  1.02E-13  2.69E-14  5.11E-01  1.717E+00  2.394E-01 3.32471E+01 1.66E-02  0.990   1.13   1.13
  800  1.28E-08  7.61E-09  1.58E-10  6.19E-15  9.71E-15  5.11E-01  1.717E+00  2.392E-01 3.28862E+01 1.68E-02  0.985   1.13   1.13
  856  9.84E-09  5.88E-09  1.10E-10  1.38E-14  2.08E-15  5.11E-01  1.718E+00  2.392E-01 3.27840E+01 1.68E-02  0.983   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.58E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.511E-05 d(ln R0)/dt =  1.995E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.75 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):     0.045279

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7793E+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:  4.3377E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.690000 TO TG2=    2.695000 @ NSTEP     1755
   GFRAME TG2 MOMENTS CHECKSUM:  1.2471654646334E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1768
 TA= 2.69402E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.70256E-04
 --> plasma_hash("gframe"): TA= 2.695000E+00 NSTEP=  1772 Hash code:   98103756
 ->PRGCHK: bdy curvature ratio at t= 2.7000E+00 seconds is:  4.3270E-02
 % MHDEQ: TG1= 2.6949999999999914 ; TG2= 2.6999999999999913

 *** 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     -3.035E+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  1.5428E+00  0.0000E+00  3.2898E-01  0.0000E+00  1.7176E+00  2.3916E-01
    1   0  5.5067E-01 -7.5492E-02 -7.5492E-02  7.7580E-01
    2   0  9.6053E-02 -1.6980E-02  2.4518E-02 -3.7285E-02
    3   0 -1.0348E-02  1.3597E-02 -4.3116E-03  1.2340E-02
    4   0 -2.8898E-03 -6.4725E-03 -3.6673E-03  1.6731E-03
    5   0  4.9861E-03  4.9553E-04  1.3518E-03 -2.8708E-03
    6   0 -2.3179E-03  7.0613E-04  4.8435E-04  8.8125E-04
    7   0  3.3106E-04 -5.6387E-04 -5.1402E-04  6.5028E-04
    8   0  8.9362E-05  5.9809E-05 -1.3757E-04 -3.2498E-04

 LEGEND
 ------

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

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

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


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

    1  5.99E-01  2.21E-01  8.83E-02  5.17E-03  6.93E-04  1.10E+00  1.718E+00  2.392E-01 3.87170E+01 1.34E-02  1.000   1.12   0.85
  100  6.26E-06  4.37E-06  1.68E-06  1.14E-09  2.19E-09  1.10E+00  1.693E+00  2.506E-01 3.39115E+01 1.58E-02  1.000   1.12   1.04
  124  9.88E-07  6.19E-07  2.71E-07  3.40E-10  2.16E-10  1.10E+00  1.702E+00  2.465E-01 3.39109E+01 1.59E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.94E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.376E-07 d(ln R0)/dt =  1.279E-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  8.00E-02  6.09E-02  1.42E-05  2.04E-09  2.11E-09  1.10E+00  1.702E+00  2.464E-01 3.39108E+01 1.59E-02  1.000   1.12   1.06
  100  1.24E-04  3.77E-05  2.29E-07  7.67E-11  1.67E-10  5.11E-01  1.703E+00  2.455E-01 3.68310E+01 1.47E-02  1.042   1.12   1.11
  200  1.44E-05  6.49E-06  4.31E-08  1.24E-10  1.46E-11  5.11E-01  1.703E+00  2.421E-01 3.68770E+01 1.46E-02  1.042   1.12   1.12
  300  1.25E-06  7.50E-07  1.31E-08  2.71E-12  2.39E-12  5.11E-01  1.709E+00  2.415E-01 3.56702E+01 1.51E-02  1.025   1.12   1.12
  400  3.29E-07  2.08E-07  6.29E-09  5.41E-13  4.49E-13  5.11E-01  1.711E+00  2.412E-01 3.46923E+01 1.56E-02  1.011   1.12   1.12
  500  1.16E-07  6.42E-08  2.53E-09  8.09E-14  9.17E-14  5.11E-01  1.713E+00  2.407E-01 3.40537E+01 1.59E-02  1.002   1.12   1.12
  600  5.42E-08  3.12E-08  9.56E-10  2.39E-14  3.91E-14  5.11E-01  1.714E+00  2.406E-01 3.35800E+01 1.61E-02  0.995   1.12   1.12
  700  2.87E-08  1.99E-08  4.02E-10  1.03E-13  2.69E-14  5.11E-01  1.715E+00  2.405E-01 3.32403E+01 1.63E-02  0.990   1.12   1.12
  800  1.37E-08  8.08E-09  1.66E-10  6.41E-15  9.66E-15  5.11E-01  1.716E+00  2.404E-01 3.28566E+01 1.65E-02  0.985   1.12   1.12
  869  9.91E-09  6.25E-09  1.08E-10  2.10E-14  2.13E-15  5.11E-01  1.716E+00  2.403E-01 3.27190E+01 1.65E-02  0.983   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.963E-05 d(ln R0)/dt =  2.186E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.059953

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1602E+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:  4.3270E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.695000 TO TG2=    2.700000 @ NSTEP     1772
   GFRAME TG2 MOMENTS CHECKSUM:  1.2467460562324E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1782
 TA= 2.69784E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.47744E-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  ->   40852 -      0 (killed) +  10254 (dep) =  51106 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.206671E+08  1.206633E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.846268E+08  1.846267E+08
 %ORBALL:  In processor     0: orbit # IORB=  42292 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42803 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.880698E+08  1.880167E+08
 %ORBALL:  In processor     0: orbit # IORB=  43873 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44172 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44523 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44838 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45985 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46426 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46783 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47252 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48082 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48161 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48905 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49894 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50213 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50438 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.944446E+08  1.943349E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  52004 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51106 SPL=    0 TOT=41349
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.4559133E-01  2.9069134E+00  2.6519321E+08  7.2883580E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1790
 TA= 2.70000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.09084E-04
 --> plasma_hash("gframe"): TA= 2.700000E+00 NSTEP=  1790 Hash code:   57378081
 ->PRGCHK: bdy curvature ratio at t= 2.7050E+00 seconds is:  4.2836E-02
 % MHDEQ: TG1= 2.6999999999999913 ; TG2= 2.7049999999999912

 *** 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     -3.036E+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  1.5426E+00  0.0000E+00  3.2893E-01  0.0000E+00  1.7158E+00  2.4029E-01
    1   0  5.5071E-01 -7.5564E-02 -7.5564E-02  7.7588E-01
    2   0  9.6310E-02 -1.7034E-02  2.4559E-02 -3.7182E-02
    3   0 -1.0280E-02  1.3695E-02 -4.3909E-03  1.2334E-02
    4   0 -2.9593E-03 -6.4680E-03 -3.6344E-03  1.6561E-03
    5   0  5.0134E-03  4.6821E-04  1.3665E-03 -2.8498E-03
    6   0 -2.2778E-03  7.2919E-04  4.5631E-04  8.5926E-04
    7   0  2.8676E-04 -5.7444E-04 -5.1203E-04  6.3939E-04
    8   0  1.4411E-04  4.9475E-05 -1.3171E-04 -3.3431E-04

 LEGEND
 ------

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

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

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


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

    1  5.74E-01  2.11E-01  8.69E-02  5.15E-03  6.72E-04  1.10E+00  1.716E+00  2.403E-01 3.86441E+01 1.32E-02  1.000   1.12   0.84
  100  8.00E-06  5.72E-06  1.91E-06  1.25E-09  2.68E-09  1.10E+00  1.694E+00  2.499E-01 3.39343E+01 1.56E-02  1.000   1.12   1.04
  128  9.72E-07  6.00E-07  2.16E-07  6.60E-11  6.86E-10  1.10E+00  1.702E+00  2.456E-01 3.39337E+01 1.56E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.581E-07 d(ln R0)/dt =  1.025E-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  6.62E-02  1.53E-05  2.17E-09  1.97E-09  1.10E+00  1.702E+00  2.455E-01 3.39335E+01 1.56E-02  1.000   1.12   1.06
  100  1.16E-04  5.49E-05  2.47E-07  6.69E-11  1.28E-10  5.11E-01  1.703E+00  2.448E-01 3.63818E+01 1.46E-02  1.035   1.12   1.10
  200  1.32E-05  7.10E-06  3.98E-08  1.13E-10  1.41E-11  5.11E-01  1.703E+00  2.420E-01 3.65200E+01 1.45E-02  1.037   1.12   1.11
  300  1.28E-06  8.89E-07  1.27E-08  2.52E-12  2.29E-12  5.11E-01  1.708E+00  2.415E-01 3.52741E+01 1.51E-02  1.019   1.12   1.12
  400  3.20E-07  1.92E-07  5.99E-09  4.38E-13  4.09E-13  5.11E-01  1.711E+00  2.411E-01 3.43309E+01 1.55E-02  1.006   1.12   1.12
  500  1.20E-07  6.38E-08  2.43E-09  9.26E-14  9.08E-14  5.11E-01  1.713E+00  2.407E-01 3.36878E+01 1.58E-02  0.996   1.12   1.12
  600  5.85E-08  3.27E-08  9.32E-10  2.46E-14  3.67E-14  5.11E-01  1.714E+00  2.406E-01 3.32086E+01 1.60E-02  0.989   1.12   1.12
  700  3.42E-08  2.24E-08  3.95E-10  1.06E-13  2.25E-14  5.11E-01  1.714E+00  2.405E-01 3.28721E+01 1.62E-02  0.984   1.12   1.12
  800  1.51E-08  8.14E-09  1.64E-10  6.60E-15  9.13E-15  5.11E-01  1.715E+00  2.403E-01 3.24842E+01 1.64E-02  0.979   1.12   1.12
  876  9.79E-09  6.02E-09  1.00E-10  2.05E-14  2.18E-15  5.11E-01  1.715E+00  2.402E-01 3.23288E+01 1.65E-02  0.976   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.64E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.056E-05 d(ln R0)/dt =  2.293E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.81 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.075982

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8389E+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:  4.2836E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.700000 TO TG2=    2.705000 @ NSTEP     1790
   GFRAME TG2 MOMENTS CHECKSUM:  1.2467643703085E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1790
 TA= 2.70000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.09084E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1791
 TA= 2.70031E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.86355E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1798
 TA= 2.70271E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.85229E-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=  1807 Hash code:   67581606
 ->PRGCHK: bdy curvature ratio at t= 2.7100E+00 seconds is:  4.2408E-02
 % MHDEQ: TG1= 2.7049999999999912 ; TG2= 2.7099999999999911

 *** 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     -3.037E+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  1.5423E+00  0.0000E+00  3.2889E-01  0.0000E+00  1.7155E+00  2.4025E-01
    1   0  5.5074E-01 -7.5637E-02 -7.5637E-02  7.7597E-01
    2   0  9.6566E-02 -1.7088E-02  2.4599E-02 -3.7079E-02
    3   0 -1.0212E-02  1.3792E-02 -4.4701E-03  1.2328E-02
    4   0 -3.0288E-03 -6.4635E-03 -3.6015E-03  1.6390E-03
    5   0  5.0407E-03  4.4088E-04  1.3812E-03 -2.8287E-03
    6   0 -2.2376E-03  7.5226E-04  4.2827E-04  8.3728E-04
    7   0  2.4245E-04 -5.8501E-04 -5.1005E-04  6.2850E-04
    8   0  1.9885E-04  3.9142E-05 -1.2584E-04 -3.4365E-04

 LEGEND
 ------

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

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

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


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

    1  5.72E-01  2.11E-01  8.70E-02  5.15E-03  6.75E-04  1.10E+00  1.715E+00  2.402E-01 3.86300E+01 1.33E-02  1.000   1.11   0.84
  100  8.08E-06  5.82E-06  1.89E-06  1.35E-09  2.78E-09  1.10E+00  1.694E+00  2.498E-01 3.39380E+01 1.57E-02  1.000   1.11   1.04
  128  9.51E-07  6.03E-07  2.18E-07  6.36E-11  6.75E-10  1.10E+00  1.702E+00  2.455E-01 3.39374E+01 1.57E-02  1.000   1.11   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.591E-07 d(ln R0)/dt =  9.926E-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  8.83E-02  6.97E-02  1.57E-05  1.97E-09  1.85E-09  1.10E+00  1.702E+00  2.454E-01 3.39372E+01 1.58E-02  1.000   1.11   1.06
  100  9.58E-05  7.58E-05  2.69E-07  6.02E-11  1.34E-10  5.11E-01  1.702E+00  2.447E-01 3.61741E+01 1.48E-02  1.032   1.11   1.09
  200  1.21E-05  7.41E-06  4.02E-08  1.15E-10  1.45E-11  5.11E-01  1.703E+00  2.419E-01 3.64028E+01 1.47E-02  1.035   1.11   1.11
  300  1.16E-06  9.24E-07  1.30E-08  2.40E-12  2.30E-12  5.11E-01  1.708E+00  2.414E-01 3.51068E+01 1.52E-02  1.017   1.11   1.11
  400  3.08E-07  2.18E-07  6.18E-09  4.78E-13  4.41E-13  5.11E-01  1.710E+00  2.411E-01 3.41445E+01 1.57E-02  1.003   1.11   1.11
  500  1.21E-07  7.17E-08  2.53E-09  9.80E-14  9.57E-14  5.11E-01  1.712E+00  2.406E-01 3.34809E+01 1.60E-02  0.993   1.11   1.11
  600  6.13E-08  3.49E-08  9.71E-10  2.65E-14  3.84E-14  5.11E-01  1.713E+00  2.405E-01 3.30008E+01 1.62E-02  0.986   1.11   1.11
  700  3.71E-08  2.23E-08  4.15E-10  1.13E-13  2.34E-14  5.11E-01  1.714E+00  2.404E-01 3.26696E+01 1.64E-02  0.981   1.11   1.11
  800  1.50E-08  8.39E-09  1.71E-10  7.23E-15  1.00E-14  5.11E-01  1.715E+00  2.402E-01 3.22879E+01 1.66E-02  0.976   1.11   1.11
  885  9.89E-09  6.03E-09  1.02E-10  2.25E-14  2.24E-15  5.11E-01  1.715E+00  2.401E-01 3.21169E+01 1.67E-02  0.973   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.65E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.591E-05 d(ln R0)/dt =  2.292E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.065326

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8467E+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:  4.2408E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.705000 TO TG2=    2.710000 @ NSTEP     1807
   GFRAME TG2 MOMENTS CHECKSUM:  1.2468466909356E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1807
 TA= 2.70500E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.10109E-04
 *** FULL NEUTRAL SOURCE CALCULAT[1] 30309
ION PERFORMED ***         NSTEP=   1808
 TA= 2.70524E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.99544E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1821
 TA= 2.70794E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.30494E-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  ->   41349 -      0 (killed) +  10184 (dep) =  51533 ptcls.
  ORBALL... 
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 123613.37003669496 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 125838.92574190046 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 129867.50937034641 0.E+0 122725.19531250003
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.403755E+08  1.403640E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.015506E+08  2.013790E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0003E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.398227E+08  2.396302E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.450122E+08  2.449952E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.414346E+08  2.410785E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33957 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41425 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.499329E+08  1.498520E+08
 %ORBALL:  In processor     0: orbit # IORB=  42128 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42383 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42461 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42961 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43444 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44334 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45336 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46737 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48613 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49317 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49561 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.946533E+08  1.945868E+08
 %ORBALL:  In processor     0: orbit # IORB=  50088 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51169 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51505 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  51835 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51533 SPL=    0 TOT=41413
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.2085059E-01  6.8136060E-01  2.7534219E+08  9.2248680E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1834
 TA= 2.71000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.45692E-05
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.7100000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.710000E+00 NSTEP=  1834 Hash code:   93062653
 ->PRGCHK: bdy curvature ratio at t= 2.7150E+00 seconds is:  4.2612E-02
 % MHDEQ: TG1= 2.7099999999999911 ; TG2= 2.714999999999991

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

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

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

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5432E+00  0.0000E+00  3.2904E-01  0.0000E+00  1.7151E+00  2.4015E-01
    1   0  5.5184E-01 -7.5498E-02 -7.5498E-02  7.7609E-01
    2   0  9.6526E-02 -1.7190E-02  2.5082E-02 -3.7236E-02
    3   0 -1.0187E-02  1.3827E-02 -4.5077E-03  1.2405E-02
    4   0 -3.0224E-03 -6.4485E-03 -3.6193E-03  1.5980E-03
    5   0  5.0417E-03  4.5797E-04  1.4283E-03 -2.7967E-03
    6   0 -2.2846E-03  7.3431E-04  4.1496E-04  8.8295E-04
    7   0  2.7647E-04 -5.5758E-04 -4.9739E-04  6.2033E-04
    8   0  1.4787E-04  5.5699E-05 -9.5232E-05 -3.1245E-04

 LEGEND
 ------

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

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

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


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

    1  5.60E-01  2.10E-01  8.63E-02  5.17E-03  6.80E-04  1.10E+00  1.715E+00  2.401E-01 3.85833E+01 1.34E-02  1.000   1.12   0.82
  100  6.59E-06  4.65E-06  1.48E-06  1.61E-09  2.61E-09  1.10E+00  1.694E+00  2.499E-01 3.39449E+01 1.58E-02  1.000   1.12   1.03
  125  9.82E-07  5.27E-07  2.04E-07  2.44E-10  1.28E-10  1.10E+00  1.702E+00  2.461E-01 3.39443E+01 1.59E-02  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.359E-07 d(ln R0)/dt =  1.246E-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  8.90E-02  7.10E-02  1.57E-05  1.89E-09  1.77E-09  1.10E+00  1.702E+00  2.460E-01 3.39441E+01 1.59E-02  1.000   1.12   1.05
  100  1.00E-04  7.71E-05  2.93E-07  8.18E-11  1.54E-10  5.11E-01  1.702E+00  2.453E-01 3.69968E+01 1.46E-02  1.043   1.12   1.10
  200  9.68E-06  5.96E-06  4.14E-08  1.40E-10  1.82E-11  5.11E-01  1.701E+00  2.426E-01 3.78347E+01 1.42E-02  1.055   1.12   1.12
  300  1.02E-06  7.61E-07  1.38E-08  2.87E-12  3.07E-12  5.11E-01  1.706E+00  2.421E-01 3.65698E+01 1.48E-02  1.037   1.12   1.12
  400  2.59E-07  1.77E-07  6.80E-09  5.24E-13  5.03E-13  5.11E-01  1.709E+00  2.417E-01 3.54462E+01 1.52E-02  1.022   1.12   1.12
  500  1.07E-07  6.20E-08  2.90E-09  7.71E-14  1.11E-13  5.11E-01  1.711E+00  2.413E-01 3.47248E+01 1.56E-02  1.011   1.12   1.12
  600  5.49E-08  3.15E-08  1.10E-09  2.75E-14  4.12E-14  5.11E-01  1.712E+00  2.412E-01 3.42178E+01 1.58E-02  1.004   1.12   1.12
  700  3.28E-08  1.91E-08  4.64E-10  9.77E-14  2.33E-14  5.11E-01  1.713E+00  2.411E-01 3.38812E+01 1.60E-02  0.999   1.12   1.12
  800  1.45E-08  7.95E-09  1.89E-10  8.20E-15  9.74E-15  5.11E-01  1.713E+00  2.410E-01 3.34848E+01 1.61E-02  0.993   1.12   1.12
  880  9.97E-09  6.18E-09  1.13E-10  2.51E-14  2.57E-15  5.11E-01  1.714E+00  2.409E-01 3.33213E+01 1.62E-02  0.991   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.68E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.120E-05 d(ln R0)/dt =  2.174E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.054589

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8721E+00 SECONDS
   DATA R*BT AT EDGE:  3.5743E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2612E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.710000 TO TG2=    2.715000 @ NSTEP     1834
   GFRAME TG2 MOMENTS CHECKSUM:  1.2469603884978E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1834
 TA= 2.71000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.45692E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1835
 TA= 2.71004E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.30826E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1846
 TA= 2.71057E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 5.55612E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1857
 TA= 2.71114E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.27006E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1868
 TA= 2.71173E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 6.14353E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1879
 TA= 2.71236E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.03757E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1890
 TA= 2.71301E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.79109E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1901
 TA= 2.71371E+00 CPU TIME= 7.12891E-02 SECONDS.  DT= 8.88374E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1912
 TA= 2.71442E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.50510E-05
 --> plasma_hash("gframe"): TA= 2.715000E+00 NSTEP=  1921 Hash code:   34830307
 ->PRGCHK: bdy curvature ratio at t= 2.7200E+00 seconds is:  4.2827E-02
 % MHDEQ: TG1= 2.714999999999991 ; TG2= 2.7199999999999909

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.044E+00     1.131E+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  1.5441E+00  0.0000E+00  3.2919E-01  0.0000E+00  1.7136E+00  2.4089E-01
    1   0  5.5294E-01 -7.5359E-02 -7.5359E-02  7.7621E-01
    2   0  9.6486E-02 -1.7291E-02  2.5564E-02 -3.7393E-02
    3   0 -1.0162E-02  1.3862E-02 -4.5453E-03  1.2483E-02
    4   0 -3.0161E-03 -6.4335E-03 -3.6371E-03  1.5569E-03
    5   0  5.0428E-03  4.7505E-04  1.4755E-03 -2.7646E-03
    6   0 -2.3315E-03  7.1635E-04  4.0166E-04  9.2862E-04
    7   0  3.1049E-04 -5.3016E-04 -4.8473E-04  6.1216E-04
    8   0  9.6883E-05  7.2256E-05 -6.4626E-05 -2.8126E-04

 LEGEND
 ------

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

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

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


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

    1  5.33E-01  2.00E-01  8.44E-02  5.17E-03  6.68E-04  1.10E+00  1.714E+00  2.409E-01 3.85008E+01 1.34E-02  1.000   1.13   0.83
  100  7.90E-06  5.62E-06  1.53E-06  1.70E-09  2.90E-09  1.10E+00  1.699E+00  2.493E-01 3.39757E+01 1.57E-02  1.000   1.13   1.03
  131  7.49E-07  4.58E-07  1.71E-07  2.02E-10  1.19E-10  1.10E+00  1.707E+00  2.449E-01 3.39751E+01 1.58E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.881E-07 d(ln R0)/dt =  1.186E-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  8.28E-02  7.01E-02  1.63E-05  1.78E-09  1.57E-09  1.10E+00  1.707E+00  2.448E-01 3.39747E+01 1.58E-02  1.000   1.13   1.05
  100  1.19E-04  3.12E-05  2.07E-07  1.27E-10  1.01E-10  5.11E-01  1.707E+00  2.442E-01 3.75130E+01 1.43E-02  1.050   1.13   1.11
  200  8.75E-06  3.50E-06  3.53E-08  1.23E-10  1.73E-11  5.11E-01  1.705E+00  2.425E-01 3.84150E+01 1.40E-02  1.062   1.13   1.12
  300  9.22E-07  5.18E-07  1.25E-08  3.40E-12  2.96E-12  5.11E-01  1.710E+00  2.421E-01 3.72162E+01 1.44E-02  1.046   1.13   1.13
  400  2.27E-07  1.49E-07  6.09E-09  3.66E-13  4.21E-13  5.11E-01  1.713E+00  2.417E-01 3.61495E+01 1.49E-02  1.031   1.13   1.13
  500  9.01E-08  4.91E-08  2.50E-09  7.40E-14  1.00E-13  5.11E-01  1.714E+00  2.413E-01 3.54687E+01 1.52E-02  1.021   1.13   1.13
  600  4.73E-08  2.60E-08  9.52E-10  2.68E-14  3.86E-14  5.11E-01  1.716E+00  2.412E-01 3.49490E+01 1.54E-02  1.014   1.13   1.13
  700  2.65E-08  1.60E-08  4.00E-10  8.14E-14  1.84E-14  5.11E-01  1.716E+00  2.411E-01 3.46112E+01 1.55E-02  1.009   1.13   1.13
  800  1.33E-08  7.20E-09  1.63E-10  6.87E-15  7.43E-15  5.11E-01  1.717E+00  2.409E-01 3.42060E+01 1.57E-02  1.003   1.13   1.13
  855  9.98E-09  5.73E-09  1.14E-10  5.80E-15  2.15E-15  5.11E-01  1.717E+00  2.409E-01 3.40974E+01 1.58E-02  1.002   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.871E-05 d(ln R0)/dt =  1.989E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.043127

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7617E+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:  4.2827E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.715000 TO TG2=    2.720000 @ NSTEP     1921
   GFRAME TG2 MOMENTS CHECKSUM:  1.2481373439670E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1921
 TA= 2.71500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.78088E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1922
 TA= 2.71508E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.72609E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1933
 TA= 2.71586E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 8.23205E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1944
 TA= 2.71671E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.07670E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1955
 TA= 2.71758E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.09444E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1966
 TA= 2.71851E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.18941E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1977
 TA= 2.71947E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.00458E-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  ->   41413 -      0 (killed) +  10161 (dep) =  51574 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=     98 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1629 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.677670E+08  1.677505E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.169197E+08  2.168173E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.789708E+08  2.789131E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.516414E+08  1.515935E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.263377E+08  1.262888E+08
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 123208.74333000139 0.E+0 122725.19531250003
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  24859 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.320308E+08  1.319874E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.565005E+08  2.563652E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.423554E+08  2.422196E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.751711E+08  2.751153E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.356194E+08  1.356176E+08
 %ORBALL:  In processor     0: orbit # IORB=  42534 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43116 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43120 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43213 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44226 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44559 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44691 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44721 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44835 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45151 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46147 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47450 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47537 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47724 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.783851E+08  2.782853E+08
 %ORBALL:  In processor     0: orbit # IORB=  48645 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49859 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49903 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50081 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50217 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50261 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50720 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51162 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51457 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51713 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51754 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52035 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52461 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52534 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51574 SPL=    0 TOT=41018
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.5701992E-01 -1.1466746E+00  1.6070986E+08  5.1907401E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1983
 TA= 2.72000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.84314E-05
 --> plasma_hash("gframe"): TA= 2.720000E+00 NSTEP=  1983 Hash code:   34870920
 ->PRGCHK: bdy curvature ratio at t= 2.7250E+00 seconds is:  4.2982E-02
 % MHDEQ: TG1= 2.7199999999999909 ; TG2= 2.7249999999999908

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.044E+00     1.131E+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  1.5437E+00  0.0000E+00  3.2860E-01  0.0000E+00  1.7173E+00  2.4089E-01
    1   0  5.5250E-01 -7.5420E-02 -7.5420E-02  7.7663E-01
    2   0  9.6491E-02 -1.7284E-02  2.5223E-02 -3.7329E-02
    3   0 -1.0187E-02  1.3807E-02 -4.4799E-03  1.2399E-02
    4   0 -2.9636E-03 -6.4662E-03 -3.6857E-03  1.5617E-03
    5   0  5.0291E-03  4.4607E-04  1.4180E-03 -2.7778E-03
    6   0 -2.3351E-03  7.0881E-04  4.4788E-04  9.3175E-04
    7   0  3.1181E-04 -5.1041E-04 -4.7797E-04  6.1791E-04
    8   0  9.7719E-05  4.3751E-05 -1.0819E-04 -3.0023E-04

 LEGEND
 ------

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

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

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


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

    1  5.69E-01  2.07E-01  8.67E-02  5.18E-03  6.53E-04  1.10E+00  1.717E+00  2.409E-01 3.86997E+01 1.32E-02  1.000   1.13   0.85
  100  5.61E-06  3.53E-06  1.35E-06  1.62E-09  2.05E-09  1.10E+00  1.697E+00  2.498E-01 3.39807E+01 1.56E-02  1.000   1.13   1.03
  124  9.84E-07  5.59E-07  2.48E-07  3.38E-10  1.85E-10  1.10E+00  1.706E+00  2.456E-01 3.39801E+01 1.57E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.025E-07 d(ln R0)/dt =  1.627E-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  7.12E-02  5.29E-02  1.36E-05  1.87E-09  2.04E-09  1.10E+00  1.706E+00  2.455E-01 3.39796E+01 1.57E-02  1.000   1.13   1.06
  100  2.19E-04  6.77E-05  3.05E-07  1.28E-10  1.39E-10  5.26E-01  1.707E+00  2.444E-01 3.81311E+01 1.40E-02  1.058   1.13   1.12
  200  2.69E-05  1.08E-05  4.05E-08  7.97E-11  1.17E-11  5.26E-01  1.708E+00  2.414E-01 3.78853E+01 1.40E-02  1.055   1.13   1.13
  300  2.14E-06  9.39E-07  1.28E-08  1.84E-12  1.75E-12  5.26E-01  1.714E+00  2.407E-01 3.62978E+01 1.47E-02  1.033   1.13   1.13
  400  4.47E-07  2.96E-07  5.31E-09  3.99E-13  4.26E-13  5.26E-01  1.716E+00  2.405E-01 3.54887E+01 1.50E-02  1.022   1.13   1.13
  500  1.81E-07  9.81E-08  1.90E-09  1.81E-13  8.27E-14  5.26E-01  1.718E+00  2.400E-01 3.49148E+01 1.53E-02  1.013   1.13   1.13
  600  4.98E-08  3.38E-08  7.10E-10  1.71E-14  2.75E-14  5.26E-01  1.720E+00  2.399E-01 3.44476E+01 1.55E-02  1.007   1.13   1.13
  700  3.36E-08  1.85E-08  3.03E-10  5.76E-14  1.98E-14  5.26E-01  1.720E+00  2.398E-01 3.41164E+01 1.56E-02  1.002   1.13   1.13
  800  1.47E-08  8.08E-09  1.16E-10  4.45E-15  4.75E-15  5.26E-01  1.721E+00  2.396E-01 3.38022E+01 1.58E-02  0.997   1.13   1.13
  856  9.87E-09  6.16E-09  7.83E-11  1.63E-14  1.12E-15  5.26E-01  1.721E+00  2.395E-01 3.36810E+01 1.58E-02  0.996   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.57E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.476E-05 d(ln R0)/dt =  2.301E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.089828

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7676E+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:  4.2982E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.720000 TO TG2=    2.725000 @ NSTEP     1983
   GFRAME TG2 MOMENTS CHECKSUM:  1.2482872363198E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1983
 TA= 2.72000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.84314E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1984
 TA= 2.72008E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.80392E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1993
 TA= 2.72204E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 3.55013E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2000
 TA= 2.72396E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.32978E-04
 --> plasma_hash("gframe"): TA= 2.725000E+00 NSTEP=  2004 Hash code:  101558435
 ->PRGCHK: bdy curvature ratio at t= 2.7300E+00 seconds is:  4.3138E-02
 % MHDEQ: TG1= 2.7249999999999908 ; TG2= 2.7299999999999907

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.044E+00     1.131E+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  1.5434E+00  0.0000E+00  3.2801E-01  0.0000E+00  1.7211E+00  2.3954E-01
    1   0  5.5205E-01 -7.5481E-02 -7.5481E-02  7.7705E-01
    2   0  9.6495E-02 -1.7277E-02  2.4883E-02 -3.7265E-02
    3   0 -1.0212E-02  1.3751E-02 -4.4146E-03  1.2314E-02
    4   0 -2.9112E-03 -6.4988E-03 -3.7342E-03  1.5664E-03
    5   0  5.0154E-03  4.1709E-04  1.3605E-03 -2.7910E-03
    6   0 -2.3387E-03  7.0127E-04  4.9411E-04  9.3488E-04
    7   0  3.1313E-04 -4.9066E-04 -4.7122E-04  6.2366E-04
    8   0  9.8555E-05  1.5246E-05 -1.5176E-04 -3.1920E-04

 LEGEND
 ------

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

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

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


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

    1  6.18E-01  2.23E-01  8.97E-02  5.20E-03  6.67E-04  1.10E+00  1.721E+00  2.395E-01 3.89098E+01 1.32E-02  1.000   1.13   0.86
  100  7.59E-06  4.53E-06  2.21E-06  1.16E-09  1.57E-09  1.10E+00  1.695E+00  2.494E-01 3.39782E+01 1.56E-02  1.000   1.13   1.04
  131  7.97E-07  5.33E-07  1.93E-07  1.70E-10  1.21E-10  1.10E+00  1.706E+00  2.439E-01 3.39774E+01 1.57E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.80E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.431E-07 d(ln R0)/dt =  1.671E-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  5.91E-02  1.46E-05  2.40E-09  1.85E-09  1.10E+00  1.707E+00  2.437E-01 3.39770E+01 1.57E-02  1.000   1.13   1.07
  100  9.59E-05  4.32E-05  1.80E-07  8.01E-11  1.03E-10  5.11E-01  1.707E+00  2.431E-01 3.67947E+01 1.45E-02  1.040   1.13   1.12
  200  1.01E-05  4.23E-06  3.34E-08  1.10E-10  1.19E-11  5.11E-01  1.708E+00  2.408E-01 3.68499E+01 1.45E-02  1.041   1.13   1.13
  300  9.72E-07  5.70E-07  1.09E-08  2.72E-12  2.16E-12  5.11E-01  1.713E+00  2.402E-01 3.57072E+01 1.49E-02  1.025   1.13   1.13
  400  2.51E-07  1.77E-07  5.24E-09  4.25E-13  3.50E-13  5.11E-01  1.716E+00  2.397E-01 3.48001E+01 1.53E-02  1.012   1.13   1.13
  500  9.04E-08  5.15E-08  2.07E-09  8.38E-14  7.86E-14  5.11E-01  1.718E+00  2.393E-01 3.41887E+01 1.56E-02  1.003   1.13   1.13
  600  4.61E-08  2.61E-08  7.97E-10  2.11E-14  3.00E-14  5.11E-01  1.719E+00  2.391E-01 3.37433E+01 1.58E-02  0.997   1.13   1.13
  700  2.74E-08  1.64E-08  3.24E-10  9.29E-14  1.80E-14  5.11E-01  1.720E+00  2.390E-01 3.34105E+01 1.60E-02  0.992   1.13   1.13
  800  1.30E-08  7.07E-09  1.30E-10  5.28E-15  7.69E-15  5.11E-01  1.721E+00  2.388E-01 3.30228E+01 1.62E-02  0.986   1.13   1.13
  841  9.75E-09  5.72E-09  9.90E-11  2.90E-15  2.44E-15  5.11E-01  1.721E+00  2.387E-01 3.29425E+01 1.62E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.569E-05 d(ln R0)/dt =  2.219E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.058503

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7598E+00 SECONDS
   DATA R*BT AT EDGE:  3.5706E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3138E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.725000 TO TG2=    2.730000 @ NSTEP     2004
   GFRAME TG2 MOMENTS CHECKSUM:  1.2479030281925E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2004
 TA= 2.72500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.24015E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2005
 TA= 2.72525E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 3.18145E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2012
 TA= 2.72697E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.98694E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2019
 TA= 2.72859E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.80553E-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  ->   41018 -      0 (killed) +  10246 (dep) =  51264 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.547308E+08  1.546959E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.396729E+08  1.396166E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.586535E+08  1.586097E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.565502E+08  1.564282E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.602327E+08  2.599976E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.227233E+08  1.227173E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  36486 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   5.507319E+07  5.505047E+07
 %ORBALL:  In processor     0: orbit # IORB=  42527 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42766 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43076 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43611 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44204 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44372 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44517 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45452 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46238 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46692 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46971 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47088 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47111 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47613 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48233 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48783 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48833 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48931 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48997 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49084 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49375 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50121 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50507 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51270 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51814 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52014 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51264 SPL=    0 TOT=40788
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.1625036E-01 -2.6808330E+00  2.6299349E+08  9.0526681E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2026
 TA= [1] 30589
2.73000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.33937E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.7300000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.730000E+00 NSTEP=  2026 Hash code:   61704178
 ->PRGCHK: bdy curvature ratio at t= 2.7350E+00 seconds is:  4.2982E-02
 % MHDEQ: TG1= 2.7299999999999907 ; TG2= 2.7349999999999905

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.041E+00     1.129E+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  1.5432E+00  0.0000E+00  3.2800E-01  0.0000E+00  1.7210E+00  2.3875E-01
    1   0  5.5148E-01 -7.5519E-02 -7.5519E-02  7.7707E-01
    2   0  9.6219E-02 -1.7424E-02  2.4887E-02 -3.7378E-02
    3   0 -1.0201E-02  1.3703E-02 -4.4000E-03  1.2348E-02
    4   0 -2.8826E-03 -6.4930E-03 -3.7575E-03  1.5414E-03
    5   0  5.0004E-03  4.0885E-04  1.3767E-03 -2.8185E-03
    6   0 -2.3330E-03  7.0670E-04  4.9787E-04  9.4565E-04
    7   0  3.2011E-04 -5.0667E-04 -4.9194E-04  6.1402E-04
    8   0  1.0166E-04  1.1221E-05 -1.5095E-04 -3.3744E-04

 LEGEND
 ------

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

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

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


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

    1  6.28E-01  2.27E-01  9.03E-02  5.20E-03  6.78E-04  1.10E+00  1.721E+00  2.387E-01 3.89039E+01 1.32E-02  1.000   1.13   0.86
  100  6.17E-06  3.39E-06  1.78E-06  2.04E-09  1.44E-09  1.10E+00  1.691E+00  2.498E-01 3.39474E+01 1.56E-02  1.000   1.13   1.03
  131  7.62E-07  5.13E-07  2.13E-07  1.32E-10  1.03E-10  1.10E+00  1.705E+00  2.437E-01 3.39465E+01 1.57E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.81E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.618E-07 d(ln R0)/dt =  1.831E-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  8.54E-02  6.34E-02  1.49E-05  2.64E-09  1.94E-09  1.10E+00  1.706E+00  2.436E-01 3.39461E+01 1.57E-02  1.000   1.13   1.07
  100  1.18E-04  3.46E-05  2.05E-07  8.43E-11  1.02E-10  5.11E-01  1.706E+00  2.429E-01 3.64593E+01 1.47E-02  1.036   1.13   1.11
  200  1.36E-05  5.82E-06  3.63E-08  1.11E-10  1.24E-11  5.11E-01  1.707E+00  2.406E-01 3.66694E+01 1.45E-02  1.039   1.13   1.12
  300  1.20E-06  7.24E-07  1.13E-08  2.36E-12  2.10E-12  5.11E-01  1.712E+00  2.400E-01 3.54287E+01 1.51E-02  1.021   1.13   1.13
  400  2.98E-07  1.80E-07  5.46E-09  4.71E-13  3.69E-13  5.11E-01  1.715E+00  2.395E-01 3.45509E+01 1.55E-02  1.009   1.13   1.13
  500  1.06E-07  5.72E-08  2.13E-09  8.92E-14  8.50E-14  5.11E-01  1.717E+00  2.391E-01 3.39488E+01 1.58E-02  1.000   1.13   1.13
  600  5.02E-08  2.85E-08  8.21E-10  2.26E-14  3.50E-14  5.11E-01  1.718E+00  2.389E-01 3.34948E+01 1.60E-02  0.993   1.13   1.13
  700  2.72E-08  1.54E-08  3.40E-10  9.16E-14  1.83E-14  5.11E-01  1.719E+00  2.388E-01 3.31758E+01 1.61E-02  0.989   1.13   1.13
  800  1.29E-08  7.25E-09  1.32E-10  5.86E-15  7.86E-15  5.11E-01  1.720E+00  2.386E-01 3.28079E+01 1.63E-02  0.983   1.13   1.13
  857  9.89E-09  5.69E-09  9.21E-11  1.11E-14  1.80E-15  5.11E-01  1.720E+00  2.386E-01 3.27021E+01 1.64E-02  0.982   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.58E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.615E-05 d(ln R0)/dt =  2.066E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.76 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):     0.037959

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7832E+00 SECONDS
   DATA R*BT AT EDGE:  3.5710E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2982E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.730000 TO TG2=    2.735000 @ NSTEP     2026
   GFRAME TG2 MOMENTS CHECKSUM:  1.2472268147289E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2026
 TA= 2.73000E+00 CPU TIME= 7.12891E-02 SECONDS.  DT= 1.33937E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2027
 TA= 2.73013E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 1.67421E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2036
 TA= 2.73241E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 3.24411E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2044
 TA= 2.73444E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 3.10326E-04
 --> plasma_hash("gframe"): TA= 2.735000E+00 NSTEP=  2047 Hash code:   64818607
 ->PRGCHK: bdy curvature ratio at t= 2.7400E+00 seconds is:  4.2827E-02
 % MHDEQ: TG1= 2.7349999999999905 ; TG2= 2.7399999999999904

 *** 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     -3.038E+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  1.5429E+00  0.0000E+00  3.2799E-01  0.0000E+00  1.7199E+00  2.3856E-01
    1   0  5.5090E-01 -7.5558E-02 -7.5558E-02  7.7709E-01
    2   0  9.5943E-02 -1.7570E-02  2.4891E-02 -3.7491E-02
    3   0 -1.0190E-02  1.3656E-02 -4.3855E-03  1.2383E-02
    4   0 -2.8539E-03 -6.4872E-03 -3.7808E-03  1.5164E-03
    5   0  4.9855E-03  4.0061E-04  1.3929E-03 -2.8459E-03
    6   0 -2.3274E-03  7.1214E-04  5.0162E-04  9.5642E-04
    7   0  3.2708E-04 -5.2269E-04 -5.1266E-04  6.0438E-04
    8   0  1.0477E-04  7.1954E-06 -1.5015E-04 -3.5567E-04

 LEGEND
 ------

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

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

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


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

    1  6.20E-01  2.25E-01  8.98E-02  5.19E-03  6.75E-04  1.10E+00  1.720E+00  2.386E-01 3.88465E+01 1.31E-02  1.000   1.13   0.86
  100  7.47E-06  4.56E-06  2.26E-06  1.23E-09  1.60E-09  1.10E+00  1.693E+00  2.491E-01 3.39241E+01 1.55E-02  1.000   1.13   1.04
  131  8.22E-07  5.45E-07  1.96E-07  1.75E-10  1.26E-10  1.10E+00  1.704E+00  2.437E-01 3.39233E+01 1.56E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.79E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.536E-07 d(ln R0)/dt =  1.679E-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  6.51E-02  1.51E-05  2.73E-09  2.04E-09  1.10E+00  1.704E+00  2.435E-01 3.39231E+01 1.56E-02  1.000   1.13   1.07
  100  1.05E-04  4.53E-05  1.83E-07  7.44E-11  1.09E-10  5.11E-01  1.705E+00  2.428E-01 3.66805E+01 1.44E-02  1.039   1.13   1.11
  200  1.14E-05  4.79E-06  3.46E-08  1.08E-10  1.20E-11  5.11E-01  1.705E+00  2.405E-01 3.67109E+01 1.44E-02  1.040   1.13   1.12
  300  1.10E-06  6.56E-07  1.13E-08  2.63E-12  2.14E-12  5.11E-01  1.711E+00  2.399E-01 3.55257E+01 1.49E-02  1.023   1.13   1.13
  400  2.91E-07  2.02E-07  5.45E-09  4.30E-13  3.60E-13  5.11E-01  1.713E+00  2.394E-01 3.46202E+01 1.53E-02  1.010   1.13   1.13
  500  1.02E-07  5.63E-08  2.14E-09  8.60E-14  7.91E-14  5.11E-01  1.715E+00  2.390E-01 3.40112E+01 1.56E-02  1.001   1.13   1.13
  600  5.09E-08  2.77E-08  8.30E-10  2.17E-14  3.05E-14  5.11E-01  1.716E+00  2.388E-01 3.35616E+01 1.58E-02  0.995   1.13   1.13
  700  2.97E-08  1.71E-08  3.40E-10  9.06E-14  1.77E-14  5.11E-01  1.717E+00  2.387E-01 3.32326E+01 1.59E-02  0.990   1.13   1.13
  800  1.45E-08  7.51E-09  1.36E-10  5.43E-15  7.85E-15  5.11E-01  1.718E+00  2.385E-01 3.28508E+01 1.61E-02  0.984   1.13   1.13
  863  9.97E-09  5.68E-09  9.28E-11  1.29E-14  1.81E-15  5.11E-01  1.718E+00  2.385E-01 3.27241E+01 1.62E-02  0.982   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.59E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.016E-05 d(ln R0)/dt =  2.182E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.76 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):     0.049892

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7910E+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:  4.2827E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.735000 TO TG2=    2.740000 @ NSTEP     2047
   GFRAME TG2 MOMENTS CHECKSUM:  1.2463671978953E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2047
 TA= 2.73500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.06878E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2048
 TA= 2.73524E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.04673E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2056
 TA= 2.73715E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 2.91245E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2064
 TA= 2.73896E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 2.78269E-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  ->   40788 -      0 (killed) +  10314 (dep) =  51102 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.494259E+08  1.494008E+08
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 122759.16769998345 0.E+0 122725.19531250003
 %ORBALL:  In processor     0: orbit # IORB=  16937 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.790399E+08  1.790102E+08
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 125145.71979879026 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 127521.90209503136 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 130701.88565056479 0.E+0 122725.19531250003
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.483036E+08  1.482977E+08
 %ORBALL:  In processor     0: orbit # IORB=  32629 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33771 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42788 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43268 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43401 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43594 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44251 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45211 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45367 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45756 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46098 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46871 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48364 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50146 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51974 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51102 SPL=    0 TOT=40881
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.7551618E-01  1.7652103E+00  2.1072925E+08  5.5682374E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2069
 TA= 2.74000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.00154E-04
 --> plasma_hash("gframe"): TA= 2.740000E+00 NSTEP=  2069 Hash code:    2471972
 ->PRGCHK: bdy curvature ratio at t= 2.7450E+00 seconds is:  4.2571E-02
 % MHDEQ: TG1= 2.7399999999999904 ; TG2= 2.7449999999999903

 *** 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     -3.038E+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  1.5429E+00  0.0000E+00  3.2824E-01  0.0000E+00  1.7181E+00  2.3847E-01
    1   0  5.5055E-01 -7.5541E-02 -7.5541E-02  7.7692E-01
    2   0  9.5599E-02 -1.7746E-02  2.5162E-02 -3.7623E-02
    3   0 -1.0143E-02  1.3659E-02 -4.3968E-03  1.2479E-02
    4   0 -2.8642E-03 -6.4434E-03 -3.7707E-03  1.4754E-03
    5   0  4.9886E-03  4.0341E-04  1.4479E-03 -2.8648E-03
    6   0 -2.3307E-03  7.2625E-04  4.7784E-04  9.7879E-04
    7   0  3.3861E-04 -5.4610E-04 -5.3306E-04  5.8907E-04
    8   0  1.0322E-04  2.4032E-05 -1.1603E-04 -3.6425E-04

 LEGEND
 ------

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

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

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


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

    1  6.06E-01  2.21E-01  8.90E-02  5.19E-03  6.77E-04  1.10E+00  1.718E+00  2.385E-01 3.87900E+01 1.30E-02  1.000   1.13   0.85
  100  6.92E-06  4.12E-06  2.11E-06  1.61E-09  1.66E-09  1.10E+00  1.692E+00  2.496E-01 3.39338E+01 1.53E-02  1.000   1.13   1.03
  131  8.07E-07  5.19E-07  1.94E-07  1.73E-10  1.22E-10  1.10E+00  1.704E+00  2.439E-01 3.39330E+01 1.54E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.402E-07 d(ln R0)/dt =  1.619E-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  9.22E-02  6.72E-02  1.55E-05  2.86E-09  2.05E-09  1.10E+00  1.704E+00  2.437E-01 3.39328E+01 1.54E-02  1.000   1.13   1.07
  100  1.07E-04  4.63E-05  1.85E-07  9.00E-11  1.10E-10  5.11E-01  1.704E+00  2.430E-01 3.68757E+01 1.42E-02  1.042   1.13   1.11
  200  1.07E-05  4.63E-06  3.42E-08  1.11E-10  1.28E-11  5.11E-01  1.704E+00  2.408E-01 3.71094E+01 1.41E-02  1.045   1.13   1.12
  300  1.07E-06  6.53E-07  1.14E-08  2.71E-12  2.29E-12  5.11E-01  1.709E+00  2.402E-01 3.58932E+01 1.46E-02  1.028   1.13   1.13
  400  2.83E-07  1.91E-07  5.57E-09  4.15E-13  3.75E-13  5.11E-01  1.712E+00  2.397E-01 3.49626E+01 1.50E-02  1.015   1.13   1.13
  500  1.03E-07  5.52E-08  2.20E-09  7.94E-14  8.12E-14  5.11E-01  1.713E+00  2.393E-01 3.43493E+01 1.52E-02  1.006   1.13   1.13
  600  5.06E-08  2.73E-08  8.51E-10  2.25E-14  3.28E-14  5.11E-01  1.714E+00  2.392E-01 3.38807E+01 1.55E-02  0.999   1.13   1.13
  700  2.77E-08  1.57E-08  3.52E-10  7.87E-14  1.72E-14  5.11E-01  1.715E+00  2.391E-01 3.35588E+01 1.56E-02  0.995   1.13   1.13
  800  1.39E-08  7.36E-09  1.38E-10  5.79E-15  7.45E-15  5.11E-01  1.716E+00  2.389E-01 3.31841E+01 1.58E-02  0.989   1.13   1.13
  864  9.93E-09  5.58E-09  9.35E-11  1.22E-14  1.73E-15  5.11E-01  1.716E+00  2.389E-01 3.30615E+01 1.58E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.62E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.835E-05 d(ln R0)/dt =  2.054E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.80 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):     0.068683

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8242E+00 SECONDS
   DATA R*BT AT EDGE:  3.5727E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2571E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.740000 TO TG2=    2.745000 @ NSTEP     2069
   GFRAME TG2 MOMENTS CHECKSUM:  1.2456691444542E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2069
 TA= 2.74000E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 2.00154E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2070
 TA= 2.74020E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.50192E-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=  2078 Hash code:   30820039
 ->PRGCHK: bdy curvature ratio at t= 2.7500E+00 seconds is:  4.2318E-02
 % MHDEQ: TG1= 2.7449999999999903 ; TG2= 2.7499999999999902

 *** 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     -3.037E+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  1.5428E+00  0.0000E+00  3.2849E-01  0.0000E+00  1.7161E+00  2.3886E-01
    1   0  5.5020E-01 -7.5525E-02 -7.5525E-02  7.7676E-01
    2   0  9.5254E-02 -1.7921E-02  2.5434E-02 -3.7755E-02
    3   0 -1.0096E-02  1.3661E-02 -4.4082E-03  1.2575E-02
    4   0 -2.8745E-03 -6.3997E-03 -3.7607E-03  1.4344E-03
    5   0  4.9917E-03  4.0621E-04  1.5028E-03 -2.8837E-03
    6   0 -2.3340E-03  7.4037E-04  4.5405E-04  1.0012E-03
    7   0  3.5013E-04 -5.6951E-04 -5.5347E-04  5.7376E-04
    8   0  1.0167E-04  4.0868E-05 -8.1906E-05 -3.7282E-04

 LEGEND
 ------

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

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

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


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

    1  5.87E-01  2.15E-01  8.79E-02  5.17E-03  6.69E-04  1.10E+00  1.716E+00  2.389E-01 3.87221E+01 1.28E-02  1.000   1.13   0.85
  100  6.33E-06  4.12E-06  1.79E-06  1.86E-09  1.92E-09  1.10E+00  1.691E+00  2.498E-01 3.39489E+01 1.51E-02  1.000   1.13   1.03
  131  7.14E-07  4.33E-07  1.77E-07  2.07E-10  1.26E-10  1.10E+00  1.703E+00  2.442E-01 3.39480E+01 1.52E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.79E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.322E-07 d(ln R0)/dt =  1.556E-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  8.89E-02  6.45E-02  1.52E-05  2.76E-09  2.02E-09  1.10E+00  1.703E+00  2.440E-01 3.39479E+01 1.52E-02  1.000   1.13   1.07
  100  9.40E-05  6.97E-05  2.09E-07  9.78E-11  1.21E-10  5.11E-01  1.704E+00  2.433E-01 3.71895E+01 1.39E-02  1.046   1.13   1.12
  200  9.31E-06  4.61E-06  3.37E-08  1.12E-10  1.24E-11  5.11E-01  1.703E+00  2.409E-01 3.72580E+01 1.38E-02  1.047   1.13   1.13
  300  9.66E-07  6.06E-07  1.14E-08  2.80E-12  2.24E-12  5.11E-01  1.708E+00  2.404E-01 3.61097E+01 1.43E-02  1.031   1.13   1.13
  400  2.45E-07  1.87E-07  5.44E-09  4.22E-13  3.74E-13  5.11E-01  1.711E+00  2.399E-01 3.51759E+01 1.47E-02  1.018   1.13   1.13
  500  1.08E-07  5.54E-08  2.15E-09  7.67E-14  8.29E-14  5.11E-01  1.712E+00  2.395E-01 3.45682E+01 1.49E-02  1.009   1.13   1.13
  600  4.90E-08  2.62E-08  8.28E-10  2.10E-14  3.14E-14  5.11E-01  1.713E+00  2.394E-01 3.41013E+01 1.51E-02  1.002   1.13   1.13
  700  2.72E-08  1.67E-08  3.44E-10  7.23E-14  1.63E-14  5.11E-01  1.714E+00  2.393E-01 3.37819E+01 1.53E-02  0.998   1.13   1.13
  800  1.34E-08  7.17E-09  1.35E-10  5.61E-15  6.94E-15  5.11E-01  1.715E+00  2.392E-01 3.34135E+01 1.55E-02  0.992   1.13   1.13
  863  9.80E-09  5.55E-09  9.15E-11  1.06E-14  1.58E-15  5.11E-01  1.715E+00  2.391E-01 3.32957E+01 1.55E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.62E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.673E-05 d(ln R0)/dt =  1.957E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.80 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):     0.073779

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8223E+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:  4.2318E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.745000 TO TG2=    2.750000 @ NSTEP     2078
   GFRAME TG2 MOMENTS CHECKSUM:  1.2451373248228E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2078
 TA= 2.74500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.19301E-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  ->   40881 -      0 (killed) +  10337 (dep) =  51218 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   3626 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.062633E+08  2.062463E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.336617E+08  2.335062E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.252128E+08  2.250862E+08
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 131190.19993272395 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 128702.42085785676 0.E+0 122725.19531250003
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 123703.87469427274 0.E+0 122725.19531250003
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.754427E+08  1.752256E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0015E+00
 %ORBALL:  In processor     0: orbit # IORB=  41402 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41795 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42275 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42398 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42915 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.597582E+08  1.596518E+08
 %ORBALL:  In processor     0: orbit # IORB=  44059 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  44563 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44906 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45377 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45629 never inside[1] 31037
 plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45897 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45997 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46725 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46789 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46870 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47224 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47275 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47590 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48171 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.972371E+08  1.972234E+08
 %ORBALL:  In processor     0: orbit # IORB=  50021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50688 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50910 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51346 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51379 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51567 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51996 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52068 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51218 SPL=    0 TOT=41189
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.4881882E-01 -7.2207425E-01  1.3387580E+08 -1.0213200E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2085
 TA= 2.75000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 5.10996E-04
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.7500000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.750000E+00 NSTEP=  2085 Hash code:   42796007
 ->PRGCHK: bdy curvature ratio at t= 2.7550E+00 seconds is:  4.2487E-02
 % MHDEQ: TG1= 2.7499999999999902 ; TG2= 2.7549999999999901

 *** 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     -3.039E+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  1.5425E+00  0.0000E+00  3.2756E-01  0.0000E+00  1.7150E+00  2.3910E-01
    1   0  5.4978E-01 -7.5548E-02 -7.5548E-02  7.7728E-01
    2   0  9.5429E-02 -1.7742E-02  2.5045E-02 -3.7391E-02
    3   0 -1.0081E-02  1.3711E-02 -4.3014E-03  1.2447E-02
    4   0 -2.8933E-03 -6.3848E-03 -3.7498E-03  1.4523E-03
    5   0  5.0313E-03  3.5953E-04  1.4154E-03 -2.8756E-03
    6   0 -2.3546E-03  7.5052E-04  4.9980E-04  1.0079E-03
    7   0  3.3999E-04 -5.3119E-04 -5.1250E-04  5.8926E-04
    8   0  1.1420E-04  2.2982E-05 -1.1685E-04 -3.8984E-04

 LEGEND
 ------

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

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

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


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

    1  5.70E-01  2.06E-01  8.67E-02  5.15E-03  6.50E-04  1.10E+00  1.715E+00  2.391E-01 3.87247E+01 1.27E-02  1.000   1.13   0.86
  100  5.39E-06  3.30E-06  1.40E-06  2.02E-09  1.87E-09  1.10E+00  1.690E+00  2.490E-01 3.40111E+01 1.49E-02  1.000   1.13   1.03
  127  9.27E-07  4.92E-07  2.19E-07  1.12E-10  3.73E-10  1.10E+00  1.701E+00  2.440E-01 3.40103E+01 1.49E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.927E-07 d(ln R0)/dt =  1.781E-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  8.34E-02  6.01E-02  1.43E-05  3.01E-09  2.65E-09  1.10E+00  1.701E+00  2.438E-01 3.40101E+01 1.50E-02  1.000   1.13   1.07
  100  9.39E-05  6.74E-05  2.13E-07  7.75E-11  1.65E-10  5.11E-01  1.702E+00  2.429E-01 3.70651E+01 1.37E-02  1.043   1.13   1.11
  200  1.11E-05  5.43E-06  3.72E-08  1.13E-10  1.18E-11  5.11E-01  1.703E+00  2.399E-01 3.67104E+01 1.38E-02  1.038   1.13   1.12
  300  1.08E-06  6.56E-07  1.18E-08  2.48E-12  2.07E-12  5.11E-01  1.708E+00  2.394E-01 3.56158E+01 1.43E-02  1.023   1.13   1.13
  400  2.73E-07  2.11E-07  5.45E-09  4.77E-13  4.05E-13  5.11E-01  1.711E+00  2.391E-01 3.47215E+01 1.47E-02  1.010   1.13   1.13
  500  1.14E-07  5.82E-08  2.12E-09  8.78E-14  8.02E-14  5.11E-01  1.712E+00  2.386E-01 3.41226E+01 1.49E-02  1.002   1.13   1.13
  600  5.18E-08  2.81E-08  8.19E-10  1.90E-14  2.95E-14  5.11E-01  1.713E+00  2.385E-01 3.36799E+01 1.51E-02  0.995   1.13   1.13
  700  2.74E-08  1.69E-08  3.40E-10  7.75E-14  1.91E-14  5.11E-01  1.714E+00  2.385E-01 3.33577E+01 1.53E-02  0.991   1.13   1.13
  800  1.32E-08  7.17E-09  1.33E-10  5.53E-15  7.98E-15  5.11E-01  1.715E+00  2.383E-01 3.29881E+01 1.55E-02  0.985   1.13   1.13
  868  9.84E-09  5.64E-09  8.70E-11  1.69E-14  1.91E-15  5.11E-01  1.715E+00  2.382E-01 3.28578E+01 1.55E-02  0.983   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.60E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.687E-05 d(ln R0)/dt =  2.042E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.77 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.031903

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7949E+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:  4.2487E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.750000 TO TG2=    2.755000 @ NSTEP     2085
   GFRAME TG2 MOMENTS CHECKSUM:  1.2448479168890E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2085
 TA= 2.75000E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 5.10996E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2086
 TA= 2.75009E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.15501E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2100
 TA= 2.75134E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 1.06933E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2114
 TA= 2.75248E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.86608E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2128
 TA= 2.75354E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.08879E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2142
 TA= 2.75451E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 8.35967E-05
 --> plasma_hash("gframe"): TA= 2.755000E+00 NSTEP=  2150 Hash code:   88438974
 ->PRGCHK: bdy curvature ratio at t= 2.7600E+00 seconds is:  4.2668E-02
 % MHDEQ: TG1= 2.7549999999999901 ; TG2= 2.75999999999999

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

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

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

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5422E+00  0.0000E+00  3.2663E-01  0.0000E+00  1.7151E+00  2.3822E-01
    1   0  5.4937E-01 -7.5571E-02 -7.5571E-02  7.7780E-01
    2   0  9.5604E-02 -1.7563E-02  2.4657E-02 -3.7026E-02
    3   0 -1.0066E-02  1.3761E-02 -4.1946E-03  1.2318E-02
    4   0 -2.9121E-03 -6.3699E-03 -3.7389E-03  1.4701E-03
    5   0  5.0709E-03  3.1284E-04  1.3280E-03 -2.8675E-03
    6   0 -2.3753E-03  7.6067E-04  5.4556E-04  1.0147E-03
    7   0  3.2985E-04 -4.9288E-04 -4.7152E-04  6.0477E-04
    8   0  1.2673E-04  5.0955E-06 -1.5179E-04 -4.0686E-04

 LEGEND
 ------

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

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

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


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

    1  5.73E-01  2.06E-01  8.68E-02  5.14E-03  6.54E-04  1.10E+00  1.715E+00  2.382E-01 3.87800E+01 1.27E-02  1.000   1.12   0.86
  100  5.56E-06  3.54E-06  1.43E-06  1.63E-09  1.93E-09  1.10E+00  1.690E+00  2.483E-01 3.40574E+01 1.49E-02  1.000   1.12   1.04
  127  9.20E-07  4.94E-07  2.13E-07  1.14E-10  3.63E-10  1.10E+00  1.699E+00  2.436E-01 3.40567E+01 1.50E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.774E-07 d(ln R0)/dt =  1.644E-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  8.59E-02  6.26E-02  1.44E-05  2.42E-09  2.41E-09  1.10E+00  1.699E+00  2.434E-01 3.40563E+01 1.50E-02  1.000   1.12   1.07
  100  1.13E-04  3.60E-05  2.02E-07  6.36E-11  1.57E-10  5.11E-01  1.700E+00  2.426E-01 3.66925E+01 1.39E-02  1.037   1.12   1.11
  200  1.73E-05  7.42E-06  4.11E-08  1.15E-10  1.29E-11  5.11E-01  1.702E+00  2.392E-01 3.63994E+01 1.40E-02  1.033   1.12   1.12
  300  1.41E-06  8.41E-07  1.24E-08  2.18E-12  2.12E-12  5.11E-01  1.707E+00  2.387E-01 3.53061E+01 1.45E-02  1.018   1.12   1.12
  400  3.37E-07  2.01E-07  5.71E-09  4.48E-13  4.16E-13  5.11E-01  1.710E+00  2.384E-01 3.44076E+01 1.49E-02  1.005   1.12   1.12
  500  1.22E-07  6.49E-08  2.23E-09  8.33E-14  8.42E-14  5.11E-01  1.711E+00  2.379E-01 3.38054E+01 1.51E-02  0.996   1.12   1.13
  600  5.29E-08  3.02E-08  8.58E-10  1.94E-14  3.12E-14  5.11E-01  1.713E+00  2.378E-01 3.33616E+01 1.53E-02  0.990   1.12   1.12
  700  2.81E-08  1.58E-08  3.57E-10  7.91E-14  2.11E-14  5.11E-01  1.713E+00  2.378E-01 3.30406E+01 1.55E-02  0.985   1.12   1.12
  800  1.39E-08  7.58E-09  1.41E-10  6.11E-15  8.40E-15  5.11E-01  1.714E+00  2.376E-01 3.26669E+01 1.57E-02  0.980   1.12   1.12
  870  1.00E-08  5.82E-09  9.07E-11  1.80E-14  2.03E-15  5.11E-01  1.714E+00  2.375E-01 3.25326E+01 1.57E-02  0.978   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.60E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.755E-05 d(ln R0)/dt =  2.047E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.77 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.129768

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7939E+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:  4.2668E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.755000 TO TG2=    2.760000 @ NSTEP     2150
   GFRAME TG2 MOMENTS CHECKSUM:  1.2441974641685E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2150
 TA= 2.75500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.01265E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2151
 TA= 2.75506E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.94189E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2164
 TA= 2.75587E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 9.24877E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2176
 TA= 2.75668E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.50161E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2186
 TA= 2.75738E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.72549E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2195
 TA= 2.75801E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.97223E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2203
 TA= 2.75859E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.13592E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2210
 TA= 2.75911E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.03316E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2217
 TA= 2.75963E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.44732E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   41189 -      0 (killed) +  10300 (dep) =  51489 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1048 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.252848E+08  1.252409E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.071706E+08  1.071024E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  24717 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39463 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.499760E+08  1.499117E+08
 %ORBALL:  In processor     0: orbit # IORB=  42200 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43132 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43640 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44003 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44523 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45244 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45858 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45903 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46369 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.742171E+08  1.741234E+08
 %ORBALL:  In processor     0: orbit # IORB=  48041 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48421 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49297 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49732 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50609 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51982 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52167 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51489 SPL=    0 TOT=41793
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.3775595E-01  1.9906156E+00  2.6376008E+08  4.4694377E-02
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2222
 TA= 2.76000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 7.96562E-05
 --> plasma_hash("gframe"): TA= 2.760000E+00 NSTEP=  2222 Hash code:   99132315
 ->PRGCHK: bdy curvature ratio at t= 2.7650E+00 seconds is:  4.2695E-02
 % MHDEQ: TG1= 2.75999999999999 ; TG2= 2.7649999999999899

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.043E+00     1.129E+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  1.5421E+00  0.0000E+00  3.2629E-01  0.0000E+00  1.7142E+00  2.3749E-01
    1   0  5.4988E-01 -7.5478E-02 -7.5478E-02  7.7773E-01
    2   0  9.5910E-02 -1.7495E-02  2.4816E-02 -3.7196E-02
    3   0 -1.0027E-02  1.3765E-02 -4.2378E-03  1.2298E-02
    4   0 -2.9459E-03 -6.3564E-03 -3.7110E-03  1.5058E-03
    5   0  5.0928E-03  3.3391E-04  1.3455E-03 -2.8815E-03
    6   0 -2.3206E-03  7.3838E-04  4.7957E-04  9.4792E-04
    7   0  3.3558E-04 -5.3765E-04 -5.0899E-04  6.1053E-04
    8   0  1.2034E-04 -2.0760E-06 -1.3303E-04 -3.5914E-04

 LEGEND
 ------

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

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

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


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

    1  5.66E-01  2.07E-01  8.64E-02  5.15E-03  6.67E-04  1.10E+00  1.714E+00  2.375E-01 3.87391E+01 1.28E-02  1.000   1.13   0.85
  100  6.54E-06  4.40E-06  1.54E-06  1.44E-09  2.27E-09  1.10E+00  1.690E+00  2.475E-01 3.40585E+01 1.50E-02  1.000   1.13   1.04
  127  9.82E-07  5.39E-07  2.12E-07  9.42E-11  3.93E-10  1.10E+00  1.698E+00  2.432E-01 3.40579E+01 1.51E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.180E-07 d(ln R0)/dt =  1.333E-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  6.82E-02  1.50E-05  1.96E-09  2.16E-09  1.10E+00  1.699E+00  2.431E-01 3.40574E+01 1.51E-02  1.000   1.13   1.07
  100  1.10E-04  5.80E-05  2.45E-07  6.70E-11  1.42E-10  5.11E-01  1.699E+00  2.424E-01 3.68420E+01 1.40E-02  1.039   1.13   1.11
  200  1.42E-05  6.87E-06  3.93E-08  1.26E-10  1.43E-11  5.11E-01  1.700E+00  2.394E-01 3.70648E+01 1.39E-02  1.043   1.13   1.12
  300  1.22E-06  7.66E-07  1.28E-08  2.29E-12  2.44E-12  5.11E-01  1.705E+00  2.390E-01 3.59458E+01 1.43E-02  1.027   1.13   1.13
  400  2.85E-07  1.82E-07  5.97E-09  4.22E-13  4.29E-13  5.11E-01  1.708E+00  2.386E-01 3.49778E+01 1.47E-02  1.013   1.13   1.13
  500  1.20E-07  6.39E-08  2.41E-09  7.63E-14  9.47E-14  5.11E-01  1.709E+00  2.382E-01 3.43530E+01 1.50E-02  1.004   1.13   1.13
  600  4.98E-08  3.04E-08  9.14E-10  2.17E-14  3.33E-14  5.11E-01  1.711E+00  2.380E-01 3.38763E+01 1.52E-02  0.997   1.13   1.13
  700  2.56E-08  1.62E-08  3.83E-10  7.10E-14  1.95E-14  5.11E-01  1.711E+00  2.379E-01 3.35594E+01 1.54E-02  0.993   1.13   1.13
  800  1.33E-08  7.52E-09  1.51E-10  7.10E-15  7.89E-15  5.11E-01  1.712E+00  2.378E-01 3.31875E+01 1.55E-02  0.987   1.13   1.13
  870  9.72E-09  5.63E-09  9.73E-11  1.41E-14  2.06E-15  5.11E-01  1.712E+00  2.377E-01 3.30599E+01 1.56E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.64E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.691E-05 d(ln R0)/dt =  1.860E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.179997

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8369E+00 SECONDS
   DATA R*BT AT EDGE:  3.5781E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2695E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.760000 TO TG2=    2.765000 @ NSTEP     2222
   GFRAME TG2 MOMENTS CHECKSUM:  1.2435673264145E+04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2228
 TA= 2.76041E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.20785E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2235
 TA= 2.76087E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.16697E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2243
 TA= 2.76139E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.12109E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2251
 TA= 2.76191E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.07605E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2260
 TA= 2.76249E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 8.02638E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2270
 TA= 2.76313E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.97237E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2281
 TA= 2.76382E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 7.91435E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2293
 TA= 2.76461E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.96235E-05
 --> plasma_hash("gframe"): TA= 2.765000E+00 NSTEP=  2299 Hash code:  117945987
 ->PRGCHK: bdy curvature ratio at t= 2.7700E+00 seconds is:  4.2723E-02
 % MHDEQ: TG1= 2.7649999999999899 ; TG2= 2.7699999999999898

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.045E+00     1.134E+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  1.5419E+00  0.0000E+00  3.2594E-01  0.0000E+00  1.7123E+00  2.3770E-01
    1   0  5.5040E-01 -7.5386E-02 -7.5386E-02  7.7765E-01
    2   0  9.6215E-02 -1.7427E-02  2.4975E-02 -3.7365E-02
    3   0 -9.9875E-03  1.3768E-02 -4.2809E-03  1.2279E-02
    4   0 -2.9797E-03 -6.3429E-03 -3.6831E-03  1.5415E-03
    5   0  5.1147E-03  3.5498E-04  1.3630E-03 -2.8955E-03
    6   0 -2.2660E-03  7.1609E-04  4.1358E-04  8.8110E-04
    7   0  3.4130E-04 -5.8243E-04 -5.4647E-04  6.1629E-04
    8   0  1.1395E-04 -9.2475E-06 -1.1426E-04 -3.1141E-04

 LEGEND
 ------

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

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

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


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

    1  5.45E-01  2.01E-01  8.49E-02  5.15E-03  6.61E-04  1.10E+00  1.712E+00  2.377E-01 3.86487E+01 1.30E-02  1.000   1.13   0.85
  100  7.60E-06  5.30E-06  1.56E-06  1.60E-09  2.78E-09  1.10E+00  1.693E+00  2.463E-01 3.40631E+01 1.53E-02  1.000   1.13   1.05
  127  9.86E-07  5.49E-07  2.12E-07  8.30E-11  4.52E-10  1.10E+00  1.701E+00  2.424E-01 3.40626E+01 1.53E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.945E-07 d(ln R0)/dt =  1.223E-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  8.43E-02  6.75E-02  1.51E-05  1.95E-09  2.17E-09  1.10E+00  1.701E+00  2.423E-01 3.40621E+01 1.54E-02  1.000   1.13   1.07
  100  1.16E-04  3.38E-05  2.05E-07  8.04E-11  1.35E-10  5.11E-01  1.701E+00  2.415E-01 3.70662E+01 1.41E-02  1.043   1.13   1.11
  200  1.33E-05  5.67E-06  3.89E-08  1.27E-10  1.50E-11  5.11E-01  1.701E+00  2.389E-01 3.72601E+01 1.40E-02  1.045   1.13   1.13
  300  1.18E-06  6.94E-07  1.27E-08  2.55E-12  2.53E-12  5.11E-01  1.706E+00  2.385E-01 3.61728E+01 1.45E-02  1.030   1.13   1.13
  400  2.85E-07  1.74E-07  5.93E-09  4.23E-13  4.11E-13  5.11E-01  1.709E+00  2.382E-01 3.52062E+01 1.49E-02  1.016   1.13   1.13
  500  9.83E-08  5.48E-08  2.37E-09  7.68E-14  9.30E-14  5.11E-01  1.711E+00  2.377E-01 3.45811E+01 1.52E-02  1.007   1.13   1.13
  600  5.09E-08  2.86E-08  8.96E-10  2.18E-14  3.29E-14  5.11E-01  1.712E+00  2.376E-01 3.41036E+01 1.54E-02  1.001   1.13   1.13
  700  2.69E-08  1.58E-08  3.74E-10  7.31E-14  1.90E-14  5.11E-01  1.713E+00  2.375E-01 3.37810E+01 1.55E-02  0.996   1.13   1.13
  800  1.34E-08  7.38E-09  1.48E-10  6.30E-15  7.63E-15  5.11E-01  1.714E+00  2.374E-01 3.34092E+01 1.57E-02  0.991   1.13   1.13
  859  9.79E-09  5.58E-09  1.02E-10  8.23E-15  2.18E-15  5.11E-01  1.714E+00  2.373E-01 3.33023E+01 1.57E-02  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.58E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.612E-05 d(ln R0)/dt =  1.864E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.75 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):     0.120927

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7734E+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:  4.2723E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.765000 TO TG2=    2.770000 @ NSTEP     2299
   GFRAME TG2 MOMENTS CHECKSUM:  1.2440340369505E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2305
 TA= 2.76546E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 8.80274E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2316
 TA= 2.76638E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.19187E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2327
 TA= 2.76737E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.04846E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2338
 TA= 2.76846E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.41732E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2349
 TA= 2.76963E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 1.24428E-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  ->   41793 -      0 (killed) +  10168 (dep) =  51961 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.082447E+08  2.079891E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.969490E+08  1.969026E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.478664E+08  1.478657E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.736701E+07  8.733438E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.032364E+08  1.030753E+08
 %ORBALL:  In processor     0: orbit # IORB=  44284 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44420 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44794 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45264 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.780977E+08  2.780763E+08
 %ORBALL:  In processor     0: orbit # IORB=  46042 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46467 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47368 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47542 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47771 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49350 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49629 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50025 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50717 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51844 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52136 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51961 SPL=    0 TOT=41317
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.3062760E-01  1.2680322E+00  [1] 31465
1.6559775E+08  7.5436743E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2353
 TA= 2.77000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.27036E-05
  %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=  2.7700000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.770000E+00 NSTEP=  2353 Hash code:   92784707
 ->PRGCHK: bdy curvature ratio at t= 2.7750E+00 seconds is:  4.2845E-02
 % MHDEQ: TG1= 2.7699999999999898 ; TG2= 2.7749999999999897

 *** 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     -3.049E+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  1.5423E+00  0.0000E+00  3.2505E-01  0.0000E+00  1.7139E+00  2.3731E-01
    1   0  5.5095E-01 -7.5421E-02 -7.5421E-02  7.7784E-01
    2   0  9.6601E-02 -1.7327E-02  2.4794E-02 -3.7318E-02
    3   0 -1.0017E-02  1.3842E-02 -4.3121E-03  1.2228E-02
    4   0 -3.0248E-03 -6.3755E-03 -3.6486E-03  1.6071E-03
    5   0  5.1279E-03  3.4781E-04  1.3076E-03 -2.8790E-03
    6   0 -2.2572E-03  7.0852E-04  3.9320E-04  8.4335E-04
    7   0  3.1903E-04 -5.9611E-04 -5.3133E-04  6.4872E-04
    8   0  1.0512E-04 -2.5013E-06 -1.2366E-04 -2.8032E-04

 LEGEND
 ------

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

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

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


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

    1  5.52E-01  2.02E-01  8.54E-02  5.17E-03  6.57E-04  1.10E+00  1.714E+00  2.373E-01 3.87444E+01 1.32E-02  1.000   1.13   0.85
  100  6.96E-06  4.87E-06  1.53E-06  1.65E-09  2.67E-09  1.10E+00  1.695E+00  2.456E-01 3.41104E+01 1.55E-02  1.000   1.13   1.05
  127  9.10E-07  5.00E-07  2.07E-07  8.58E-11  4.32E-10  1.10E+00  1.702E+00  2.415E-01 3.41099E+01 1.56E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.040E-07 d(ln R0)/dt =  1.295E-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  6.39E-02  1.47E-05  2.04E-09  2.21E-09  1.10E+00  1.703E+00  2.414E-01 3.41094E+01 1.56E-02  1.000   1.13   1.07
  100  1.14E-04  5.61E-05  2.47E-07  6.46E-11  1.38E-10  5.11E-01  1.703E+00  2.407E-01 3.66854E+01 1.45E-02  1.037   1.13   1.11
  200  1.43E-05  7.19E-06  4.03E-08  1.22E-10  1.40E-11  5.11E-01  1.704E+00  2.378E-01 3.67004E+01 1.45E-02  1.037   1.13   1.12
  300  1.23E-06  8.20E-07  1.27E-08  2.30E-12  2.32E-12  5.11E-01  1.710E+00  2.373E-01 3.55946E+01 1.50E-02  1.021   1.13   1.13
  400  2.92E-07  1.84E-07  5.76E-09  4.46E-13  4.17E-13  5.11E-01  1.713E+00  2.370E-01 3.46787E+01 1.54E-02  1.008   1.13   1.13
  500  1.17E-07  6.12E-08  2.28E-09  8.55E-14  8.94E-14  5.11E-01  1.714E+00  2.365E-01 3.40637E+01 1.56E-02  0.999   1.13   1.13
  600  5.09E-08  2.99E-08  8.60E-10  2.09E-14  3.22E-14  5.11E-01  1.716E+00  2.364E-01 3.36080E+01 1.59E-02  0.993   1.13   1.13
  700  2.74E-08  1.72E-08  3.60E-10  8.91E-14  2.05E-14  5.11E-01  1.716E+00  2.363E-01 3.32843E+01 1.60E-02  0.988   1.13   1.13
  800  1.30E-08  7.33E-09  1.44E-10  6.01E-15  8.17E-15  5.11E-01  1.717E+00  2.361E-01 3.29149E+01 1.62E-02  0.983   1.13   1.13
  858  9.99E-09  5.71E-09  9.90E-11  1.13E-14  2.01E-15  5.11E-01  1.717E+00  2.361E-01 3.28072E+01 1.63E-02  0.981   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.61E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.647E-05 d(ln R0)/dt =  1.984E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.78 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.059226

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8076E+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:  4.2845E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.770000 TO TG2=    2.775000 @ NSTEP     2353
   GFRAME TG2 MOMENTS CHECKSUM:  1.2450760371069E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2353
 TA= 2.77000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.27036E-05
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2354
 TA= 2.77002E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.83795E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2371
 TA= 2.77495E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 4.95946E-05
 --> plasma_hash("gframe"): TA= 2.775000E+00 NSTEP=  2372 Hash code:   50906336
 ->PRGCHK: bdy curvature ratio at t= 2.7800E+00 seconds is:  4.2973E-02
 % MHDEQ: TG1= 2.7749999999999897 ; TG2= 2.7799999999999896

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.127E+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  1.5426E+00  0.0000E+00  3.2416E-01  0.0000E+00  1.7173E+00  2.3607E-01
    1   0  5.5149E-01 -7.5455E-02 -7.5455E-02  7.7802E-01
    2   0  9.6987E-02 -1.7228E-02  2.4614E-02 -3.7270E-02
    3   0 -1.0046E-02  1.3916E-02 -4.3434E-03  1.2177E-02
    4   0 -3.0699E-03 -6.4080E-03 -3.6142E-03  1.6728E-03
    5   0  5.1411E-03  3.4064E-04  1.2523E-03 -2.8625E-03
    6   0 -2.2485E-03  7.0096E-04  3.7282E-04  8.0560E-04
    7   0  2.9675E-04 -6.0979E-04 -5.1618E-04  6.8115E-04
    8   0  9.6296E-05  4.2449E-06 -1.3306E-04 -2.4923E-04

 LEGEND
 ------

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

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

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


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

    1  5.82E-01  2.13E-01  8.75E-02  5.20E-03  6.72E-04  1.10E+00  1.717E+00  2.361E-01 3.89321E+01 1.33E-02  1.000   1.13   0.85
  100  6.85E-06  5.29E-06  1.77E-06  1.26E-09  2.34E-09  1.10E+00  1.694E+00  2.455E-01 3.41525E+01 1.57E-02  1.000   1.13   1.05
  128  8.83E-07  5.61E-07  2.04E-07  7.43E-11  7.00E-10  1.10E+00  1.702E+00  2.411E-01 3.41519E+01 1.57E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.825E-07 d(ln R0)/dt =  1.200E-04

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

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


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

    1  8.39E-02  6.55E-02  1.49E-05  2.04E-09  2.05E-09  1.10E+00  1.703E+00  2.410E-01 3.41515E+01 1.57E-02  1.000   1.13   1.07
  100  1.13E-04  5.61E-05  2.43E-07  6.16E-11  1.36E-10  5.11E-01  1.703E+00  2.402E-01 3.65976E+01 1.47E-02  1.035   1.13   1.11
  200  1.41E-05  7.44E-06  3.97E-08  1.14E-10  1.34E-11  5.11E-01  1.704E+00  2.372E-01 3.66062E+01 1.47E-02  1.035   1.13   1.12
  300  1.31E-06  8.86E-07  1.26E-08  2.25E-12  2.24E-12  5.11E-01  1.710E+00  2.367E-01 3.54256E+01 1.52E-02  1.018   1.13   1.13
  400  3.16E-07  2.01E-07  5.80E-09  4.45E-13  4.20E-13  5.11E-01  1.713E+00  2.363E-01 3.45077E+01 1.56E-02  1.005   1.13   1.13
  500  1.18E-07  6.25E-08  2.28E-09  8.68E-14  8.71E-14  5.11E-01  1.714E+00  2.358E-01 3.38938E+01 1.59E-02  0.996   1.13   1.13
  600  5.47E-08  3.16E-08  8.59E-10  2.18E-14  3.35E-14  5.11E-01  1.716E+00  2.357E-01 3.34354E+01 1.61E-02  0.990   1.13   1.13
  700  3.17E-08  2.11E-08  3.60E-10  9.30E-14  2.09E-14  5.11E-01  1.716E+00  2.356E-01 3.31136E+01 1.63E-02  0.985   1.13   1.13
  800  1.43E-08  7.65E-09  1.48E-10  5.98E-15  8.38E-15  5.11E-01  1.717E+00  2.354E-01 3.27528E+01 1.65E-02  0.980   1.13   1.13
  857  9.84E-09  5.88E-09  1.01E-10  1.13E-14  1.82E-15  5.11E-01  1.717E+00  2.354E-01 3.26490E+01 1.65E-02  0.978   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.60E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.507E-05 d(ln R0)/dt =  1.923E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.77 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.054344

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7969E+00 SECONDS
   DATA R*BT AT EDGE:  3.5800E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2973E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.775000 TO TG2=    2.780000 @ NSTEP     2372
   GFRAME TG2 MOMENTS CHECKSUM:  1.2452837090296E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2372
 TA= 2.77500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.26030E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2373
 TA= 2.77626E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.57538E-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  ->   41317 -      0 (killed) +  10235 (dep) =  51552 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.925720E+08  1.924368E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.616430E+08  1.615526E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.592143E+08  1.591816E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.695888E+08  1.694895E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.580569E+08  2.580155E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.566812E+08  2.562004E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.213238E+08  1.212893E+08
 %ORBALL:  In processor     0: orbit # IORB=  43656 never inside plasma.
 %DEPSUB - XKSID =  1.003042E+00
 %ORBALL:  In processor     0: orbit # IORB=  43969 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43970 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44407 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45493 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49397 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52088 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52295 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52712 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51552 SPL=    0 TOT=41092
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.8209058E-01  2.9238259E+00  1.5516744E+08  7.2285262E-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=   2376
 TA= 2.78000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.40830E-04
 --> plasma_hash("gframe"): TA= 2.780000E+00 NSTEP=  2376 Hash code:  113961144
 ->PRGCHK: bdy curvature ratio at t= 2.7850E+00 seconds is:  4.3177E-02
 % MHDEQ: TG1= 2.7799999999999896 ; TG2= 2.7849999999999895

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.127E+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  1.5427E+00  0.0000E+00  3.2402E-01  0.0000E+00  1.7173E+00  2.3537E-01
    1   0  5.5164E-01 -7.5383E-02 -7.5383E-02  7.7800E-01
    2   0  9.7042E-02 -1.7239E-02  2.4545E-02 -3.7349E-02
    3   0 -1.0060E-02  1.3918E-02 -4.3132E-03  1.2174E-02
    4   0 -3.0712E-03 -6.4209E-03 -3.6347E-03  1.7150E-03
    5   0  5.1043E-03  3.2976E-04  1.2239E-03 -2.8405E-03
    6   0 -2.2540E-03  6.8816E-04  3.8687E-04  8.0151E-04
    7   0  2.9448E-04 -5.8904E-04 -4.9292E-04  6.8165E-04
    8   0  8.8089E-05  3.9503E-06 -1.3942E-04 -2.4246E-04

 LEGEND
 ------

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

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

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


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

    1  5.84E-01  2.16E-01  8.75E-02  5.21E-03  6.84E-04  1.10E+00  1.717E+00  2.354E-01 3.89164E+01 1.34E-02  1.000   1.13   0.85
  100  7.07E-06  5.44E-06  1.80E-06  1.29E-09  2.44E-09  1.10E+00  1.694E+00  2.454E-01 3.41405E+01 1.58E-02  1.000   1.13   1.05
  128  8.77E-07  5.65E-07  2.06E-07  7.25E-11  6.83E-10  1.10E+00  1.702E+00  2.410E-01 3.41399E+01 1.59E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.788E-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  8.70E-02  6.85E-02  1.53E-05  2.11E-09  2.04E-09  1.10E+00  1.702E+00  2.409E-01 3.41395E+01 1.59E-02  1.000   1.13   1.07
  100  1.02E-04  8.04E-05  2.77E-07  6.22E-11  1.41E-10  5.11E-01  1.703E+00  2.402E-01 3.66490E+01 1.48E-02  1.036   1.13   1.11
  200  1.16E-05  7.12E-06  3.95E-08  1.18E-10  1.51E-11  5.11E-01  1.703E+00  2.373E-01 3.69887E+01 1.47E-02  1.040   1.13   1.12
  300  1.13E-06  8.79E-07  1.31E-08  2.39E-12  2.41E-12  5.11E-01  1.709E+00  2.368E-01 3.57465E+01 1.52E-02  1.023   1.13   1.13
  400  2.83E-07  2.12E-07  6.10E-09  4.59E-13  4.43E-13  5.11E-01  1.711E+00  2.364E-01 3.47803E+01 1.56E-02  1.009   1.13   1.13
  500  1.17E-07  6.69E-08  2.45E-09  8.47E-14  9.54E-14  5.11E-01  1.713E+00  2.359E-01 3.41416E+01 1.59E-02  1.000   1.13   1.13
  600  5.39E-08  3.28E-08  9.24E-10  2.43E-14  3.67E-14  5.11E-01  1.714E+00  2.358E-01 3.36607E+01 1.62E-02  0.993   1.13   1.13
  700  3.22E-08  2.05E-08  3.90E-10  9.33E-14  2.10E-14  5.11E-01  1.715E+00  2.357E-01 3.33371E+01 1.63E-02  0.988   1.13   1.13
  800  1.45E-08  7.82E-09  1.59E-10  6.69E-15  8.72E-15  5.11E-01  1.716E+00  2.355E-01 3.29694E+01 1.65E-02  0.983   1.13   1.13
  863  9.71E-09  5.76E-09  1.06E-10  1.31E-14  2.06E-15  5.11E-01  1.716E+00  2.355E-01 3.28537E+01 1.66E-02  0.981   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.60E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.627E-05 d(ln R0)/dt =  1.926E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.78 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.048955

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7979E+00 SECONDS
   DATA R*BT AT EDGE:  3.5798E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3177E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.780000 TO TG2=    2.785000 @ NSTEP     2376
   GFRAME TG2 MOMENTS CHECKSUM:  1.2451013784624E+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=  2381 Hash code:  117735581
 ->PRGCHK: bdy curvature ratio at t= 2.7900E+00 seconds is:  4.3382E-02
 % MHDEQ: TG1= 2.7849999999999895 ; TG2= 2.7899999999999894

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.127E+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  1.5429E+00  0.0000E+00  3.2388E-01  0.0000E+00  1.7161E+00  2.3548E-01
    1   0  5.5178E-01 -7.5310E-02 -7.5310E-02  7.7798E-01
    2   0  9.7097E-02 -1.7249E-02  2.4476E-02 -3.7428E-02
    3   0 -1.0075E-02  1.3921E-02 -4.2831E-03  1.2171E-02
    4   0 -3.0725E-03 -6.4338E-03 -3.6553E-03  1.7571E-03
    5   0  5.0676E-03  3.1889E-04  1.1955E-03 -2.8186E-03
    6   0 -2.2595E-03  6.7536E-04  4.0093E-04  7.9743E-04
    7   0  2.9221E-04 -5.6830E-04 -4.6966E-04  6.8215E-04
    8   0  7.9883E-05  3.6558E-06 -1.4577E-04 -2.3569E-04

 LEGEND
 ------

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

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

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


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

    1  5.67E-01  2.10E-01  8.63E-02  5.21E-03  6.80E-04  1.10E+00  1.716E+00  2.355E-01 3.88477E+01 1.34E-02  1.000   1.13   0.84
  100  7.89E-06  5.80E-06  1.86E-06  1.43E-09  2.80E-09  1.10E+00  1.695E+00  2.447E-01 3.41421E+01 1.57E-02  1.000   1.13   1.05
  128  9.28E-07  5.90E-07  2.13E-07  6.38E-11  6.67E-10  1.10E+00  1.703E+00  2.405E-01 3.41415E+01 1.58E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.490E-07 d(ln R0)/dt =  9.490E-05

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

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


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

    1  8.73E-02  7.06E-02  1.58E-05  2.12E-09  1.93E-09  1.10E+00  1.703E+00  2.404E-01 3.41412E+01 1.58E-02  1.000   1.13   1.07
  100  2.54E-05  1.33E-05  1.55E-07  8.71E-11  2.18E-10  5.26E-01  1.703E+00  2.396E-01 3.73146E+01 1.45E-02  1.045   1.13   1.12
  200  3.02E-06  1.56E-06  2.87E-08  5.84E-11  2.86E-11  5.26E-01  1.703E+00  2.373E-01 3.75062E+01 1.44E-02  1.047   1.13   1.13
  300  3.57E-07  2.31E-07  1.25E-08  2.26E-12  3.47E-12  5.26E-01  1.709E+00  2.366E-01 3.56263E+01 1.51E-02  1.021   1.13   1.13
  400  1.25E-07  7.88E-08  5.33E-09  3.51E-13  4.28E-13  5.26E-01  1.711E+00  2.363E-01 3.48177E+01 1.55E-02  1.010   1.13   1.13
  500  5.51E-08  3.49E-08  1.94E-09  1.60E-13  1.57E-13  5.26E-01  1.712E+00  2.360E-01 3.42560E+01 1.58E-02  1.002   1.13   1.13
  600  2.98E-08  1.98E-08  7.38E-10  2.72E-14  5.68E-14  5.26E-01  1.714E+00  2.358E-01 3.37649E+01 1.60E-02  0.995   1.13   1.13
  700  1.75E-08  1.07E-08  3.13E-10  4.11E-14  1.71E-14  5.26E-01  1.714E+00  2.358E-01 3.34417E+01 1.61E-02  0.990   1.13   1.13
  800  1.02E-08  6.16E-09  1.29E-10  4.04E-15  9.66E-15  5.26E-01  1.715E+00  2.356E-01 3.31476E+01 1.63E-02  0.986   1.13   1.13
  802  9.96E-09  6.11E-09  1.27E-10  4.01E-15  5.24E-15  5.26E-01  1.715E+00  2.356E-01 3.31435E+01 1.63E-02  0.986   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.40E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.297E-05 d(ln R0)/dt =  2.264E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.58 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.051123

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6055E+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:  4.3382E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.785000 TO TG2=    2.790000 @ NSTEP     2381
   GFRAME TG2 MOMENTS CHECKSUM:  1.2448493018931E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2381
 TA= 2.78500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.80867E-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  ->   41092 -      0 (killed) +  10259 (dep) =  51351 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.260266E+08  1.260087E+08
 %ORBALL:  In processor     0: orbit # IORB=   9250 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10694 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12623 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.833865E+08  1.833548E+08
 %ORBALL:  In processor     0: orbit # IORB=  19829 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.044324E+08  1.044149E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.593333E+08  1.592512E+08
 %ORBALL:  In processor     0: orbit # IORB=  38591 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39752 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.471884E+08  1.471881E+08
 %ORBALL:  In processor     0: orbit # IORB=  43898 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44541 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45361 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45482 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45746 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47293 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48585 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48911 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49212 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49316 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49791 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50037 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50127 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50994 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51228 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.7865[1] 31946
24E+08  2.782525E+08
 %ORBALL:  In processor     0: orbit # IORB=  51716 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52009 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51351 SPL=    0 TOT=40838
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.3822162E-01  2.6819214E+00  1.6246109E+08  3.8583906E-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=   2384
 TA= 2.79000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.48917E-03
  %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=  2.7900000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.790000E+00 NSTEP=  2384 Hash code:  116380813
 ->PRGCHK: bdy curvature ratio at t= 2.7950E+00 seconds is:  4.3518E-02
 % MHDEQ: TG1= 2.7899999999999894 ; TG2= 2.7949999999999893

 *** 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     -3.048E+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  1.5424E+00  0.0000E+00  3.2447E-01  0.0000E+00  1.7149E+00  2.3561E-01
    1   0  5.5136E-01 -7.5246E-02 -7.5246E-02  7.7757E-01
    2   0  9.6875E-02 -1.7322E-02  2.4526E-02 -3.7557E-02
    3   0 -1.0045E-02  1.3880E-02 -4.2003E-03  1.2173E-02
    4   0 -3.0351E-03 -6.4051E-03 -3.6791E-03  1.7570E-03
    5   0  5.0156E-03  3.1806E-04  1.2077E-03 -2.7958E-03
    6   0 -2.2651E-03  6.7571E-04  4.2990E-04  8.1546E-04
    7   0  3.0429E-04 -5.3481E-04 -4.5310E-04  6.5598E-04
    8   0  8.1035E-05  1.8546E-06 -1.4591E-04 -2.4913E-04

 LEGEND
 ------

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

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

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


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

    1  5.63E-01  2.10E-01  8.59E-02  5.20E-03  6.86E-04  1.10E+00  1.715E+00  2.356E-01 3.87478E+01 1.33E-02  1.000   1.13   0.84
  100  7.48E-06  5.40E-06  1.75E-06  1.40E-09  2.76E-09  1.10E+00  1.694E+00  2.451E-01 3.40740E+01 1.56E-02  1.000   1.13   1.05
  127  9.87E-07  5.28E-07  2.16E-07  8.42E-11  3.99E-10  1.10E+00  1.702E+00  2.411E-01 3.40735E+01 1.57E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.586E-07 d(ln R0)/dt =  1.028E-04

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

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


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

    1  8.59E-02  6.94E-02  1.56E-05  2.44E-09  2.11E-09  1.10E+00  1.702E+00  2.410E-01 3.40733E+01 1.57E-02  1.000   1.13   1.07
  100  1.19E-04  5.43E-05  2.58E-07  8.76E-11  1.26E-10  5.11E-01  1.702E+00  2.403E-01 3.69802E+01 1.44E-02  1.041   1.13   1.11
  200  1.16E-05  5.98E-06  3.95E-08  1.26E-10  1.61E-11  5.11E-01  1.701E+00  2.379E-01 3.75205E+01 1.42E-02  1.049   1.13   1.12
  300  1.17E-06  7.57E-07  1.32E-08  2.67E-12  2.73E-12  5.11E-01  1.706E+00  2.375E-01 3.62957E+01 1.47E-02  1.032   1.13   1.13
  400  2.79E-07  1.73E-07  6.32E-09  4.44E-13  4.40E-13  5.11E-01  1.709E+00  2.371E-01 3.52873E+01 1.51E-02  1.017   1.13   1.13
  500  1.06E-07  5.89E-08  2.58E-09  7.70E-14  9.97E-14  5.11E-01  1.710E+00  2.367E-01 3.46350E+01 1.54E-02  1.008   1.13   1.13
  600  5.30E-08  3.01E-08  9.76E-10  2.58E-14  3.85E-14  5.11E-01  1.711E+00  2.366E-01 3.41362E+01 1.57E-02  1.001   1.13   1.13
  700  2.99E-08  1.95E-08  4.09E-10  8.61E-14  2.04E-14  5.11E-01  1.712E+00  2.365E-01 3.38080E+01 1.58E-02  0.996   1.13   1.13
  800  1.42E-08  7.67E-09  1.66E-10  6.98E-15  8.36E-15  5.11E-01  1.713E+00  2.364E-01 3.34269E+01 1.60E-02  0.991   1.13   1.13
  858  9.96E-09  6.03E-09  1.14E-10  8.38E-15  2.13E-15  5.11E-01  1.713E+00  2.363E-01 3.33196E+01 1.60E-02  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.58E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.699E-05 d(ln R0)/dt =  1.855E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.76 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):     0.078823

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7803E+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:  4.3518E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.790000 TO TG2=    2.795000 @ NSTEP     2384
   GFRAME TG2 MOMENTS CHECKSUM:  1.2443131520442E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2384
 TA= 2.79000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.48917E-03
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2385
 TA= 2.79080E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.00238E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2388
 TA= 2.79372E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.27651E-03
 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=  2390 Hash code:   81581386
 ->PRGCHK: bdy curvature ratio at t= 2.8000E+00 seconds is:  4.3658E-02
 % MHDEQ: TG1= 2.7949999999999893 ; TG2= 2.7999999999999892

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.043E+00     1.134E+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  1.5420E+00  0.0000E+00  3.2505E-01  0.0000E+00  1.7129E+00  2.3634E-01
    1   0  5.5094E-01 -7.5181E-02 -7.5181E-02  7.7716E-01
    2   0  9.6652E-02 -1.7396E-02  2.4576E-02 -3.7687E-02
    3   0 -1.0015E-02  1.3838E-02 -4.1175E-03  1.2174E-02
    4   0 -2.9978E-03 -6.3764E-03 -3.7030E-03  1.7569E-03
    5   0  4.9636E-03  3.1724E-04  1.2198E-03 -2.7731E-03
    6   0 -2.2707E-03  6.7606E-04  4.5886E-04  8.3349E-04
    7   0  3.1638E-04 -5.0131E-04 -4.3655E-04  6.2981E-04
    8   0  8.2187E-05  5.3541E-08 -1.4605E-04 -2.6257E-04

 LEGEND
 ------

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

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

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


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

    1  5.49E-01  2.05E-01  8.48E-02  5.19E-03  6.79E-04  1.10E+00  1.713E+00  2.363E-01 3.86125E+01 1.32E-02  1.000   1.13   0.84
  100  6.15E-06  4.46E-06  1.41E-06  1.63E-09  2.58E-09  1.10E+00  1.693E+00  2.456E-01 3.40097E+01 1.55E-02  1.000   1.13   1.04
  124  9.76E-07  5.94E-07  2.34E-07  3.42E-10  1.91E-10  1.10E+00  1.700E+00  2.421E-01 3.40091E+01 1.55E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.98E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.422E-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  8.16E-02  6.61E-02  1.52E-05  1.83E-09  2.01E-09  1.10E+00  1.700E+00  2.419E-01 3.40089E+01 1.55E-02  1.000   1.13   1.06
  100  1.27E-04  3.48E-05  2.28E-07  8.66E-11  1.56E-10  5.11E-01  1.701E+00  2.411E-01 3.72905E+01 1.42E-02  1.046   1.13   1.11
  200  1.28E-05  5.24E-06  4.18E-08  1.38E-10  1.64E-11  5.11E-01  1.700E+00  2.384E-01 3.75180E+01 1.41E-02  1.050   1.13   1.13
  300  1.17E-06  6.56E-07  1.35E-08  2.83E-12  2.78E-12  5.11E-01  1.705E+00  2.380E-01 3.64170E+01 1.45E-02  1.034   1.13   1.13
  400  2.87E-07  1.76E-07  6.45E-09  4.84E-13  4.54E-13  5.11E-01  1.708E+00  2.377E-01 3.53864E+01 1.49E-02  1.020   1.13   1.13
  500  9.93E-08  5.62E-08  2.64E-09  7.23E-14  1.03E-13  5.11E-01  1.709E+00  2.373E-01 3.47292E+01 1.52E-02  1.010   1.13   1.13
  600  5.28E-08  2.86E-08  9.89E-10  2.34E-14  3.56E-14  5.11E-01  1.710E+00  2.372E-01 3.42454E+01 1.55E-02  1.003   1.13   1.13
  700  2.92E-08  1.80E-08  4.12E-10  8.40E-14  2.30E-14  5.11E-01  1.711E+00  2.371E-01 3.39069E+01 1.56E-02  0.999   1.13   1.13
  800  1.42E-08  7.61E-09  1.66E-10  6.32E-15  8.05E-15  5.11E-01  1.712E+00  2.370E-01 3.35153E+01 1.58E-02  0.993   1.13   1.13
  858  9.94E-09  5.92E-09  1.14E-10  9.58E-15  2.41E-15  5.11E-01  1.712E+00  2.369E-01 3.34019E+01 1.58E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.019E-05 d(ln R0)/dt =  1.942E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.036337

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1738E+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:  4.3658E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.795000 TO TG2=    2.800000 @ NSTEP     2390
   GFRAME TG2 MOMENTS CHECKSUM:  1.2439481700369E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2390
 TA= 2.79500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.14600E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2391
 TA= 2.79615E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.43250E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2394
 TA= 2.79953E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.73666E-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  ->   40838 -      0 (killed) +  10283 (dep) =  51121 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.022983E+08  2.022287E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.084320E+08  2.082339E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.461074E+08  2.459797E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.175260E+08  2.174036E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.513217E+08  1.512547E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.270920E+08  1.270410E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.303527E+08  2.303503E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.489402E+08  2.487642E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.662441E+08  2.662259E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43103 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43497 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44125 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.788443E+08  2.786386E+08
 %ORBALL:  In processor     0: orbit # IORB=  48012 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  49131 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49899 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50160 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50404 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51010 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51641 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51121 SPL=    0 TOT=41271
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.6144468E-01  2.8388485E+00  1.9789645E+08 -1.1161937E-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=   2395
 TA= 2.80000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 5.92083E-04
 --> plasma_hash("gframe"): TA= 2.800000E+00 NSTEP=  2395 Hash code:   87711425
 ->PRGCHK: bdy curvature ratio at t= 2.8050E+00 seconds is:  4.3514E-02
 % MHDEQ: TG1= 2.7999999999999892 ; TG2= 2.8049999999999891

 *** 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     -3.036E+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  1.5411E+00  0.0000E+00  3.2526E-01  0.0000E+00  1.7121E+00  2.3692E-01
    1   0  5.5017E-01 -7.5458E-02 -7.5458E-02  7.7644E-01
    2   0  9.6598E-02 -1.7341E-02  2.4446E-02 -3.7512E-02
    3   0 -9.9564E-03  1.3904E-02 -4.0481E-03  1.2057E-02
    4   0 -2.9789E-03 -6.3234E-03 -3.6023E-03  1.7305E-03
    5   0  4.9877E-03  3.3200E-04  1.2214E-03 -2.7435E-03
    6   0 -2.2701E-03  7.2792E-04  4.6885E-04  8.4152E-04
    7   0  2.9891E-04 -5.0027E-04 -4.2387E-04  6.3150E-04
    8   0  1.0231E-04  1.9285E-05 -1.5520E-04 -2.7615E-04

 LEGEND
 ------

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

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

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


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

    1  5.49E-01  2.04E-01  8.49E-02  5.17E-03  6.70E-04  1.10E+00  1.712E+00  2.369E-01 3.85038E+01 1.30E-02  1.000   1.13   0.85
  100  6.44E-06  4.65E-06  1.45E-06  1.65E-09  2.60E-09  1.10E+00  1.693E+00  2.456E-01 3.39177E+01 1.54E-02  1.000   1.13   1.04
  124  9.94E-07  6.09E-07  2.32E-07  3.43E-10  1.92E-10  1.10E+00  1.699E+00  2.421E-01 3.39172E+01 1.54E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.392E-07 d(ln R0)/dt =  1.193E-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  6.32E-02  1.48E-05  1.78E-09  1.97E-09  1.10E+00  1.699E+00  2.419E-01 3.39170E+01 1.54E-02  1.000   1.13   1.07
  100  1.24E-04  3.46E-05  2.20E-07  7.33E-11  1.59E-10  5.11E-01  1.700E+00  2.411E-01 3.68064E+01 1.42E-02  1.041   1.13   1.11
  200  1.47E-05  6.09E-06  4.28E-08  1.32E-10  1.49E-11  5.11E-01  1.700E+00  2.381E-01 3.66925E+01 1.42E-02  1.040   1.13   1.12
  300  1.28E-06  7.28E-07  1.33E-08  2.57E-12  2.52E-12  5.11E-01  1.705E+00  2.377E-01 3.56259E+01 1.47E-02  1.025   1.13   1.13
  400  3.08E-07  1.87E-07  6.23E-09  4.92E-13  4.51E-13  5.11E-01  1.708E+00  2.375E-01 3.46603E+01 1.51E-02  1.011   1.13   1.13
  500  1.06E-07  5.78E-08  2.50E-09  7.63E-14  9.78E-14  5.11E-01  1.709E+00  2.371E-01 3.40276E+01 1.54E-02  1.002   1.13   1.13
  600  5.49E-08  2.96E-08  9.40E-10  2.12E-14  3.33E-14  5.11E-01  1.711E+00  2.370E-01 3.35662E+01 1.56E-02  0.995   1.13   1.13
  700  3.04E-08  1.89E-08  3.92E-10  8.99E-14  2.37E-14  5.11E-01  1.711E+00  2.369E-01 3.32307E+01 1.58E-02  0.990   1.13   1.13
  800  1.44E-08  7.67E-09  1.58E-10  5.68E-15  8.06E-15  5.11E-01  1.712E+00  2.367E-01 3.28495E+01 1.59E-02  0.984   1.13   1.13
  861  9.86E-09  6.08E-09  1.07E-10  1.37E-14  2.27E-15  5.11E-01  1.712E+00  2.367E-01 3.27279E+01 1.60E-02  0.983   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.58E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.153E-05 d(ln R0)/dt =  2.054E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.75 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):     0.072647

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7725E+00 SECONDS
   DATA R*BT AT EDGE:  3.5732E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3514E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.800000 TO TG2=    2.805000 @ NSTEP     2395
   GFRAME TG2 MOMENTS CHECKSUM:  1.2435727472034E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2395
 TA= 2.80000E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 5.92083E-04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2396
 TA= 2.80030E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.79677E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2400
 TA= 2.80142E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.84850E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2406
 TA= 2.80265E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.38955E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2414
 TA= 2.80402E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.97864E-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=  2421 Hash code:   41319935
 ->PRGCHK: bdy curvature ratio at t= 2.8100E+00 seconds is:  4.3375E-02
 % MHDEQ: TG1= 2.8049999999999891 ; TG2= 2.809999999999989

 *** 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     -3.028E+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  1.5403E+00  0.0000E+00  3.2546E-01  0.0000E+00  1.7122E+00  2.3669E-01
    1   0  5.4940E-01 -7.5734E-02 -7.5734E-02  7.7572E-01
    2   0  9.6545E-02 -1.7286E-02  2.4316E-02 -3.7337E-02
    3   0 -9.8975E-03  1.3970E-02 -3.9786E-03  1.1939E-02
    4   0 -2.9601E-03 -6.2703E-03 -3.5017E-03  1.7041E-03
    5   0  5.0119E-03  3.4677E-04  1.2229E-03 -2.7139E-03
    6   0 -2.2695E-03  7.7978E-04  4.7883E-04  8.4956E-04
    7   0  2.8145E-04 -4.9923E-04 -4.1120E-04  6.3318E-04
    8   0  1.2244E-04  3.8516E-05 -1.6436E-04 -2.8972E-04

 LEGEND
 ------

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

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

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


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

    1  5.63E-01  2.09E-01  8.59E-02  5.16E-03  6.78E-04  1.10E+00  1.712E+00  2.367E-01 3.84198E+01 1.34E-02  1.000   1.12   0.85
  100  6.89E-06  4.99E-06  1.60E-06  1.49E-09  2.60E-09  1.10E+00  1.691E+00  2.458E-01 3.37988E+01 1.58E-02  1.000   1.12   1.05
  127  9.36E-07  4.95E-07  2.13E-07  8.66E-11  4.09E-10  1.10E+00  1.698E+00  2.418E-01 3.37982E+01 1.58E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.904E-07 d(ln R0)/dt =  1.128E-04

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

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


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

    1  8.53E-02  6.80E-02  1.53E-05  2.21E-09  2.06E-09  1.10E+00  1.698E+00  2.417E-01 3.37980E+01 1.58E-02  1.000   1.12   1.07
  100  9.91E-05  7.86E-05  2.74E-07  5.82E-11  1.44E-10  5.11E-01  1.699E+00  2.410E-01 3.60877E+01 1.48E-02  1.033   1.12   1.10
  200  1.29E-05  7.64E-06  4.15E-08  1.19E-10  1.48E-11  5.11E-01  1.699E+00  2.382E-01 3.61973E+01 1.48E-02  1.034   1.12   1.12
  300  1.16E-06  8.96E-07  1.36E-08  2.18E-12  2.34E-12  5.11E-01  1.704E+00  2.378E-01 3.49834E+01 1.53E-02  1.017   1.12   1.12
  400  3.04E-07  2.27E-07  6.26E-09  4.74E-13  4.54E-13  5.11E-01  1.707E+00  2.375E-01 3.40557E+01 1.57E-02  1.004   1.12   1.12
  500  1.28E-07  7.02E-08  2.52E-09  9.16E-14  9.88E-14  5.11E-01  1.708E+00  2.371E-01 3.34283E+01 1.60E-02  0.995   1.12   1.12
  600  5.38E-08  3.39E-08  9.55E-10  2.40E-14  3.68E-14  5.11E-01  1.709E+00  2.370E-01 3.29532E+01 1.63E-02  0.988   1.12   1.12
  700  3.37E-08  2.03E-08  4.08E-10  1.03E-13  2.26E-14  5.11E-01  1.710E+00  2.369E-01 3.26252E+01 1.64E-02  0.983   1.12   1.12
  800  1.54E-08  8.01E-09  1.64E-10  6.19E-15  8.96E-15  5.11E-01  1.711E+00  2.367E-01 3.22559E+01 1.66E-02  0.977   1.12   1.12
  872  9.64E-09  6.21E-09  1.05E-10  2.08E-14  2.30E-15  5.11E-01  1.711E+00  2.367E-01 3.21150E+01 1.67E-02  0.975   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.65E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.816E-05 d(ln R0)/dt =  2.106E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.055156

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8457E+00 SECONDS
   DATA R*BT AT EDGE:  3.5712E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3375E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.805000 TO TG2=    2.810000 @ NSTEP     2421
   GFRAME TG2 MOMENTS CHECKSUM:  1.2428295220683E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2421
 TA= 2.80500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.75362E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2422
 TA= 2.80514E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.69887E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2435
 TA= 2.80670E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.36484E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2449
 TA= 2.80808E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.11450E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2463
 TA= 2.80921E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.29904E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   41271 -      0 (killed) +  10220 (dep) =  51491 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.776235E+08  1.776123E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.799073E+08  1.798610E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.363972E+07  8.358168E+07
 %ORBALL:  In processor     0: orbit # IORB=  17852 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.103417E+08  1.103363E+08
 %ORBALL:  In processor     0: orbit # IORB=  31413 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32873 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.712775E+08  2.709691E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.757852E+08  1.757033E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40574 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42552 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43243 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44036 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44066 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44707 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44775 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45038 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45257 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45334 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45990 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46199 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46608 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46749 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47057 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47157 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49884 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50244 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51218 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51811 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51917 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52089 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51491 SPL=    0 TOT=41196
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.8952935E-01 -1.7647771E-01  1.6172548E+08 -1.8984445E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2474
 TA= 2.81000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.03143E-[1] 32586
04
  %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 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.810000E+00 NSTEP=  2474 Hash code:   38435982
 ->PRGCHK: bdy curvature ratio at t= 2.8150E+00 seconds is:  4.3074E-02
 % MHDEQ: TG1= 2.809999999999989 ; TG2= 2.8149999999999888

 *** 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     -3.028E+00     1.131E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5399E+00  0.0000E+00  3.2632E-01  0.0000E+00  1.7108E+00  2.3668E-01
    1   0  5.4919E-01 -7.5710E-02 -7.5710E-02  7.7532E-01
    2   0  9.6578E-02 -1.7434E-02  2.4415E-02 -3.7435E-02
    3   0 -9.8504E-03  1.4026E-02 -3.9825E-03  1.1990E-02
    4   0 -2.9432E-03 -6.2554E-03 -3.5278E-03  1.6762E-03
    5   0  5.0039E-03  3.2755E-04  1.2345E-03 -2.7464E-03
    6   0 -2.2080E-03  7.6978E-04  4.5025E-04  8.5339E-04
    7   0  2.4716E-04 -5.1749E-04 -4.4196E-04  6.6259E-04
    8   0  1.1514E-04  2.8475E-05 -1.4938E-04 -2.7359E-04

 LEGEND
 ------

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

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

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


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

    1  5.59E-01  2.12E-01  8.57E-02  5.16E-03  6.96E-04  1.10E+00  1.711E+00  2.367E-01 3.83864E+01 1.38E-02  1.000   1.13   0.84
  100  6.24E-06  4.67E-06  1.42E-06  1.75E-09  2.63E-09  1.10E+00  1.690E+00  2.466E-01 3.38010E+01 1.62E-02  1.000   1.13   1.04
  124  9.29E-07  5.78E-07  2.33E-07  3.46E-10  2.05E-10  1.10E+00  1.696E+00  2.432E-01 3.38005E+01 1.62E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.616E-07 d(ln R0)/dt =  1.197E-04

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

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


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

    1  9.09E-02  7.23E-02  1.56E-05  1.64E-09  1.93E-09  1.10E+00  1.696E+00  2.430E-01 3.38003E+01 1.62E-02  1.000   1.13   1.06
  100  2.38E-05  1.65E-05  1.74E-07  7.62E-11  2.88E-10  5.26E-01  1.697E+00  2.421E-01 3.74790E+01 1.46E-02  1.052   1.13   1.12
  200  4.50E-06  2.22E-06  3.36E-08  8.41E-11  1.38E-11  5.26E-01  1.696E+00  2.394E-01 3.75171E+01 1.46E-02  1.053   1.13   1.13
  300  4.52E-07  2.69E-07  1.39E-08  2.08E-12  1.94E-12  5.26E-01  1.702E+00  2.389E-01 3.57570E+01 1.53E-02  1.028   1.13   1.13
  400  1.49E-07  9.16E-08  6.15E-09  5.34E-13  7.68E-13  5.26E-01  1.704E+00  2.386E-01 3.48861E+01 1.57E-02  1.016   1.13   1.13
  500  6.94E-08  4.17E-08  2.26E-09  1.77E-13  1.72E-13  5.26E-01  1.705E+00  2.383E-01 3.42916E+01 1.60E-02  1.007   1.13   1.13
  600  3.24E-08  2.01E-08  8.46E-10  1.89E-14  3.75E-14  5.26E-01  1.706E+00  2.382E-01 3.38017E+01 1.62E-02  1.000   1.13   1.13
  700  1.91E-08  1.17E-08  3.58E-10  6.64E-14  3.04E-14  5.26E-01  1.707E+00  2.381E-01 3.34634E+01 1.64E-02  0.995   1.13   1.13
  800  1.10E-08  6.50E-09  1.45E-10  3.37E-15  7.73E-15  5.26E-01  1.707E+00  2.380E-01 3.31603E+01 1.65E-02  0.991   1.13   1.13
  825  9.92E-09  6.02E-09  1.22E-10  8.18E-15  2.74E-15  5.26E-01  1.707E+00  2.379E-01 3.31051E+01 1.66E-02  0.990   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.50E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.057E-05 d(ln R0)/dt =  2.073E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.67 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.063404

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6855E+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:  4.3074E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.810000 TO TG2=    2.815000 @ NSTEP     2474
   GFRAME TG2 MOMENTS CHECKSUM:  1.2417830951922E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2474
 TA= 2.81000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.03143E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2475
 TA= 2.81010E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.28928E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2487
 TA= 2.81118E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.33579E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2498
 TA= 2.81227E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.14278E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2509
 TA= 2.81344E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.50940E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2520
 TA= 2.81467E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 1.28890E-04
 --> plasma_hash("gframe"): TA= 2.815000E+00 NSTEP=  2523 Hash code:   57550707
 ->PRGCHK: bdy curvature ratio at t= 2.8200E+00 seconds is:  4.2774E-02
 % MHDEQ: TG1= 2.8149999999999888 ; TG2= 2.8199999999999887

 *** 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     -3.028E+00     1.141E+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  3.2718E-01  0.0000E+00  1.7074E+00  2.3794E-01
    1   0  5.4897E-01 -7.5685E-02 -7.5685E-02  7.7492E-01
    2   0  9.6611E-02 -1.7582E-02  2.4514E-02 -3.7533E-02
    3   0 -9.8032E-03  1.4081E-02 -3.9863E-03  1.2040E-02
    4   0 -2.9264E-03 -6.2404E-03 -3.5539E-03  1.6483E-03
    5   0  4.9960E-03  3.0833E-04  1.2460E-03 -2.7788E-03
    6   0 -2.1464E-03  7.5979E-04  4.2166E-04  8.5723E-04
    7   0  2.1287E-04 -5.3575E-04 -4.7273E-04  6.9200E-04
    8   0  1.0785E-04  1.8435E-05 -1.3439E-04 -2.5746E-04

 LEGEND
 ------

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

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

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


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

    1  5.29E-01  2.03E-01  8.37E-02  5.13E-03  6.87E-04  1.10E+00  1.707E+00  2.379E-01 3.82838E+01 1.36E-02  1.000   1.14   0.84
  100  7.79E-06  5.74E-06  1.47E-06  2.12E-09  2.93E-09  1.10E+00  1.691E+00  2.469E-01 3.38391E+01 1.59E-02  1.000   1.14   1.04
  125  9.94E-07  6.19E-07  1.93E-07  2.86E-10  1.44E-10  1.10E+00  1.697E+00  2.433E-01 3.38386E+01 1.59E-02  1.000   1.14   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.743E-07 d(ln R0)/dt =  1.303E-04

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

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


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

    1  8.36E-02  7.05E-02  1.59E-05  2.07E-09  2.04E-09  1.10E+00  1.698E+00  2.432E-01 3.38383E+01 1.59E-02  1.000   1.14   1.06
  100  1.09E-04  8.33E-05  3.05E-07  9.13E-11  1.68E-10  5.11E-01  1.698E+00  2.425E-01 3.73058E+01 1.45E-02  1.049   1.14   1.11
  200  9.62E-06  5.57E-06  4.21E-08  1.43E-10  2.04E-11  5.11E-01  1.696E+00  2.400E-01 3.81733E+01 1.41E-02  1.061   1.14   1.13
  300  1.01E-06  6.39E-07  1.47E-08  2.87E-12  3.30E-12  5.11E-01  1.701E+00  2.397E-01 3.70490E+01 1.46E-02  1.046   1.14   1.14
  400  2.27E-07  1.70E-07  6.90E-09  4.38E-13  5.07E-13  5.11E-01  1.703E+00  2.394E-01 3.59658E+01 1.50E-02  1.030   1.14   1.14
  500  1.13E-07  6.04E-08  2.85E-09  8.09E-14  1.17E-13  5.11E-01  1.705E+00  2.390E-01 3.52925E+01 1.53E-02  1.021   1.14   1.14
  600  4.58E-08  2.96E-08  1.06E-09  2.79E-14  3.85E-14  5.11E-01  1.706E+00  2.389E-01 3.47764E+01 1.55E-02  1.014   1.14   1.14
  700  2.62E-08  1.63E-08  4.50E-10  7.16E-14  2.02E-14  5.11E-01  1.707E+00  2.389E-01 3.44401E+01 1.57E-02  1.009   1.14   1.14
  800  1.33E-08  7.56E-09  1.78E-10  7.04E-15  7.53E-15  5.11E-01  1.707E+00  2.387E-01 3.40449E+01 1.59E-02  1.003   1.14   1.14
  865  9.85E-09  5.97E-09  1.20E-10  1.17E-14  2.52E-15  5.11E-01  1.708E+00  2.387E-01 3.39175E+01 1.59E-02  1.001   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.63E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.128E-05 d(ln R0)/dt =  1.888E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.80 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):     0.032598

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8213E+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:  4.2774E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.815000 TO TG2=    2.820000 @ NSTEP     2523
   GFRAME TG2 MOMENTS CHECKSUM:  1.2416019775748E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2523
 TA= 2.81500E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.30286E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2524
 TA= 2.81513E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.62858E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2535
 TA= 2.81646E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.39510E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2546
 TA= 2.81789E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.83832E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2557
 TA= 2.81938E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.56559E-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  ->   41196 -      0 (killed) +  10215 (dep) =  51411 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    838 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.173420E+08  2.171694E+08
 %ORBALL:  In processor     0: orbit # IORB=  25372 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.791604E+08  1.790865E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.569681E+08  2.567941E+08
 %ORBALL:  In processor     0: orbit # IORB=  37175 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.963093E+08  1.961976E+08
 %ORBALL:  In processor     0: orbit # IORB=  43062 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43732 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44444 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46130 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46791 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46917 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47172 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47272 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47343 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.615391E+08  1.614549E+08
 %ORBALL:  In processor     0: orbit # IORB=  47591 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47883 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48416 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48585 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48798 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49512 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49545 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50607 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51036 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51318 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51346 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51390 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51411 SPL=    0 TOT=41457
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.9561329E-01 -9.5197659E-01  1.6984270E+08  7.0178126E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2562
 TA= 2.82000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 5.74219E-05
 --> plasma_hash("gframe"): TA= 2.820000E+00 NSTEP=  2562 Hash code:  116874139
 ->PRGCHK: bdy curvature ratio at t= 2.8250E+00 seconds is:  4.2810E-02
 % MHDEQ: TG1= 2.8199999999999887 ; TG2= 2.8249999999999886

 *** 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     -3.027E+00     1.135E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5400E+00  0.0000E+00  3.2723E-01  0.0000E+00  1.7076E+00  2.3870E-01
    1   0  5.4918E-01 -7.5663E-02 -7.5663E-02  7.7418E-01
    2   0  9.6397E-02 -1.7505E-02  2.4555E-02 -3.7698E-02
    3   0 -9.7782E-03  1.4068E-02 -3.9126E-03  1.2030E-02
    4   0 -2.9214E-03 -6.2332E-03 -3.5392E-03  1.6768E-03
    5   0  4.9946E-03  3.5316E-04  1.2433E-03 -2.7833E-03
    6   0 -2.1756E-03  7.3365E-04  4.0377E-04  8.7100E-04
    7   0  2.2125E-04 -5.4434E-04 -4.8179E-04  6.8976E-04
    8   0  1.0344E-04  2.7554E-05 -1.1989E-04 -2.7047E-04

 LEGEND
 ------

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

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

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


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

    1  5.24E-01  1.99E-01  8.32E-02  5.13E-03  6.73E-04  1.10E+00  1.708E+00  2.387E-01 3.82872E+01 1.34E-02  1.000   1.14   0.85
  100  8.30E-06  5.94E-06  1.46E-06  1.91E-09  2.94E-09  1.10E+00  1.692E+00  2.468E-01 3.38504E+01 1.57E-02  1.000   1.14   1.05
  128  9.51E-07  6.32E-07  2.22E-07  7.94E-11  6.71E-10  1.10E+00  1.700E+00  2.428E-01 3.38499E+01 1.57E-02  1.000   1.14   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.454E-07 d(ln R0)/dt =  1.239E-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  7.62E-02  6.55E-02  1.53E-05  2.10E-09  2.25E-09  1.10E+00  1.700E+00  2.427E-01 3.38496E+01 1.57E-02  1.000   1.14   1.07
  100  1.06E-04  4.73E-05  1.96E-07  8.89E-11  1.39E-10  5.11E-01  1.701E+00  2.419E-01 3.70088E+01 1.44E-02  1.045   1.14   1.12
  200  1.18E-05  4.95E-06  3.98E-08  1.26E-10  1.49E-11  5.11E-01  1.700E+00  2.397E-01 3.69344E+01 1.44E-02  1.044   1.14   1.13
  300  1.05E-06  6.02E-07  1.32E-08  2.75E-12  2.57E-12  5.11E-01  1.704E+00  2.394E-01 3.59208E+01 1.48E-02  1.030   1.14   1.13
  400  2.87E-07  1.92E-07  6.10E-09  4.54E-13  4.28E-13  5.11E-01  1.707E+00  2.391E-01 3.49848E+01 1.52E-02  1.016   1.14   1.14
  500  1.00E-07  5.46E-08  2.36E-09  8.12E-14  9.56E-14  5.11E-01  1.709E+00  2.387E-01 3.43744E+01 1.55E-02  1.008   1.14   1.14
  600  4.85E-08  2.64E-08  8.89E-10  2.09E-14  3.13E-14  5.11E-01  1.710E+00  2.386E-01 3.39104E+01 1.57E-02  1.001   1.14   1.14
  700  2.80E-08  1.63E-08  3.68E-10  8.07E-14  1.88E-14  5.11E-01  1.710E+00  2.386E-01 3.35778E+01 1.59E-02  0.996   1.14   1.14
  800  1.39E-08  7.24E-09  1.48E-10  4.81E-15  7.24E-15  5.11E-01  1.711E+00  2.384E-01 3.32015E+01 1.61E-02  0.991   1.14   1.14
  845  9.93E-09  6.05E-09  1.12E-10  4.00E-15  2.15E-15  5.11E-01  1.711E+00  2.384E-01 3.31156E+01 1.61E-02  0.989   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.57E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.657E-05 d(ln R0)/dt =  1.957E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.047449

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7686E+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:  4.2810E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.820000 TO TG2=    2.825000 @ NSTEP     2562
   GFRAME TG2 MOMENTS CHECKSUM:  1.2427749470154E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2562
 TA= 2.82000E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 5.74219E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2563
 TA= 2.82006E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.17774E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2579
 TA= 2.82312E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.70074E-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=  2588 Hash code:   99089957
 ->PRGCHK: bdy curvature ratio at t= 2.8300E+00 seconds is:  4.2849E-02
 % MHDEQ: TG1= 2.8249999999999886 ; TG2= 2.8299999999999885

 *** 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     -3.025E+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  1.5406E+00  0.0000E+00  3.2729E-01  0.0000E+00  1.7113E+00  2.3840E-01
    1   0  5.4939E-01 -7.5641E-02 -7.5641E-02  7.7344E-01
    2   0  9.6184E-02 -1.7429E-02  2.4596E-02 -3.7864E-02
    3   0 -9.7531E-03  1.4055E-02 -3.8389E-03  1.2019E-02
    4   0 -2.9163E-03 -6.2259E-03 -3.5245E-03  1.7053E-03
    5   0  4.9932E-03  3.9799E-04  1.2405E-03 -2.7878E-03
    6   0 -2.2048E-03  7.0751E-04  3.8588E-04  8.8477E-04
    7   0  2.2963E-04 -5.5294E-04 -4.9086E-04  6.8753E-04
    8   0  9.9029E-05  3.6674E-05 -1.0540E-04 -2.8347E-04

 LEGEND
 ------

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

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

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


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

    1  5.59E-01  2.10E-01  8.55E-02  5.17E-03  6.81E-04  1.10E+00  1.711E+00  2.384E-01 3.84354E+01 1.35E-02  1.000   1.13   0.86
  100  6.54E-06  4.65E-06  1.39E-06  1.68E-09  2.52E-09  1.10E+00  1.691E+00  2.476E-01 3.38327E+01 1.58E-02  1.000   1.13   1.05
  124  9.48E-07  5.94E-07  2.32E-07  3.25E-10  1.78E-10  1.10E+00  1.698E+00  2.440E-01 3.38322E+01 1.59E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.452E-07 d(ln R0)/dt =  1.230E-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  7.86E-02  6.24E-02  1.42E-05  1.98E-09  2.06E-09  1.10E+00  1.699E+00  2.438E-01 3.38320E+01 1.59E-02  1.000   1.13   1.07
  100  1.08E-04  4.55E-05  2.02E-07  6.37E-11  1.67E-10  5.11E-01  1.699E+00  2.430E-01 3.65858E+01 1.47E-02  1.039   1.13   1.12
  200  1.48E-05  6.28E-06  4.29E-08  1.21E-10  1.30E-11  5.11E-01  1.700E+00  2.399E-01 3.61730E+01 1.48E-02  1.033   1.13   1.12
  300  1.23E-06  6.93E-07  1.32E-08  2.35E-12  2.29E-12  5.11E-01  1.705E+00  2.395E-01 3.51133E+01 1.53E-02  1.018   1.13   1.13
  400  3.47E-07  2.43E-07  6.14E-09  5.61E-13  4.64E-13  5.11E-01  1.708E+00  2.393E-01 3.42019E+01 1.57E-02  1.005   1.13   1.13
  500  1.14E-07  6.30E-08  2.35E-09  8.20E-14  8.77E-14  5.11E-01  1.709E+00  2.388E-01 3.36058E+01 1.60E-02  0.997   1.13   1.13
  600  5.22E-08  2.94E-08  8.83E-10  1.97E-14  3.05E-14  5.11E-01  1.710E+00  2.388E-01 3.31739E+01 1.62E-02  0.990   1.13   1.13
  700  3.01E-08  1.76E-08  3.65E-10  9.48E-14  2.30E-14  5.11E-01  1.711E+00  2.387E-01 3.28443E+01 1.64E-02  0.986   1.13   1.13
  800  1.43E-08  7.66E-09  1.47E-10  4.83E-15  7.90E-15  5.11E-01  1.712E+00  2.385E-01 3.24856E+01 1.66E-02  0.980   1.13   1.13
  857  9.78E-09  5.86E-09  1.03E-10  1.68E-14  2.43E-15  5.11E-01  1.712E+00  2.385E-01 3.23737E+01 1.66E-02  0.979   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.57E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.932E-05 d(ln R0)/dt =  2.036E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.032279

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7637E+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:  4.2849E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.825000 TO TG2=    2.830000 @ NSTEP     2588
   GFRAME TG2 MOMENTS CHECKSUM:  1.2433995256245E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2588
 TA= 2.82500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.61518E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2589
 TA= 2.82521E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.59485E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2602
 TA= 2.82783E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.46247E-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  ->   41457 -      0 (killed) +  10151 (dep) =  51608 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   2942 never inside plasma.
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 124242.88443942023 0.E+0 122725.19531250003
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.314171E+08  2.313120E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.763171E+08  2.761933E+08
 %ORBALL:  In processor     0: orbit # IORB=  19033 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25388 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.220543E+07  9.215416E+[1] 404
07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.875154E+08  1.873924E+08
 %ORBALL:  In processor     0: orbit # IORB=  34004 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.946942E+08  1.945352E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  43234 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43282 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43935 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44022 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45294 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45323 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45660 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45737 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46209 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.961210E+08  1.960727E+08
 %ORBALL:  In processor     0: orbit # IORB=  47915 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48139 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50426 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50667 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51204 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51811 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  52304 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52438 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52553 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51608 SPL=    0 TOT=41116
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.8379026E-01  2.4498255E+00  2.6850256E+08 -5.9973354E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  9.765625E-4
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2614
 TA= 2.83000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 6.63969E-05
  %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 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.830000E+00 NSTEP=  2614 Hash code:   77362510
 ->PRGCHK: bdy curvature ratio at t= 2.8350E+00 seconds is:  4.3034E-02
 % MHDEQ: TG1= 2.8299999999999885 ; TG2= 2.8349999999999884

 *** 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     -3.026E+00     1.124E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5408E+00  0.0000E+00  3.2669E-01  0.0000E+00  1.7120E+00  2.3849E-01
    1   0  5.4958E-01 -7.5581E-02 -7.5581E-02  7.7384E-01
    2   0  9.6236E-02 -1.7300E-02  2.4560E-02 -3.7882E-02
    3   0 -9.7719E-03  1.4008E-02 -3.8505E-03  1.1996E-02
    4   0 -2.9372E-03 -6.2363E-03 -3.5106E-03  1.7396E-03
    5   0  5.0051E-03  4.1631E-04  1.2408E-03 -2.7744E-03
    6   0 -2.2424E-03  7.1256E-04  4.0383E-04  8.7848E-04
    7   0  2.5404E-04 -5.4274E-04 -4.7310E-04  6.7631E-04
    8   0  9.7111E-05  4.9751E-05 -1.0833E-04 -2.8607E-04

 LEGEND
 ------

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

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

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


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

    1  5.58E-01  2.08E-01  8.54E-02  5.17E-03  6.69E-04  1.10E+00  1.712E+00  2.385E-01 3.84593E+01 1.36E-02  1.000   1.12   0.85
  100  7.31E-06  5.35E-06  1.55E-06  1.57E-09  2.62E-09  1.10E+00  1.692E+00  2.471E-01 3.38396E+01 1.60E-02  1.000   1.12   1.05
  127  9.57E-07  5.23E-07  2.10E-07  9.00E-11  4.22E-10  1.10E+00  1.699E+00  2.431E-01 3.38391E+01 1.60E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.965E-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  8.63E-02  6.95E-02  1.52E-05  2.46E-09  2.19E-09  1.10E+00  1.699E+00  2.430E-01 3.38390E+01 1.60E-02  1.000   1.12   1.07
  100  1.16E-04  5.57E-05  2.50E-07  6.14E-11  1.37E-10  5.11E-01  1.700E+00  2.423E-01 3.60887E+01 1.51E-02  1.032   1.12   1.11
  200  1.55E-05  8.20E-06  4.24E-08  1.13E-10  1.36E-11  5.11E-01  1.701E+00  2.394E-01 3.59668E+01 1.51E-02  1.030   1.12   1.12
  300  1.50E-06  9.72E-07  1.36E-08  2.01E-12  2.23E-12  5.11E-01  1.706E+00  2.390E-01 3.47736E+01 1.56E-02  1.014   1.12   1.12
  400  3.51E-07  2.26E-07  6.23E-09  5.18E-13  4.47E-13  5.11E-01  1.708E+00  2.388E-01 3.38846E+01 1.60E-02  1.001   1.12   1.12
  500  1.31E-07  6.83E-08  2.40E-09  9.60E-14  8.92E-14  5.11E-01  1.709E+00  2.384E-01 3.32826E+01 1.63E-02  0.992   1.12   1.12
  600  5.67E-08  3.22E-08  9.08E-10  2.24E-14  3.47E-14  5.11E-01  1.711E+00  2.383E-01 3.28286E+01 1.66E-02  0.985   1.12   1.12
  700  3.48E-08  2.16E-08  3.87E-10  1.07E-13  2.21E-14  5.11E-01  1.711E+00  2.382E-01 3.25076E+01 1.67E-02  0.980   1.12   1.12
  800  1.55E-08  7.93E-09  1.56E-10  5.30E-15  8.20E-15  5.11E-01  1.712E+00  2.381E-01 3.21628E+01 1.69E-02  0.975   1.12   1.12
  871  9.66E-09  6.03E-09  1.00E-10  2.33E-14  2.26E-15  5.11E-01  1.712E+00  2.380E-01 3.20270E+01 1.70E-02  0.973   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.65E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.603E-05 d(ln R0)/dt =  2.144E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.056626

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8477E+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:  4.3034E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.830000 TO TG2=    2.835000 @ NSTEP     2614
   GFRAME TG2 MOMENTS CHECKSUM:  1.2436842412760E+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=  2630 Hash code:   55144512
 ->PRGCHK: bdy curvature ratio at t= 2.8400E+00 seconds is:  4.3219E-02
 % MHDEQ: TG1= 2.8349999999999884 ; TG2= 2.8399999999999883

 *** 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     -3.028E+00     1.118E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5411E+00  0.0000E+00  3.2609E-01  0.0000E+00  1.7121E+00  2.3801E-01
    1   0  5.4978E-01 -7.5520E-02 -7.5520E-02  7.7424E-01
    2   0  9.6288E-02 -1.7171E-02  2.4524E-02 -3.7900E-02
    3   0 -9.7907E-03  1.3960E-02 -3.8622E-03  1.1972E-02
    4   0 -2.9580E-03 -6.2467E-03 -3.4966E-03  1.7738E-03
    5   0  5.0171E-03  4.3463E-04  1.2410E-03 -2.7611E-03
    6   0 -2.2800E-03  7.1760E-04  4.2179E-04  8.7218E-04
    7   0  2.7845E-04 -5.3253E-04 -4.5533E-04  6.6509E-04
    8   0  9.5193E-05  6.2828E-05 -1.1126E-04 -2.8868E-04

 LEGEND
 ------

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

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

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


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

    1  5.55E-01  2.06E-01  8.51E-02  5.18E-03  6.68E-04  1.10E+00  1.712E+00  2.380E-01 3.84601E+01 1.36E-02  1.000   1.12   0.84
  100  6.58E-06  4.82E-06  1.41E-06  1.74E-09  2.58E-09  1.10E+00  1.692E+00  2.468E-01 3.38509E+01 1.60E-02  1.000   1.12   1.04
  124  9.82E-07  6.01E-07  2.39E-07  3.35E-10  1.95E-10  1.10E+00  1.699E+00  2.432E-01 3.38504E+01 1.61E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.573E-07 d(ln R0)/dt =  1.222E-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  8.63E-02  6.89E-02  1.52E-05  1.95E-09  2.11E-09  1.10E+00  1.699E+00  2.430E-01 3.38503E+01 1.61E-02  1.000   1.12   1.06
  100  1.31E-04  3.45E-05  2.25E-07  6.76E-11  1.69E-10  5.11E-01  1.700E+00  2.422E-01 3.64487E+01 1.50E-02  1.037   1.12   1.10
  200  1.63E-05  6.89E-06  4.54E-08  1.28E-10  1.44E-11  5.11E-01  1.701E+00  2.389E-01 3.61842E+01 1.51E-02  1.033   1.12   1.11
  300  1.51E-06  7.91E-07  1.43E-08  2.32E-12  2.44E-12  5.11E-01  1.706E+00  2.386E-01 3.50214E+01 1.56E-02  1.017   1.12   1.12
  400  3.83E-07  2.56E-07  6.72E-09  6.46E-13  5.09E-13  5.11E-01  1.708E+00  2.383E-01 3.40665E+01 1.60E-02  1.003   1.12   1.12
  500  1.36E-07  7.36E-08  2.65E-09  8.32E-14  9.62E-14  5.11E-01  1.710E+00  2.379E-01 3.34378E+01 1.63E-02  0.994   1.12   1.12
  600  5.33E-08  3.25E-08  9.93E-10  2.22E-14  3.59E-14  5.11E-01  1.711E+00  2.378E-01 3.29860E+01 1.65E-02  0.987   1.12   1.12
  700  3.02E-08  1.82E-08  4.21E-10  1.12E-13  2.53E-14  5.11E-01  1.712E+00  2.377E-01 3.26519E+01 1.67E-02  0.982   1.12   1.12
  800  1.32E-08  7.82E-09  1.73E-10  5.53E-15  9.24E-15  5.11E-01  1.712E+00  2.376E-01 3.23009E+01 1.69E-02  0.977   1.12   1.12
  875  9.95E-09  5.91E-09  1.07E-10  2.74E-14  2.55E-15  5.11E-01  1.713E+00  2.375E-01 3.21520E+01 1.70E-02  0.975   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.66E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.629E-05 d(ln R0)/dt =  2.221E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.83 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.085154

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8545E+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:  4.3219E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.835000 TO TG2=    2.840000 @ NSTEP     2630
   GFRAME TG2 MOMENTS CHECKSUM:  1.2438348279530E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2630
 TA= 2.83500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.73312E-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  ->   41116 -      0 (killed) +  10171 (dep) =  51287 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.427882E+08  1.427686E+08
 %ORBALL:  In processor     0: orbit # IORB=   2554 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.621432E+08  1.620495E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.473326E+08  1.473146E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.884430E+08  1.884240E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.195280E+08  2.193972E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  27912 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.812629E+08  1.812562E+08
 %ORBALL:  In processor     0: orbit # IORB=  35610 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40353 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42311 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  44243 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44799 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44956 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45352 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45795 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47217 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47676 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47959 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48102 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50267 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51287 SPL=    0 TOT=41049
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.2538914E-01 -4.4229958E-01  1.1946487E+08 -8.0957085E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2639
 TA= 2.84000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.63885E-04
 --> plasma_hash("gframe"): TA= 2.840000E+00 NSTEP=  2639 Hash code:   11433198
 ->PRGCHK: bdy curvature ratio at t= 2.8450E+00 seconds is:  4.3282E-02
 % MHDEQ: TG1= 2.8399999999999883 ; TG2= 2.8449999999999882

 *** 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     -3.032E+00     1.124E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5408E+00  0.0000E+00  3.2567E-01  0.0000E+00  1.7125E+00  2.3749E-01
    1   0  5.4977E-01 -7.5505E-02 -7.5505E-02  7.7514E-01
    2   0  9.6528E-02 -1.7141E-02  2.4514E-02 -3.7727E-02
    3   0 -9.8085E-03  1.3952E-02 -3.9617E-03  1.1950E-02
    4   0 -2.9979E-03 -6.2702E-03 -3.4968E-03  1.7755E-03
    5   0  5.0336E-03  4.0855E-04  1.2477E-03 -2.7364E-03
    6   0 -2.2854E-03  7.4959E-04  4.4482E-04  8.5043E-04
    7   0  2.8753E-04 -5.2545E-04 -4.3645E-04  6.5667E-04
    8   0  9.7718E-05  6.6699E-05 -1.2542E-04 -2.7424E-04

 LEGEND
 ------

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

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

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


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

    1  5.61E-01  2.09E-01  8.56E-02  5.17E-03  6.72E-04  1.10E+00  1.713E+00  2.375E-01 3.85344E+01 1.37E-02  1.000   1.12   0.83
  100  7.84E-06  5.86E-06  1.71E-06  1.51E-09  2.78E-09  1.10E+00  1.693E+00  2.461E-01 3.38926E+01 1.61E-02  1.000   1.12   1.04
  128  9.23E-07  6.03E-07  2.20E-07  6.86E-11  6.46E-10  1.10E+00  1.700E+00  2.420E-01 3.38921E+01 1.61E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.827E-07 d(ln R0)/dt =  9.914E-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  8.94E-02  7.19E-02  1.60E-05  2.17E-09  1.98E-09  1.10E+00  1.700E+00  2.419E-01 3.38919E+01 1.61E-02  1.000   1.12   1.06
  100  1.23E-04  5.13E-05  2.58E-07  8.92E-11  1.27E-10  5.11E-01  1.701E+00  2.413E-01 3.67381E+01 1.49E-02  1.040   1.12   1.10
  200  1.11E-05  5.77E-06  4.02E-08  1.31E-10  1.70E-11  5.11E-01  1.699E+00  2.389E-01 3.72609E+01 1.47E-02  1.048   1.12   1.12
  300  1.27E-06  7.40E-07  1.40E-08  2.71E-12  2.95E-12  5.11E-01  1.704E+00  2.384E-01 3.59955E+01 1.52E-02  1.030   1.12   1.12
  400  2.95E-07  2.00E-07  6.84E-09  5.24E-13  4.91E-13  5.11E-01  1.707E+00  2.380E-01 3.49704E+01 1.57E-02  1.016   1.12   1.12
  500  1.17E-07  6.70E-08  2.78E-09  8.20E-14  1.05E-13  5.11E-01  1.709E+00  2.376E-01 3.43167E+01 1.60E-02  1.006   1.12   1.12
  600  4.95E-08  2.95E-08  1.06E-09  2.71E-14  3.98E-14  5.11E-01  1.710E+00  2.375E-01 3.38212E+01 1.62E-02  0.999   1.12   1.12
  700  2.86E-08  1.73E-08  4.47E-10  9.48E-14  1.98E-14  5.11E-01  1.710E+00  2.375E-01 3.34939E+01 1.63E-02  0.994   1.12   1.12
  800  1.28E-08  7.57E-09  1.81E-10  6.23E-15  8.55E-15  5.11E-01  1.711E+00  2.373E-01 3.31313E+01 1.65E-02  0.989   1.12   1.12
  870  9.76E-09  5.98E-09  1.18E-10  2.15E-14  2.36E-15  5.11E-01  1.711E+00  2.373E-01 3.29949E+01 1.66E-02  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.61E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.898E-05 d(ln R0)/dt =  2.014E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.78 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.064287

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7979E+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:  4.3282E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.840000 TO TG2=    2.845000 @ NSTEP     2639
   GFRAME TG2 MOMENTS CHECKSUM:  1.2432325375242E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2639
 TA= 2.84000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 7.63885E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2640
 TA= 2.84024E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.98414E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2651
 TA= 2.84330E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.92157E-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=  2657 Hash code:    8376647
 ->PRGCHK: bdy curvature ratio at t= 2.8500E+00 seconds is:  4.3349E-02
 % MHDEQ: TG1= 2.8449999999999882 ; TG2= 2.8499999999999881

 *** 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     -3.037E+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  1.5404E+00  0.0000E+00  3.2526E-01  0.0000E+00  1.7112E+00  2.3726E-01
    1   0  5.4975E-01 -7.5490E-02 -7.5490E-02  7.7603E-01
    2   0  9.6769E-02 -1.7111E-02  2.4504E-02 -3.7553E-02
    3   0 -9.8262E-03  1.3944E-02 -4.0612E-03  1.1928E-02
    4   0 -3.0379E-03 -6.2938E-03 -3.4970E-03  1.7772E-03
    5   0  5.0501E-03  3.8246E-04  1.2544E-03 -2.7117E-03
    6   0 -2.2908E-03  7.8158E-04  4.6785E-04  8.2869E-04
    7   0  2.9662E-04 -5.1836E-04 -4.1757E-04  6.4825E-04
    8   0  1.0024E-04  7.0570E-05 -1.3958E-04 -2.5981E-04

 LEGEND
 ------

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

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

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


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

    1  5.48E-01  2.04E-01  8.48E-02  5.16E-03  6.70E-04  1.10E+00  1.711E+00  2.373E-01 3.85328E+01 1.36E-02  1.000   1.13   0.84
  100  7.11E-06  5.32E-06  1.55E-06  1.71E-09  2.78E-09  1.10E+00  1.693E+00  2.455E-01 3.39497E+01 1.60E-02  1.000   1.13   1.04
  125  9.78E-07  5.46E-07  2.04E-07  2.57E-10  1.41E-10  1.10E+00  1.700E+00  2.419E-01 3.39492E+01 1.60E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.381E-07 d(ln R0)/dt =  1.180E-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  7.98E-02  6.47E-02  1.52E-05  2.21E-09  1.97E-09  1.10E+00  1.700E+00  2.418E-01 3.39490E+01 1.60E-02  1.000   1.13   1.06
  100  1.31E-04  5.48E-05  2.76E-07  9.54E-11  1.52E-10  5.11E-01  1.701E+00  2.410E-01 3.72086E+01 1.46E-02  1.046   1.13   1.11
  200  1.09E-05  5.53E-06  4.21E-08  1.41E-10  1.87E-11  5.11E-01  1.699E+00  2.384E-01 3.76699E+01 1.44E-02  1.053   1.13   1.12
  300  1.21E-06  7.08E-07  1.44E-08  2.93E-12  3.20E-12  5.11E-01  1.704E+00  2.380E-01 3.65141E+01 1.49E-02  1.037   1.13   1.13
  400  2.68E-07  1.78E-07  6.87E-09  5.16E-13  5.11E-13  5.11E-01  1.707E+00  2.376E-01 3.54611E+01 1.54E-02  1.022   1.13   1.13
  500  1.05E-07  6.12E-08  2.80E-09  7.72E-14  1.12E-13  5.11E-01  1.708E+00  2.372E-01 3.48066E+01 1.56E-02  1.012   1.13   1.13
  600  4.70E-08  2.82E-08  1.04E-09  2.53E-14  3.84E-14  5.11E-01  1.709E+00  2.371E-01 3.43150E+01 1.59E-02  1.005   1.13   1.13
  700  2.68E-08  1.67E-08  4.41E-10  8.50E-14  2.08E-14  5.11E-01  1.710E+00  2.371E-01 3.39803E+01 1.60E-02  1.000   1.13   1.13
  800  1.28E-08  7.21E-09  1.79E-10  6.01E-15  8.02E-15  5.11E-01  1.711E+00  2.369E-01 3.36052E+01 1.62E-02  0.995   1.13   1.13
  852  9.93E-09  6.18E-09  1.31E-10  7.90E-15  2.35E-15  5.11E-01  1.711E+00  2.369E-01 3.35071E+01 1.63E-02  0.994   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.793E-05 d(ln R0)/dt =  1.847E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.72 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):     0.055314

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7490E+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:  4.3349E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.845000 TO TG2=    2.850000 @ NSTEP     2657
   GFRAME TG2 MOMENTS CHECKSUM:  1.2429965963720E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2657
 TA= 2.84500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.23654E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2658
 TA= 2.84532E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.04567E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2669
 TA= 2.84862E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.46001E-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  ->   41049 -      0 (killed) +  10147 (dep) =  51196 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.880026E+08  1.879492E+08
 %ORBALL:  In processor     0: orbit # IORB=   3910 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.013781E+08  2.013332E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.413387E+08  2.412537E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.674870E+08  2.671310E+08
 %ORBALL:  In [1] 970
processor     0: orbit # IORB=  42290 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42589 never inside plasma.
 %DEPSUB - XKSID =  1.005154E+00
 %ORBALL:  In processor     0: orbit # IORB=  43055 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43983 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44316 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44910 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44974 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45404 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45433 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45817 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48430 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48876 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49409 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50719 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50996 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51371 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51196 SPL=    0 TOT=41016
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.2095937E-01  1.1909239E+00  1.8648546E+08  4.6205458E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2674
 TA= 2.85000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.52443E-04
  %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=  2.8500000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.850000E+00 NSTEP=  2674 Hash code:   28174453
 ->PRGCHK: bdy curvature ratio at t= 2.8550E+00 seconds is:  4.2979E-02
 % MHDEQ: TG1= 2.8499999999999881 ; TG2= 2.854999999999988

 *** 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     -3.034E+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  3.2636E-01  0.0000E+00  1.7109E+00  2.3689E-01
    1   0  5.4951E-01 -7.5670E-02 -7.5670E-02  7.7523E-01
    2   0  9.6687E-02 -1.7303E-02  2.4698E-02 -3.7314E-02
    3   0 -9.7522E-03  1.4070E-02 -4.1212E-03  1.1904E-02
    4   0 -3.0689E-03 -6.3113E-03 -3.5048E-03  1.7225E-03
    5   0  5.0500E-03  3.5200E-04  1.2608E-03 -2.6860E-03
    6   0 -2.2541E-03  7.9424E-04  4.2533E-04  8.2350E-04
    7   0  2.5747E-04 -5.5675E-04 -4.4602E-04  6.4885E-04
    8   0  1.0901E-04  5.4905E-05 -1.3954E-04 -2.4688E-04

 LEGEND
 ------

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

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

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


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

    1  5.60E-01  2.14E-01  8.59E-02  5.16E-03  6.98E-04  1.10E+00  1.711E+00  2.369E-01 3.85335E+01 1.34E-02  1.000   1.12   0.84
  100  6.26E-06  4.47E-06  1.45E-06  1.79E-09  2.67E-09  1.10E+00  1.693E+00  2.464E-01 3.39335E+01 1.58E-02  1.000   1.12   1.04
  124  8.84E-07  5.45E-07  2.24E-07  3.48E-10  1.91E-10  1.10E+00  1.699E+00  2.429E-01 3.39330E+01 1.59E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.629E-07 d(ln R0)/dt =  1.227E-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  7.16E-02  5.68E-02  1.40E-05  1.82E-09  2.02E-09  1.10E+00  1.700E+00  2.428E-01 3.39328E+01 1.59E-02  1.000   1.12   1.06
  100  1.19E-04  3.57E-05  2.26E-07  8.20E-11  1.65E-10  5.11E-01  1.700E+00  2.419E-01 3.70105E+01 1.46E-02  1.044   1.12   1.11
  200  1.27E-05  5.63E-06  4.28E-08  1.36E-10  1.66E-11  5.11E-01  1.700E+00  2.390E-01 3.69338E+01 1.46E-02  1.043   1.12   1.12
  300  1.14E-06  6.16E-07  1.38E-08  2.80E-12  2.84E-12  5.11E-01  1.705E+00  2.385E-01 3.58522E+01 1.51E-02  1.027   1.12   1.12
  400  2.68E-07  1.82E-07  6.38E-09  5.13E-13  4.88E-13  5.11E-01  1.708E+00  2.382E-01 3.48741E+01 1.55E-02  1.014   1.12   1.12
  500  1.06E-07  6.19E-08  2.54E-09  7.62E-14  1.04E-13  5.11E-01  1.709E+00  2.378E-01 3.42479E+01 1.58E-02  1.005   1.12   1.12
  600  4.45E-08  2.86E-08  9.38E-10  2.13E-14  3.47E-14  5.11E-01  1.710E+00  2.377E-01 3.37927E+01 1.60E-02  0.998   1.12   1.12
  700  2.40E-08  1.50E-08  3.89E-10  8.84E-14  2.28E-14  5.11E-01  1.711E+00  2.377E-01 3.34619E+01 1.61E-02  0.993   1.12   1.12
  800  1.17E-08  6.79E-09  1.61E-10  5.33E-15  8.34E-15  5.11E-01  1.712E+00  2.375E-01 3.30953E+01 1.63E-02  0.988   1.12   1.12
  833  1.00E-08  6.19E-09  1.28E-10  2.27E-15  3.06E-15  5.11E-01  1.712E+00  2.375E-01 3.30364E+01 1.64E-02  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.54E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.086E-05 d(ln R0)/dt =  1.966E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.047236

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7305E+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:  4.2979E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.850000 TO TG2=    2.855000 @ NSTEP     2674
   GFRAME TG2 MOMENTS CHECKSUM:  1.2434446524122E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2674
 TA= 2.85000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.52443E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2675
 TA= 2.85009E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.06751E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2689
 TA= 2.85124E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.98371E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2703
 TA= 2.85232E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.31493E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2717
 TA= 2.85332E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.68078E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2731
 TA= 2.85426E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 8.07981E-05
 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=  2743 Hash code:  112473779
 ->PRGCHK: bdy curvature ratio at t= 2.8600E+00 seconds is:  4.2610E-02
 % MHDEQ: TG1= 2.854999999999988 ; TG2= 2.8599999999999879

 *** 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     -3.031E+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  1.5393E+00  0.0000E+00  3.2745E-01  0.0000E+00  1.7117E+00  2.3750E-01
    1   0  5.4928E-01 -7.5850E-02 -7.5850E-02  7.7443E-01
    2   0  9.6606E-02 -1.7494E-02  2.4892E-02 -3.7074E-02
    3   0 -9.6782E-03  1.4197E-02 -4.1812E-03  1.1879E-02
    4   0 -3.1000E-03 -6.3289E-03 -3.5125E-03  1.6678E-03
    5   0  5.0499E-03  3.2153E-04  1.2672E-03 -2.6604E-03
    6   0 -2.2174E-03  8.0690E-04  3.8282E-04  8.1831E-04
    7   0  2.1831E-04 -5.9515E-04 -4.7447E-04  6.4946E-04
    8   0  1.1778E-04  3.9239E-05 -1.3949E-04 -2.3396E-04

 LEGEND
 ------

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

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

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


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

    1  5.78E-01  2.21E-01  8.74E-02  5.17E-03  7.06E-04  1.10E+00  1.712E+00  2.375E-01 3.85699E+01 1.35E-02  1.000   1.12   0.84
  100  7.63E-06  5.72E-06  1.82E-06  1.55E-09  2.86E-09  1.10E+00  1.692E+00  2.475E-01 3.39034E+01 1.59E-02  1.000   1.12   1.04
  125  9.97E-07  5.63E-07  2.15E-07  2.19E-10  1.32E-10  1.10E+00  1.699E+00  2.437E-01 3.39029E+01 1.59E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.935E-07 d(ln R0)/dt =  1.072E-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  7.81E-02  6.15E-02  1.45E-05  2.10E-09  1.76E-09  1.10E+00  1.699E+00  2.436E-01 3.39027E+01 1.59E-02  1.000   1.12   1.06
  100  1.20E-04  5.59E-05  2.61E-07  6.94E-11  1.48E-10  5.11E-01  1.700E+00  2.428E-01 3.63126E+01 1.49E-02  1.034   1.12   1.10
  200  1.37E-05  7.76E-06  4.30E-08  1.24E-10  1.43E-11  5.11E-01  1.700E+00  2.398E-01 3.62807E+01 1.49E-02  1.034   1.12   1.11
  300  1.39E-06  8.91E-07  1.36E-08  2.19E-12  2.48E-12  5.11E-01  1.705E+00  2.393E-01 3.50890E+01 1.54E-02  1.017   1.12   1.12
  400  3.41E-07  2.36E-07  6.24E-09  5.49E-13  4.96E-13  5.11E-01  1.708E+00  2.390E-01 3.41795E+01 1.58E-02  1.004   1.12   1.12
  500  1.24E-07  7.52E-08  2.42E-09  8.75E-14  9.51E-14  5.11E-01  1.709E+00  2.386E-01 3.35812E+01 1.61E-02  0.995   1.12   1.12
  600  4.75E-08  3.17E-08  9.00E-10  2.41E-14  3.74E-14  5.11E-01  1.711E+00  2.385E-01 3.31294E+01 1.63E-02  0.989   1.12   1.12
  700  2.69E-08  1.63E-08  3.80E-10  9.59E-14  2.20E-14  5.11E-01  1.711E+00  2.384E-01 3.28243E+01 1.65E-02  0.984   1.12   1.12
  800  1.19E-08  7.04E-09  1.53E-10  5.75E-15  8.34E-15  5.11E-01  1.712E+00  2.383E-01 3.24952E+01 1.66E-02  0.979   1.12   1.12
  832  9.91E-09  6.03E-09  1.22E-10  2.53E-15  3.02E-15  5.11E-01  1.712E+00  2.382E-01 3.24453E+01 1.67E-02  0.979   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.53E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.433E-05 d(ln R0)/dt =  1.780E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.062223

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7256E+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:  4.2610E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.855000 TO TG2=    2.860000 @ NSTEP     2743
   GFRAME TG2 MOMENTS CHECKSUM:  1.2435781786562E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2743
 TA= 2.85500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.63003E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2744
 TA= 2.85506E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.55539E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2758
 TA= 2.85587E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.01458E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2772
 TA= 2.85663E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 6.50324E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2785
 TA= 2.85731E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.72858E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2796
 TA= 2.85792E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 6.40920E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2806
 TA= 2.85851E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 6.61760E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2815
 TA= 2.85906E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.49931E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2823
 TA= 2.85956E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.74599E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   41016 -      0 (killed) +  10179 (dep) =  51195 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.886270E+08  1.885193E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.775282E+08  1.774398E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.496851E+08  2.493709E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.954247E+08  1.952963E+08
 %ORBALL:  In processor     0: orbit # IORB=  33533 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42811 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42834 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43103 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43356 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43466 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43646 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43852 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44475 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44515 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44590 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45883 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46030 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46793 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47446 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47753 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48335 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48533 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48598 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50818 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50975 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51195 SPL=    0 TOT=41244
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.3153677E-01 -1.2032828E-01  2.7531002E+08  7.2544033E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2830
 TA= 2.86000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.18706E-05
 --> plasma_hash("gframe"): TA= 2.860000E+00 NSTEP=  2830 Hash code:   62528120
 ->PRGCHK: bdy curvature ratio at t= 2.8650E+00 seconds is:  4.2725E-02
 % MHDEQ: TG1= 2.8599999999999879 ; TG2= 2.8649999999999878

 *** 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     -3.035E+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  1.5395E+00  0.0000E+00  3.2613E-01  0.0000E+00  1.7120E+00  2.3823E-01
    1   0  5.4973E-01 -7.5540E-02 -7.5540E-02  7.7507E-01
    2   0  9.6560E-02 -1.7422E-02  2.4810E-02 -3.7647E-02
    3   0 -9.7249E-03  1.3985E-02 -3.9950E-03  1.1983E-02
    4   0 -3.0277E-03 -6.2080E-03 -3.5290E-03  1.7089E-03
    5   0  5.0148E-03  3.3053E-04  1.2878E-03 -2.7007E-03
    6   0 -2.2796E-03  8.0670E-04  4.2588E-04  8.6121E-04
    7   0  2.8717E-04 -5.6671E-04 -4.9450E-04  5.9606E-04
    8   0  1.2091E-04  1.4839E-05 -1.4320E-04 -2.9923E-04

 LEGEND
 ------

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

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

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


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

    1  5.66E-01  2.09E-01  8.63E-02  5.18E-03  6.62E-04  1.10E+00  1.712E+00  2.382E-01 3.86067E+01 1.35E-02  1.000   1.12   0.84
  100  7.74E-06  5.87E-06  1.80E-06  1.47E-09  2.69E-09  1.10E+00  1.691E+00  2.466E-01 3.39282E+01 1.59E-02  1.000   1.12   1.04
  128  9.26E-07  6.14E-07  2.28E-07  6.68E-11  6.37E-10  1.10E+00  1.699E+00  2.424E-01 3.39276E+01 1.60E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.783E-07 d(ln R0)/dt =  1.014E-04

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

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


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

    1  8.44E-02  6.97E-02  1.55E-05  1.89E-09  1.82E-09  1.10E+00  1.699E+00  2.423E-01 3.39273E+01 1.60E-02  1.000   1.12   1.07
  100  9.97E-05  7.60E-05  2.81E-07  7.03E-11  1.33E-10  5.11E-01  1.699E+00  2.416E-01 3.64092E+01 1.49E-02  1.035   1.12   1.10
  200  1.13E-05  7.37E-06  4.13E-08  1.27E-10  1.58E-11  5.11E-01  1.699E+00  2.390E-01 3.68784E+01 1.47E-02  1.042   1.12   1.12
  300  1.22E-06  8.72E-07  1.39E-08  2.33E-12  2.67E-12  5.11E-01  1.704E+00  2.385E-01 3.56313E+01 1.52E-02  1.024   1.12   1.12
  400  3.08E-07  2.30E-07  6.58E-09  5.13E-13  4.83E-13  5.11E-01  1.707E+00  2.381E-01 3.46748E+01 1.57E-02  1.011   1.12   1.12
  500  1.12E-07  7.19E-08  2.61E-09  8.92E-14  1.03E-13  5.11E-01  1.709E+00  2.377E-01 3.40592E+01 1.59E-02  1.002   1.12   1.12
  600  4.89E-08  3.04E-08  9.81E-10  2.75E-14  3.93E-14  5.11E-01  1.710E+00  2.376E-01 3.35806E+01 1.62E-02  0.995   1.12   1.12
  700  2.70E-08  1.72E-08  4.17E-10  9.57E-14  2.03E-14  5.11E-01  1.710E+00  2.375E-01 3.32725E+01 1.63E-02  0.990   1.12   1.12
  800  1.20E-08  7.18E-09  1.67E-10  6.15E-15  8.58E-15  5.11E-01  1.711E+00  2.373E-01 3.29314E+01 1.65E-02  0.985   1.12   1.12
  854  9.99E-09  6.11E-09  1.22E-10  9.58E-15  2.28E-15  5.11E-01  1.711E+00  2.373E-01 3.28374E+01 1.66E-02  0.984   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 =  6.427E-05 d(ln R0)/dt =  1.821E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.73 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):     0.038655

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7520E+00 SECONDS
   DATA R*BT AT EDGE:  3.5787E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2725E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.860000 TO TG2=    2.865000 @ NSTEP     2830
   GFRAME TG2 MOMENTS CHECKSUM:  1.2428409061620E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2830
 TA= 2.86000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.18706E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2831
 TA= 2.86007E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.98382E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2839
 TA= 2.86092E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.32939E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2847
 TA= 2.86176E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.29325E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2856
 TA= 2.86267E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.25620E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2866
 TA= 2.86366E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.21887E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2877
 TA= 2.86471E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.18175E-04
 --> plasma_hash("gframe"): TA= 2.865000E+00 NSTEP=  2880 Hash code:   76080289
 ->PRGCHK: bdy curvature ratio at t= 2.8700E+00 seconds is:  4.2858E-02
 % MHDEQ: TG1= 2.8649999999999878 ; TG2= 2.8699999999999877

 *** 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     -3.039E+00     1.129E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5396E+00  0.0000E+00  3.2482E-01  0.0000E+00  1.7113E+00  2.3730E-01
    1   0  5.5018E-01 -7.5230E-02 -7.5230E-02  7.7572E-01
    2   0  9.6513E-02 -1.7350E-02  2.4728E-02 -3.8219E-02
    3   0 -9.7715E-03  1.3772E-02 -3.8088E-03  1.2087E-02
    4   0 -2.9554E-03 -6.0870E-03 -3.5455E-03  1.7500E-03
    5   0  4.9798E-03  3.3953E-04  1.3084E-03 -2.7411E-03
    6   0 -2.3417E-03  8.0650E-04  4.6895E-04  9.0411E-04
    7   0  3.5602E-04 -5.3826E-04 -5.1452E-04  5.4265E-04
    8   0  1.2404E-04 -9.5611E-06 -1.4691E-04 -3.6451E-04

 LEGEND
 ------

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

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

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


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

    1  5.54E-01  2.03E-01  8.52E-02  5.20E-03  6.52E-04  1.10E+00  1.711E+00  2.373E-01 3.86095E+01 1.38E-02  1.000   1.13   0.84
  100  6.22E-06  4.62E-06  1.43E-06  1.72E-09  2.45E-09  1.10E+00  1.690E+00  2.457E-01 3.39548E+01 1.63E-02  1.000   1.13   1.04
  124  9.80E-07  6.01E-07  2.57E-07  3.33E-10  2.10E-10  1.10E+00  1.697E+00  2.420E-01 3.39543E+01 1.63E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.648E-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  8.31E-02  6.84E-02  1.52E-05  1.66E-09  1.93E-09  1.10E+00  1.697E+00  2.419E-01 3.39540E+01 1.63E-02  1.000   1.13   1.06
  100  1.25E-04  5.40E-05  2.79E-07  7.91E-11  1.65E-10  5.11E-01  1.698E+00  2.411E-01 3.68702E+01 1.50E-02  1.041   1.13   1.11
  200  1.26E-05  6.77E-06  4.48E-08  1.41E-10  1.64E-11  5.11E-01  1.697E+00  2.380E-01 3.71637E+01 1.49E-02  1.045   1.13   1.12
  300  1.29E-06  7.54E-07  1.47E-08  2.47E-12  2.82E-12  5.11E-01  1.702E+00  2.376E-01 3.59899E+01 1.54E-02  1.029   1.13   1.13
  400  3.31E-07  2.27E-07  7.09E-09  6.31E-13  5.20E-13  5.11E-01  1.705E+00  2.373E-01 3.49783E+01 1.59E-02  1.015   1.13   1.13
  500  1.22E-07  7.31E-08  2.86E-09  7.97E-14  1.08E-13  5.11E-01  1.707E+00  2.369E-01 3.43409E+01 1.62E-02  1.006   1.13   1.13
  600  4.96E-08  3.15E-08  1.06E-09  2.76E-14  4.00E-14  5.11E-01  1.708E+00  2.368E-01 3.38673E+01 1.64E-02  0.999   1.13   1.13
  700  2.74E-08  1.64E-08  4.49E-10  1.09E-13  2.43E-14  5.11E-01  1.708E+00  2.367E-01 3.35426E+01 1.65E-02  0.994   1.13   1.13
  800  1.32E-08  7.61E-09  1.82E-10  6.23E-15  9.24E-15  5.11E-01  1.709E+00  2.366E-01 3.31880E+01 1.67E-02  0.989   1.13   1.13
  864  9.94E-09  5.90E-09  1.26E-10  2.08E-14  2.77E-15  5.11E-01  1.709E+00  2.365E-01 3.30640E+01 1.68E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.59E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.884E-05 d(ln R0)/dt =  1.948E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.75 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):     0.056775

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7773E+00 SECONDS
   DATA R*BT AT EDGE:  3.5779E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2858E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.865000 TO TG2=    2.870000 @ NSTEP     2880
   GFRAME TG2 MOMENTS CHECKSUM:  1.2422547093843E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2880
 TA= 2.86500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.17539E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2881
 TA= 2.86509E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.16899E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2893
 TA= 2.86628E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.46867E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2904
 TA= 2.86747E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.25640E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2915
 TA= 2.86877E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.65940E-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  ->   41244 -      0 (killed) +  10133 (dep) =  51377 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.356577E+08  1.356200E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.010005E+08  2.009908E+08
 %ORBALL:  In processor     0: orbit # IORB=  13173 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30105 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35275 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.891923E+08  1.891136E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.956263E+08  1.955141E+08
 %ORBALL:  In processor     0: orbit # IORB=  42829 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43146 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43236 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43779 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44396 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48017 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48484 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48791 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49205 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50812 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51514 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51569 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52158 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52225 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51377 SPL=    0 TOT=40934
  specie  XI             TH             V              Vpll/V     "last i[1] 1427
on":
   1     6.5666298E-01  1.2709714E+00  1.7627668E+08  1.4600416E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2925
 TA= 2.87000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.74938E-04
  %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=  2.8700000E+00

 %wrstf: jsystem(tail -n 200 134426H04tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134426H04_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.870000E+00 NSTEP=  2925 Hash code:   54377849
 ->PRGCHK: bdy curvature ratio at t= 2.8750E+00 seconds is:  4.2745E-02
 % MHDEQ: TG1= 2.8699999999999877 ; TG2= 2.8749999999999876

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.040E+00     1.127E+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  1.5400E+00  0.0000E+00  3.2407E-01  0.0000E+00  1.7092E+00  2.3651E-01
    1   0  5.5050E-01 -7.5254E-02 -7.5254E-02  7.7619E-01
    2   0  9.6829E-02 -1.7271E-02  2.4548E-02 -3.8303E-02
    3   0 -9.7510E-03  1.3786E-02 -3.8621E-03  1.2110E-02
    4   0 -3.0154E-03 -6.0847E-03 -3.5239E-03  1.7663E-03
    5   0  5.0136E-03  3.1388E-04  1.2710E-03 -2.7365E-03
    6   0 -2.3568E-03  7.7670E-04  4.4644E-04  9.3066E-04
    7   0  3.0925E-04 -5.1048E-04 -4.9128E-04  5.6513E-04
    8   0  1.4035E-04 -2.9438E-05 -1.5350E-04 -3.8054E-04

 LEGEND
 ------

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

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

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


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

    1  5.29E-01  1.97E-01  8.35E-02  5.19E-03  6.58E-04  1.10E+00  1.709E+00  2.365E-01 3.84733E+01 1.42E-02  1.000   1.13   0.84
  100  7.70E-06  5.89E-06  1.53E-06  1.77E-09  2.75E-09  1.10E+00  1.691E+00  2.444E-01 3.39507E+01 1.66E-02  1.000   1.13   1.05
  131  7.81E-07  4.72E-07  1.84E-07  1.92E-10  1.42E-10  1.10E+00  1.698E+00  2.401E-01 3.39501E+01 1.67E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.80E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.205E-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  8.37E-02  7.52E-02  1.64E-05  1.72E-09  1.54E-09  1.10E+00  1.699E+00  2.400E-01 3.39499E+01 1.67E-02  1.000   1.13   1.07
  100  8.84E-05  7.18E-05  2.55E-07  6.26E-11  1.22E-10  5.11E-01  1.699E+00  2.395E-01 3.62364E+01 1.56E-02  1.033   1.13   1.11
  200  1.26E-05  7.26E-06  4.25E-08  1.20E-10  1.60E-11  5.11E-01  1.698E+00  2.373E-01 3.67391E+01 1.54E-02  1.040   1.13   1.12
  300  1.13E-06  8.34E-07  1.43E-08  2.24E-12  2.66E-12  5.11E-01  1.702E+00  2.369E-01 3.55307E+01 1.59E-02  1.023   1.13   1.13
  400  2.86E-07  2.24E-07  6.71E-09  4.77E-13  4.75E-13  5.11E-01  1.705E+00  2.366E-01 3.45826E+01 1.64E-02  1.009   1.13   1.13
  500  1.08E-07  7.07E-08  2.65E-09  9.61E-14  1.02E-13  5.11E-01  1.706E+00  2.363E-01 3.39616E+01 1.67E-02  1.000   1.13   1.13
  600  5.38E-08  3.02E-08  9.98E-10  2.86E-14  3.80E-14  5.11E-01  1.707E+00  2.362E-01 3.34771E+01 1.69E-02  0.993   1.13   1.13
  700  3.12E-08  1.86E-08  4.29E-10  1.13E-13  2.12E-14  5.11E-01  1.708E+00  2.361E-01 3.31535E+01 1.71E-02  0.988   1.13   1.13
  800  1.34E-08  7.61E-09  1.75E-10  5.89E-15  8.64E-15  5.11E-01  1.709E+00  2.360E-01 3.27985E+01 1.73E-02  0.983   1.13   1.13
  865  9.99E-09  6.02E-09  1.18E-10  1.79E-14  2.67E-15  5.11E-01  1.709E+00  2.359E-01 3.26706E+01 1.73E-02  0.981   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.60E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.844E-05 d(ln R0)/dt =  1.962E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.78 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.032065

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8008E+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:  4.2745E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.870000 TO TG2=    2.875000 @ NSTEP     2925
   GFRAME TG2 MOMENTS CHECKSUM:  1.2425048001068E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2925
 TA= 2.87000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.74938E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2926
 TA= 2.87017E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.18673E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2937
 TA= 2.87204E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 2.03762E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2948
 TA= 2.87423E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.89205E-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=  2952 Hash code:   84868318
 ->PRGCHK: bdy curvature ratio at t= 2.8800E+00 seconds is:  4.2634E-02
 % MHDEQ: TG1= 2.8749999999999876 ; TG2= 2.8799999999999875

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.042E+00     1.124E+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  1.5404E+00  0.0000E+00  3.2332E-01  0.0000E+00  1.7088E+00  2.3595E-01
    1   0  5.5083E-01 -7.5278E-02 -7.5278E-02  7.7667E-01
    2   0  9.7145E-02 -1.7192E-02  2.4369E-02 -3.8387E-02
    3   0 -9.7305E-03  1.3799E-02 -3.9155E-03  1.2134E-02
    4   0 -3.0754E-03 -6.0824E-03 -3.5022E-03  1.7826E-03
    5   0  5.0474E-03  2.8823E-04  1.2335E-03 -2.7320E-03
    6   0 -2.3719E-03  7.4690E-04  4.2392E-04  9.5721E-04
    7   0  2.6248E-04 -4.8270E-04 -4.6805E-04  5.8761E-04
    8   0  1.5665E-04 -4.9315E-05 -1.6010E-04 -3.9657E-04

 LEGEND
 ------

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

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

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


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

    1  5.18E-01  1.94E-01  8.28E-02  5.19E-03  6.60E-04  1.10E+00  1.709E+00  2.359E-01 3.84207E+01 1.42E-02  1.000   1.12   0.83
  100  1.01E-05  7.81E-06  1.74E-06  2.01E-09  3.07E-09  1.10E+00  1.693E+00  2.435E-01 3.39517E+01 1.66E-02  1.000   1.12   1.05
  131  9.72E-07  5.87E-07  1.95E-07  2.05E-10  1.49E-10  1.10E+00  1.700E+00  2.392E-01 3.39511E+01 1.66E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.180E-07 d(ln R0)/dt =  1.080E-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  7.92E-02  1.72E-05  1.87E-09  1.66E-09  1.10E+00  1.701E+00  2.390E-01 3.39510E+01 1.67E-02  1.000   1.12   1.07
  100  9.58E-05  7.34E-05  2.75E-07  6.62E-11  1.23E-10  5.11E-01  1.701E+00  2.385E-01 3.63339E+01 1.56E-02  1.034   1.12   1.10
  200  1.11E-05  7.25E-06  4.14E-08  1.22E-10  1.62E-11  5.11E-01  1.700E+00  2.364E-01 3.67830E+01 1.54E-02  1.040   1.12   1.12
  300  1.29E-06  8.66E-07  1.45E-08  2.33E-12  2.75E-12  5.11E-01  1.704E+00  2.361E-01 3.55590E+01 1.59E-02  1.023   1.12   1.12
  400  3.15E-07  2.36E-07  6.89E-09  5.00E-13  4.84E-13  5.11E-01  1.707E+00  2.357E-01 3.46131E+01 1.63E-02  1.010   1.12   1.12
  500  1.23E-07  8.01E-08  2.69E-09  9.47E-14  1.01E-13  5.11E-01  1.708E+00  2.354E-01 3.39970E+01 1.66E-02  1.001   1.12   1.13
  600  5.08E-08  3.03E-08  1.01E-09  2.87E-14  3.94E-14  5.11E-01  1.709E+00  2.353E-01 3.35073E+01 1.69E-02  0.994   1.12   1.12
  700  2.91E-08  1.73E-08  4.34E-10  1.08E-13  2.01E-14  5.11E-01  1.710E+00  2.353E-01 3.31870E+01 1.71E-02  0.989   1.12   1.12
  800  1.34E-08  7.60E-09  1.77E-10  5.80E-15  8.52E-15  5.11E-01  1.711E+00  2.351E-01 3.28381E+01 1.72E-02  0.984   1.12   1.12
  869  9.81E-09  6.05E-09  1.18E-10  2.10E-14  2.50E-15  5.11E-01  1.711E+00  2.351E-01 3.27023E+01 1.73E-02  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.755E-05 d(ln R0)/dt =  2.031E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.032602

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1611E+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:  4.2634E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.875000 TO TG2=    2.880000 @ NSTEP     2952
   GFRAME TG2 MOMENTS CHECKSUM:  1.2428920612104E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2952
 TA= 2.87500E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.01086E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2953
 TA= 2.87523E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.91971E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2964
 TA= 2.87789E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.57438E-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  ->   40934 -      0 (killed) +  10192 (dep) =  51126 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1412 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.018894E+08  2.017470E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  16947 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.655897E+08  2.652005E+08
 %ORBALL:  In processor     0: orbit # IORB=  20871 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   5.751805E+07  5.727300E+07
 %ORBALL:  In processor     0: orbit # IORB=  25893 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.278368E+08  1.277999E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.723220E+08  1.723142E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.704507E+08  1.703193E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39427 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42508 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42743 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43658 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43975 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44387 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45396 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46201 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46561 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47181 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47363 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47426 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48237 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48379 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49189 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50421 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51126 SPL=    0 TOT=40660
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.7517329E-01 -1.3187670E+00  1.7836656E+08  5.9535922E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2972
 TA= 2.88000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.13607E-04
 --> plasma_hash("gframe"): TA= 2.880000E+00 NSTEP=  2972 Hash code:  119935986
 ->PRGCHK: bdy curvature ratio at t= 2.8850E+00 seconds is:  4.2774E-02
 % MHDEQ: TG1= 2.8799999999999875 ; TG2= 2.8849999999999936

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.044E+00     1.126E+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  1.5406E+00  0.0000E+00  3.2296E-01  0.0000E+00  1.7107E+00  2.3509E-01
    1   0  5.5108E-01 -7.5227E-02 -7.5227E-02  7.7701E-01
    2   0  9.7559E-02 -1.7203E-02  2.4225E-02 -3.8125E-02
    3   0 -9.7249E-03  1.3841E-02 -3.9899E-03  1.2103E-02
    4   0 -3.1547E-03 -6.0773E-03 -3.4814E-03  1.7926E-03
    5   0  5.1024E-03  2.3472E-04  1.1867E-03 -2.7364E-03
    6   0 -2.3516E-03  7.4544E-04  4.0640E-04  9.3125E-04
    7   0  2.3879E-04 -4.7747E-04 -4.5162E-04  6.3183E-04
    8   0  1.3583E-04 -6.4912E-05 -1.8079E-04 -3.5277E-04

 LEGEND
 ------

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

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

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


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

    1  5.33E-01  2.01E-01  8.40E-02  5.20E-03  6.75E-04  1.10E+00  1.711E+00  2.351E-01 3.85033E+01 1.41E-02  1.000   1.13   0.83
  100  8.63E-06  6.88E-06  1.63E-06  1.87E-09  2.93E-09  1.10E+00  1.694E+00  2.433E-01 3.39699E+01 1.66E-02  1.000   1.13   1.04
  131  8.35E-07  4.85E-07  1.87E-07  2.04E-10  1.48E-10  1.10E+00  1.702E+00  2.390E-01 3.39693E+01 1.66E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.79E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.112E-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  9.02E-02  7.78E-02  1.68E-05  2.05E-09  1.73E-09  1.10E+00  1.702E+00  2.388E-01 3.39691E+01 1.66E-02  1.000   1.13   1.06
  100  9.95E-05  7.49E-05  2.76E-07  7.48E-11  1.24E-10  5.11E-01  1.702E+00  2.383E-01 3.65813E+01 1.55E-02  1.037   1.13   1.10
  200  1.02E-05  6.40E-06  4.00E-08  1.24E-10  1.75E-11  5.11E-01  1.701E+00  2.362E-01 3.72602E+01 1.52E-02  1.047   1.13   1.12
  300  1.24E-06  8.09E-07  1.43E-08  2.55E-12  2.98E-12  5.11E-01  1.705E+00  2.358E-01 3.59932E+01 1.57E-02  1.029   1.13   1.13
  400  2.87E-07  2.23E-07  6.97E-09  4.99E-13  5.09E-13  5.11E-01  1.708E+00  2.354E-01 3.50044E+01 1.62E-02  1.015   1.13   1.13
  500  1.19E-07  7.53E-08  2.77E-09  8.52E-14  1.06E-13  5.11E-01  1.709E+00  2.351E-01 3.43782E+01 1.65E-02  1.006   1.13   1.13
  600  4.90E-08  2.90E-08  1.04E-09  2.87E-14  4.16E-14  5.11E-01  1.711E+00  2.350E-01 3.38812E+01 1.67E-02  0.999   1.13   1.13
  700  2.77E-08  1.67E-08  4.39E-10  9.54E-14  1.93E-14  5.11E-01  1.711E+00  2.349E-01 3.35653E+01 1.69E-02  0.994   1.13   1.13
  800  1.28E-08  7.38E-09  1.77E-10  6.10E-15  8.55E-15  5.11E-01  1.712E+00  2.348E-01 3.32130E+01 1.70E-02  0.989   1.13   1.13
  864  9.94E-09  6.18E-09  1.21E-10  1.83E-14  2.47E-15  5.11E-01  1.712E+00  2.348E-01 3.30901E+01 1.71E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.61E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.846E-05 d(ln R0)/dt =  1.947E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.79 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):     0.033121

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8057E+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:  4.2774E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.880000 TO TG2=    2.885000 @ NSTEP     2972
   GFRAME TG2 MOMENTS CHECKSUM:  1.2432070656835E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2972
 TA= 2.88000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.13607E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2973
 TA= 2.88021E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 2.67009E-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=  2981 Hash code:   51613043
 ->PRGCHK: bdy curvature ratio at t= 2.8900E+00 seconds is:  4.2925E-02
 % MHDEQ: TG1= 2.8849999999999936 ; 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     -3.046E+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  1.5408E+00  0.0000E+00  3.2261E-01  0.0000E+00  1.7120E+00  2.3476E-01
    1   0  5.5134E-01 -7.5177E-02 -7.5177E-02  7.7735E-01
    2   0  9.7973E-02 -1.7214E-02  2.4081E-02 -3.7862E-02
    3   0 -9.7192E-03  1.3883E-02 -4.0643E-03  1.2073E-02
    4   0 -3.2339E-03 -6.0721E-03 -3.4605E-03  1.8027E-03
    5   0  5.1575E-03  1.8120E-04  1.1400E-03 -2.7408E-03
    6   0 -2.3314E-03  7.4399E-04  3.8889E-04  9.0530E-04
    7   0  2.1511E-04 -4.7224E-04 -4.3519E-04  6.7605E-04
    8   0  1.1500E-04 -8.0509E-05 -2.0147E-04 -3.0896E-04

 LEGEND
 ------

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

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

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


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

    1  5.40E-01  2.04E-01  8.45E-02  5.21E-03  6.79E-04  1.10E+00  1.712E+00  2.348E-01 3.85544E+01 1.41E-02  1.000   1.13   0.83
  100  8.62E-06  6.97E-06  1.73E-06  1.88E-09  3.00E-09  1.10E+00  1.696E+00  2.429E-01 3.39922E+01 1.65E-02  1.000   1.13   1.05
  128  9.65E-07  6.27E-07  2.33E-07  7.35E-11  6.13E-10  1.10E+00  1.703E+00  2.390E-01 3.39917E+01 1.66E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.145E-07 d(ln R0)/dt =  1.045E-04

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

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


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

    1  8.51E-02  7.22E-02  1.59E-05  2.32E-09  2.11E-09  1.10E+00  1.703E+00  2.389E-01 3.39915E+01 1.66E-02  1.000   1.13   1.06
  100  1.32E-04  3.59E-05  2.27E-07  9.34E-11  1.37E-10  5.11E-01  1.704E+00  2.382E-01 3.69697E+01 1.53E-02  1.042   1.13   1.11
  200  1.31E-05  5.78E-06  4.20E-08  1.28E-10  1.71E-11  5.11E-01  1.702E+00  2.358E-01 3.73795E+01 1.51E-02  1.048   1.13   1.12
  300  1.19E-06  6.32E-07  1.44E-08  2.73E-12  2.90E-12  5.11E-01  1.707E+00  2.354E-01 3.61504E+01 1.56E-02  1.031   1.13   1.13
  400  2.91E-07  2.16E-07  6.95E-09  5.76E-13  4.87E-13  5.11E-01  1.709E+00  2.351E-01 3.51722E+01 1.60E-02  1.017   1.13   1.13
  500  1.11E-07  6.18E-08  2.72E-09  8.04E-14  1.01E-13  5.11E-01  1.711E+00  2.347E-01 3.45717E+01 1.63E-02  1.008   1.13   1.13
  600  5.06E-08  2.99E-08  9.98E-10  2.86E-14  4.14E-14  5.11E-01  1.712E+00  2.346E-01 3.40870E+01 1.66E-02  1.001   1.13   1.13
  700  2.81E-08  1.69E-08  4.17E-10  8.90E-14  1.93E-14  5.11E-01  1.713E+00  2.345E-01 3.37782E+01 1.67E-02  0.997   1.13   1.13
  800  1.33E-08  7.49E-09  1.69E-10  5.59E-15  8.46E-15  5.11E-01  1.713E+00  2.344E-01 3.34437E+01 1.69E-02  0.992   1.13   1.13
  847  9.99E-09  6.17E-09  1.30E-10  7.81E-15  2.55E-15  5.11E-01  1.713E+00  2.344E-01 3.33622E+01 1.69E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.54E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.332E-05 d(ln R0)/dt =  1.765E-06


     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):     0.028964

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7354E+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:  4.2925E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.885000 TO TG2=    2.890000 @ NSTEP     2981
   GFRAME TG2 MOMENTS CHECKSUM:  1.2436799988168E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2981
 TA= 2.88500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.27320E-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):  3.95733E+00
 ------------ stderr ---------------- 
==>runtrx:  TRANSP run successful
==========(runtrx)======================
==========TRANSP output conversion======
date:  Mon Feb 16 04:07:06 EST 2009 ( swift16.pppl.gov )
==========(runtrx)======================
---------------> starting:  plotcon 134426H04 2009/02/16:04:07:07
  %initcpl:  MDS_CACHE enabled.
 %PoPlot -- reading .PLN files

 %POPLT2-- PROCESSING RUN 134426H04  SHOT NO. 134426
  EXPECT   376 SCALAR FCNS,   874 PROFILE FCNS OF TIME
  "MF" FILE RECORD SIZE =  50 WORDS (FLOATING PT)
134426H04MF.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 : 16-Feb-2009 04:07:11    
 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 376
  
 Define Multi Graphs 337
  
 Write Profiles 874
 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                 9 346 4
 IVISB                 10 349 4
  
 read NF File : 377 376
  
 Write Multigraph: 337
  ...readback test of .CDF file...
 1589  variables, 12  dimensions 9  att
  ...header check SUCCESSFUL; now check data.
  ...check profile data...
plotcon:  CDF files:
/local/pshr0026/transp_compute/D3D/134426H04/134426H04.CDF
/local/pshr0026/transp_compute/D3D/134426H04/134426H04PH.CDF
--------------->plotcon:  normal exit. 2009/02/16:04:07:12
==>runtrx:  TRANSP postprocessing OK
==========(runtrx)======================
==========TRANSP add to MDSplus ========
date:  Mon Feb 16 04:07:12 EST 2009 ( swift16.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 1344260804  TRANSP_D3D
  ...connecting to server:  TRANSPGRID.PPPL.GOV
 ...tcl("EDIT TRANSP_D3D/SHOT=1344260804")
  ... 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:  Mon Feb 16 04:09:25 EST 2009 ( swift16.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 134426H04.CDF /u/transp/pshr0026/transp/result/D3D.08/134426H04.CDF
mv 134426H04.DATA1 /u/transp/pshr0026/transp/result/D3D.08/134426H04.DATA1
mv 134426H04ex.for /u/transp/pshr0026/transp/result/D3D.08/134426H04ex.for
mv 134426H04_nubeam_init.dat /u/transp/pshr0026/transp/result/D3D.08/134426H04_nubeam_init.dat
mv 134426H04PH.CDF /u/transp/pshr0026/transp/result/D3D.08/134426H04PH.CDF
mv 134426H04TR.DAT /u/transp/pshr0026/transp/result/D3D.08/134426H04TR.DAT
mv 134426H04TR.INF /u/transp/pshr0026/transp/result/D3D.08/134426H04TR.INF
%finishup:  retaining 134426H04tr.log
mv 134426H04TR.MSG /u/transp/pshr0026/transp/result/D3D.08/134426H04TR.MSG
rm: No match.
?finishup WARNING:  both the GRID and the PPPL flags are set.
==========(runtrx)======================
==========>runtrx normal exit<==========
date:  Mon Feb 16 04:09:33 EST 2009 ( swift16.pppl.gov )
==========>runtrx runsite = pppl.gov<======