==>runtrx start: date:  Sat Feb 14 19:52:52 EST 2009 ( swift16.pppl.gov )
runtrx: tok.yy = D3D.02
==========(runtrx)======================
date:  Sat Feb 14 19:52:52 EST 2009 ( swift16.pppl.gov )
args:  134372N01 run
==========(runtrx)======================
==========(runtrx)======================
==========TRANSP execution==============
date:  Sat Feb 14 19:52:52 EST 2009 ( swift16.pppl.gov )
==========(runtrx)======================
  %initcpl:  MDS_CACHE enabled.
 ENTER TRANSP RUN ID, APPEND "R" FOR RESTART:
     DATE    14-Feb-2009 19:52:52    
  
 namelist elements assigned the same value more than once:
   PHLDA                                 PHVBA                                 
  
 namelist elements assigned more than once WITH change of value:
   NLDA                                  RLDA                                  
   THLDA                                 PHLDA                                 
   NVBA                                  RVBA                                  
   YLDA                                  THVBA                                 
   PHVBA                                 YVBA                                  
  %trgdat: NLBCCW= F  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 =   2.01000E+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.
 DATCHK: CHECKING ARRAY DIMENSIONS, SWITCHES, ETC
  %DATCHK -- UP-DOWN ASYMMETRY DETECTED
  %DATCHK: NYXINV incremented to be odd: 101 161
  TIDXSW defaulted: value of 0.05 assigned.
 %DATCKA -- CHECKING NON-DEFAULT SPECIFICATIONS FOR AC FILE I/O
  GIVEN IN NAMELIST CHARACTER DATA ARRAYS "SELOUT" AND "SELAVG"
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
  %LH_ONOFF: no LH on/off times found.
 %EC_ONOFF: ECH on/off times (s):   4.0590E+00  1.0000E+01
  %ICRF_ONOFF: no ICRF on/off times found.
 %NB_ONOFF: NBI on/off times (s):   4.0590E+00  1.0000E+01
  ps_init_tag: Plasma State f90 module initialization.
  PSv2.005: species atomic mass fix applied in new state files.
 AUXVAL-- INITITIALIZE shared data structures.
  arrays allocated in pt_diff_data_init
  arrays allocated in ptsolver_data_init
 MCINIT: RANDOM NUMBER GEN INITIALIZED -          1431461505           1431461505
  %UPF contains no namelist TABORT requests after t= 2.0100000000099998
 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= 2.0122E+00 seconds:  6.9975E-02
  GFRAM0: bdy curvature ratio OK at t= 2.0100E+00 seconds:  6.9975E-02
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  1.8539608160107777  (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= 1.91000E+00 CPU TIME= 7.59880E-02 SECONDS.  DT= 1.00000E-04
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.647292719229283  (reduced to 0.5)
 ======================================
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928311  (reduced to 0.5)
 ======================================
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.647292719229283  (reduced to 0.5)
 ======================================
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.647292719229283  (reduced to 0.5)
 ======================================
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928311  (reduced to 0.5)
 ======================================
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.647292719229283  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.911126E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928311  (reduced to 0.5)
 ======================================
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928311  (reduced to 0.5)
 ======================================
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.647292719229283  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.912580E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928311  (reduced to 0.5)
 ======================================
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.647292719229283  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.914257E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928289  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.915421E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928266  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.916876E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.647292719229283  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.918695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928322  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.920695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928322  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.922695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928322  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.924695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928322  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.926695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928322  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.928695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.64729271922928322  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.930695E+00
 % MHDEQ: TG1= 2.0100000000099998 ; TG2= 2.01220000001
 %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     -3.362E+00     1.110E+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  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.7204E+00  5.6993E-04
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  2.32E-01  5.24E-02  4.64E-02  4.19E-03  7.45E-04  1.10E+00  1.720E+00  5.699E-04 3.62103E+01 1.76E-02  1.000   1.11   0.95
  100  4.33E-05  2.46E-05  2.64E-06  4.38E-09  4.81E-09  1.07E+00  1.785E+00  3.804E-02 3.34639E+01 2.00E-02  1.000   1.11   1.20
  160  9.13E-07  5.36E-07  2.07E-07  8.20E-11  6.43E-11  1.07E+00  1.813E+00  2.698E-02 3.34620E+01 2.01E-02  1.000   1.11   1.21

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.265E-07 d(ln R0)/dt =  1.202E-04

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

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


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

    1  1.47E-01  1.18E-01  3.73E-05  1.12E-08  1.12E-08  1.10E+00  1.813E+00  2.686E-02 3.34614E+01 2.01E-02  1.000   1.11   1.21
  100  6.36E-05  4.50E-05  1.99E-07  8.81E-10  4.04E-10  5.26E-01  1.816E+00  2.653E-02 2.97287E+01 2.27E-02  0.944   1.11   1.14
  200  5.03E-06  1.45E-06  1.27E-07  6.35E-11  3.21E-11  5.26E-01  1.842E+00  2.348E-02 2.63160E+01 2.57E-02  0.889   1.11   1.11
  300  6.75E-07  1.82E-07  2.84E-08  1.17E-11  6.80E-12  5.26E-01  1.846E+00  2.132E-02 2.66270E+01 2.54E-02  0.894   1.11   1.11
  400  1.11E-07  2.88E-08  6.96E-09  4.30E-13  7.12E-13  5.26E-01  1.850E+00  2.027E-02 2.63691E+01 2.57E-02  0.890   1.11   1.11
  500  4.25E-08  1.40E-08  2.84E-09  5.97E-13  3.38E-13  5.26E-01  1.852E+00  1.948E-02 2.61322E+01 2.59E-02  0.886   1.11   1.11
  600  1.46E-08  5.44E-09  1.08E-09  1.24E-13  1.24E-13  5.26E-01  1.854E+00  1.902E-02 2.60320E+01 2.60E-02  0.885   1.11   1.11
  667  9.94E-09  4.15E-09  5.21E-10  1.37E-13  8.64E-14  5.26E-01  1.855E+00  1.869E-02 2.58903E+01 2.62E-02  0.882   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.02E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.994E-05 d(ln R0)/dt =  8.824E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.24 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:          0.00 SECONDS

 %meq_resize: allocating meq storage of size =  5
 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.086467

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2597E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % MHDEQ: TG1= 2.0100000000099998 ; TG2= 2.01220000001
 %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     -3.362E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.7204E+00  5.6993E-04
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  2.32E-01  5.24E-02  4.64E-02  4.19E-03  7.45E-04  1.10E+00  1.720E+00  5.699E-04 3.62103E+01 1.76E-02  1.000   1.11   0.95
  100  4.33E-05  2.46E-05  2.64E-06  4.38E-09  4.81E-09  1.07E+00  1.785E+00  3.804E-02 3.34639E+01 2.00E-02  1.000   1.11   1.20
  160  9.13E-07  5.36E-07  2.07E-07  8.20E-11  6.43E-11  1.07E+00  1.813E+00  2.698E-02 3.34620E+01 2.01E-02  1.000   1.11   1.21

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.23E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.265E-07 d(ln R0)/dt =  1.202E-04

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

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


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

    1  1.47E-01  1.18E-01  3.73E-05  1.12E-08  1.12E-08  1.10E+00  1.813E+00  2.686E-02 3.34614E+01 2.01E-02  1.000   1.11   1.21
  100  6.36E-05  4.50E-05  1.99E-07  8.81E-10  4.04E-10  5.26E-01  1.816E+00  2.653E-02 2.97287E+01 2.27E-02  0.944   1.11   1.14
  200  5.03E-06  1.45E-06  1.27E-07  6.35E-11  3.21E-11  5.26E-01  1.842E+00  2.348E-02 2.63160E+01 2.57E-02  0.889   1.11   1.11
  300  6.75E-07  1.82E-07  2.84E-08  1.17E-11  6.80E-12  5.26E-01  1.846E+00  2.132E-02 2.66270E+01 2.54E-02  0.894   1.11   1.11
  400  1.11E-07  2.88E-08  6.96E-09  4.30E-13  7.12E-13  5.26E-01  1.850E+00  2.027E-02 2.63691E+01 2.57E-02  0.890   1.11   1.11
  500  4.25E-08  1.40E-08  2.84E-09  5.97E-13  3.38E-13  5.26E-01  1.852E+00  1.948E-02 2.61322E+01 2.59E-02  0.886   1.11   1.11
  600  1.46E-08  5.44E-09  1.08E-09  1.24E-13  1.24E-13  5.26E-01  1.854E+00  1.902E-02 2.60320E+01 2.60E-02  0.885   1.11   1.11
  667  9.94E-09  4.15E-09  5.21E-10  1.37E-13  8.64E-14  5.26E-01  1.855E+00  1.869E-02 2.58903E+01 2.62E-02  0.882   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.01E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.994E-05 d(ln R0)/dt =  8.824E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.23 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.086467

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2527E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 1.93069E+00 CPU TIME= 4.99921E-02 SECONDS.  DT= 2.00000E-03
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.932695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.934695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.936695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.938695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.940695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.942695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.944695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.946695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.948695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70347427213376956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.950695E+00
 % MHDEQ: TG1= 2.0100000000099998 ; TG2= 2.01220000001
 %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     -3.348E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8548E+00  1.8687E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  3.12E+00  9.52E-01  1.47E-01  4.63E-03  1.36E-03  1.10E+00  1.855E+00  1.869E-02 4.38379E+01 1.50E-02  1.000   1.11   1.03
  100  5.95E-04  3.85E-04  5.73E-06  1.91E-09  2.93E-09  1.04E+00  1.857E+00  2.080E-02 3.31808E+01 2.05E-02  1.000   1.11   1.16
  184  9.95E-07  4.22E-07  2.20E-07  1.52E-11  3.10E-11  1.04E+00  1.829E+00  2.369E-02 3.31770E+01 2.03E-02  1.000   1.11   1.15

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.52E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.086E-07 d(ln R0)/dt =  5.163E-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  1.55E-01  1.46E-01  6.95E-05  1.35E-08  6.87E-09  1.10E+00  1.828E+00  2.365E-02 3.31765E+01 2.04E-02  1.000   1.11   1.15
  100  3.77E-05  2.08E-05  2.37E-07  1.03E-10  2.72E-11  5.11E-01  1.829E+00  2.348E-02 3.19480E+01 2.12E-02  0.982   1.11   1.13
  200  4.28E-06  1.38E-06  8.93E-08  1.87E-11  8.27E-12  5.11E-01  1.839E+00  2.164E-02 3.03821E+01 2.23E-02  0.958   1.11   1.11
  300  6.12E-07  2.70E-07  2.62E-08  2.12E-12  3.32E-12  5.11E-01  1.839E+00  2.002E-02 3.08498E+01 2.19E-02  0.965   1.11   1.11
  400  1.04E-07  5.42E-08  6.46E-09  2.71E-13  5.75E-13  5.11E-01  1.839E+00  2.008E-02 3.07882E+01 2.20E-02  0.964   1.11   1.11
  500  5.64E-08  2.75E-08  1.15E-09  4.54E-13  1.32E-13  5.11E-01  1.839E+00  1.978E-02 3.06782E+01 2.21E-02  0.962   1.11   1.11
  600  1.61E-08  8.36E-09  9.24E-10  1.81E-13  3.15E-14  5.11E-01  1.840E+00  1.944E-02 3.05676E+01 2.22E-02  0.961   1.11   1.11
  649  9.73E-09  5.43E-09  8.04E-10  5.74E-14  6.69E-14  5.11E-01  1.840E+00  1.937E-02 3.05561E+01 2.22E-02  0.961   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  2.680E-05 d(ln R0)/dt =  5.845E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.19 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):     0.098344

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2077E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % MHDEQ: TG1= 2.0100000000099998 ; TG2= 2.01220000001
 %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     -3.348E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8548E+00  1.8687E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  3.12E+00  9.52E-01  1.47E-01  4.63E-03  1.36E-03  1.10E+00  1.855E+00  1.869E-02 4.38379E+01 1.50E-02  1.000   1.11   1.03
  100  5.95E-04  3.85E-04  5.73E-06  1.91E-09  2.93E-09  1.04E+00  1.857E+00  2.080E-02 3.31808E+01 2.05E-02  1.000   1.11   1.16
  184  9.95E-07  4.22E-07  2.20E-07  1.52E-11  3.10E-11  1.04E+00  1.829E+00  2.369E-02 3.31770E+01 2.03E-02  1.000   1.11   1.15

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.48E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.086E-07 d(ln R0)/dt =  5.163E-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  1.55E-01  1.46E-01  6.95E-05  1.35E-08  6.87E-09  1.10E+00  1.828E+00  2.365E-02 3.31765E+01 2.04E-02  1.000   1.11   1.15
  100  3.77E-05  2.08E-05  2.37E-07  1.03E-10  2.72E-11  5.11E-01  1.829E+00  2.348E-02 3.19480E+01 2.12E-02  0.982   1.11   1.13
  200  4.28E-06  1.38E-06  8.93E-08  1.87E-11  8.27E-12  5.11E-01  1.839E+00  2.164E-02 3.03821E+01 2.23E-02  0.958   1.11   1.11
  300  6.12E-07  2.70E-07  2.62E-08  2.12E-12  3.32E-12  5.11E-01  1.839E+00  2.002E-02 3.08498E+01 2.19E-02  0.965   1.11   1.11
  400  1.04E-07  5.42E-08  6.46E-09  2.71E-13  5.75E-13  5.11E-01  1.839E+00  2.008E-02 3.07882E+01 2.20E-02  0.964   1.11   1.11
  500  5.64E-08  2.75E-08  1.15E-09  4.54E-13  1.32E-13  5.11E-01  1.839E+00  1.978E-02 3.06782E+01 2.21E-02  0.962   1.11   1.11
  600  1.61E-08  8.36E-09  9.24E-10  1.81E-13  3.15E-14  5.11E-01  1.840E+00  1.944E-02 3.05676E+01 2.22E-02  0.961   1.11   1.11
  649  9.73E-09  5.43E-09  8.04E-10  5.74E-14  6.69E-14  5.11E-01  1.840E+00  1.937E-02 3.05561E+01 2.22E-02  0.961   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  2.680E-05 d(ln R0)/dt =  5.845E-07


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.18 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.098344

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2037E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 1.95069E+00 CPU TIME= 4.99935E-02 SECONDS.  DT= 2.00000E-03
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266354  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.952695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266376  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.954695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266376  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.956695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266376  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.958695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266376  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.960695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266376  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.962695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266376  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.964695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266376  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.966695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266376  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.968695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70196356888266376  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.970695E+00
 % MHDEQ: TG1= 2.0100000000099998 ; TG2= 2.01220000001
 %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     -3.351E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8397E+00  1.9371E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  2.04E+00  6.09E-01  1.30E-01  4.88E-03  1.26E-03  1.10E+00  1.840E+00  1.937E-02 4.25288E+01 1.54E-02  1.000   1.11   0.95
  100  1.55E-04  6.18E-05  3.29E-06  2.35E-09  2.06E-09  1.07E+00  1.833E+00  2.566E-02 3.32272E+01 2.04E-02  1.000   1.11   1.09
  156  9.58E-07  4.99E-07  1.27E-07  3.99E-11  6.46E-11  1.07E+00  1.827E+00  2.487E-02 3.32263E+01 2.03E-02  1.000   1.11   1.10

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.970E-07 d(ln R0)/dt =  4.233E-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  1.37E-01  1.04E-01  3.12E-05  5.83E-09  4.64E-09  1.10E+00  1.827E+00  2.482E-02 3.32257E+01 2.04E-02  1.000   1.11   1.11
  100  6.77E-06  3.17E-06  1.14E-07  2.29E-11  6.42E-11  5.26E-01  1.828E+00  2.457E-02 3.34725E+01 2.02E-02  1.004   1.11   1.11
  200  3.84E-07  1.45E-07  3.86E-08  7.10E-12  1.12E-11  5.26E-01  1.829E+00  2.281E-02 3.33858E+01 2.03E-02  1.002   1.11   1.11
  300  7.76E-08  2.93E-08  1.43E-08  1.02E-12  2.72E-12  5.26E-01  1.832E+00  2.107E-02 3.27425E+01 2.07E-02  0.993   1.11   1.11
  400  2.58E-08  1.15E-08  3.54E-09  1.65E-13  6.51E-13  5.26E-01  1.834E+00  2.050E-02 3.24444E+01 2.09E-02  0.988   1.11   1.11
  500  1.22E-08  5.79E-09  9.97E-10  5.40E-14  2.14E-13  5.26E-01  1.834E+00  2.017E-02 3.22189E+01 2.10E-02  0.985   1.11   1.11
  521  9.95E-09  5.11E-09  8.45E-10  3.89E-14  1.25E-13  5.26E-01  1.835E+00  2.009E-02 3.21836E+01 2.10E-02  0.985   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.56E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.214E-05 d(ln R0)/dt =  4.730E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.76 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):     0.095389

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  1.7827E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % MHDEQ: TG1= 2.0100000000099998 ; TG2= 2.01220000001
 %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     -3.351E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8397E+00  1.9371E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  2.04E+00  6.09E-01  1.30E-01  4.88E-03  1.26E-03  1.10E+00  1.840E+00  1.937E-02 4.25288E+01 1.54E-02  1.000   1.11   0.95
  100  1.55E-04  6.18E-05  3.29E-06  2.35E-09  2.06E-09  1.07E+00  1.833E+00  2.566E-02 3.32272E+01 2.04E-02  1.000   1.11   1.09
  156  9.58E-07  4.99E-07  1.27E-07  3.99E-11  6.46E-11  1.07E+00  1.827E+00  2.487E-02 3.32263E+01 2.03E-02  1.000   1.11   1.10

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.970E-07 d(ln R0)/dt =  4.233E-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  1.37E-01  1.04E-01  3.12E-05  5.83E-09  4.64E-09  1.10E+00  1.827E+00  2.482E-02 3.32257E+01 2.04E-02  1.000   1.11   1.11
  100  6.77E-06  3.17E-06  1.14E-07  2.29E-11  6.42E-11  5.26E-01  1.828E+00  2.457E-02 3.34725E+01 2.02E-02  1.004   1.11   1.11
  200  3.84E-07  1.45E-07  3.86E-08  7.10E-12  1.12E-11  5.26E-01  1.829E+00  2.281E-02 3.33858E+01 2.03E-02  1.002   1.11   1.11
  300  7.76E-08  2.93E-08  1.43E-08  1.02E-12  2.72E-12  5.26E-01  1.832E+00  2.107E-02 3.27425E+01 2.07E-02  0.993   1.11   1.11
  400  2.58E-08  1.15E-08  3.54E-09  1.65E-13  6.51E-13  5.26E-01  1.834E+00  2.050E-02 3.24444E+01 2.09E-02  0.988   1.11   1.11
  500  1.22E-08  5.79E-09  9.97E-10  5.40E-14  2.14E-13  5.26E-01  1.834E+00  2.017E-02 3.22189E+01 2.10E-02  0.985   1.11   1.11
  521  9.95E-09  5.11E-09  8.45E-10  3.89E-14  1.25E-13  5.26E-01  1.835E+00  2.009E-02 3.21836E+01 2.10E-02  0.985   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.61E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.214E-05 d(ln R0)/dt =  4.730E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.83 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):     0.095389

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  1.8487E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 1.97069E+00 CPU TIME= 4.99935E-02 SECONDS.  DT= 2.00000E-03
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.972695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.974695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.976695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.978695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.980695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.982695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.984695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.986695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.988695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70159545489064956  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.990695E+00
 % MHDEQ: TG1= 2.0100000000099998 ; TG2= 2.01220000001
 %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     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8346E+00  2.0082E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.79E+00  5.31E-01  1.25E-01  4.96E-03  1.22E-03  1.10E+00  1.835E+00  2.008E-02 4.21196E+01 1.55E-02  1.000   1.11   0.94
  100  4.24E-05  1.63E-05  2.09E-06  1.81E-09  1.63E-09  1.07E+00  1.823E+00  2.484E-02 3.32410E+01 2.03E-02  1.000   1.11   1.07
  149  9.59E-07  3.88E-07  1.46E-07  2.14E-11  5.78E-11  1.07E+00  1.825E+00  2.449E-02 3.32403E+01 2.03E-02  1.000   1.11   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.326E-07 d(ln R0)/dt =  1.044E-06

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

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


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

    1  1.46E-01  1.02E-01  2.73E-05  3.21E-09  3.58E-09  1.10E+00  1.825E+00  2.445E-02 3.32396E+01 2.04E-02  1.000   1.11   1.09
  100  1.67E-05  5.28E-06  1.23E-07  4.25E-11  1.09E-10  5.26E-01  1.825E+00  2.424E-02 3.42228E+01 1.98E-02  1.014   1.11   1.10
  200  1.26E-06  5.27E-07  3.28E-08  2.30E-11  1.14E-11  5.26E-01  1.824E+00  2.275E-02 3.43624E+01 1.97E-02  1.016   1.11   1.11
  300  2.20E-07  8.44E-08  1.43E-08  1.70E-12  3.70E-12  5.26E-01  1.830E+00  2.117E-02 3.31631E+01 2.04E-02  0.999   1.11   1.11
  400  5.45E-08  2.55E-08  3.55E-09  2.76E-13  8.10E-13  5.26E-01  1.832E+00  2.062E-02 3.28144E+01 2.06E-02  0.994   1.11   1.11
  500  2.06E-08  1.06E-08  1.20E-09  6.35E-14  1.79E-13  5.26E-01  1.833E+00  2.030E-02 3.25323E+01 2.08E-02  0.990   1.11   1.11
  600  1.19E-08  6.10E-09  5.89E-10  1.29E-13  8.98E-14  5.26E-01  1.834E+00  1.983E-02 3.22898E+01 2.10E-02  0.986   1.11   1.11
  613  9.95E-09  5.53E-09  5.51E-10  7.66E-14  7.97E-14  5.26E-01  1.835E+00  1.978E-02 3.22613E+01 2.10E-02  0.985   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.906E-05 d(ln R0)/dt =  6.357E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.20 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072561

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2227E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % MHDEQ: TG1= 2.0100000000099998 ; TG2= 2.01220000001
 %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     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8346E+00  2.0082E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.79E+00  5.31E-01  1.25E-01  4.96E-03  1.22E-03  1.10E+00  1.835E+00  2.008E-02 4.21196E+01 1.55E-02  1.000   1.11   0.94
  100  4.24E-05  1.63E-05  2.09E-06  1.81E-09  1.63E-09  1.07E+00  1.823E+00  2.484E-02 3.32410E+01 2.03E-02  1.000   1.11   1.07
  149  9.59E-07  3.88E-07  1.46E-07  2.14E-11  5.78E-11  1.07E+00  1.825E+00  2.449E-02 3.32403E+01 2.03E-02  1.000   1.11   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.37E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.326E-07 d(ln R0)/dt =  1.044E-06

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

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


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

    1  1.46E-01  1.02E-01  2.73E-05  3.21E-09  3.58E-09  1.10E+00  1.825E+00  2.445E-02 3.32396E+01 2.04E-02  1.000   1.11   1.09
  100  1.67E-05  5.28E-06  1.23E-07  4.25E-11  1.09E-10  5.26E-01  1.825E+00  2.424E-02 3.42228E+01 1.98E-02  1.014   1.11   1.10
  200  1.26E-06  5.27E-07  3.28E-08  2.30E-11  1.14E-11  5.26E-01  1.824E+00  2.275E-02 3.43624E+01 1.97E-02  1.016   1.11   1.11
  300  2.20E-07  8.44E-08  1.43E-08  1.70E-12  3.70E-12  5.26E-01  1.830E+00  2.117E-02 3.31631E+01 2.04E-02  0.999   1.11   1.11
  400  5.45E-08  2.55E-08  3.55E-09  2.76E-13  8.10E-13  5.26E-01  1.832E+00  2.062E-02 3.28144E+01 2.06E-02  0.994   1.11   1.11
  500  2.06E-08  1.06E-08  1.20E-09  6.35E-14  1.79E-13  5.26E-01  1.833E+00  2.030E-02 3.25323E+01 2.08E-02  0.990   1.11   1.11
  600  1.19E-08  6.10E-09  5.89E-10  1.29E-13  8.98E-14  5.26E-01  1.834E+00  1.983E-02 3.22898E+01 2.10E-02  0.986   1.11   1.11
  613  9.95E-09  5.53E-09  5.51E-10  7.66E-14  7.97E-14  5.26E-01  1.835E+00  1.978E-02 3.22613E+01 2.10E-02  0.985   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.08E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.906E-05 d(ln R0)/dt =  6.357E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.32 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072561

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3346E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 1.99069E+00 CPU TIME= 4.99935E-02 SECONDS.  DT= 2.00000E-03
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70160975325868313  (reduced to 0.5)
 ======================[1] 29996
================
 %INITAL:  pseudo time advanced to  1.992695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70160975325868291  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.994695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70160975325868291  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.996695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70160975325868291  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  1.998695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70160975325868291  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  2.000695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70160975325868291  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  2.002695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70160975325868291  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  2.004695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70160975325868291  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  2.006695E+00
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  0.70160975325868291  (reduced to 0.5)
 ======================================
 %INITAL:  pseudo time advanced to  2.008695E+00
 sce_equil_init:
    Equilibration feature not active (noption_equil <= 0 in namelist).
  
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      1
 TA= 2.01000E+00 CPU TIME= 4.99935E-02 SECONDS.  DT= 1.00000E-03
  
 TTOR1=  2.0100000000099998
 TTOR2=  2.0200000000099996
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %check_save_state: pbsid = 47004
  %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=  2.0100000E+00

 %wrstf: jsystem(tail -n 200 134372N01tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134372N01_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.010000E+00 NSTEP=     1 Hash code:   37325018
 ->PRGCHK: bdy curvature ratio at t= 2.0150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0100000000099998 ; TG2= 2.0150000000099997

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8346E+00  1.9775E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.79E+00  5.30E-01  1.25E-01  4.96E-03  1.22E-03  1.10E+00  1.835E+00  1.978E-02 4.21231E+01 1.55E-02  1.000   1.11   0.93
  100  4.27E-05  1.62E-05  2.12E-06  1.86E-09  1.69E-09  1.07E+00  1.823E+00  2.474E-02 3.32415E+01 2.03E-02  1.000   1.11   1.07
  149  9.55E-07  3.85E-07  1.47E-07  2.16E-11  5.73E-11  1.07E+00  1.825E+00  2.445E-02 3.32408E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.288E-07 d(ln R0)/dt =  1.355E-06

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

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


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

    1  1.47E-01  1.03E-01  2.74E-05  3.20E-09  3.57E-09  1.10E+00  1.825E+00  2.442E-02 3.32401E+01 2.04E-02  1.000   1.11   1.09
  100  1.77E-05  5.63E-06  1.25E-07  4.93E-11  1.14E-10  5.26E-01  1.825E+00  2.420E-02 3.43440E+01 1.97E-02  1.016   1.11   1.10
  200  1.25E-06  5.22E-07  3.33E-08  2.33E-11  1.20E-11  5.26E-01  1.824E+00  2.278E-02 3.45747E+01 1.96E-02  1.019   1.11   1.11
  300  2.21E-07  8.52E-08  1.45E-08  1.81E-12  3.80E-12  5.26E-01  1.829E+00  2.123E-02 3.33541E+01 2.03E-02  1.002   1.11   1.11
  400  5.36E-08  2.50E-08  3.73E-09  2.82E-13  8.10E-13  5.26E-01  1.832E+00  2.065E-02 3.29854E+01 2.05E-02  0.996   1.11   1.11
  500  2.04E-08  1.04E-08  1.23E-09  6.49E-14  1.84E-13  5.26E-01  1.833E+00  2.033E-02 3.26950E+01 2.07E-02  0.992   1.11   1.11
  600  1.17E-08  5.97E-09  6.02E-10  1.41E-13  8.99E-14  5.26E-01  1.834E+00  1.987E-02 3.24504E+01 2.09E-02  0.988   1.11   1.11
  612  9.95E-09  5.48E-09  5.66E-10  8.87E-14  7.26E-14  5.26E-01  1.834E+00  1.982E-02 3.24235E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.14E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.146E-05 d(ln R0)/dt =  6.448E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.42 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072300

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4416E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.010000 TO TG2=    2.015000 @ NSTEP        1
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316818286837E+04
  GASFL called from sbrtn pbal
  GASFL called from sbrtn pbal
  %nclass_geometry: Allocating module variables
  %nclass_geometry_mod: replacing geometry module variables in the ncbox
  %nclass_driver: Allocating module variables
  %nclass_driver_mod: replacing geometry module variables in the ncbox
  %nclass_geometry: Deallocating module variables
  %nclass_geometry: Allocating module variables
  %nclass_geometry_mod: replacing geometry module variables in the ncbox
  %nclass_driver: Deallocating module variables
  %nclass_driver: Allocating module variables
  %nclass_driver_mod: replacing geometry module variables in the ncbox
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  ?MSESIM: no power in beam# 1
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 2
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 3
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 4
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 5
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 6
   Taking E/A = 45000 eV/AMU
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.015000E+00 NSTEP=     5 Hash code:   36346838
 ->PRGCHK: bdy curvature ratio at t= 2.0200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0150000000099997 ; TG2= 2.0200000000099996

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8342E+00  1.9821E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.77E+00  5.24E-01  1.25E-01  4.96E-03  1.22E-03  1.10E+00  1.834E+00  1.982E-02 4.20860E+01 1.56E-02  1.000   1.11   0.93
  100  3.38E-05  1.42E-05  2.10E-06  2.01E-09  1.67E-09  1.07E+00  1.821E+00  2.452E-02 3.32429E+01 2.03E-02  1.000   1.11   1.06
  152  9.80E-07  4.44E-07  1.21E-07  3.19E-11  4.14E-11  1.07E+00  1.825E+00  2.424E-02 3.32421E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.40E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.936E-07 d(ln R0)/dt =  7.165E-07

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

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


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

    1  1.50E-01  1.05E-01  2.81E-05  3.12E-09  3.53E-09  1.10E+00  1.825E+00  2.420E-02 3.32414E+01 2.04E-02  1.000   1.11   1.09
  100  1.61E-05  5.05E-06  1.05E-07  4.06E-11  6.28E-11  5.26E-01  1.825E+00  2.400E-02 3.42890E+01 1.97E-02  1.015   1.11   1.10
  200  1.34E-06  5.77E-07  2.97E-08  2.73E-11  1.03E-11  5.26E-01  1.824E+00  2.255E-02 3.45081E+01 1.96E-02  1.019   1.11   1.11
  300  2.15E-07  8.26E-08  1.24E-08  1.44E-12  2.80E-12  5.26E-01  1.829E+00  2.126E-02 3.34354E+01 2.02E-02  1.003   1.11   1.11
  400  5.59E-08  2.63E-08  3.42E-09  2.76E-13  7.63E-13  5.26E-01  1.831E+00  2.065E-02 3.30246E+01 2.05E-02  0.997   1.11   1.11
  500  2.10E-08  1.08E-08  1.18E-09  5.65E-14  1.59E-13  5.26E-01  1.833E+00  2.029E-02 3.27217E+01 2.07E-02  0.992   1.11   1.11
  600  1.20E-08  6.09E-09  5.72E-10  1.25E-13  7.70E-14  5.26E-01  1.834E+00  1.987E-02 3.24817E+01 2.08E-02  0.989   1.11   1.11
  613  9.88E-09  5.46E-09  5.27E-10  6.91E-14  7.57E-14  5.26E-01  1.834E+00  1.983E-02 3.24557E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.08E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.220E-05 d(ln R0)/dt =  5.928E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.32 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072054

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3416E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.015000 TO TG2=    2.020000 @ NSTEP        5
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316464853843E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      8
 TA= 2.02000E+00 CPU TIME= 4.99935E-02 SECONDS.  DT= 1.30859E-03
  
 TTOR1=  2.0200000000099996
 TTOR2=  2.0300000000099994
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.020000E+00 NSTEP=     8 Hash code:   57692628
 ->PRGCHK: bdy curvature ratio at t= 2.0250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0200000000099996 ; TG2= 2.0250000000099995

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9825E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.77E+00  5.23E-01  1.25E-01  4.96E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20807E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.37E-05  2.08E-06  1.99E-09  1.65E-09  1.07E+00  1.821E+00  2.450E-02 3.32431E+01 2.03E-02  1.000   1.11   1.06
  152  1.00E-06  4.45E-07  1.19E-07  3.08E-11  4.09E-11  1.07E+00  1.825E+00  2.422E-02 3.32423E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.978E-07 d(ln R0)/dt =  6.261E-07

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

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


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

    1  1.50E-01  1.06E-01  2.82E-05  3.11E-09  3.52E-09  1.10E+00  1.825E+00  2.418E-02 3.32416E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.00E-06  1.04E-07  4.06E-11  6.23E-11  5.26E-01  1.825E+00  2.398E-02 3.43006E+01 1.97E-02  1.015   1.11   1.10
  200  1.31E-06  5.65E-07  2.95E-08  2.72E-11  1.03E-11  5.26E-01  1.824E+00  2.255E-02 3.45296E+01 1.96E-02  1.019   1.11   1.11
  300  2.11E-07  8.14E-08  1.23E-08  1.44E-12  2.79E-12  5.26E-01  1.829E+00  2.126E-02 3.34581E+01 2.02E-02  1.003   1.11   1.11
  400  5.52E-08  2.59E-08  3.42E-09  2.75E-13  7.63E-13  5.26E-01  1.831E+00  2.065E-02 3.30427E+01 2.05E-02  0.997   1.11   1.11
  500  2.08E-08  1.06E-08  1.18E-09  5.65E-14  1.62E-13  5.26E-01  1.833E+00  2.030E-02 3.27390E+01 2.07E-02  0.993   1.11   1.11
  600  1.19E-08  6.03E-09  5.70E-10  1.25E-13  7.57E-14  5.26E-01  1.834E+00  1.988E-02 3.24992E+01 2.08E-02  0.989   1.11   1.11
  613  9.80E-09  5.42E-09  5.26E-10  6.93E-14  7.55E-14  5.26E-01  1.834E+00  1.983E-02 3.24732E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.26E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.251E-05 d(ln R0)/dt =  5.940E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072016

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5616E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.020000 TO TG2=    2.025000 @ NSTEP        8
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316264383240E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.025000E+00 NSTEP=    12 Hash code:   58346243
 ->PRGCHK: bdy curvature ratio at t= 2.0300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0250000000099995 ; TG2= 2.0300000000099994

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8340E+00  1.9830E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20767E+01 1.56E-02  1.000   1.11   0.93
  100  3.18E-05  1.40E-05  2.11E-06  1.98E-09  1.67E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.26E-07  9.92E-08  1.94E-11  4.20E-11  1.07E+00  1.825E+00  2.412E-02 3.32425E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.916E-07 d(ln R0)/dt =  1.643E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.408E-02 3.32418E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.60E-06  9.68E-08  3.76E-11  7.45E-11  5.26E-01  1.825E+00  2.389E-02 3.42735E+01 1.97E-02  1.015   1.11   1.10
  200  1.07E-06  4.68E-07  2.92E-08  2.24E-11  1.07E-11  5.26E-01  1.824E+00  2.253E-02 3.45544E+01 1.96E-02  1.019   1.11   1.11
  300  1.90E-07  7.33E-08  1.21E-08  1.53E-12  3.02E-12  5.26E-01  1.829E+00  2.123E-02 3.34436E+01 2.02E-02  1.003   1.11   1.11
  400  4.82E-08  2.24E-08  3.41E-09  2.46E-13  7.68E-13  5.26E-01  1.831E+00  2.063E-02 3.30358E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.57E-09  1.13E-09  5.76E-14  1.77E-13  5.26E-01  1.833E+00  2.029E-02 3.27464E+01 2.07E-02  0.993   1.11   1.11
  597  9.89E-09  5.83E-09  5.57E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25137E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.22E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.894E-05 d(ln R0)/dt =  6.347E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.49 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072094

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5166E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.025000 TO TG2=    2.030000 @ NSTEP       12
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315726196939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     15
 TA= 2.03000E+00 CPU TIME= 5.09911E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.0300000000099994
 TTOR2=  2.0400000000099991
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.030000E+00 NSTEP=    15 Hash code:   87676868
 ->PRGCHK: bdy curvature ratio at t= 2.0350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0300000000099994 ; TG2= 2.0350000000099993

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8338E+00  1.9888E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.19E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20603E+01 1.56E-02  1.000   1.11   0.93
  100  3.41E-05  1.67E-05  2.23E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.457E-02 3.32436E+01 2.03E-02  1.000   1.11   1.06
  151  9.68E-07  4.79E-07  1.25E-07  3.37E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.139E-07 d(ln R0)/dt =  1.015E-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  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.47E-09  1.10E+00  1.824E+00  2.422E-02 3.32422E+01 2.04E-02  1.000   1.11   1.09
  100  1.60E-05  5.06E-06  1.14E-07  4.30E-11  7.66E-11  5.26E-01  1.825E+00  2.403E-02 3.43518E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.34E-07  3.08E-08  2.79E-11  1.08E-11  5.26E-01  1.824E+00  2.264E-02 3.45675E+01 1.96E-02  1.019   1.11   1.11
  300  2.02E-07  7.85E-08  1.30E-08  1.52E-12  3.07E-12  5.26E-01  1.829E+00  2.128E-02 3.34405E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.04E-13  8.42E-13  5.26E-01  1.831E+00  2.067E-02 3.30423E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.96E-14  1.84E-13  5.26E-01  1.833E+00  2.031E-02 3.27279E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.82E-09  5.83E-10  1.27E-13  7.33E-14  5.26E-01  1.834E+00  1.988E-02 3.24892E+01 2.08E-02  0.989   1.11   1.11
  612  9.77E-09  5.35E-09  5.45E-10  7.63E-14  8.39E-14  5.26E-01  1.834E+00  1.984E-02 3.24647E+01 2.08E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.455E-05 d(ln R0)/dt =  6.077E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072133

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5286E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.030000 TO TG2=    2.035000 @ NSTEP       15
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316383819664E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.035000E+00 NSTEP=    19 Hash code:   36401647
 ->PRGCHK: bdy curvature ratio at t= 2.0400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0350000000099993 ; TG2= 2.0400000000099991

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9835E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.984E-02 4.20773E+01 1.56E-02  1.000   1.11   0.93
  100  3.18E-05  1.39E-05  2.10E-06  1.98E-09  1.67E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.26E-07  9.91E-08  1.94E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.906E-07 d(ln R0)/dt =  1.284E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.408E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.42E-11  5.26E-01  1.825E+00  2.389E-02 3.42658E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.68E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45418E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34318E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.45E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27365E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25037E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.19E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.903E-05 d(ln R0)/dt =  6.360E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.46 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072109

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4916E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.035000 TO TG2=    2.040000 @ NSTEP       19
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315824899163E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     22
 TA= 2.04000E+00 CPU TIME= 4.99954E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.0400000000099991
 TTOR2=  2.0500000000099989
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.040000E+00 NSTEP=    22 Hash code:   60645176
 ->PRGCHK: bdy curvature ratio at t= 2.0450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0400000000099991 ; TG2= 2.045000000009999

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20623E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.90E-07  4.94E-07  1.25E-07  3.41E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.65E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.346E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.03E-06  1.13E-07  4.25E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43443E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45596E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.04E-12  5.26E-01  1.829E+00  2.128E-02 3.34381E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30385E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27254E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24865E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.36E-09  5.43E-10  7.59E-14  8.29E-14  5.26E-01  1.834E+00  1.984E-02 3.24620E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.26E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.075E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072129

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5466E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.040000 TO TG2=    2.045000 @ NSTEP       22
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316404053496E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.045000E+00 NSTEP=    26 Hash code:   76917118
 ->PRGCHK: bdy curvature ratio at t= 2.0500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.045000000009999 ; TG2= 2.0500000000099989

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20779E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.90E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.899E-07 d(ln R0)/dt =  1.013E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42651E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45415E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34318E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30250E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.75E-13  5.26E-01  1.833E+00  2.029E-02 3.27366E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25037E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.23E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5276E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.045000 TO TG2=    2.050000 @ NSTEP       26
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315821875495E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     29
 TA= 2.05000E+00 CPU TIME= 5.09911E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.0500000000099989
 TTOR2=  2.0600000000099987
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.050000E+00 NSTEP=    29 Hash code:   69878379
 ->PRGCHK: bdy curvature ratio at t= 2.0550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0500000000099989 ; TG2= 2.0550000000099988

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20623E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.90E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.363E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43446E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45601E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34384E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30387E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.29E-14  5.26E-01  1.834E+00  1.984E-02 3.24622E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5936E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.050000 TO TG2=    2.055000 @ NSTEP       29
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316401201490E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.055000E+00 NSTEP=    33 Hash code:   32241955
 ->PRGCHK: bdy curvature ratio at t= 2.0600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0550000000099988 ; TG2= 2.0600000000099987

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.79E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.042E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45416E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34319E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5466E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.055000 TO TG2=    2.060000 @ NSTEP       33
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820569485E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     36
 TA= 2.06000E+00 CPU TIME= 5.09911E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.0600000000099987
 TTOR2=  2.0700000000099985
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.060000E+00 NSTEP=    36 Hash code:  110646140
 ->PRGCHK: bdy curvature ratio at t= 2.0650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0600000000099987 ; TG2= 2.0650000000099986

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20623E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.373E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.29E-14  5.26E-01  1.834E+00  1.984E-02 3.24622E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.26E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5526E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.060000 TO TG2=    2.065000 @ NSTEP       36
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400574366E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.065000E+00 NSTEP=    40 Hash code:   21701862
 ->PRGCHK: bdy curvature ratio at t= 2.0700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0650000000099986 ; TG2= 2.0700000000099985

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.049E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.21E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.48 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5036E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.065000 TO TG2=    2.070000 @ NSTEP       40
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820308749E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     43
 TA= 2.07000E+00 CPU TIME= 4.99954E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.0700000000099985
 TTOR2=  2.0800000000099983
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.070000E+00 NSTEP=    43 Hash code:   76846672
 ->PRGCHK: bdy curvature ratio at t= 2.0750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0700000000099985 ; TG2= 2.0750000000099984

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.66E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.375E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5576E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.070000 TO TG2=    2.075000 @ NSTEP       43
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400436943E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.075000E+00 NSTEP=    47 Hash code:  110958802
 ->PRGCHK: bdy curvature ratio at t= 2.0800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0750000000099984 ; TG2= 2.0800000000099983

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5396E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.075000 TO TG2=    2.080000 @ NSTEP       47
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820245944E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     50
 TA= 2.08000E+00 CPU TIME= 4.89960E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.0800000000099983
 TTOR2=  2.0900000000099981
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.080000E+00 NSTEP=    50 Hash code:   50342666
 ->PRGCHK: bdy curvature ratio at t= 2.0850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0800000000099983 ; TG2= 2.0850000000099982

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.32E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.59 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6166E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.080000 TO TG2=    2.085000 @ NSTEP       50
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400403032E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.085000E+00 NSTEP=    54 Hash code:   13231313
 ->PRGCHK: bdy curvature ratio at t= 2.0900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0850000000099982 ; TG2= 2.0900000000099981

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.22E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.49 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5176E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.085000 TO TG2=    2.090000 @ NSTEP       54
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820230261E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     57
 TA= 2.09000E+00 CPU TIME= 4.99954E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.0900000000099981
 TTOR2=  2.1000000000099979
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.090000E+00 NSTEP=    57 Hash code:   57071338
 ->PRGCHK: bdy curvature ratio at t= 2.0950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.0900000000099981 ; TG2= 2.095000000009998

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.45E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7826E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.090000 TO TG2=    2.095000 @ NSTEP       57
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400394541E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.095000E+00 NSTEP=    61 Hash code:  112409574
 ->PRGCHK: bdy curvature ratio at t= 2.1000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.095000000009998 ; TG2= 2.1000000000099979

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.38E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7066E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.095000 TO TG2=    2.100000 @ NSTEP       61
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820226300E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     64
 TA= 2.10000E+00 CPU TIME= 5.09872E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.1000000000099979
 TTOR2=  2.1100000000099977
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.100000E+00 NSTEP=    64 Hash code:   16173912
 ->PRGCHK: bdy curvature ratio at t= 2.1050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1000000000099979 ; TG2= 2.1050000000099978

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.45E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.08E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.33 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3496E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.100000 TO TG2=    2.105000 @ NSTEP       64
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400392385E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.105000E+00 NSTEP=    68 Hash code:   92479059
 ->PRGCHK: bdy curvature ratio at t= 2.1100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1050000000099978 ; TG2= 2.1100000000099977

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.40E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.05E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.29 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3166E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.105000 TO TG2=    2.110000 @ NSTEP       68
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820225291E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     71
 TA= 2.11000E+00 CPU TIME= 4.99954E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.1100000000099977
 TTOR2=  2.1200000000099974
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.110000E+00 NSTEP=    71 Hash code:  115610127
 ->PRGCHK: bdy curvature ratio at t= 2.1150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1100000000099977 ; TG2= 2.1150000000099975

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.50E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.05E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.30 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3236E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.110000 TO TG2=    2.115000 @ NSTEP       71
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391834E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.115000E+00 NSTEP=    75 Hash code:   67450380
 ->PRGCHK: bdy curvature ratio at t= 2.1200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1150000000099975 ; TG2= 2.1200000000099974

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.80E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0287E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.115000 TO TG2=    2.120000 @ NSTEP       75
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820225020E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     78
 TA= 2.12000E+00 CPU TIME= 5.09872E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.1200000000099974
 TTOR2=  2.1300000000099972
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.120000E+00 NSTEP=    78 Hash code:  109077667
 ->PRGCHK: bdy curvature ratio at t= 2.1250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1200000000099974 ; TG2= 2.1250000000099973

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0697E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.120000 TO TG2=    2.125000 @ NSTEP       78
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391689E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.125000E+00 NSTEP=    82 Hash code:   49101859
 ->PRGCHK: bdy curvature ratio at t= 2.1300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1250000000099973 ; TG2= 2.1300000000099972

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.80E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0277E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.125000 TO TG2=    2.130000 @ NSTEP       82
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224955E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     85
 TA= 2.13000E+00 CPU TIME= 4.99954E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.1300000000099972
 TTOR2=  2.140000000009997
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.130000E+00 NSTEP=    85 Hash code:   91260703
 ->PRGCHK: bdy curvature ratio at t= 2.1350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1300000000099972 ; TG2= 2.1350000000099971

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0407E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.130000 TO TG2=    2.135000 @ NSTEP       85
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391653E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.135000E+00 NSTEP=    89 Hash code:   22595120
 ->PRGCHK: bdy curvature ratio at t= 2.1400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1350000000099971 ; TG2= 2.140000000009997

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.98 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0067E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.135000 TO TG2=    2.140000 @ NSTEP       89
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224951E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     92
 TA= 2.14000E+00 CPU TIME= 4.89960E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.140000000009997
 TTOR2=  2.1500000000099968
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.140000E+00 NSTEP=    92 Hash code:   65438668
 ->PRGCHK: bdy curvature ratio at t= 2.1450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.140000000009997 ; TG2= 2.1450000000099969

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0427E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.140000 TO TG2=    2.145000 @ NSTEP       92
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.145000E+00 NSTEP=    96 Hash code:  115929132
 ->PRGCHK: bdy curvature ratio at t= 2.1500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1450000000099969 ; TG2= 2.1500000000099968

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0457E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.145000 TO TG2=    2.150000 @ NSTEP       96
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     99
 TA= 2.15000E+00 CPU TIME= 5.00031E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.1500000000099968
 TTOR2=  2.1600000000099966
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.150000E+00 NSTEP=    99 Hash code:   63467670
 ->PRGCHK: bdy curvature ratio at t= 2.1550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1500000000099968 ; TG2= 2.1550000000099967

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1377E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.150000 TO TG2=    2.155000 @ NSTEP       99
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.155000E+00 NSTEP=   103 Hash code:  100678162
 ->PRGCHK: bdy curvature ratio at t= 2.1600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1550000000099967 ; TG2= 2.1600000000099966

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1007E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.155000 TO TG2=    2.160000 @ NSTEP      103
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    106
 TA= 2.16000E+00 CPU TIME= 5.09872E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.1600000000099966
 TTOR2=  2.1700000000099964
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.160000E+00 NSTEP=   106 Hash code:   17566898
 ->PRGCHK: bdy curvature ratio at t= 2.1650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1600000000099966 ; TG2= 2.1650000000099965

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1367E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.160000 TO TG2=    2.165000 @ NSTEP      106
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391632E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.165000E+00 NSTEP=   110 Hash code:   78951946
 ->PRGCHK: bdy curvature ratio at t= 2.1700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1650000000099965 ; TG2= 2.1700000000099964

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0797E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.165000 TO TG2=    2.170000 @ NSTEP      110
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    113
 TA= 2.17000E+00 CPU TIME= 4.90036E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.1700000000099964
 TTOR2=  2.1800000000099962
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.170000E+00 NSTEP=   113 Hash code:   93155827
 ->PRGCHK: bdy curvature ratio at t= 2.1750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1700000000099964 ; TG2= 2.1750000000099963

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1317E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.170000 TO TG2=    2.175000 @ NSTEP      113
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
 --> plasma_hash("gframe"): TA= 2.175000E+00 NSTEP=   117 Hash code:   40392763
 ->PRGCHK: bdy curvature ratio at t= 2.1800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1750000000099963 ; TG2= 2.1800000000099962

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0897E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.175000 TO TG2=    2.180000 @ NSTEP      117
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    120
 TA= 2.18000E+00 CPU TIME= 5.09872E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.1800000000099962
 TTOR2=  2.190000000009996
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.180000E+00 NSTEP=   120 Hash code:  105559517
 ->PRGCHK: bdy curvature ratio at t= 2.1850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1800000000099962 ; TG2= 2.1850000000099961

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1657E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.180000 TO TG2=    2.185000 @ NSTEP      120
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.185000E+00 NSTEP=   124 Hash code:   21693953
 ->PRGCHK: bdy curvature ratio at t= 2.1900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1850000000099961 ; TG2= 2.190000000009996

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1107E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.185000 TO TG2=    2.190000 @ NSTEP      124
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    127
 TA= 2.19000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.190000000009996
 TTOR2=  2.2000000000099957
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.190000E+00 NSTEP=   127 Hash code:   44770837
 ->PRGCHK: bdy curvature ratio at t= 2.1950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.190000000009996 ; TG2= 2.1950000000099958

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1567E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.190000 TO TG2=    2.195000 @ NSTEP      127
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.195000E+00 NSTEP=   131 Hash code:   10881869
 ->PRGCHK: bdy curvature ratio at t= 2.2000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.1950000000099958 ; TG2= 2.2000000000099957

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0847E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.195000 TO TG2=    2.200000 @ NSTEP      131
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224929E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    134
 TA= 2.20000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.2000000000099957
 TTOR2=  2.2100000000099955
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.200000E+00 NSTEP=   134 Hash code:   78725558
 ->PRGCHK: bdy curvature ratio at t= 2.2050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2000000000099957 ; TG2= 2.2050000000099956

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.14E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1357E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.200000 TO TG2=    2.205000 @ NSTEP      134
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391644E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.205000E+00 NSTEP=   138 Hash code:   92247736
 ->PRGCHK: bdy curvature ratio at t= 2.2100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2050000000099956 ; TG2= 2.2100000000099955

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0897E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.205000 TO TG2=    2.210000 @ NSTEP      138
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    141
 TA= 2.21000E+00 CPU TIME= 5.00031E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.2100000000099955
 TTOR2=  2.2200000000099953
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.210000E+00 NSTEP=   141 Hash code:   99461406
 ->PRGCHK: bdy curvature ratio at t= 2.2150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2100000000099955 ; TG2= 2.2150000000099954

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1477E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.210000 TO TG2=    2.215000 @ NSTEP      141
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.215000E+00 NSTEP=   145 Hash code:   85435897
 ->PRGCHK: bdy curvature ratio at t= 2.2200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2150000000099954 ; TG2= 2.2200000000099953

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1107E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.215000 TO TG2=    2.220000 @ NSTEP      145
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    148
 TA= 2.22000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.2200000000099953
 TTOR2=  2.2300000000099951
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.220000E+00 NSTEP=   148 Hash code:  100562658
 ->PRGCHK: bdy curvature ratio at t= 2.2250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2200000000099953 ; TG2= 2.2250000000099952

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1447E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.220000 TO TG2=    2.225000 @ NSTEP      148
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391643E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.225000E+00 NSTEP=   152 Hash code:   92596134
 ->PRGCHK: bdy curvature ratio at t= 2.2300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2250000000099952 ; TG2= 2.2300000000099951

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.31E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.17 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1907E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.225000 TO TG2=    2.230000 @ NSTEP      152
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    155
 TA= 2.23000E+00 CPU TIME= 5.00031E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.2300000000099951
 TTOR2=  2.2400000000099949
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.230000E+00 NSTEP=   155 Hash code:   19788380
 ->PRGCHK: bdy curvature ratio at t= 2.2350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2300000000099951 ; TG2= 2.235000000009995

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.26E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.20 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2197E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.230000 TO TG2=    2.235000 @ NSTEP      155
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.235000E+00 NSTEP=   159 Hash code:   50054882
 ->PRGCHK: bdy curvature ratio at t= 2.2400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.235000000009995 ; TG2= 2.2400000000099949

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.30E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1737E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.235000 TO TG2=    2.240000 @ NSTEP      159
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    162
 TA= 2.24000E+00 CPU TIME= 5.40009E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.2400000000099949
 TTOR2=  2.2500000000099947
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.240000E+00 NSTEP=   162 Hash code:  110096908
 ->PRGCHK: bdy curvature ratio at t= 2.2450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2400000000099949 ; TG2= 2.2450000000099948

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.27E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.19 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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2157E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.240000 TO TG2=    2.245000 @ NSTEP      162
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.245000E+00 NSTEP=   166 Hash code:    2374521
 ->PRGCHK: bdy curvature ratio at t= 2.2500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2450000000099948 ; TG2= 2.2500000000099947

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.33E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1467E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.245000 TO TG2=    2.250000 @ NSTEP      166
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    169
 TA= 2.25000E+00 CPU TIME= 5.00031E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.2500000000099947
 TTOR2=  2.2600000000099945
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.250000E+00 NSTEP=   169 Hash code:   82366293
 ->PRGCHK: bdy curvature ratio at t= 2.2550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2500000000099947 ; TG2= 2.2550000000099946

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.38E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.07E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.30 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3237E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.250000 TO TG2=    2.255000 @ NSTEP      169
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.255000E+00 NSTEP=   173 Hash code:   20748410
 ->PRGCHK: bdy curvature ratio at t= 2.2600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2550000000099946 ; TG2= 2.2600000000099945

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.42E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.01E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.25 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2777E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.255000 TO TG2=    2.260000 @ NSTEP      173
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    176
 TA= 2.26000E+00 CPU TIME= 5.19714E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.2600000000099945
 TTOR2=  2.2700000000099942
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.260000E+00 NSTEP=   176 Hash code:   43824835
 ->PRGCHK: bdy curvature ratio at t= 2.2650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2600000000099945 ; TG2= 2.2650000000099944

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.39E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.11E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.35 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3776E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.260000 TO TG2=    2.265000 @ NSTEP      176
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 --> plasma_hash("gframe"): TA= 2.265000E+00 NSTEP=   180 Hash code:   50827480
 ->PRGCHK: bdy curvature ratio at t= 2.2700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2650000000099944 ; TG2= 2.2700000000099942

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.48E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.07E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.32 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3416E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.265000 TO TG2=    2.270000 @ NSTEP      180
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    183
 TA= 2.27000E+00 CPU TIME= 5.00031E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.2700000000099942
 TTOR2=  2.280000000009994
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.270000E+00 NSTEP=   183 Hash code:  108250120
 ->PRGCHK: bdy curvature ratio at t= 2.2750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2700000000099942 ; TG2= 2.2750000000099941

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.53E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.13E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.38 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4026E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.270000 TO TG2=    2.275000 @ NSTEP      183
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 --> plasma_hash("gframe"): TA= 2.275000E+00 NSTEP=   187 Hash code:   81468291
 ->PRGCHK: bdy curvature ratio at t= 2.2800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2750000000099941 ; TG2= 2.280000000009994

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.83E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.28E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5816E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.275000 TO TG2=    2.280000 @ NSTEP      187
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    190
 TA= 2.28000E+00 CPU TIME= 5.00031E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.280000000009994
 TTOR2=  2.2900000000099938
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.280000E+00 NSTEP=   190 Hash code:   69435341
 ->PRGCHK: bdy curvature ratio at t= 2.2850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.280000000009994 ; TG2= 2.2850000000099939

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.21E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.49 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5196E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.280000 TO TG2=    2.285000 @ NSTEP      190
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.285000E+00 NSTEP=   194 Hash code:   47463758
 ->PRGCHK: bdy curvature ratio at t= 2.2900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2850000000099939 ; TG2= 2.2900000000099938

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.43E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.28 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3007E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.285000 TO TG2=    2.290000 @ NSTEP      194
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    197
 TA= 2.29000E+00 CPU TIME= 5.09796E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.2900000000099938
 TTOR2=  2.3000000000099936
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.290000E+00 NSTEP=   197 Hash code:   36143362
 ->PRGCHK: bdy curvature ratio at t= 2.2950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2900000000099938 ; TG2= 2.2950000000099937

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.52E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.26E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5356E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.290000 TO TG2=    2.295000 @ NSTEP      197
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 2.295000E+00 NSTEP=   201 Hash code:  118394642
 ->PRGCHK: bdy curvature ratio at t= 2.3000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.2950000000099937 ; TG2= 2.3000000000099936

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.22E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.49 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5136E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.295000 TO TG2=    2.300000 @ NSTEP      201
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224940E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    204
 TA= 2.30000E+00 CPU TIME= 5.09796E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.3000000000099936
 TTOR2=  2.3100000000099934
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.300000E+00 NSTEP=   204 Hash code:   44797993
 ->PRGCHK: bdy curvature ratio at t= 2.3050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3000000000099936 ; TG2= 2.3050000000099935

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5376E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.300000 TO TG2=    2.305000 @ NSTEP      204
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 --> plasma_hash("gframe"): TA= 2.305000E+00 NSTEP=   208 Hash code:   89936922
 ->PRGCHK: bdy curvature ratio at t= 2.3100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3050000000099935 ; TG2= 2.3100000000099934

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.20E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4956E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.305000 TO TG2=    2.310000 @ NSTEP      208
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    211
 TA= 2.31000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.3100000000099934
 TTOR2=  2.3200000000099932
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.310000E+00 NSTEP=   211 Hash code:   66878705
 ->PRGCHK: bdy curvature ratio at t= 2.3150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3100000000099934 ; TG2= 2.3150000000099933

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.26E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5546E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.310000 TO TG2=    2.315000 @ NSTEP      211
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.315000E+00 NSTEP=   215 Hash code:    5915663
 ->PRGCHK: bdy curvature ratio at t= 2.3200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3150000000099933 ; TG2= 2.3200000000099932

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5356E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.315000 TO TG2=    2.320000 @ NSTEP      215
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    218
 TA= 2.32000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.3200000000099932
 TTOR2=  2.330000000009993
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.320000E+00 NSTEP=   218 Hash code:   68225309
 ->PRGCHK: bdy curvature ratio at t= 2.3250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3200000000099932 ; TG2= 2.3250000000099931

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.66E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5876E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.320000 TO TG2=    2.325000 @ NSTEP      218
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 --> plasma_hash("gframe"): TA= 2.325000E+00 NSTEP=   222 Hash code:   58894090
 ->PRGCHK: bdy curvature ratio at t= 2.3300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3250000000099931 ; TG2= 2.330000000009993

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5466E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.325000 TO TG2=    2.330000 @ NSTEP      222
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    225
 TA= 2.33000E+00 CPU TIME= 5.00031E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.330000000009993
 TTOR2=  2.3400000000099928
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.330000E+00 NSTEP=   225 Hash code:   49650657
 ->PRGCHK: bdy curvature ratio at t= 2.3350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.330000000009993 ; TG2= 2.3350000000099929

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.26E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5546E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.330000 TO TG2=    2.335000 @ NSTEP      225
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 2.335000E+00 NSTEP=   229 Hash code:   39114483
 ->PRGCHK: bdy curvature ratio at t= 2.3400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3350000000099929 ; TG2= 2.3400000000099928

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.80E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.21E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.49 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5136E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.335000 TO TG2=    2.340000 @ NSTEP      229
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    232
 TA= 2.34000E+00 CPU TIME= 5.00031E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.3400000000099928
 TTOR2=  2.3500000000099925
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.340000E+00 NSTEP=   232 Hash code:   71449126
 ->PRGCHK: bdy curvature ratio at t= 2.3450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3400000000099928 ; TG2= 2.3450000000099926

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.66E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5566E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.340000 TO TG2=    2.345000 @ NSTEP      232
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391641E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.345000E+00 NSTEP=   236 Hash code:   21573751
 ->PRGCHK: bdy curvature ratio at t= 2.3500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3450000000099926 ; TG2= 2.3500000000099925

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5406E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.345000 TO TG2=    2.350000 @ NSTEP      236
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224932E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    239
 TA= 2.35000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.3500000000099925
 TTOR2=  2.3600000000099923
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.350000E+00 NSTEP=   239 Hash code:   49648118
 ->PRGCHK: bdy curvature ratio at t= 2.3550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3500000000099925 ; TG2= 2.3550000000099924

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.79E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6036E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.350000 TO TG2=    2.355000 @ NSTEP      239
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 --> plasma_hash("gframe"): TA= 2.355000E+00 NSTEP=   243 Hash code:   74382078
 ->PRGCHK: bdy curvature ratio at t= 2.3600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3550000000099924 ; TG2= 2.3600000000099923

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.23E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5256E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.355000 TO TG2=    2.360000 @ NSTEP      243
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    246
 TA= 2.36000E+00 CPU TIME= 5.00031E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.3600000000099923
 TTOR2=  2.3700000000099921
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.360000E+00 NSTEP=   246 Hash code:   91784354
 ->PRGCHK: bdy curvature ratio at t= 2.3650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3600000000099923 ; TG2= 2.3650000000099922

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.62E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.37E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.64 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6626E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.360000 TO TG2=    2.365000 @ NSTEP      246
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.365000E+00 NSTEP=   250 Hash code:    7712116
 ->PRGCHK: bdy curvature ratio at t= 2.3700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3650000000099922 ; TG2= 2.3700000000099921

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.41E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7456E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.365000 TO TG2=    2.370000 @ NSTEP      250
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    253
 TA= 2.37000E+00 CPU TIME= 4.99725E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.3700000000099921
 TTOR2=  2.3800000000099919
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.370000E+00 NSTEP=   253 Hash code:   25277152
 ->PRGCHK: bdy curvature ratio at t= 2.3750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3700000000099921 ; TG2= 2.375000000009992

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

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

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


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

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.50E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.81 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8316E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.370000 TO TG2=    2.375000 @ NSTEP      253
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.375000E+00 NSTEP=   257 Hash code:   53564125
 ->PRGCHK: bdy curvature ratio at t= 2.3800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.375000000009992 ; TG2= 2.3800000000099919

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

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


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

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

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

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


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

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

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

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


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

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.46E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7916E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.375000 TO TG2=    2.380000 @ NSTEP      257
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    260
 TA= 2.38000E+00 CPU TIME= 5.09796E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.3800000000099919
 TTOR2=  2.3900000000099917
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.380000E+00 NSTEP=   260 Hash code:   91915038
 ->PRGCHK: bdy curvature ratio at t= 2.3850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3800000000099919 ; TG2= 2.3850000000099918

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

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

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.52E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8466E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.380000 TO TG2=    2.385000 @ NSTEP      260
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 --> plasma_hash("gframe"): TA= 2.385000E+00 NSTEP=   264 Hash code:   70990370
 ->PRGCHK: bdy curvature ratio at t= 2.3900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3850000000099918 ; TG2= 2.3900000000099917

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.30 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3277E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.385000 TO TG2=    2.390000 @ NSTEP      264
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    267
 TA= 2.39000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.3900000000099917
 TTOR2=  2.4000000000099915
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.390000E+00 NSTEP=   267 Hash code:  112870206
 ->PRGCHK: bdy curvature ratio at t= 2.3950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3900000000099917 ; TG2= 2.3950000000099916

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.36E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.30 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3217E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.390000 TO TG2=    2.395000 @ NSTEP      267
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.395000E+00 NSTEP=   271 Hash code:   70541174
 ->PRGCHK: bdy curvature ratio at t= 2.4000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.3950000000099916 ; TG2= 2.4000000000099915

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.44E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.01E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.26 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2827E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.395000 TO TG2=    2.400000 @ NSTEP      271
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    274
 TA= 2.40000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.4000000000099915
 TTOR2=  2.4100000000099913
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.400000E+00 NSTEP=   274 Hash code:  101887580
 ->PRGCHK: bdy curvature ratio at t= 2.4050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4000000000099915 ; TG2= 2.4050000000099914

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.38E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.08E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.32 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3437E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.400000 TO TG2=    2.405000 @ NSTEP      274
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.405000E+00 NSTEP=   278 Hash code:   14231576
 ->PRGCHK: bdy curvature ratio at t= 2.4100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4050000000099914 ; TG2= 2.4100000000099913

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.46E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.29 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3106E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.405000 TO TG2=    2.410000 @ NSTEP      278
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    281
 TA= 2.41000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.4100000000099913
 TTOR2=  2.420000000009991
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.410000E+00 NSTEP=   281 Hash code:   54938723
 ->PRGCHK: bdy curvature ratio at t= 2.4150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4100000000099913 ; TG2= 2.4150000000099912

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.40E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.09E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.33 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3537E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.410000 TO TG2=    2.415000 @ NSTEP      281
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.415000E+00 NSTEP=   285 Hash code:   47330800
 ->PRGCHK: bdy curvature ratio at t= 2.4200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4150000000099912 ; TG2= 2.420000000009991

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.46E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.13E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.38 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4066E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.415000 TO TG2=    2.420000 @ NSTEP      285
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224940E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    288
 TA= 2.42000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.420000000009991
 TTOR2=  2.4300000000099908
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.420000E+00 NSTEP=   288 Hash code:   25003054
 ->PRGCHK: bdy curvature ratio at t= 2.4250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.420000000009991 ; TG2= 2.4250000000099909

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.63E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.51 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5336E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.420000 TO TG2=    2.425000 @ NSTEP      288
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.425000E+00 NSTEP=   292 Hash code:   41163222
 ->PRGCHK: bdy curvature ratio at t= 2.4300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4250000000099909 ; TG2= 2.4300000000099908

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.19E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.46 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4746E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.425000 TO TG2=    2.430000 @ NSTEP      292
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    295
 TA= 2.43000E+00 CPU TIME= 4.89807E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.4300000000099908
 TTOR2=  2.4400000000099906
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.430000E+00 NSTEP=   295 Hash code:    6235648
 ->PRGCHK: bdy curvature ratio at t= 2.4350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4300000000099908 ; TG2= 2.4350000000099907

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.64E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.26E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5496E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.430000 TO TG2=    2.435000 @ NSTEP      295
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.435000E+00 NSTEP=   299 Hash code:  116316408
 ->PRGCHK: bdy curvature ratio at t= 2.4400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4350000000099907 ; TG2= 2.4400000000099906

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.22E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.50 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5326E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.435000 TO TG2=    2.440000 @ NSTEP      299
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    302
 TA= 2.44000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.4400000000099906
 TTOR2=  2.4500000000099904
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.440000E+00 NSTEP=   302 Hash code:   29279733
 ->PRGCHK: bdy curvature ratio at t= 2.4450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4400000000099906 ; TG2= 2.4450000000099905

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5946E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.440000 TO TG2=    2.445000 @ NSTEP      302
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.445000E+00 NSTEP=   306 Hash code:   53712466
 ->PRGCHK: bdy curvature ratio at t= 2.4500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4450000000099905 ; TG2= 2.4500000000099904

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.51 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5316E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.445000 TO TG2=    2.450000 @ NSTEP      306
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    309
 TA= 2.45000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.4500000000099904
 TTOR2=  2.4600000000099902
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.450000E+00 NSTEP=   309 Hash code:   35783722
 ->PRGCHK: bdy curvature ratio at t= 2.4550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4500000000099904 ; TG2= 2.4550000000099903

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5666E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.450000 TO TG2=    2.455000 @ NSTEP      309
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 2.455000E+00 NSTEP=   313 Hash code:   70465349
 ->PRGCHK: bdy curvature ratio at t= 2.4600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4550000000099903 ; TG2= 2.4600000000099902

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.21E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.49 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SEC[1] 32680
ONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5096E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.455000 TO TG2=    2.460000 @ NSTEP      313
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    316
 TA= 2.46000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.4600000000099902
 TTOR2=  2.47000000000999
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4600000E+00

 %wrstf: jsystem(tail -n 200 134372N01tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134372N01_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.460000E+00 NSTEP=   316 Hash code:   65107443
 ->PRGCHK: bdy curvature ratio at t= 2.4650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4600000000099902 ; TG2= 2.4650000000099901

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.28E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.19 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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2137E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.460000 TO TG2=    2.465000 @ NSTEP      316
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.465000E+00 NSTEP=   320 Hash code:  108259897
 ->PRGCHK: bdy curvature ratio at t= 2.4700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4650000000099901 ; TG2= 2.47000000000999

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.24E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1707E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.465000 TO TG2=    2.470000 @ NSTEP      320
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    323
 TA= 2.47000E+00 CPU TIME= 5.00183E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.47000000000999
 TTOR2=  2.4800000000099898
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.470000E+00 NSTEP=   323 Hash code:  114897463
 ->PRGCHK: bdy curvature ratio at t= 2.4750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.47000000000999 ; TG2= 2.4750000000099899

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.22E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.19 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2107E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.470000 TO TG2=    2.475000 @ NSTEP      323
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.475000E+00 NSTEP=   327 Hash code:   39155514
 ->PRGCHK: bdy curvature ratio at t= 2.4800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4750000000099899 ; TG2= 2.4800000000099898

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.25E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1707E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.475000 TO TG2=    2.480000 @ NSTEP      327
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    330
 TA= 2.48000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.4800000000099898
 TTOR2=  2.4900000000099896
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.480000E+00 NSTEP=   330 Hash code:  115960794
 ->PRGCHK: bdy curvature ratio at t= 2.4850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4800000000099898 ; TG2= 2.4850000000099897

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.20 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2297E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.480000 TO TG2=    2.485000 @ NSTEP      330
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.485000E+00 NSTEP=   334 Hash code:  122323366
 ->PRGCHK: bdy curvature ratio at t= 2.4900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4850000000099897 ; TG2= 2.4900000000099896

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.33E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.16 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1847E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.485000 TO TG2=    2.490000 @ NSTEP      334
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    337
 TA= 2.49000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.4900000000099896
 TTOR2=  2.5000000000099893
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.490000E+00 NSTEP=   337 Hash code:   77720878
 ->PRGCHK: bdy curvature ratio at t= 2.4950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4900000000099896 ; TG2= 2.4950000000099894

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.01E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.24 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2627E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.490000 TO TG2=    2.495000 @ NSTEP      337
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.495000E+00 NSTEP=   341 Hash code:   32441639
 ->PRGCHK: bdy curvature ratio at t= 2.5000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.4950000000099894 ; TG2= 2.5000000000099893

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.53E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.28 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):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3047E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.495000 TO TG2=    2.500000 @ NSTEP      341
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    344
 TA= 2.50000E+00 CPU TIME= 5.40161E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5000000000099893
 TTOR2=  2.5100000000099891
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.500000E+00 NSTEP=   344 Hash code:    7125878
 ->PRGCHK: bdy curvature ratio at t= 2.5050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5000000000099893 ; TG2= 2.5050000000099892

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.42E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.08E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.32 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3436E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.500000 TO TG2=    2.505000 @ NSTEP      344
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.505000E+00 NSTEP=   348 Hash code:   63661110
 ->PRGCHK: bdy curvature ratio at t= 2.5100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5050000000099892 ; TG2= 2.5100000000099891

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.44E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.05E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.29 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3116E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.505000 TO TG2=    2.510000 @ NSTEP      348
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    351
 TA= 2.51000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5100000000099891
 TTOR2=  2.5200000000099889
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.510000E+00 NSTEP=   351 Hash code:   83892041
 ->PRGCHK: bdy curvature ratio at t= 2.5150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5100000000099891 ; TG2= 2.515000000009989

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.55E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.11E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.37 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3896E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.510000 TO TG2=    2.515000 @ NSTEP      351
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.515000E+00 NSTEP=   355 Hash code:   14258957
 ->PRGCHK: bdy curvature ratio at t= 2.5200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.515000000009989 ; TG2= 2.5200000000099889

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.47E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.31 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3337E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.515000 TO TG2=    2.520000 @ NSTEP      355
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224930E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    358
 TA= 2.52000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5200000000099889
 TTOR2=  2.5300000000099887
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.520000E+00 NSTEP=   358 Hash code:   71715028
 ->PRGCHK: bdy curvature ratio at t= 2.5250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5200000000099889 ; TG2= 2.5250000000099888

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.39E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1157E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.520000 TO TG2=    2.525000 @ NSTEP      358
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.525000E+00 NSTEP=   362 Hash code:    1373613
 ->PRGCHK: bdy curvature ratio at t= 2.5300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5250000000099888 ; TG2= 2.5300000000099887

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.99 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0087E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.525000 TO TG2=    2.530000 @ NSTEP      362
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    365
 TA= 2.53000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5300000000099887
 TTOR2=  2.5400000000099885
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.530000E+00 NSTEP=   365 Hash code:   19979899
 ->PRGCHK: bdy curvature ratio at t= 2.5350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5300000000099887 ; TG2= 2.5350000000099886

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0467E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.530000 TO TG2=    2.535000 @ NSTEP      365
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.535000E+00 NSTEP=   369 Hash code:   96186239
 ->PRGCHK: bdy curvature ratio at t= 2.5400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5350000000099886 ; TG2= 2.5400000000099885

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.98 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0037E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.535000 TO TG2=    2.540000 @ NSTEP      369
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    372
 TA= 2.54000E+00 CPU TIME= 4.90417E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5400000000099885
 TTOR2=  2.5500000000099883
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.540000E+00 NSTEP=   372 Hash code:   49606963
 ->PRGCHK: bdy curvature ratio at t= 2.5450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5400000000099885 ; TG2= 2.5450000000099884

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0637E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.540000 TO TG2=    2.545000 @ NSTEP      372
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.545000E+00 NSTEP=   376 Hash code:    1019511
 ->PRGCHK: bdy curvature ratio at t= 2.5500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5450000000099884 ; TG2= 2.5500000000099883

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0787E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.545000 TO TG2=    2.550000 @ NSTEP      376
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224940E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    379
 TA= 2.55000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5500000000099883
 TTOR2=  2.5600000000099881
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.550000E+00 NSTEP=   379 Hash code:   75813038
 ->PRGCHK: bdy curvature ratio at t= 2.5550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5500000000099883 ; TG2= 2.5550000000099882

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.21 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2307E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.550000 TO TG2=    2.555000 @ NSTEP      379
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.555000E+00 NSTEP=   383 Hash code:   37969908
 ->PRGCHK: bdy curvature ratio at t= 2.5600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5550000000099882 ; TG2= 2.5600000000099881

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.44E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.22 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2506E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.555000 TO TG2=    2.560000 @ NSTEP      383
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    386
 TA= 2.56000E+00 CPU TIME= 5.00183E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5600000000099881
 TTOR2=  2.5700000000099879
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.560000E+00 NSTEP=   386 Hash code:   31158069
 ->PRGCHK: bdy curvature ratio at t= 2.5650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5600000000099881 ; TG2= 2.565000000009988

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.41E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.11E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.35 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3767E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.560000 TO TG2=    2.565000 @ NSTEP      386
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.565000E+00 NSTEP=   390 Hash code:    2074281
 ->PRGCHK: bdy curvature ratio at t= 2.5700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.565000000009988 ; TG2= 2.5700000000099879

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.45E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.31 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3297E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.565000 TO TG2=    2.570000 @ NSTEP      390
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    393
 TA= 2.57000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5700000000099879
 TTOR2=  2.5800000000099876
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.570000E+00 NSTEP=   393 Hash code:   96842901
 ->PRGCHK: bdy curvature ratio at t= 2.5750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5700000000099879 ; TG2= 2.5750000000099877

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.40E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.11E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.35 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3716E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.570000 TO TG2=    2.575000 @ NSTEP      393
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 --> plasma_hash("gframe"): TA= 2.575000E+00 NSTEP=   397 Hash code:  109054883
 ->PRGCHK: bdy curvature ratio at t= 2.5800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5750000000099877 ; TG2= 2.5800000000099876

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.41E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.01E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.25 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2787E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.575000 TO TG2=    2.580000 @ NSTEP      397
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    400
 TA= 2.58000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5800000000099876
 TTOR2=  2.5900000000099874
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.580000E+00 NSTEP=   400 Hash code:  114706725
 ->PRGCHK: bdy curvature ratio at t= 2.5850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5800000000099876 ; TG2= 2.5850000000099875

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.38E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.21E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.45 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4756E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.580000 TO TG2=    2.585000 @ NSTEP      400
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.585000E+00 NSTEP=   404 Hash code:   93218549
 ->PRGCHK: bdy curvature ratio at t= 2.5900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5850000000099875 ; TG2= 2.5900000000099874

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.20E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.47 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4956E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.585000 TO TG2=    2.590000 @ NSTEP      404
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    407
 TA= 2.59000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.5900000000099874
 TTOR2=  2.6000000000099872
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.590000E+00 NSTEP=   407 Hash code:  108576799
 ->PRGCHK: bdy curvature ratio at t= 2.5950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5900000000099874 ; TG2= 2.5950000000099873

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.29E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5806E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.590000 TO TG2=    2.595000 @ NSTEP      407
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.595000E+00 NSTEP=   411 Hash code:   26363375
 ->PRGCHK: bdy curvature ratio at t= 2.6000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.5950000000099873 ; TG2= 2.6000000000099872

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5506E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.595000 TO TG2=    2.600000 @ NSTEP      411
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224940E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    414
 TA= 2.60000E+00 CPU TIME= 4.99573E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.6000000000099872
 TTOR2=  2.610000000009987
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.600000E+00 NSTEP=   414 Hash code:   48389950
 ->PRGCHK: bdy curvature ratio at t= 2.6050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6000000000099872 ; TG2= 2.6050000000099871

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5946E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.600000 TO TG2=    2.605000 @ NSTEP      414
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.605000E+00 NSTEP=   418 Hash code:   29032229
 ->PRGCHK: bdy curvature ratio at t= 2.6100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6050000000099871 ; TG2= 2.610000000009987

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5376E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.605000 TO TG2=    2.610000 @ NSTEP      418
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    421
 TA= 2.61000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.610000000009987
 TTOR2=  2.6200000000099868
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.610000E+00 NSTEP=   421 Hash code:   66538630
 ->PRGCHK: bdy curvature ratio at t= 2.6150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.610000000009987 ; TG2= 2.6150000000099869

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.29E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5846E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.610000 TO TG2=    2.615000 @ NSTEP      421
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.615000E+00 NSTEP=   425 Hash code:   24471738
 ->PRGCHK: bdy curvature ratio at t= 2.6200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6150000000099869 ; TG2= 2.6200000000099868

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5446E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.615000 TO TG2=    2.620000 @ NSTEP      425
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224940E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    428
 TA= 2.62000E+00 CPU TIME= 5.19409E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.6200000000099868
 TTOR2=  2.6300000000099866
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.620000E+00 NSTEP=   428 Hash code:   42947923
 ->PRGCHK: bdy curvature ratio at t= 2.6250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6200000000099868 ; TG2= 2.6250000000099867

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.32E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6216E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.620000 TO TG2=    2.625000 @ NSTEP      428
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 2.625000E+00 NSTEP=   432 Hash code:   70195786
 ->PRGCHK: bdy curvature ratio at t= 2.6300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6250000000099867 ; TG2= 2.6300000000099866

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.85E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.26E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5736E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.625000 TO TG2=    2.630000 @ NSTEP      432
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224932E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    435
 TA= 2.63000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.6300000000099866
 TTOR2=  2.6400000000099864
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.630000E+00 NSTEP=   435 Hash code:   73245029
 ->PRGCHK: bdy curvature ratio at t= 2.6350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6300000000099866 ; TG2= 2.6350000000099865

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.81E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.29E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5926E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.630000 TO TG2=    2.635000 @ NSTEP      435
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.635000E+00 NSTEP=   439 Hash code:   43016684
 ->PRGCHK: bdy curvature ratio at t= 2.6400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6350000000099865 ; TG2= 2.6400000000099864

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.51 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5356E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.635000 TO TG2=    2.640000 @ NSTEP      439
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    442
 TA= 2.64000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.6400000000099864
 TTOR2=  2.6500000000099861
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.640000E+00 NSTEP=   442 Hash code:   78619748
 ->PRGCHK: bdy curvature ratio at t= 2.6450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6400000000099864 ; TG2= 2.6450000000099863

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.28E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5816E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.640000 TO TG2=    2.645000 @ NSTEP      442
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.645000E+00 NSTEP=   446 Hash code:   13442776
 ->PRGCHK: bdy curvature ratio at t= 2.6500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6450000000099863 ; TG2= 2.6500000000099861

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.23E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.51 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5356E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.645000 TO TG2=    2.650000 @ NSTEP      446
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    449
 TA= 2.65000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.6500000000099861
 TTOR2=  2.6600000000099859
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.650000E+00 NSTEP=   449 Hash code:   57822256
 ->PRGCHK: bdy curvature ratio at t= 2.6550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6500000000099861 ; TG2= 2.655000000009986

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.64E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.57E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.84 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8625E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.650000 TO TG2=    2.655000 @ NSTEP      449
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391631E+04
 --> plasma_hash("gframe"): TA= 2.655000E+00 NSTEP=   453 Hash code:   57590469
 ->PRGCHK: bdy curvature ratio at t= 2.6600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.655000000009986 ; TG2= 2.6600000000099859

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.52E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.84 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8676E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.655000 TO TG2=    2.660000 @ NSTEP      453
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    456
 TA= 2.66000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.6600000000099859
 TTOR2=  2.6700000000099857
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.660000E+00 NSTEP=   456 Hash code:   61464601
 ->PRGCHK: bdy curvature ratio at t= 2.6650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6600000000099859 ; TG2= 2.6650000000099858

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.54E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.84 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8705E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.660000 TO TG2=    2.665000 @ NSTEP      456
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.665000E+00 NSTEP=   460 Hash code:   29278535
 ->PRGCHK: bdy curvature ratio at t= 2.6700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6650000000099858 ; TG2= 2.6700000000099857

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.49E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8286E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.665000 TO TG2=    2.670000 @ NSTEP      460
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    463
 TA= 2.67000E+00 CPU TIME= 5.00183E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.6700000000099857
 TTOR2=  2.6800000000099855
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.670000E+00 NSTEP=   463 Hash code:  105516943
 ->PRGCHK: bdy curvature ratio at t= 2.6750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6700000000099857 ; TG2= 2.6750000000099856

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.33E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.63 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6556E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.670000 TO TG2=    2.675000 @ NSTEP      463
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.675000E+00 NSTEP=   467 Hash code:   24236767
 ->PRGCHK: bdy curvature ratio at t= 2.6800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6750000000099856 ; TG2= 2.6800000000099855

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.47E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.29 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3127E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.675000 TO TG2=    2.680000 @ NSTEP      467
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    470
 TA= 2.68000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.6800000000099855
 TTOR2=  2.6900000000099853
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.680000E+00 NSTEP=   470 Hash code:  119457460
 ->PRGCHK: bdy curvature ratio at t= 2.6850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6800000000099855 ; TG2= 2.6850000000099854

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.40E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.09E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.33 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3546E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.680000 TO TG2=    2.685000 @ NSTEP      470
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 --> plasma_hash("gframe"): TA= 2.685000E+00 NSTEP=   474 Hash code:  112948196
 ->PRGCHK: bdy curvature ratio at t= 2.6900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6850000000099854 ; TG2= 2.6900000000099853

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.46E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.28 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3127E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.685000 TO TG2=    2.690000 @ NSTEP      474
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    477
 TA= 2.69000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.6900000000099853
 TTOR2=  2.7000000000099851
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.690000E+00 NSTEP=   477 Hash code:   79331732
 ->PRGCHK: bdy curvature ratio at t= 2.6950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6900000000099853 ; TG2= 2.6950000000099852

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.36E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.30 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3226E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.690000 TO TG2=    2.695000 @ NSTEP      477
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
 --> plasma_hash("gframe"): TA= 2.695000E+00 NSTEP=   481 Hash code:  102689265
 ->PRGCHK: bdy curvature ratio at t= 2.7000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.6950000000099852 ; TG2= 2.7000000000099851

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.42E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.27 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3017E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.695000 TO TG2=    2.700000 @ NSTEP      481
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    484
 TA= 2.70000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.7000000000099851
 TTOR2=  2.7100000000099849
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.700000E+00 NSTEP=   484 Hash code:   97351071
 ->PRGCHK: bdy curvature ratio at t= 2.7050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7000000000099851 ; TG2= 2.705000000009985

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.36E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.30 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3247E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.700000 TO TG2=    2.705000 @ NSTEP      484
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.705000E+00 NSTEP=   488 Hash code:   87548790
 ->PRGCHK: bdy curvature ratio at t= 2.7100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.705000000009985 ; TG2= 2.7100000000099849

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.23E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.50 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5237E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.705000 TO TG2=    2.710000 @ NSTEP      488
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    491
 TA= 2.71000E+00 CPU TIME= 5.19714E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.7100000000099849
 TTOR2=  2.7200000000099847
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.710000E+00 NSTEP=   491 Hash code:   53348922
 ->PRGCHK: bdy curvature ratio at t= 2.7150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7100000000099849 ; TG2= 2.7150000000099848

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.62E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.29E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5736E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.710000 TO TG2=    2.715000 @ NSTEP      491
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.715000E+00 NSTEP=   495 Hash code:  113811950
 ->PRGCHK: bdy curvature ratio at t= 2.7200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7150000000099848 ; TG2= 2.7200000000099847

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5377E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.715000 TO TG2=    2.720000 @ NSTEP      495
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    498
 TA= 2.72000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.7200000000099847
 TTOR2=  2.7300000000099844
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.720000E+00 NSTEP=   498 Hash code:  118708746
 ->PRGCHK: bdy curvature ratio at t= 2.7250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7200000000099847 ; TG2= 2.7250000000099845

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.65E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.28E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5746E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.720000 TO TG2=    2.725000 @ NSTEP      498
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.725000E+00 NSTEP=   502 Hash code:   32094667
 ->PRGCHK: bdy curvature ratio at t= 2.7300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7250000000099845 ; TG2= 2.7300000000099844

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.23E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.50 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5266E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.725000 TO TG2=    2.730000 @ NSTEP      502
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    505
 TA= 2.73000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.7300000000099844
 TTOR2=  2.7400000000099842
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.730000E+00 NSTEP=   505 Hash code:   39010523
 ->PRGCHK: bdy curvature ratio at t= 2.7350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7300000000099844 ; TG2= 2.7350000000099843

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5986E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.730000 TO TG2=    2.735000 @ NSTEP      505
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.735000E+00 NSTEP=   509 Hash code:   17197471
 ->PRGCHK: bdy curvature ratio at t= 2.7400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7350000000099843 ; TG2= 2.7400000000099842

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.81E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5777E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.735000 TO TG2=    2.740000 @ NSTEP      509
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    512
 TA= 2.74000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.7400000000099842
 TTOR2=  2.750000000009984
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.740000E+00 NSTEP=   512 Hash code:  120584518
 ->PRGCHK: bdy curvature ratio at t= 2.7450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7400000000099842 ; TG2= 2.7450000000099841

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.80E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.32E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6196E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.740000 TO TG2=    2.745000 @ NSTEP      512
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 2.745000E+00 NSTEP=   516 Hash code:   48826836
 ->PRGCHK: bdy curvature ratio at t= 2.7500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7450000000099841 ; TG2= 2.750000000009984

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.83E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5456E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.745000 TO TG2=    2.750000 @ NSTEP      516
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    519
 TA= 2.75000E+00 CPU TIME= 5.00183E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.750000000009984
 TTOR2=  2.7600000000099838
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.750000E+00 NSTEP=   519 Hash code:   31546894
 ->PRGCHK: bdy curvature ratio at t= 2.7550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.750000000009984 ; TG2= 2.7550000000099839

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.29E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5836E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.750000 TO TG2=    2.755000 @ NSTEP      519
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.755000E+00 NSTEP=   523 Hash code:   99064681
 ->PRGCHK: bdy curvature ratio at t= 2.7600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7550000000099839 ; TG2= 2.7600000000099838

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.51 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5376E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.755000 TO TG2=    2.760000 @ NSTEP      523
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    526
 TA= 2.76000E+00 CPU TIME= 5.00183E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.7600000000099838
 TTOR2=  2.7700000000099836
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.760000E+00 NSTEP=   526 Hash code:   71767059
 ->PRGCHK: bdy curvature ratio at t= 2.7650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7600000000099838 ; TG2= 2.7650000000099837

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.32E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6216E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.760000 TO TG2=    2.765000 @ NSTEP      526
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.765000E+00 NSTEP=   530 Hash code:    8092457
 ->PRGCHK: bdy curvature ratio at t= 2.7700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7650000000099837 ; TG2= 2.7700000000099836

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.85E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5646E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.765000 TO TG2=    2.770000 @ NSTEP      530
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    533
 TA= 2.77000E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.7700000000099836
 TTOR2=  2.7800000000099834
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.770000E+00 NSTEP=   533 Hash code:   96766920
 ->PRGCHK: bdy curvature ratio at t= 2.7750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7700000000099836 ; TG2= 2.7750000000099835

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.37E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.64 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6656E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.770000 TO TG2=    2.775000 @ NSTEP      533
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 --> plasma_hash("gframe"): TA= 2.775000E+00 NSTEP=   537 Hash code:    1826967
 ->PRGCHK: bdy curvature ratio at t= 2.7800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7750000000099835 ; TG2= 2.7800000000099834

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.26E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.47E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8246E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.775000 TO TG2=    2.780000 @ NSTEP      537
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    540
 TA= 2.78000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.7800000000099834
 TTOR2=  2.7900000000099832
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.780000E+00 NSTEP=   540 Hash code:   52641782
 ->PRGCHK: bdy curvature ratio at t= 2.7850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7800000000099834 ; TG2= 2.7850000000099833

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.48E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.15E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.40 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4256E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.780000 TO TG2=    2.785000 @ NSTEP      540
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.785000E+00 NSTEP=   544 Hash code:    4724031
 ->PRGCHK: bdy curvature ratio at t= 2.7900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7850000000099833 ; TG2= 2.7900000000099832

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.51E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.10E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.35 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3747E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.785000 TO TG2=    2.790000 @ NSTEP      544
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    547
 TA= 2.79000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.7900000000099832
 TTOR2=  2.8000000000099829
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.790000E+00 NSTEP=   547 Hash code:  114288847
 ->PRGCHK: bdy curvature ratio at t= 2.7950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7900000000099832 ; TG2= 2.7950000000099831

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.42E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.12E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.37 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3906E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.790000 TO TG2=    2.795000 @ NSTEP      547
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.795000E+00 NSTEP=   551 Hash code:  120212820
 ->PRGCHK: bdy curvature ratio at t= 2.8000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.7950000000099831 ; TG2= 2.8000000000099829

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.45E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.24 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2626E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.795000 TO TG2=    2.800000 @ NSTEP      551
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    554
 TA= 2.80000E+00 CPU TIME= 4.89502E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.8000000000099829
 TTOR2=  2.8100000000099827
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.800000E+00 NSTEP=   554 Hash code:    6955534
 ->PRGCHK: bdy curvature ratio at t= 2.8050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8000000000099829 ; TG2= 2.8050000000099828

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0497E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.800000 TO TG2=    2.805000 @ NSTEP      554
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391644E+04
 --> plasma_hash("gframe"): TA= 2.805000E+00 NSTEP=   558 Hash code:   67982817
 ->PRGCHK: bdy curvature ratio at t= 2.8100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8050000000099828 ; TG2= 2.8100000000099827

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.80E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0226E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.805000 TO TG2=    2.810000 @ NSTEP      558
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    561
 TA= 2.81000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.8100000000099827
 TTOR2=  2.8200000000099825
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.810000E+00 NSTEP=   561 Hash code:   65670252
 ->PRGCHK: bdy curvature ratio at t= 2.8150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8100000000099827 ; TG2= 2.8150000000099826

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0717E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.810000 TO TG2=    2.815000 @ NSTEP      561
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 2.815000E+00 NSTEP=   565 Hash code:   48050711
 ->PRGCHK: bdy curvature ratio at t= 2.8200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8150000000099826 ; TG2= 2.8200000000099825

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.80E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0327E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.815000 TO TG2=    2.820000 @ NSTEP      565
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    568
 TA= 2.82000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.8200000000099825
 TTOR2=  2.8300000000099823
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.820000E+00 NSTEP=   568 Hash code:   96377632
 ->PRGCHK: bdy curvature ratio at t= 2.8250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8200000000099825 ; TG2= 2.8250000000099824

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0717E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.820000 TO TG2=    2.825000 @ NSTEP      568
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.825000E+00 NSTEP=   572 Hash code:   65822640
 ->PRGCHK: bdy curvature ratio at t= 2.8300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8250000000099824 ; TG2= 2.8300000000099823

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.79E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0197E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.825000 TO TG2=    2.830000 @ NSTEP      572
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    575
 TA= 2.83000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.8300000000099823
 TTOR2=  2.8400000000099821
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.830000E+00 NSTEP=   575 Hash code:   98443286
 ->PRGCHK: bdy curvature ratio at t= 2.8350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8300000000099823 ; TG2= 2.8350000000099822

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0697E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.830000 TO TG2=    2.835000 @ NSTEP      575
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 2.835000E+00 NSTEP=   579 Hash code:   36904252
 ->PRGCHK: bdy curvature ratio at t= 2.8400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8350000000099822 ; TG2= 2.8400000000099821

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.99 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0167E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.835000 TO TG2=    2.840000 @ NSTEP      579
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    582
 TA= 2.84000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.8400000000099821
 TTOR2=  2.8500000000099819
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.840000E+00 NSTEP=   582 Hash code:    1405269
 ->PRGCHK: bdy curvature ratio at t= 2.8450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8400000000099821 ; TG2= 2.845000000009982

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0767E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.840000 TO TG2=    2.845000 @ NSTEP      582
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391641E+04
 --> plasma_hash("gframe"): TA= 2.845000E+00 NSTEP=   586 Hash code:    9713142
 ->PRGCHK: bdy curvature ratio at t= 2.8500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.845000000009982 ; TG2= 2.8500000000099819

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0847E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.845000 TO TG2=    2.850000 @ NSTEP      586
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    589
 TA= 2.85000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.8500000000099819
 TTOR2=  2.8600000000099817
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.850000E+00 NSTEP=   589 Hash code:    8420146
 ->PRGCHK: bdy curvature ratio at t= 2.8550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8500000000099819 ; TG2= 2.8550000000099818

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1767E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.850000 TO TG2=    2.855000 @ NSTEP      589
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.855000E+00 NSTEP=   593 Hash code:   99627996
 ->PRGCHK: bdy curvature ratio at t= 2.8600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8550000000099818 ; TG2= 2.8600000000099817

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.79E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0297E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.855000 TO TG2=    2.860000 @ NSTEP      593
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    596
 TA= 2.86000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.8600000000099817
 TTOR2=  2.8700000000099815
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.860000E+00 NSTEP=   596 Hash code:   15013980
 ->PRGCHK: bdy curvature ratio at t= 2.8650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8600000000099817 ; TG2= 2.8650000000099816

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0957E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.860000 TO TG2=    2.865000 @ NSTEP      596
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 --> plasma_hash("gframe"): TA= 2.865000E+00 NSTEP=   600 Hash code:   93872535
 ->PRGCHK: bdy curvature ratio at t= 2.8700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8650000000099816 ; TG2= 2.8700000000099815

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.83E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0717E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.865000 TO TG2=    2.870000 @ NSTEP      600
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    603
 TA= 2.87000E+00 CPU TIME= 4.90112E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.8700000000099815
 TTOR2=  2.8800000000099812
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.870000E+00 NSTEP=   603 Hash code:  109457762
 ->PRGCHK: bdy curvature ratio at t= 2.8750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8700000000099815 ; TG2= 2.8750000000099813

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1177E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.870000 TO TG2=    2.875000 @ NSTEP      603
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 --> plasma_hash("gframe"): TA= 2.875000E+00 NSTEP=   607 Hash code:   82937666
 ->PRGCHK: bdy curvature ratio at t= 2.8800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8750000000099813 ; TG2= 2.8800000000099812

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1127E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.875000 TO TG2=    2.880000 @ NSTEP      607
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    610
 TA= 2.88000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.8800000000099812
 TTOR2=  2.890000000009981
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.880000E+00 NSTEP=   610 Hash code:  121600783
 ->PRGCHK: bdy curvature ratio at t= 2.8850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8800000000099812 ; TG2= 2.8850000000099811

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1497E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.880000 TO TG2=    2.885000 @ NSTEP      610
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+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=   614 Hash code:   99111684
 ->PRGCHK: bdy curvature ratio at t= 2.8900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8850000000099811 ; TG2= 2.890000000009981

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.22E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1197E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.885000 TO TG2=    2.890000 @ NSTEP      614
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224929E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    617
 TA= 2.89000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.890000000009981
 TTOR2=  2.9000000000099808
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.890000E+00 NSTEP=   617 Hash code:   12301717
 ->PRGCHK: bdy curvature ratio at t= 2.8950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.890000000009981 ; TG2= 2.8950000000099809

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1357E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.890000 TO TG2=    2.895000 @ NSTEP      617
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.895000E+00 NSTEP=   621 Hash code:   75490208
 ->PRGCHK: bdy curvature ratio at t= 2.9000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.8950000000099809 ; TG2= 2.9000000000099808

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0887E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.895000 TO TG2=    2.900000 @ NSTEP      621
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    624
 TA= 2.90000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.9000000000099808
 TTOR2=  2.9100000000099806
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.900000E+00 NSTEP=   624 Hash code:   94589916
 ->PRGCHK: bdy curvature ratio at t= 2.9050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9000000000099808 ; TG2= 2.9050000000099807

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1317E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.900000 TO TG2=    2.905000 @ NSTEP      624
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.905000E+00 NSTEP=   628 Hash code:   81461238
 ->PRGCHK: bdy curvature ratio at t= 2.9100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9050000000099807 ; TG2= 2.9100000000099806

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0977E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.905000 TO TG2=    2.910000 @ NSTEP      628
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    631
 TA= 2.91000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.9100000000099806
 TTOR2=  2.9200000000099804
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.910000E+00 NSTEP=   631 Hash code:    5968249
 ->PRGCHK: bdy curvature ratio at t= 2.9150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9100000000099806 ; TG2= 2.9150000000099805

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1577E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.910000 TO TG2=    2.915000 @ NSTEP      631
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.915000E+00 NSTEP=   635 Hash code:   66746794
 ->PRGCHK: bdy curvature ratio at t= 2.9200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9150000000099805 ; TG2= 2.9200000000099804

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.23E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1187E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.915000 TO TG2=    2.920000 @ NSTEP      635
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    638
 TA= 2.92000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.9200000000099804
 TTOR2=  2.9300000000099802
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.920000E+00 NSTEP=   638 Hash code:   53190085
 ->PRGCHK: bdy curvature ratio at t= 2.9250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9200000000099804 ; TG2= 2.9250000000099803

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1567E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.920000 TO TG2=    2.925000 @ NSTEP      638
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 2.925000E+00 NSTEP=   642 Hash code:  107863959
 ->PRGCHK: bdy curvature ratio at t= 2.9300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9250000000099803 ; TG2= 2.9300000000099802

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0887E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.925000 TO TG2=    2.930000 @ NSTEP      642
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    645
 TA= 2.93000E+00 CPU TIME= 5.20020E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.9300000000099802
 TTOR2=  2.94000000000998
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.930000E+00 NSTEP=   645 Hash code:   87905458
 ->PRGCHK: bdy curvature ratio at t= 2.9350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9300000000099802 ; TG2= 2.9350000000099801

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1257E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.930000 TO TG2=    2.935000 @ NSTEP      645
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391631E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.935000E+00 NSTEP=   649 Hash code:  108061208
 ->PRGCHK: bdy curvature ratio at t= 2.9400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9350000000099801 ; TG2= 2.94000000000998

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0746E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.935000 TO TG2=    2.940000 @ NSTEP      649
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    652
 TA= 2.94000E+00 CPU TIME= 4.90112E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.94000000000998
 TTOR2=  2.9500000000099798
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.940000E+00 NSTEP=   652 Hash code:    7999576
 ->PRGCHK: bdy curvature ratio at t= 2.9450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.94000000000998 ; TG2= 2.9450000000099799

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.30E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.23 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2476E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.940000 TO TG2=    2.945000 @ NSTEP      652
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.945000E+00 NSTEP=   656 Hash code:   25875619
 ->PRGCHK: bdy curvature ratio at t= 2.9500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9450000000099799 ; TG2= 2.9500000000099798

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.34E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.18 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2006E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.945000 TO TG2=    2.950000 @ NSTEP      656
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    659
 TA= 2.95000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.9500000000099798
 TTOR2=  2.9600000000099795
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.950000E+00 NSTEP=   659 Hash code:   59065597
 ->PRGCHK: bdy curvature ratio at t= 2.9550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9500000000099798 ; TG2= 2.9550000000099796

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.23 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2547E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.950000 TO TG2=    2.955000 @ NSTEP      659
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 2.955000E+00 NSTEP=   663 Hash code:  116660670
 ->PRGCHK: bdy curvature ratio at t= 2.9600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9550000000099796 ; TG2= 2.9600000000099795

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.34E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E[1] 2890
+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.17 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1967E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.955000 TO TG2=    2.960000 @ NSTEP      663
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    666
 TA= 2.96000E+00 CPU TIME= 4.90112E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.9600000000099795
 TTOR2=  2.9700000000099793
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.9600000E+00

 %wrstf: jsystem(tail -n 200 134372N01tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134372N01_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.960000E+00 NSTEP=   666 Hash code:   83727184
 ->PRGCHK: bdy curvature ratio at t= 2.9650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9600000000099795 ; TG2= 2.9650000000099794

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.21E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.48 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5096E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.960000 TO TG2=    2.965000 @ NSTEP      666
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 --> plasma_hash("gframe"): TA= 2.965000E+00 NSTEP=   670 Hash code:   69987784
 ->PRGCHK: bdy curvature ratio at t= 2.9700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9650000000099794 ; TG2= 2.9700000000099793

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.45E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.28 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3076E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.965000 TO TG2=    2.970000 @ NSTEP      670
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224943E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    673
 TA= 2.97000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.9700000000099793
 TTOR2=  2.9800000000099791
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.970000E+00 NSTEP=   673 Hash code:   71558221
 ->PRGCHK: bdy curvature ratio at t= 2.9750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9700000000099793 ; TG2= 2.9750000000099792

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.41E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.31 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3276E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.970000 TO TG2=    2.975000 @ NSTEP      673
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.975000E+00 NSTEP=   677 Hash code:   72244869
 ->PRGCHK: bdy curvature ratio at t= 2.9800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9750000000099792 ; TG2= 2.9800000000099791

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.43E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.02E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.26 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2827E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.975000 TO TG2=    2.980000 @ NSTEP      677
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224932E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    680
 TA= 2.98000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.9800000000099791
 TTOR2=  2.9900000000099789
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.980000E+00 NSTEP=   680 Hash code:   53509139
 ->PRGCHK: bdy curvature ratio at t= 2.9850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9800000000099791 ; TG2= 2.985000000009979

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.37E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.30 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3206E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.980000 TO TG2=    2.985000 @ NSTEP      680
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 2.985000E+00 NSTEP=   684 Hash code:   94240786
 ->PRGCHK: bdy curvature ratio at t= 2.9900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.985000000009979 ; TG2= 2.9900000000099789

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.43E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.28 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3056E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.985000 TO TG2=    2.990000 @ NSTEP      684
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    687
 TA= 2.99000E+00 CPU TIME= 4.89502E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  2.9900000000099789
 TTOR2=  3.0000000000099787
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.990000E+00 NSTEP=   687 Hash code:   82417363
 ->PRGCHK: bdy curvature ratio at t= 2.9950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9900000000099789 ; TG2= 2.9950000000099788

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5706E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.990000 TO TG2=    2.995000 @ NSTEP      687
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 --> plasma_hash("gframe"): TA= 2.995000E+00 NSTEP=   691 Hash code:   66662900
 ->PRGCHK: bdy curvature ratio at t= 3.0000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 2.9950000000099788 ; TG2= 3.0000000000099787

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.23E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.50 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5266E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.995000 TO TG2=    3.000000 @ NSTEP      691
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    694
 TA= 3.00000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.0000000000099787
 TTOR2=  3.0100000000099785
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.000000E+00 NSTEP=   694 Hash code:   66962678
 ->PRGCHK: bdy curvature ratio at t= 3.0050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0000000000099787 ; TG2= 3.0050000000099786

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.64E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.26E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5416E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.000000 TO TG2=    3.005000 @ NSTEP      694
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391641E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.005000E+00 NSTEP=   698 Hash code:   44338507
 ->PRGCHK: bdy curvature ratio at t= 3.0100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0050000000099786 ; TG2= 3.0100000000099785

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.21E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.48 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4996E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.005000 TO TG2=    3.010000 @ NSTEP      698
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    701
 TA= 3.01000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.0100000000099785
 TTOR2=  3.0200000000099783
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.010000E+00 NSTEP=   701 Hash code:  106570589
 ->PRGCHK: bdy curvature ratio at t= 3.0150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0100000000099785 ; TG2= 3.0150000000099784

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5916E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.010000 TO TG2=    3.015000 @ NSTEP      701
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.015000E+00 NSTEP=   705 Hash code:  115910651
 ->PRGCHK: bdy curvature ratio at t= 3.0200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0150000000099784 ; TG2= 3.0200000000099783

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5426E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.015000 TO TG2=    3.020000 @ NSTEP      705
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    708
 TA= 3.02000E+00 CPU TIME= 5.38940E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.0200000000099783
 TTOR2=  3.030000000009978
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.020000E+00 NSTEP=   708 Hash code:    3118470
 ->PRGCHK: bdy curvature ratio at t= 3.0250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0200000000099783 ; TG2= 3.0250000000099782

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.58 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6006E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.020000 TO TG2=    3.025000 @ NSTEP      708
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.025000E+00 NSTEP=   712 Hash code:   98251701
 ->PRGCHK: bdy curvature ratio at t= 3.0300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0250000000099782 ; TG2= 3.030000000009978

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.22E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.49 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5156E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.025000 TO TG2=    3.030000 @ NSTEP      712
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224940E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    715
 TA= 3.03000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.030000000009978
 TTOR2=  3.0400000000099778
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.030000E+00 NSTEP=   715 Hash code:   97215688
 ->PRGCHK: bdy curvature ratio at t= 3.0350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.030000000009978 ; TG2= 3.0350000000099779

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.66E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.53 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5576E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.030000 TO TG2=    3.035000 @ NSTEP      715
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.035000E+00 NSTEP=   719 Hash code:   14687181
 ->PRGCHK: bdy curvature ratio at t= 3.0400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0350000000099779 ; TG2= 3.0400000000099778

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.22E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.49 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5166E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.035000 TO TG2=    3.040000 @ NSTEP      719
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    722
 TA= 3.04000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.0400000000099778
 TTOR2=  3.0500000000099776
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.040000E+00 NSTEP=   722 Hash code:   89536244
 ->PRGCHK: bdy curvature ratio at t= 3.0450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0400000000099778 ; TG2= 3.0450000000099777

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.58 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6066E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.040000 TO TG2=    3.045000 @ NSTEP      722
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.045000E+00 NSTEP=   726 Hash code:   29819316
 ->PRGCHK: bdy curvature ratio at t= 3.0500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0450000000099777 ; TG2= 3.0500000000099776

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5496E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.045000 TO TG2=    3.050000 @ NSTEP      726
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    729
 TA= 3.05000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.0500000000099776
 TTOR2=  3.0600000000099774
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.050000E+00 NSTEP=   729 Hash code:   15659737
 ->PRGCHK: bdy curvature ratio at t= 3.0550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0500000000099776 ; TG2= 3.0550000000099775

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.29E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5906E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.050000 TO TG2=    3.055000 @ NSTEP      729
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 --> plasma_hash("gframe"): TA= 3.055000E+00 NSTEP=   733 Hash code:   87316299
 ->PRGCHK: bdy curvature ratio at t= 3.0600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0550000000099775 ; TG2= 3.0600000000099774

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.19E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.47 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4886E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.055000 TO TG2=    3.060000 @ NSTEP      733
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    736
 TA= 3.06000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.0600000000099774
 TTOR2=  3.0700000000099772
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.060000E+00 NSTEP=   736 Hash code:   53553683
 ->PRGCHK: bdy curvature ratio at t= 3.0650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0600000000099774 ; TG2= 3.0650000000099773

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.48E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8115E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.060000 TO TG2=    3.065000 @ NSTEP      736
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.065000E+00 NSTEP=   740 Hash code:   15532289
 ->PRGCHK: bdy curvature ratio at t= 3.0700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0650000000099773 ; TG2= 3.0700000000099772

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 3.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.44E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7705E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.065000 TO TG2=    3.070000 @ NSTEP      740
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    743
 TA= 3.07000E+00 CPU TIME= 5.20630E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.0700000000099772
 TTOR2=  3.080000000009977
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.070000E+00 NSTEP=   743 Hash code:  114754833
 ->PRGCHK: bdy curvature ratio at t= 3.0750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0700000000099772 ; TG2= 3.0750000000099771

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.34E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.09E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.33 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3536E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.070000 TO TG2=    3.075000 @ NSTEP      743
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 3.075000E+00 NSTEP=   747 Hash code:   22229248
 ->PRGCHK: bdy curvature ratio at t= 3.0800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0750000000099771 ; TG2= 3.080000000009977

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.41E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.28 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3036E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.075000 TO TG2=    3.080000 @ NSTEP      747
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    750
 TA= 3.08000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.080000000009977
 TTOR2=  3.0900000000099768
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.080000E+00 NSTEP=   750 Hash code:   55941519
 ->PRGCHK: bdy curvature ratio at t= 3.0850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.080000000009977 ; TG2= 3.0850000000099769

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.35E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.11E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.34 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3627E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.080000 TO TG2=    3.085000 @ NSTEP      750
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391642E+04
 --> plasma_hash("gframe"): TA= 3.085000E+00 NSTEP=   754 Hash code:   11780726
 ->PRGCHK: bdy curvature ratio at t= 3.0900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0850000000099769 ; TG2= 3.0900000000099768

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.45E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1167E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.085000 TO TG2=    3.090000 @ NSTEP      754
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    757
 TA= 3.09000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.0900000000099768
 TTOR2=  3.1000000000099766
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.090000E+00 NSTEP=   757 Hash code:  103226423
 ->PRGCHK: bdy curvature ratio at t= 3.0950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0900000000099768 ; TG2= 3.0950000000099767

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0717E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.090000 TO TG2=    3.095000 @ NSTEP      757
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.095000E+00 NSTEP=   761 Hash code:  103864360
 ->PRGCHK: bdy curvature ratio at t= 3.1000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.0950000000099767 ; TG2= 3.1000000000099766

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.80E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0307E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.095000 TO TG2=    3.100000 @ NSTEP      761
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    764
 TA= 3.10000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1000000000099766
 TTOR2=  3.1100000000099763
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.100000E+00 NSTEP=   764 Hash code:  108768853
 ->PRGCHK: bdy curvature ratio at t= 3.1050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1000000000099766 ; TG2= 3.1050000000099764

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0447E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.100000 TO TG2=    3.105000 @ NSTEP      764
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.105000E+00 NSTEP=   768 Hash code:   83719976
 ->PRGCHK: bdy curvature ratio at t= 3.1100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1050000000099764 ; TG2= 3.1100000000099763

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.98 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0076E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.105000 TO TG2=    3.110000 @ NSTEP      768
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    771
 TA= 3.11000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1100000000099763
 TTOR2=  3.1200000000099761
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.110000E+00 NSTEP=   771 Hash code:  117497181
 ->PRGCHK: bdy curvature ratio at t= 3.1150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1100000000099763 ; TG2= 3.1150000000099762

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0737E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.110000 TO TG2=    3.115000 @ NSTEP      771
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391641E+04
 --> plasma_hash("gframe"): TA= 3.115000E+00 NSTEP=   775 Hash code:   92803553
 ->PRGCHK: bdy curvature ratio at t= 3.1200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1150000000099762 ; TG2= 3.1200000000099761

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0927E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.115000 TO TG2=    3.120000 @ NSTEP      775
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    778
 TA= 3.12000E+00 CPU TIME= 5.20630E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1200000000099761
 TTOR2=  3.1300000000099759
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.120000E+00 NSTEP=   778 Hash code:   16095810
 ->PRGCHK: bdy curvature ratio at t= 3.1250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1200000000099761 ; TG2= 3.125000000009976

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.27E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1567E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.120000 TO TG2=    3.125000 @ NSTEP      778
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.125000E+00 NSTEP=   782 Hash code:   51640051
 ->PRGCHK: bdy curvature ratio at t= 3.1300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.125000000009976 ; TG2= 3.1300000000099759

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.80E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0307E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.125000 TO TG2=    3.130000 @ NSTEP      782
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    785
 TA= 3.13000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1300000000099759
 TTOR2=  3.1400000000099757
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.130000E+00 NSTEP=   785 Hash code:  102889266
 ->PRGCHK: bdy curvature ratio at t= 3.1350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1300000000099759 ; TG2= 3.1350000000099758

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1207E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.130000 TO TG2=    3.135000 @ NSTEP      785
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 --> plasma_hash("gframe"): TA= 3.135000E+00 NSTEP=   789 Hash code:   15872961
 ->PRGCHK: bdy curvature ratio at t= 3.1400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1350000000099758 ; TG2= 3.1400000000099757

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0757E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.135000 TO TG2=    3.140000 @ NSTEP      789
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    792
 TA= 3.14000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1400000000099757
 TTOR2=  3.1500000000099755
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.140000E+00 NSTEP=   792 Hash code:  110416113
 ->PRGCHK: bdy curvature ratio at t= 3.1450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1400000000099757 ; TG2= 3.1450000000099756

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1187E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.140000 TO TG2=    3.145000 @ NSTEP      792
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 --> plasma_hash("gframe"): TA= 3.145000E+00 NSTEP=   796 Hash code:   16091268
 ->PRGCHK: bdy curvature ratio at t= 3.1500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1450000000099756 ; TG2= 3.1500000000099755

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0847E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.145000 TO TG2=    3.150000 @ NSTEP      796
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224942E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    799
 TA= 3.15000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1500000000099755
 TTOR2=  3.1600000000099753
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.150000E+00 NSTEP=   799 Hash code:   57234379
 ->PRGCHK: bdy curvature ratio at t= 3.1550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1500000000099755 ; TG2= 3.1550000000099754

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1557E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.150000 TO TG2=    3.155000 @ NSTEP      799
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.155000E+00 NSTEP=   803 Hash code:   40653708
 ->PRGCHK: bdy curvature ratio at t= 3.1600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1550000000099754 ; TG2= 3.1600000000099753

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1117E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.155000 TO TG2=    3.160000 @ NSTEP      803
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    806
 TA= 3.16000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1600000000099753
 TTOR2=  3.1700000000099751
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.160000E+00 NSTEP=   806 Hash code:   72442119
 ->PRGCHK: bdy curvature ratio at t= 3.1650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1600000000099753 ; TG2= 3.1650000000099752

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1577E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.160000 TO TG2=    3.165000 @ NSTEP      806
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391632E+04
 --> plasma_hash("gframe"): TA= 3.165000E+00 NSTEP=   810 Hash code:   31877268
 ->PRGCHK: bdy curvature ratio at t= 3.1700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1650000000099752 ; TG2= 3.1700000000099751

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.22E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1027E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.165000 TO TG2=    3.170000 @ NSTEP      810
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    813
 TA= 3.17000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1700000000099751
 TTOR2=  3.1800000000099748
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.170000E+00 NSTEP=   813 Hash code:   82374706
 ->PRGCHK: bdy curvature ratio at t= 3.1750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1700000000099751 ; TG2= 3.175000000009975

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1357E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.170000 TO TG2=    3.175000 @ NSTEP      813
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 --> plasma_hash("gframe"): TA= 3.175000E+00 NSTEP=   817 Hash code:   95302671
 ->PRGCHK: bdy curvature ratio at t= 3.1800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.175000000009975 ; TG2= 3.1800000000099748

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0876E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.175000 TO TG2=    3.180000 @ NSTEP      817
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    820
 TA= 3.18000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1800000000099748
 TTOR2=  3.1900000000099746
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.180000E+00 NSTEP=   820 Hash code:   63074656
 ->PRGCHK: bdy curvature ratio at t= 3.1850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1800000000099748 ; TG2= 3.1850000000099747

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1407E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.180000 TO TG2=    3.185000 @ NSTEP      820
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.185000E+00 NSTEP=   824 Hash code:  108628669
 ->PRGCHK: bdy curvature ratio at t= 3.1900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1850000000099747 ; TG2= 3.1900000000099746

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1157E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.185000 TO TG2=    3.190000 @ NSTEP      824
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    827
 TA= 3.19000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.1900000000099746
 TTOR2=  3.2000000000099744
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.190000E+00 NSTEP=   827 Hash code:   46000555
 ->PRGCHK: bdy curvature ratio at t= 3.1950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1900000000099746 ; TG2= 3.1950000000099745

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1567E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.190000 TO TG2=    3.195000 @ NSTEP      827
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.195000E+00 NSTEP=   831 Hash code:   30480315
 ->PRGCHK: bdy curvature ratio at t= 3.2000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.1950000000099745 ; TG2= 3.2000000000099744

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1156E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.195000 TO TG2=    3.200000 @ NSTEP      831
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    834
 TA= 3.20000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.2000000000099744
 TTOR2=  3.2100000000099742
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.200000E+00 NSTEP=   834 Hash code:  121889035
 ->PRGCHK: bdy curvature ratio at t= 3.2050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2000000000099744 ; TG2= 3.2050000000099743

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1236E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.200000 TO TG2=    3.205000 @ NSTEP      834
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.205000E+00 NSTEP=   838 Hash code:  106344465
 ->PRGCHK: bdy curvature ratio at t= 3.2100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2050000000099743 ; TG2= 3.2100000000099742

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.14E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.83E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0687E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.205000 TO TG2=    3.210000 @ NSTEP      838
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    841
 TA= 3.21000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.2100000000099742
 TTOR2=  3.220000000009974
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.210000E+00 NSTEP=   841 Hash code:   85850847
 ->PRGCHK: bdy curvature ratio at t= 3.2150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2100000000099742 ; TG2= 3.2150000000099741

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.25E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.20 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2197E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.210000 TO TG2=    3.215000 @ NSTEP      841
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.215000E+00 NSTEP=   845 Hash code:   28202129
 ->PRGCHK: bdy curvature ratio at t= 3.2200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2150000000099741 ; TG2= 3.220000000009974

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.28E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.17 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1927E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.215000 TO TG2=    3.220000 @ NSTEP      845
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    848
 TA= 3.22000E+00 CPU TIME= 5.29785E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.220000000009974
 TTOR2=  3.2300000000099738
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.220000E+00 NSTEP=   848 Hash code:   95156828
 ->PRGCHK: bdy curvature ratio at t= 3.2250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.220000000009974 ; TG2= 3.2250000000099739

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.22 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2476E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.220000 TO TG2=    3.225000 @ NSTEP      848
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.225000E+00 NSTEP=   852 Hash code:    4776010
 ->PRGCHK: bdy curvature ratio at t= 3.2300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2250000000099739 ; TG2= 3.2300000000099738

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.32E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.18 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2046E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.225000 TO TG2=    3.230000 @ NSTEP      852
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    855
 TA= 3.23000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.2300000000099738
 TTOR2=  3.2400000000099736
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.230000E+00 NSTEP=   855 Hash code:   46981206
 ->PRGCHK: bdy curvature ratio at t= 3.2350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2300000000099738 ; TG2= 3.2350000000099737

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1546E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.230000 TO TG2=    3.235000 @ NSTEP      855
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.235000E+00 NSTEP=   859 Hash code:   71673026
 ->PRGCHK: bdy curvature ratio at t= 3.2400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2350000000099737 ; TG2= 3.2400000000099736

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.98 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0087E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.235000 TO TG2=    3.240000 @ NSTEP      859
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    862
 TA= 3.24000E+00 CPU TIME= 4.90112E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.2400000000099736
 TTOR2=  3.2500000000099734
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.240000E+00 NSTEP=   862 Hash code:   21370607
 ->PRGCHK: bdy curvature ratio at t= 3.2450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2400000000099736 ; TG2= 3.2450000000099735

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0477E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.240000 TO TG2=    3.245000 @ NSTEP      862
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.245000E+00 NSTEP=   866 Hash code:   97649244
 ->PRGCHK: bdy curvature ratio at t= 3.2500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2450000000099735 ; TG2= 3.2500000000099734

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.98 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0078E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.245000 TO TG2=    3.250000 @ NSTEP      866
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    869
 TA= 3.25000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.2500000000099734
 TTOR2=  3.2600000000099731
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.250000E+00 NSTEP=   869 Hash code:   76718113
 ->PRGCHK: bdy curvature ratio at t= 3.2550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2500000000099734 ; TG2= 3.2550000000099732

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0696E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.250000 TO TG2=    3.255000 @ NSTEP      869
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.255000E+00 NSTEP=   873 Hash code:    1379127
 ->PRGCHK: bdy curvature ratio at t= 3.2600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2550000000099732 ; TG2= 3.2600000000099731

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.80E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0317E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.255000 TO TG2=    3.260000 @ NSTEP      873
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    876
 TA= 3.26000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.2600000000099731
 TTOR2=  3.2700000000099729
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.260000E+00 NSTEP=   876 Hash code:   35269711
 ->PRGCHK: bdy curvature ratio at t= 3.2650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2600000000099731 ; TG2= 3.265000000009973

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0687E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.260000 TO TG2=    3.265000 @ NSTEP      876
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.265000E+00 NSTEP=   880 Hash code:   51885168
 ->PRGCHK: bdy curvature ratio at t= 3.2700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.265000000009973 ; TG2= 3.2700000000099729

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.80E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0377E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.265000 TO TG2=    3.270000 @ NSTEP      880
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    883
 TA= 3.27000E+00 CPU TIME= 4.89502E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.2700000000099729
 TTOR2=  3.2800000000099727
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.270000E+00 NSTEP=   883 Hash code:  115120473
 ->PRGCHK: bdy curvature ratio at t= 3.2750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2700000000099729 ; TG2= 3.2750000000099728

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1147E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.270000 TO TG2=    3.275000 @ NSTEP      883
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.275000E+00 NSTEP=   887 Hash code:   99422622
 ->PRGCHK: bdy curvature ratio at t= 3.2800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2750000000099728 ; TG2= 3.2800000000099727

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0846E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.275000 TO TG2=    3.280000 @ NSTEP      887
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    890
 TA= 3.28000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.2800000000099727
 TTOR2=  3.2900000000099725
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.280000E+00 NSTEP=   890 Hash code:   86670462
 ->PRGCHK: bdy curvature ratio at t= 3.2850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2800000000099727 ; TG2= 3.2850000000099726

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1286E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.280000 TO TG2=    3.285000 @ NSTEP      890
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.285000E+00 NSTEP=   894 Hash code:    4804477
 ->PRGCHK: bdy curvature ratio at t= 3.2900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2850000000099726 ; TG2= 3.2900000000099725

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1116E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.285000 TO TG2=    3.290000 @ NSTEP      894
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    897
 TA= 3.29000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.2900000000099725
 TTOR2=  3.3000000000099723
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.290000E+00 NSTEP=   897 Hash code:   67507675
 ->PRGCHK: bdy curvature ratio at t= 3.2950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2900000000099725 ; TG2= 3.2950000000099724

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1627E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.290000 TO TG2=    3.295000 @ NSTEP      897
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 --> plasma_hash("gframe"): TA= 3.295000E+00 NSTEP=   901 Hash code:   53175043
 ->PRGCHK: bdy curvature ratio at t= 3.3000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.2950000000099724 ; TG2= 3.3000000000099723

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1187E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.295000 TO TG2=    3.300000 @ NSTEP      901
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224930E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    904
 TA= 3.30000E+00 CPU TIME= 5.39551E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.3000000000099723
 TTOR2=  3.3100000000099721
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.300000E+00 NSTEP=   904 Hash code:   91247186
 ->PRGCHK: bdy curvature ratio at t= 3.3050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3000000000099723 ; TG2= 3.3050000000099722

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1347E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.300000 TO TG2=    3.305000 @ NSTEP      904
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.305000E+00 NSTEP=   908 Hash code:   17635883
 ->PRGCHK: bdy curvature ratio at t= 3.3100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3050000000099722 ; TG2= 3.3100000000099721

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0907E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.305000 TO TG2=    3.310000 @ NSTEP      908
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    911
 TA= 3.31000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.3100000000099721
 TTOR2=  3.3200000000099719
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.310000E+00 NSTEP=   911 Hash code:  105067437
 ->PRGCHK: bdy curvature ratio at t= 3.3150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3100000000099721 ; TG2= 3.315000000009972

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.53E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.18E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.44 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4587E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.310000 TO TG2=    3.315000 @ NSTEP      911
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.315000E+00 NSTEP=   915 Hash code:   21524013
 ->PRGCHK: bdy curvature ratio at t= 3.3200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.315000000009972 ; TG2= 3.3200000000099719

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.62E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.12E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.38 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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4006E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.315000 TO TG2=    3.320000 @ NSTEP      915
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    918
 TA= 3.32000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.3200000000099719
 TTOR2=  3.3300000000099717
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.320000E+00 NSTEP=   918 Hash code:  117870680
 ->PRGCHK: bdy curvature ratio at t= 3.3250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3200000000099719 ; TG2= 3.3250000000099718

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.52E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.15E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.40 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4306E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.320000 TO TG2=    3.325000 @ NSTEP      918
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 3.325000E+00 NSTEP=   922 Hash code:  114840675
 ->PRGCHK: bdy curvature ratio at t= 3.3300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3250000000099718 ; TG2= 3.3300000000099717

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.60E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.10E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.36 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3867E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.325000 TO TG2=    3.330000 @ NSTEP      922
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    925
 TA= 3.33000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.3300000000099717
 TTOR2=  3.3400000000099714
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.330000E+00 NSTEP=   925 Hash code:   43757090
 ->PRGCHK: bdy curvature ratio at t= 3.3350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3300000000099717 ; TG2= 3.3350000000099715

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.51E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.19E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.44 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4637E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.330000 TO TG2=    3.335000 @ NSTEP      925
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.335000E+00 NSTEP=   929 Hash code:   75809959
 ->PRGCHK: bdy curvature ratio at t= 3.3400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3350000000099715 ; TG2= 3.3400000000099714

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.60E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.12E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.38 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4066E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.335000 TO TG2=    3.340000 @ NSTEP      929
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    932
 TA= 3.34000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.3400000000099714
 TTOR2=  3.3500000000099712
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.340000E+00 NSTEP=   932 Hash code:    9871580
 ->PRGCHK: bdy curvature ratio at t= 3.3450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3400000000099714 ; TG2= 3.3450000000099713

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.51E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.50 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5246E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.340000 TO TG2=    3.345000 @ NSTEP      932
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.345000E+00 NSTEP=   936 Hash code:   68893379
 ->PRGCHK: bdy curvature ratio at t= 3.3500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3450000000099713 ; TG2= 3.3500000000099712

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.21E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.48 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5056E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.345000 TO TG2=    3.350000 @ NSTEP      936
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    939
 TA= 3.35000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.3500000000099712
 TTOR2=  3.360000000009971
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.350000E+00 NSTEP=   939 Hash code:  110489284
 ->PRGCHK: bdy curvature ratio at t= 3.3550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3500000000099712 ; TG2= 3.3550000000099711

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5416E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.350000 TO TG2=    3.355000 @ NSTEP      939
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 --> plasma_hash("gframe"): TA= 3.355000E+00 NSTEP=   943 Hash code:   72860366
 ->PRGCHK: bdy curvature ratio at t= 3.3600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3550000000099711 ; TG2= 3.360000000009971

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.20E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.48 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5066E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.355000 TO TG2=    3.360000 @ NSTEP      943
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224940E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    946
 TA= 3.36000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.360000000009971
 TTOR2=  3.3700000000099708
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.360000E+00 NSTEP=   946 Hash code:   54116381
 ->PRGCHK: bdy curvature ratio at t= 3.3650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.360000000009971 ; TG2= 3.3650000000099709

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5946E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.360000 TO TG2=    3.365000 @ NSTEP      946
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.365000E+00 NSTEP=   950 Hash code:  119742512
 ->PRGCHK: bdy curvature ratio at t= 3.3700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3650000000099709 ; TG2= 3.3700000000099708

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.44E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.28 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3097E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.365000 TO TG2=    3.370000 @ NSTEP      950
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224932E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    953
 TA= 3.37000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.3700000000099708
 TTOR2=  3.3800000000099706
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.370000E+00 NSTEP=   953 Hash code:   22688369
 ->PRGCHK: bdy curvature ratio at t= 3.3750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3700000000099708 ; TG2= 3.3750000000099707

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.39E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.09E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.33 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3546E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.370000 TO TG2=    3.375000 @ NSTEP      953
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391632E+04
 --> plasma_hash("gframe"): TA= 3.375000E+00 NSTEP=   957 Hash code:   66584921
 ->PRGCHK: bdy curvature ratio at t= 3.3800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3750000000099707 ; TG2= 3.3800000000099706

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.44E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.02E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.26 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2896E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.375000 TO TG2=    3.380000 @ NSTEP      957
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    960
 TA= 3.38000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.3800000000099706
 TTOR2=  3.3900000000099704
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.380000E+00 NSTEP=   960 Hash code:   35808834
 ->PRGCHK: bdy curvature ratio at t= 3.3850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3800000000099706 ; TG2= 3.3850000000099705

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.37E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.30 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3276E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.380000 TO TG2=    3.385000 @ NSTEP      960
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391632E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.385000E+00 NSTEP=   964 Hash code:   75240715
 ->PRGCHK: bdy curvature ratio at t= 3.3900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3850000000099705 ; TG2= 3.3900000000099704

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.42E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.27 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2996E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.385000 TO TG2=    3.390000 @ NSTEP      964
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    967
 TA= 3.39000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.3900000000099704
 TTOR2=  3.4000000000099702
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.390000E+00 NSTEP=   967 Hash code:   75889119
 ->PRGCHK: bdy curvature ratio at t= 3.3950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3900000000099704 ; TG2= 3.3950000000099703

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.43E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.16E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.41 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4316E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.390000 TO TG2=    3.395000 @ NSTEP      967
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.395000E+00 NSTEP=   971 Hash code:   88679797
 ->PRGCHK: bdy curvature ratio at t= 3.4000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.3950000000099703 ; TG2= 3.4000000000099702

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.51E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.83E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1086E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.395000 TO TG2=    3.400000 @ NSTEP      971
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    974
 TA= 3.40000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4000000000099702
 TTOR2=  3.4100000000099699
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.400000E+00 NSTEP=   974 Hash code:  121035273
 ->PRGCHK: bdy curvature ratio at t= 3.4050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4000000000099702 ; TG2= 3.4050000000099701

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0847E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.400000 TO TG2=    3.405000 @ NSTEP      974
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.405000E+00 NSTEP=   978 Hash code:   90664706
 ->PRGCHK: bdy curvature ratio at t= 3.4100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4050000000099701 ; TG2= 3.4100000000099699

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.79E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0228E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.405000 TO TG2=    3.410000 @ NSTEP      978
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    981
 TA= 3.41000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4100000000099699
 TTOR2=  3.4200000000099697
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.410000E+00 NSTEP=   981 Hash code:   53255381
 ->PRGCHK: bdy curvature ratio at t= 3.4150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4100000000099699 ; TG2= 3.4150000000099698

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0726E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.410000 TO TG2=    3.415000 @ NSTEP      981
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 3.415000E+00 NSTEP=   985 Hash code:   80495139
 ->PRGCHK: bdy curvature ratio at t= 3.4200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4150000000099698 ; TG2= 3.4200000000099697

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0876E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.415000 TO TG2=    3.420000 @ NSTEP      985
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    988
 TA= 3.42000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4200000000099697
 TTOR2=  3.4300000000099695
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.420000E+00 NSTEP=   988 Hash code:   78849096
 ->PRGCHK: bdy curvature ratio at t= 3.4250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4200000000099697 ; TG2= 3.4250000000099696

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.16 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1786E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.420000 TO TG2=    3.425000 @ NSTEP      988
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.425000E+00 NSTEP=   992 Hash code:   86797525
 ->PRGCHK: bdy curvature ratio at t= 3.4300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4250000000099696 ; TG2= 3.4300000000099695

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.22E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1097E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.425000 TO TG2=    3.430000 @ NSTEP      992
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224942E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    995
 TA= 3.43000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4300000000099695
 TTOR2=  3.4400000000099693
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.430000E+00 NSTEP=   995 Hash code:   93446670
 ->PRGCHK: bdy curvature ratio at t= 3.4350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4300000000099695 ; TG2= 3.4350000000099694

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1677E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.430000 TO TG2=    3.435000 @ NSTEP      995
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391632E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.435000E+00 NSTEP=   999 Hash code:   63082391
 ->PRGCHK: bdy curvature ratio at t= 3.4400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4350000000099694 ; TG2= 3.4400000000099693

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1216E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.435000 TO TG2=    3.440000 @ NSTEP      999
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1002
 TA= 3.44000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4400000000099693
 TTOR2=  3.4500000000099691
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.440000E+00 NSTEP=  1002 Hash code:  105885448
 ->PRGCHK: bdy curvature ratio at t= 3.4450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4400000000099693 ; TG2= 3.4450000000099692

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.17 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1997E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.440000 TO TG2=    3.445000 @ NSTEP     1002
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.445000E+00 NSTEP=  1006 Hash code:   70070416
 ->PRGCHK: bdy curvature ratio at t= 3.4500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4450000000099692 ; TG2= 3.4500000000099691

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.27E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1547E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.445000 TO TG2=    3.450000 @ NSTEP     1006
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1009
 TA= 3.45000E+00 CPU TIME= 5.20020E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4500000000099691
 TTOR2=  3.4600000000099689
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.450000E+00 NSTEP=  1009 Hash code:   59648547
 ->PRGCHK: bdy curvature ratio at t= 3.4550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4500000000099691 ; TG2= 3.455000000009969

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.18 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2026E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.450000 TO TG2=    3.455000 @ NSTEP     1009
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.455000E+00 NSTEP=  1013 Hash code:   71523965
 ->PRGCHK: bdy curvature ratio at t= 3.4600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.455000000009969 ; TG2= 3.4600000000099689

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.30E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1486E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.455000 TO TG2=    3.460000 @ NSTEP     1013
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1016
 TA= 3.46000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4600000000099689
 TTOR2=  3.4700000000099687
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.460000E+00 NSTEP=  1016 Hash code:   21715018
 ->PRGCHK: bdy curvature ratio at t= 3.4650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4600000000099689 ; TG2= 3.4650000000099688

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1747E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.460000 TO TG2=    3.465000 @ NSTEP     1016
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 3.465000E+00 NSTEP=  1020 Hash code:   25599970
 ->PRGCHK: bdy curvature ratio at t= 3.4700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4650000000099688 ; TG2= 3.4700000000099687

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.23E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1296E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.465000 TO TG2=    3.470000 @ NSTEP     1020
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   102[1] 5978
3
 TA= 3.47000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4700000000099687
 TTOR2=  3.4800000000099685
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  3.4700000E+00

 %wrstf: jsystem(tail -n 200 134372N01tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134372N01_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 3.470000E+00 NSTEP=  1023 Hash code:   81414762
 ->PRGCHK: bdy curvature ratio at t= 3.4750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4700000000099687 ; TG2= 3.4750000000099686

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0697E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.470000 TO TG2=    3.475000 @ NSTEP     1023
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 3.475000E+00 NSTEP=  1027 Hash code:   20394877
 ->PRGCHK: bdy curvature ratio at t= 3.4800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4750000000099686 ; TG2= 3.4800000000099685

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0497E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.475000 TO TG2=    3.480000 @ NSTEP     1027
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1030
 TA= 3.48000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4800000000099685
 TTOR2=  3.4900000000099682
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.480000E+00 NSTEP=  1030 Hash code:    7354927
 ->PRGCHK: bdy curvature ratio at t= 3.4850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4800000000099685 ; TG2= 3.4850000000099683

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.16 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1847E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.480000 TO TG2=    3.485000 @ NSTEP     1030
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.485000E+00 NSTEP=  1034 Hash code:  101820742
 ->PRGCHK: bdy curvature ratio at t= 3.4900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4850000000099683 ; TG2= 3.4900000000099682

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1187E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.485000 TO TG2=    3.490000 @ NSTEP     1034
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1037
 TA= 3.49000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.4900000000099682
 TTOR2=  3.500000000009968
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.490000E+00 NSTEP=  1037 Hash code:   87127568
 ->PRGCHK: bdy curvature ratio at t= 3.4950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4900000000099682 ; TG2= 3.4950000000099681

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1586E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.490000 TO TG2=    3.495000 @ NSTEP     1037
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391641E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.495000E+00 NSTEP=  1041 Hash code:   14623070
 ->PRGCHK: bdy curvature ratio at t= 3.5000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.4950000000099681 ; TG2= 3.500000000009968

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.25E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1307E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.495000 TO TG2=    3.500000 @ NSTEP     1041
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1044
 TA= 3.50000E+00 CPU TIME= 5.29785E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.500000000009968
 TTOR2=  3.5100000000099678
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.500000E+00 NSTEP=  1044 Hash code:    3928001
 ->PRGCHK: bdy curvature ratio at t= 3.5050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.500000000009968 ; TG2= 3.5050000000099679

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1756E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.500000 TO TG2=    3.505000 @ NSTEP     1044
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.505000E+00 NSTEP=  1048 Hash code:   74094695
 ->PRGCHK: bdy curvature ratio at t= 3.5100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5050000000099679 ; TG2= 3.5100000000099678

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.28E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1656E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.505000 TO TG2=    3.510000 @ NSTEP     1048
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1051
 TA= 3.51000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.5100000000099678
 TTOR2=  3.5200000000099676
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.510000E+00 NSTEP=  1051 Hash code:   89912364
 ->PRGCHK: bdy curvature ratio at t= 3.5150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5100000000099678 ; TG2= 3.5150000000099677

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.25E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.18 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1976E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.510000 TO TG2=    3.515000 @ NSTEP     1051
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.515000E+00 NSTEP=  1055 Hash code:   64739755
 ->PRGCHK: bdy curvature ratio at t= 3.5200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5150000000099677 ; TG2= 3.5200000000099676

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.27E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1597E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.515000 TO TG2=    3.520000 @ NSTEP     1055
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1058
 TA= 3.52000E+00 CPU TIME= 5.29785E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.5200000000099676
 TTOR2=  3.5300000000099674
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.520000E+00 NSTEP=  1058 Hash code:   36290264
 ->PRGCHK: bdy curvature ratio at t= 3.5250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5200000000099676 ; TG2= 3.5250000000099675

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1727E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.520000 TO TG2=    3.525000 @ NSTEP     1058
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 --> plasma_hash("gframe"): TA= 3.525000E+00 NSTEP=  1062 Hash code:   68414604
 ->PRGCHK: bdy curvature ratio at t= 3.5300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5250000000099675 ; TG2= 3.5300000000099674

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.25E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1366E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.525000 TO TG2=    3.530000 @ NSTEP     1062
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1065
 TA= 3.53000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.5300000000099674
 TTOR2=  3.5400000000099672
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.530000E+00 NSTEP=  1065 Hash code:  120870570
 ->PRGCHK: bdy curvature ratio at t= 3.5350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5300000000099674 ; TG2= 3.5350000000099673

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1727E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.530000 TO TG2=    3.535000 @ NSTEP     1065
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.535000E+00 NSTEP=  1069 Hash code:  100083339
 ->PRGCHK: bdy curvature ratio at t= 3.5400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5350000000099673 ; TG2= 3.5400000000099672

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.24E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1447E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.535000 TO TG2=    3.540000 @ NSTEP     1069
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1072
 TA= 3.54000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.5400000000099672
 TTOR2=  3.550000000009967
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.540000E+00 NSTEP=  1072 Hash code:   31079500
 ->PRGCHK: bdy curvature ratio at t= 3.5450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5400000000099672 ; TG2= 3.5450000000099671

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.17 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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1987E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.540000 TO TG2=    3.545000 @ NSTEP     1072
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.545000E+00 NSTEP=  1076 Hash code:   77620682
 ->PRGCHK: bdy curvature ratio at t= 3.5500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5450000000099671 ; TG2= 3.550000000009967

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.30E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1586E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.545000 TO TG2=    3.550000 @ NSTEP     1076
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1079
 TA= 3.55000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.550000000009967
 TTOR2=  3.5600000000099667
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.550000E+00 NSTEP=  1079 Hash code:    5889059
 ->PRGCHK: bdy curvature ratio at t= 3.5550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.550000000009967 ; TG2= 3.5550000000099669

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1768E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.550000 TO TG2=    3.555000 @ NSTEP     1079
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 --> plasma_hash("gframe"): TA= 3.555000E+00 NSTEP=  1083 Hash code:  102361331
 ->PRGCHK: bdy curvature ratio at t= 3.5600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5550000000099669 ; TG2= 3.5600000000099667

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.38E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.23 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2567E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.555000 TO TG2=    3.560000 @ NSTEP     1083
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1086
 TA= 3.56000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.5600000000099667
 TTOR2=  3.5700000000099665
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.560000E+00 NSTEP=  1086 Hash code:   29404546
 ->PRGCHK: bdy curvature ratio at t= 3.5650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5600000000099667 ; TG2= 3.5650000000099666

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.35E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.05E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.28 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3047E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.560000 TO TG2=    3.565000 @ NSTEP     1086
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 --> plasma_hash("gframe"): TA= 3.565000E+00 NSTEP=  1090 Hash code:   99376485
 ->PRGCHK: bdy curvature ratio at t= 3.5700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5650000000099666 ; TG2= 3.5700000000099665

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.40E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.23 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2567E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.565000 TO TG2=    3.570000 @ NSTEP     1090
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1093
 TA= 3.57000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.5700000000099665
 TTOR2=  3.5800000000099663
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.570000E+00 NSTEP=  1093 Hash code:   27610793
 ->PRGCHK: bdy curvature ratio at t= 3.5750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5700000000099665 ; TG2= 3.5750000000099664

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.38E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.07E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.31 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3347E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.570000 TO TG2=    3.575000 @ NSTEP     1093
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.575000E+00 NSTEP=  1097 Hash code:  109961405
 ->PRGCHK: bdy curvature ratio at t= 3.5800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5750000000099664 ; TG2= 3.5800000000099663

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.47E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.02E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.26 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2867E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.575000 TO TG2=    3.580000 @ NSTEP     1097
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1100
 TA= 3.58000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.5800000000099663
 TTOR2=  3.5900000000099661
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.580000E+00 NSTEP=  1100 Hash code:  109948154
 ->PRGCHK: bdy curvature ratio at t= 3.5850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5800000000099663 ; TG2= 3.5850000000099662

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0706E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.580000 TO TG2=    3.585000 @ NSTEP     1100
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.585000E+00 NSTEP=  1104 Hash code:  113383239
 ->PRGCHK: bdy curvature ratio at t= 3.5900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5850000000099662 ; TG2= 3.5900000000099661

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.99 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0087E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.585000 TO TG2=    3.590000 @ NSTEP     1104
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1107
 TA= 3.59000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.5900000000099661
 TTOR2=  3.6000000000099659
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.590000E+00 NSTEP=  1107 Hash code:   60218300
 ->PRGCHK: bdy curvature ratio at t= 3.5950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.5900000000099661 ; TG2= 3.595000000009966

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.83E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.04 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0597E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.590000 TO TG2=    3.595000 @ NSTEP     1107
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 --> plasma_hash("gframe"): TA= 3.595000E+00 NSTEP=  1111 Hash code:   64410914
 ->PRGCHK: bdy curvature ratio at t= 3.6000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.595000000009966 ; TG2= 3.6000000000099659

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.81E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0406E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.595000 TO TG2=    3.600000 @ NSTEP     1111
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1114
 TA= 3.60000E+00 CPU TIME= 5.10864E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.6000000000099659
 TTOR2=  3.6100000000099657
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.600000E+00 NSTEP=  1114 Hash code:   81804409
 ->PRGCHK: bdy curvature ratio at t= 3.6050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6000000000099659 ; TG2= 3.6050000000099658

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0927E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.600000 TO TG2=    3.605000 @ NSTEP     1114
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.605000E+00 NSTEP=  1118 Hash code:   26232290
 ->PRGCHK: bdy curvature ratio at t= 3.6100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6050000000099658 ; TG2= 3.6100000000099657

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.81E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0397E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.605000 TO TG2=    3.610000 @ NSTEP     1118
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1121
 TA= 3.61000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.6100000000099657
 TTOR2=  3.6200000000099655
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.610000E+00 NSTEP=  1121 Hash code:   28211252
 ->PRGCHK: bdy curvature ratio at t= 3.6150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6100000000099657 ; TG2= 3.6150000000099656

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0737E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.610000 TO TG2=    3.615000 @ NSTEP     1121
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 --> plasma_hash("gframe"): TA= 3.615000E+00 NSTEP=  1125 Hash code:   66757560
 ->PRGCHK: bdy curvature ratio at t= 3.6200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6150000000099656 ; TG2= 3.6200000000099655

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.99 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0117E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.615000 TO TG2=    3.620000 @ NSTEP     1125
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1128
 TA= 3.62000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.6200000000099655
 TTOR2=  3.6300000000099653
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.620000E+00 NSTEP=  1128 Hash code:   16658467
 ->PRGCHK: bdy curvature ratio at t= 3.6250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6200000000099655 ; TG2= 3.6250000000099654

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.83E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0518E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.620000 TO TG2=    3.625000 @ NSTEP     1128
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.625000E+00 NSTEP=  1132 Hash code:   62313075
 ->PRGCHK: bdy curvature ratio at t= 3.6300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6250000000099654 ; TG2= 3.6300000000099653

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0977E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.625000 TO TG2=    3.630000 @ NSTEP     1132
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1135
 TA= 3.63000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.6300000000099653
 TTOR2=  3.640000000009965
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.630000E+00 NSTEP=  1135 Hash code:    8166391
 ->PRGCHK: bdy curvature ratio at t= 3.6350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6300000000099653 ; TG2= 3.6350000000099651

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0717E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.630000 TO TG2=    3.635000 @ NSTEP     1135
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.635000E+00 NSTEP=  1139 Hash code:  103075190
 ->PRGCHK: bdy curvature ratio at t= 3.6400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6350000000099651 ; TG2= 3.640000000009965

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0797E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.635000 TO TG2=    3.640000 @ NSTEP     1139
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1142
 TA= 3.64000E+00 CPU TIME= 5.09644E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.640000000009965
 TTOR2=  3.6500000000099648
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.640000E+00 NSTEP=  1142 Hash code:   49643073
 ->PRGCHK: bdy curvature ratio at t= 3.6450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.640000000009965 ; TG2= 3.6450000000099649

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.13E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1437E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.640000 TO TG2=    3.645000 @ NSTEP     1142
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.645000E+00 NSTEP=  1146 Hash code:   86463603
 ->PRGCHK: bdy curvature ratio at t= 3.6500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6450000000099649 ; TG2= 3.6500000000099648

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0947E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.645000 TO TG2=    3.650000 @ NSTEP     1146
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224942E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1149
 TA= 3.65000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.6500000000099648
 TTOR2=  3.6600000000099646
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.650000E+00 NSTEP=  1149 Hash code:  117356530
 ->PRGCHK: bdy curvature ratio at t= 3.6550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6500000000099648 ; TG2= 3.6550000000099647

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1287E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.650000 TO TG2=    3.655000 @ NSTEP     1149
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.655000E+00 NSTEP=  1153 Hash code:   93802104
 ->PRGCHK: bdy curvature ratio at t= 3.6600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6550000000099647 ; TG2= 3.6600000000099646

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0817E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.655000 TO TG2=    3.660000 @ NSTEP     1153
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1156
 TA= 3.66000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.6600000000099646
 TTOR2=  3.6700000000099644
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.660000E+00 NSTEP=  1156 Hash code:   62786951
 ->PRGCHK: bdy curvature ratio at t= 3.6650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6600000000099646 ; TG2= 3.6650000000099645

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1277E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.660000 TO TG2=    3.665000 @ NSTEP     1156
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.665000E+00 NSTEP=  1160 Hash code:   53467414
 ->PRGCHK: bdy curvature ratio at t= 3.6700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6650000000099645 ; TG2= 3.6700000000099644

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.22E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1188E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.665000 TO TG2=    3.670000 @ NSTEP     1160
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1163
 TA= 3.67000E+00 CPU TIME= 4.99878E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.6700000000099644
 TTOR2=  3.6800000000099642
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.670000E+00 NSTEP=  1163 Hash code:  114211730
 ->PRGCHK: bdy curvature ratio at t= 3.6750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6700000000099644 ; TG2= 3.6750000000099643

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1616E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.670000 TO TG2=    3.675000 @ NSTEP     1163
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 3.675000E+00 NSTEP=  1167 Hash code:   23804731
 ->PRGCHK: bdy curvature ratio at t= 3.6800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6750000000099643 ; TG2= 3.6800000000099642

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1117E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.675000 TO TG2=    3.680000 @ NSTEP     1167
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224931E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1170
 TA= 3.68000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.6800000000099642
 TTOR2=  3.690000000009964
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.680000E+00 NSTEP=  1170 Hash code:   68231085
 ->PRGCHK: bdy curvature ratio at t= 3.6850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6800000000099642 ; TG2= 3.6850000000099641

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1417E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.680000 TO TG2=    3.685000 @ NSTEP     1170
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.685000E+00 NSTEP=  1174 Hash code:   67728795
 ->PRGCHK: bdy curvature ratio at t= 3.6900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6850000000099641 ; TG2= 3.690000000009964

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0867E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.685000 TO TG2=    3.690000 @ NSTEP     1174
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1177
 TA= 3.69000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.690000000009964
 TTOR2=  3.7000000000099638
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.690000E+00 NSTEP=  1177 Hash code:   61629362
 ->PRGCHK: bdy curvature ratio at t= 3.6950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.690000000009964 ; TG2= 3.6950000000099639

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1367E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.690000 TO TG2=    3.695000 @ NSTEP     1177
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.695000E+00 NSTEP=  1181 Hash code:  114184921
 ->PRGCHK: bdy curvature ratio at t= 3.7000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.6950000000099639 ; TG2= 3.7000000000099638

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1067E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.695000 TO TG2=    3.700000 @ NSTEP     1181
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1184
 TA= 3.70000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7000000000099638
 TTOR2=  3.7100000000099635
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.700000E+00 NSTEP=  1184 Hash code:   40362600
 ->PRGCHK: bdy curvature ratio at t= 3.7050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7000000000099638 ; TG2= 3.7050000000099637

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1606E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.700000 TO TG2=    3.705000 @ NSTEP     1184
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.705000E+00 NSTEP=  1188 Hash code:   15888579
 ->PRGCHK: bdy curvature ratio at t= 3.7100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7050000000099637 ; TG2= 3.7100000000099635

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1117E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.705000 TO TG2=    3.710000 @ NSTEP     1188
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1191
 TA= 3.71000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7100000000099635
 TTOR2=  3.7200000000099633
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.710000E+00 NSTEP=  1191 Hash code:   76158304
 ->PRGCHK: bdy curvature ratio at t= 3.7150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7100000000099635 ; TG2= 3.7150000000099634

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1617E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.710000 TO TG2=    3.715000 @ NSTEP     1191
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 3.715000E+00 NSTEP=  1195 Hash code:   17863899
 ->PRGCHK: bdy curvature ratio at t= 3.7200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7150000000099634 ; TG2= 3.7200000000099633

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1707E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.715000 TO TG2=    3.720000 @ NSTEP     1195
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224932E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1198
 TA= 3.72000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7200000000099633
 TTOR2=  3.7300000000099631
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.720000E+00 NSTEP=  1198 Hash code:  119199319
 ->PRGCHK: bdy curvature ratio at t= 3.7250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7200000000099633 ; TG2= 3.7250000000099632

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.25E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.19 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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2117E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.720000 TO TG2=    3.725000 @ NSTEP     1198
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.725000E+00 NSTEP=  1202 Hash code:   53588813
 ->PRGCHK: bdy curvature ratio at t= 3.7300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7250000000099632 ; TG2= 3.7300000000099631

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.16 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1797E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.725000 TO TG2=    3.730000 @ NSTEP     1202
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1205
 TA= 3.73000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7300000000099631
 TTOR2=  3.7400000000099629
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.730000E+00 NSTEP=  1205 Hash code:  107871647
 ->PRGCHK: bdy curvature ratio at t= 3.7350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7300000000099631 ; TG2= 3.735000000009963

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.29E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.00E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.23 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2517E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.730000 TO TG2=    3.735000 @ NSTEP     1205
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391641E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.735000E+00 NSTEP=  1209 Hash code:   47253496
 ->PRGCHK: bdy curvature ratio at t= 3.7400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.735000000009963 ; TG2= 3.7400000000099629

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.32E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0917E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.735000 TO TG2=    3.740000 @ NSTEP     1209
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1212
 TA= 3.74000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7400000000099629
 TTOR2=  3.7500000000099627
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.740000E+00 NSTEP=  1212 Hash code:   84621839
 ->PRGCHK: bdy curvature ratio at t= 3.7450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7400000000099629 ; TG2= 3.7450000000099628

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0728E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.740000 TO TG2=    3.745000 @ NSTEP     1212
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
 --> plasma_hash("gframe"): TA= 3.745000E+00 NSTEP=  1216 Hash code:  119476317
 ->PRGCHK: bdy curvature ratio at t= 3.7500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7450000000099628 ; TG2= 3.7500000000099627

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.99 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0166E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.745000 TO TG2=    3.750000 @ NSTEP     1216
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224931E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1219
 TA= 3.75000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7500000000099627
 TTOR2=  3.7600000000099625
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.750000E+00 NSTEP=  1219 Hash code:   18674139
 ->PRGCHK: bdy curvature ratio at t= 3.7550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7500000000099627 ; TG2= 3.7550000000099626

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0448E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.750000 TO TG2=    3.755000 @ NSTEP     1219
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.755000E+00 NSTEP=  1223 Hash code:  105860370
 ->PRGCHK: bdy curvature ratio at t= 3.7600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7550000000099626 ; TG2= 3.7600000000099625

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.98 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0077E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.755000 TO TG2=    3.760000 @ NSTEP     1223
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1226
 TA= 3.76000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7600000000099625
 TTOR2=  3.7700000000099623
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.760000E+00 NSTEP=  1226 Hash code:   76523576
 ->PRGCHK: bdy curvature ratio at t= 3.7650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7600000000099625 ; TG2= 3.7650000000099624

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.83E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0547E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.760000 TO TG2=    3.765000 @ NSTEP     1226
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 --> plasma_hash("gframe"): TA= 3.765000E+00 NSTEP=  1230 Hash code:   19805901
 ->PRGCHK: bdy curvature ratio at t= 3.7700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7650000000099624 ; TG2= 3.7700000000099623

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.80E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0317E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.765000 TO TG2=    3.770000 @ NSTEP     1230
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1233
 TA= 3.77000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7700000000099623
 TTOR2=  3.7800000000099621
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.770000E+00 NSTEP=  1233 Hash code:   79568590
 ->PRGCHK: bdy curvature ratio at t= 3.7750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7700000000099623 ; TG2= 3.7750000000099622

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1217E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.770000 TO TG2=    3.775000 @ NSTEP     1233
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.775000E+00 NSTEP=  1237 Hash code:    7703616
 ->PRGCHK: bdy curvature ratio at t= 3.7800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7750000000099622 ; TG2= 3.7800000000099621

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.86E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.08 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1046E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.775000 TO TG2=    3.780000 @ NSTEP     1237
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1240
 TA= 3.78000E+00 CPU TIME= 5.20020E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7800000000099621
 TTOR2=  3.7900000000099618
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.780000E+00 NSTEP=  1240 Hash code:    6175137
 ->PRGCHK: bdy curvature ratio at t= 3.7850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7800000000099621 ; TG2= 3.785000000009962

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1207E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.780000 TO TG2=    3.785000 @ NSTEP     1240
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.785000E+00 NSTEP=  1244 Hash code:  100198756
 ->PRGCHK: bdy curvature ratio at t= 3.7900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.785000000009962 ; TG2= 3.7900000000099618

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0857E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.785000 TO TG2=    3.790000 @ NSTEP     1244
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1247
 TA= 3.79000E+00 CPU TIME= 4.89502E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.7900000000099618
 TTOR2=  3.8000000000099616
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.790000E+00 NSTEP=  1247 Hash code:  118860211
 ->PRGCHK: bdy curvature ratio at t= 3.7950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7900000000099618 ; TG2= 3.7950000000099617

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1256E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.790000 TO TG2=    3.795000 @ NSTEP     1247
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 3.795000E+00 NSTEP=  1251 Hash code:   44783127
 ->PRGCHK: bdy curvature ratio at t= 3.8000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.7950000000099617 ; TG2= 3.8000000000099616

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1107E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.795000 TO TG2=    3.800000 @ NSTEP     1251
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1254
 TA= 3.80000E+00 CPU TIME= 5.09033E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.8000000000099616
 TTOR2=  3.8100000000099614
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.800000E+00 NSTEP=  1254 Hash code:   74459850
 ->PRGCHK: bdy curvature ratio at t= 3.8050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8000000000099616 ; TG2= 3.8050000000099615

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1547E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.800000 TO TG2=    3.805000 @ NSTEP     1254
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391633E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.805000E+00 NSTEP=  1258 Hash code:   85102882
 ->PRGCHK: bdy curvature ratio at t= 3.8100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8050000000099615 ; TG2= 3.8100000000099614

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1157E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.805000 TO TG2=    3.810000 @ NSTEP     1258
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1261
 TA= 3.81000E+00 CPU TIME= 5.10254E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.8100000000099614
 TTOR2=  3.8200000000099612
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.810000E+00 NSTEP=  1261 Hash code:   50882290
 ->PRGCHK: bdy curvature ratio at t= 3.8150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8100000000099614 ; TG2= 3.8150000000099613

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1416E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.810000 TO TG2=    3.815000 @ NSTEP     1261
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.815000E+00 NSTEP=  1265 Hash code:   58977415
 ->PRGCHK: bdy curvature ratio at t= 3.8200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8150000000099613 ; TG2= 3.8200000000099612

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0897E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.815000 TO TG2=    3.820000 @ NSTEP     1265
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224940E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1268
 TA= 3.82000E+00 CPU TIME= 5.20020E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.8200000000099612
 TTOR2=  3.830000000009961
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.820000E+00 NSTEP=  1268 Hash code:  111567572
 ->PRGCHK: bdy curvature ratio at t= 3.8250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8200000000099612 ; TG2= 3.8250000000099611

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1396E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.820000 TO TG2=    3.825000 @ NSTEP     1268
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 3.825000E+00 NSTEP=  1272 Hash code:   27625667
 ->PRGCHK: bdy curvature ratio at t= 3.8300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8250000000099611 ; TG2= 3.830000000009961

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.19E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0917E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.825000 TO TG2=    3.830000 @ NSTEP     1272
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1275
 TA= 3.83000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.830000000009961
 TTOR2=  3.8400000000099608
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.830000E+00 NSTEP=  1275 Hash code:   38675228
 ->PRGCHK: bdy curvature ratio at t= 3.8350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.830000000009961 ; TG2= 3.8350000000099609

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1606E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.830000 TO TG2=    3.835000 @ NSTEP     1275
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 --> plasma_hash("gframe"): TA= 3.835000E+00 NSTEP=  1279 Hash code:   50796542
 ->PRGCHK: bdy curvature ratio at t= 3.8400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8350000000099609 ; TG2= 3.8400000000099608

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.21E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1156E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.835000 TO TG2=    3.840000 @ NSTEP     1279
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1282
 TA= 3.84000E+00 CPU TIME= 5.11475E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.8400000000099608
 TTOR2=  3.8500000000099606
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.840000E+00 NSTEP=  1282 Hash code:   84602329
 ->PRGCHK: bdy curvature ratio at t= 3.8450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8400000000099608 ; TG2= 3.8450000000099607

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.13 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1556E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.840000 TO TG2=    3.845000 @ NSTEP     1282
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.845000E+00 NSTEP=  1286 Hash code:  102324242
 ->PRGCHK: bdy curvature ratio at t= 3.8500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8450000000099607 ; TG2= 3.8500000000099606

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.17E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.07 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0936E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.845000 TO TG2=    3.850000 @ NSTEP     1286
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1289
 TA= 3.85000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.8500000000099606
 TTOR2=  3.8600000000099604
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.850000E+00 NSTEP=  1289 Hash code:   10081219
 ->PRGCHK: bdy curvature ratio at t= 3.8550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8500000000099606 ; TG2= 3.8550000000099605

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.27E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.96E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.19 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2146E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.850000 TO TG2=    3.855000 @ NSTEP     1289
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391632E+04
 --> plasma_hash("gframe"): TA= 3.855000E+00 NSTEP=  1293 Hash code:   90078850
 ->PRGCHK: bdy curvature ratio at t= 3.8600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8550000000099605 ; TG2= 3.8600000000099604

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.31E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.16 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1857E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.855000 TO TG2=    3.860000 @ NSTEP     1293
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1296
 TA= 3.86000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.8600000000099604
 TTOR2=  3.8700000000099601
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.860000E+00 NSTEP=  1296 Hash code:   64483331
 ->PRGCHK: bdy curvature ratio at t= 3.8650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8600000000099604 ; TG2= 3.8650000000099602

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.27E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.99E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.22 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2407E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.860000 TO TG2=    3.865000 @ NSTEP     1296
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391643E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.865000E+00 NSTEP=  1300 Hash code:  111884038
 ->PRGCHK: bdy curvature ratio at t= 3.8700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8650000000099602 ; TG2= 3.8700000000099601

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.33E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.18 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2117E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.865000 TO TG2=    3.870000 @ NSTEP     1300
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1303
 TA= 3.87000E+00 CPU TIME= 5.29785E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.8700000000099601
 TTOR2=  3.8800000000099599
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.870000E+00 NSTEP=  1303 Hash code:   82351330
 ->PRGCHK: bdy curvature ratio at t= 3.8750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8700000000099601 ; TG2= 3.87500000000996

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.30E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1317E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.870000 TO TG2=    3.875000 @ NSTEP     1303
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.875000E+00 NSTEP=  1307 Hash code:   99738519
 ->PRGCHK: bdy curvature ratio at t= 3.8800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.87500000000996 ; TG2= 3.8800000000099599

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.10E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.79E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0277E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.875000 TO TG2=    3.880000 @ NSTEP     1307
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1310
 TA= 3.88000E+00 CPU TIME= 4.89502E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.8800000000099599
 TTOR2=  3.8900000000099597
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.880000E+00 NSTEP=  1310 Hash code:  101524232
 ->PRGCHK: bdy curvature ratio at t= 3.8850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8800000000099599 ; TG2= 3.8850000000099598

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0457E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.880000 TO TG2=    3.885000 @ NSTEP     1310
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 --> plasma_hash("gframe"): TA= 3.885000E+00 NSTEP=  1314 Hash code:  122745013
 ->PRGCHK: bdy curvature ratio at t= 3.8900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8850000000099598 ; TG2= 3.8900000000099597

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.77E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.98 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  1.9977E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.885000 TO TG2=    3.890000 @ NSTEP     1314
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224928E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1317
 TA= 3.89000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.8900000000099597
 TTOR2=  3.9000000000099595
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.890000E+00 NSTEP=  1317 Hash code:   20287563
 ->PRGCHK: bdy curvature ratio at t= 3.8950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8900000000099597 ; TG2= 3.8950000000099596

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0437E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.890000 TO TG2=    3.895000 @ NSTEP     1317
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.895000E+00 NSTEP=  1321 Hash code:   31545911
 ->PRGCHK: bdy curvature ratio at t= 3.9000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.8950000000099596 ; TG2= 3.9000000000099595

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.81E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-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:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0406E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.895000 TO TG2=    3.900000 @ NSTEP     1321
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1324
 TA= 3.90000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.9000000000099595
 TTOR2=  3.9100000000099593
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.900000E+00 NSTEP=  1324 Hash code:   64628702
 ->PRGCHK: bdy curvature ratio at t= 3.9050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9000000000099595 ; TG2= 3.9050000000099594

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1227E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.900000 TO TG2=    3.905000 @ NSTEP     1324
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.905000E+00 NSTEP=  1328 Hash code:  114568158
 ->PRGCHK: bdy curvature ratio at t= 3.9100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9050000000099594 ; TG2= 3.9100000000099593

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.32E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.17 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):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1926E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.905000 TO TG2=    3.910000 @ NSTEP     1328
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1331
 TA= 3.91000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.9100000000099593
 TTOR2=  3.9200000000099591
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.910000E+00 NSTEP=  1331 Hash code:   21349812
 ->PRGCHK: bdy curvature ratio at t= 3.9150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9100000000099593 ; TG2= 3.9150000000099592

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.28E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.21 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2336E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.910000 TO TG2=    3.915000 @ NSTEP     1331
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391639E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.915000E+00 NSTEP=  1335 Hash code:  120482211
 ->PRGCHK: bdy curvature ratio at t= 3.9200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9150000000099592 ; TG2= 3.9200000000099591

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.44E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.07E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.31 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3336E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.915000 TO TG2=    3.920000 @ NSTEP     1335
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224934E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1338
 TA= 3.92000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.9200000000099591
 TTOR2=  3.9300000000099589
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.920000E+00 NSTEP=  1338 Hash code:   71396207
 ->PRGCHK: bdy curvature ratio at t= 3.9250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9200000000099591 ; TG2= 3.925000000009959

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.40E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.09E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.33 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3516E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.920000 TO TG2=    3.925000 @ NSTEP     1338
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 --> plasma_hash("gframe"): TA= 3.925000E+00 NSTEP=  1342 Hash code:   38927579
 ->PRGCHK: bdy curvature ratio at t= 3.9300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.925000000009959 ; TG2= 3.9300000000099589

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.48E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.28 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2997E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.925000 TO TG2=    3.930000 @ NSTEP     1342
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224932E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1345
 TA= 3.93000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.9300000000099589
 TTOR2=  3.9400000000099586
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.930000E+00 NSTEP=  1345 Hash code:   19594105
 ->PRGCHK: bdy curvature ratio at t= 3.9350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9300000000099589 ; TG2= 3.9350000000099588

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.37E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.13E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.37 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3945E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.930000 TO TG2=    3.935000 @ NSTEP     1345
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.935000E+00 NSTEP=  1349 Hash code:   94042364
 ->PRGCHK: bdy curvature ratio at t= 3.9400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9350000000099588 ; TG2= 3.9400000000099586

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.20E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.47 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4946E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.935000 TO TG2=    3.940000 @ NSTEP     1349
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1352
 TA= 3.94000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.9400000000099586
 TTOR2=  3.9500000000099584
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.940000E+00 NSTEP=  1352 Hash code:    2866330
 ->PRGCHK: bdy curvature ratio at t= 3.9450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9400000000099586 ; TG2= 3.9450000000099585

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5636E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.940000 TO TG2=    3.945000 @ NSTEP     1352
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.945000E+00 NSTEP=  1356 Hash code:     587792
 ->PRGCHK: bdy curvature ratio at t= 3.9500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9450000000099585 ; TG2= 3.9500000000099584

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5477E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.945000 TO TG2=    3.950000 @ NSTEP     1356
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1359
 TA= 3.95000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.9500000000099584
 TTOR2=  3.9600000000099582
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.950000E+00 NSTEP=  1359 Hash code:   56063160
 ->PRGCHK: bdy curvature ratio at t= 3.9550E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9500000000099584 ; TG2= 3.9550000000099583

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.32E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.59 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6136E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.950000 TO TG2=    3.955000 @ NSTEP     1359
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 3.955000E+00 NSTEP=  1363 Hash code:   74912334
 ->PRGCHK: bdy curvature ratio at t= 3.9600E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9550000000099583 ; TG2= 3.9600000000099582

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.84E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.25E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5607E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.955000 TO TG2=    3.960000 @ NSTEP     1363
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224938E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1366
 TA= 3.96000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.9600000000099582
 TTOR2=  3.970000000009958
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.960000E+00 NSTEP=  1366 Hash code:   89437657
 ->PRGCHK: bdy curvature ratio at t= 3.9650E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9600000000099582 ; TG2= 3.9650000000099581

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5946E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.960000 TO TG2=    3.965000 @ NSTEP     1366
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391640E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.965000E+00 NSTEP=  1370 Hash code:   36387750
 ->PRGCHK: bdy curvature ratio at t= 3.9700E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9650000000099581 ; TG2= 3.970000000009958

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.23E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.51 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5345E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.965000 TO TG2=    3.970000 @ NSTEP     1370
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224933E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1373
 TA= 3.97000E+00 CPU TIME= 5.20020E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.970000000009958
 TTOR2=  3.9800000000099578
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.970000E+00 NSTEP=  1373 Hash code:  102554580
 ->PRGCHK: bdy curvature ratio at t= 3.9750E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.970000000009958 ; TG2= 3.9750000000099579

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.32E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.59 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6116E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.970000 TO TG2=    3.975000 @ NSTEP     1373
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.975000E+00 NSTEP=  1377 Hash code:   60524445
 ->PRGCHK: bdy curvature ratio at t= 3.9800E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9750000000099579 ; TG2= 3.9800000000099578

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.78E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5656E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.975000 TO TG2=    3.980000 @ NSTEP     1377
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224941E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1380
 TA= 3.98000E+00 CPU TIME= 4.99268E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.9800000000099578
 TTOR2=  3.9900000000099576
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.980000E+00 NSTEP=  1380 Hash code:   74121203
 ->PRGCHK: bdy curvature ratio at t= 3.9850E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9800000000099578 ; TG2= 3.9850000000099577

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.81E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.32E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6227E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.980000 TO TG2=    3.985000 @ NSTEP     1380
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391637E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 --> plasma_hash("gframe"): TA= 3.985000E+00 NSTEP=  1384 Hash code:    9573506
 ->PRGCHK: bdy curvature ratio at t= 3.9900E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9850000000099577 ; TG2= 3.9900000000099576

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.82E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.24E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.094149

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5468E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.985000 TO TG2=    3.990000 @ NSTEP     1384
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1387
 TA= 3.99000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  3.9900000000099576
 TTOR2=  4.0000000000099574
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 3.990000E+00 NSTEP=  1387 Hash code:   27420464
 ->PRGCHK: bdy curvature ratio at t= 3.9950E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9900000000099576 ; TG2= 3.9950000000099575

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.30E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5907E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.990000 TO TG2=    3.995000 @ NSTEP     1387
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391638E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 3.995000E+00 NSTEP=  1391 Hash code:  102314933
 ->PRGCHK: bdy curvature ratio at t= 4.0000E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 3.9950000000099575 ; TG2= 4.0000000000099574

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.23E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.50 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5287E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    3.995000 TO TG2=    4.000000 @ NSTEP     1391
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224937E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1394
 TA= 4.00000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  4.0000000000099574
 TTOR2=  4.0100000000099572
 TTORON=  4.057000[1] 8958
0152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  4.0000000E+00

 %wrstf: jsystem(tail -n 200 134372N01tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134372N01_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 4.000000E+00 NSTEP=  1394 Hash code:   25011841
 ->PRGCHK: bdy curvature ratio at t= 4.0050E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.0000000000099574 ; TG2= 4.0050000000099573

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.20E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.01E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.23 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2577E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.000000 TO TG2=    4.005000 @ NSTEP     1394
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 4.005000E+00 NSTEP=  1398 Hash code:   98350953
 ->PRGCHK: bdy curvature ratio at t= 4.0100E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.0050000000099573 ; TG2= 4.0100000000099572

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.58E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.07E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.33 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3547E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.005000 TO TG2=    4.010000 @ NSTEP     1398
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1401
 TA= 4.01000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  4.0100000000099572
 TTOR2=  4.0200000000099569
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 4.010000E+00 NSTEP=  1401 Hash code:  114956497
 ->PRGCHK: bdy curvature ratio at t= 4.0150E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.0100000000099572 ; TG2= 4.015000000009957

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.46E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.13E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.38 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):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4006E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.010000 TO TG2=    4.015000 @ NSTEP     1401
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391635E+04
 --> plasma_hash("gframe"): TA= 4.015000E+00 NSTEP=  1405 Hash code:  105900886
 ->PRGCHK: bdy curvature ratio at t= 4.0200E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.015000000009957 ; TG2= 4.0200000000099569

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.61E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.11E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.37 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3895E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.015000 TO TG2=    4.020000 @ NSTEP     1405
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224935E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1408
 TA= 4.02000E+00 CPU TIME= 5.09033E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  4.0200000000099569
 TTOR2=  4.0300000000099567
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 4.020000E+00 NSTEP=  1408 Hash code:   92828391
 ->PRGCHK: bdy curvature ratio at t= 4.0250E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.0200000000099569 ; TG2= 4.0250000000099568

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.58E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.15E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.41 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 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):     0.094168

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4316E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.020000 TO TG2=    4.025000 @ NSTEP     1408
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391641E+04
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 4.025000E+00 NSTEP=  1412 Hash code:   33496865
 ->PRGCHK: bdy curvature ratio at t= 4.0300E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.0250000000099568 ; TG2= 4.0300000000099567

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.53E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.32 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.3396E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.025000 TO TG2=    4.030000 @ NSTEP     1412
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224936E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1415
 TA= 4.03000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  4.0300000000099567
 TTOR2=  4.0400000000099565
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 4.030000E+00 NSTEP=  1415 Hash code:   83373497
 ->PRGCHK: bdy curvature ratio at t= 4.0350E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.0300000000099567 ; TG2= 4.0350000000099566

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0479E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.030000 TO TG2=    4.035000 @ NSTEP     1415
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391634E+04
 --> plasma_hash("gframe"): TA= 4.035000E+00 NSTEP=  1419 Hash code:  107430022
 ->PRGCHK: bdy curvature ratio at t= 4.0400E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.0350000000099566 ; TG2= 4.0400000000099565

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               1.99 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0096E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.035000 TO TG2=    4.040000 @ NSTEP     1419
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224939E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1422
 TA= 4.04000E+00 CPU TIME= 5.00488E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  4.0400000000099565
 TTOR2=  4.0500000000099563
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 4.040000E+00 NSTEP=  1422 Hash code:   11543347
 ->PRGCHK: bdy curvature ratio at t= 4.0450E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.0400000000099565 ; TG2= 4.0450000000099564

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20622E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.89E-07  4.94E-07  1.25E-07  3.40E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.138E-07 d(ln R0)/dt =  9.376E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.54E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.28E-06  5.36E-07  3.07E-08  2.78E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45602E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.05E-12  5.26E-01  1.829E+00  2.128E-02 3.34385E+01 2.02E-02  1.003   1.11   1.11
  400  5.37E-08  2.51E-08  3.46E-09  3.00E-13  8.35E-13  5.26E-01  1.831E+00  2.066E-02 3.30388E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.82E-13  5.26E-01  1.833E+00  2.031E-02 3.27256E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.39E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.35E-09  5.43E-10  7.60E-14  8.30E-14  5.26E-01  1.834E+00  1.984E-02 3.24623E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.459E-05 d(ln R0)/dt =  6.076E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072128

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0437E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.040000 TO TG2=    4.045000 @ NSTEP     1422
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316400391636E+04
 --> plasma_hash("gframe"): TA= 4.045000E+00 NSTEP=  1426 Hash code:   98709253
 ->PRGCHK: bdy curvature ratio at t= 4.0500E+00 seconds is:  6.9975E-02
 % MHDEQ: TG1= 4.0450000000099564 ; TG2= 4.0500000000099563

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6704E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4310E-01  2.1516E-02  2.1516E-02  1.0082E+00
    2   0  1.0557E-01  4.8787E-02  6.9410E-04 -6.9375E-02
    3   0  1.8533E-02 -8.8006E-03 -1.1535E-02 -3.3892E-03
    4   0 -3.6754E-03 -1.0621E-02 -6.0524E-03  6.3464E-03
    5   0  5.9113E-03 -7.6493E-05  1.7227E-03 -1.6085E-03
    6   0 -2.1441E-03 -1.1328E-03  1.1377E-03 -8.0771E-04
    7   0  2.0457E-03 -3.2974E-04  2.3222E-04 -2.1610E-04
    8   0  2.7651E-04  7.3878E-04  3.5768E-04 -5.8684E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20778E+01 1.56E-02  1.000   1.11   0.93
  100  3.17E-05  1.39E-05  2.10E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.451E-02 3.32432E+01 2.03E-02  1.000   1.11   1.06
  154  8.75E-07  4.27E-07  9.91E-08  1.93E-11  4.20E-11  1.07E+00  1.825E+00  2.413E-02 3.32424E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.900E-07 d(ln R0)/dt =  1.051E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.37E-09  3.46E-09  1.10E+00  1.825E+00  2.409E-02 3.32417E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.72E-11  7.41E-11  5.26E-01  1.825E+00  2.389E-02 3.42653E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.69E-07  2.91E-08  2.23E-11  1.06E-11  5.26E-01  1.824E+00  2.253E-02 3.45417E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.34E-08  1.20E-08  1.53E-12  3.01E-12  5.26E-01  1.829E+00  2.122E-02 3.34320E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.24E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.831E+00  2.063E-02 3.30251E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.59E-09  1.13E-09  5.75E-14  1.76E-13  5.26E-01  1.833E+00  2.029E-02 3.27367E+01 2.07E-02  0.993   1.11   1.11
  597  9.92E-09  5.85E-09  5.56E-10  1.37E-13  6.18E-14  5.26E-01  1.834E+00  1.989E-02 3.25038E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.79E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.905E-05 d(ln R0)/dt =  6.361E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.00 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072107

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.0216E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9975E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.045000 TO TG2=    4.050000 @ NSTEP     1426
   GFRAME TG2 MOMENTS CHECKSUM:  1.2315820224990E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 cpu time (sec) in nubeam_ctrl_init:   1.9531E-03
  NBI_INTERP_PROFILES... 
  ?nbi_datchk: ib= 5  FFULLA(ib)+FHALFA(ib) > 1.0: 1.4893661856651306
  NBSTART... 
 %sigfacz (exc.states) Erel= 5.1377E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 5.4502E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 5.7627E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 6.0752E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Te= 6.1690E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 6.1690E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 6.1690E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 6.1690E+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) +    750 (dep) =    750 ptcls.
  ORBALL... 
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=  750 SPL=    0 TOT=  664
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.8762829E-01 -2.0100012E+00  2.5640294E+08  7.7031415E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 %heaterec.f90: TORAY call, timestep(sec):  4.0500E+00  4.0600E+00 total power(Watts):  1.4776E+05
 Writing GEQDSK file
  
  
  
 id_p=  203
 id_q=  347
 pcur=  883400.
 ZRmin=  0.9494845360824743  ZRmax=  2.4505154639175255
 ZZmin=  -1.4624203821656052  ZZmax=  1.4624203821656052
  
 EQDSK file written
 ierr=  0
  
 Wrote GEQDSK file at TA=  4.0500000000099563
  
   toray namelist
 igafit=1
 mn0=32
 gauszone=4
 mray(1)=1
 mray(2)=5
 modelc=4
 mray(3)=12
 mray(4)=12
 mray(5)=20
 mray(6)=24
 mray(7)=26
 nharm=2
 abserr=5.000000000000e-05
 fdout=5.000000000000e+00
 cr(1)=0.000000000000e+00
 cr(2)=1.000000014901e-01
 cr(3)=5.000000074506e-02
 cr(4)=-5.000000074506e-02
 ds=5.000000000000e-01
 cr(5)=5.000000074506e-02
 cr(6)=-2.500000037253e-02
 cr(7)=2.500000037253e-02
 bsratio=1.000000000000e+00
 ezeff=2.000000000000e+00
 relerr=5.000000000000e-05
 dsmin=2.500000000000e-01
 smax=3.667735168822e+02
 pwrfmin=1.000000047497e-03
 powinc=1.000000000000e+13
 netcdfdat=T
 cqldat=F
 gafit namelist
 ipsi=0
 gafsep=1.000000000000e-02
 dsrat=2.000000000000e-02
 percenflux=1.000000000000e+00
 tolmap=1.000000000000e-10
 newbdry=F

 running toray 1.8 (09 Sep 2006)

 Reading in namelist from toray.in ... 

 LinLiu ECCD / <B>
 
 Ray pattern = .gauss.   Number of rays =  30

 running GAFIT version 3.52

 reading user-provided GAFIT namelist file

  TorGA_read_psiin:: nr =  129  ( 65 )
  TorGA_read_psiin:: nz =  129  ( 65 )
 Ray=   1  ISTOP= 7   IFLAG= 2  AT     0.161865E+03   -0.368961E+02    0.502636E+02
 Ray=   2  ISTOP= 7   IFLAG= 2  AT     0.161710E+03   -0.355669E+02    0.502772E+02
 Ray=   3  ISTOP= 7   IFLAG= 2  AT     0.161904E+03   -0.364918E+02    0.491768E+02
 Ray=   4  ISTOP= 7   IFLAG= 2  AT     0.161769E+03   -0.381504E+02    0.495279E+02
 Ray=   5  ISTOP= 7   IFLAG= 2  AT     0.161736E+03   -0.381021E+02    0.509076E+02
 Ray=   6  ISTOP= 7   IFLAG= 2  AT     0.161805E+03   -0.364434E+02    0.513884E+02
 Ray=   7  ISTOP= 7   IFLAG= 2  AT     0.161644E+03   -0.351464E+02    0.521392E+02
 Ray=   8  ISTOP= 7   IFLAG= 2  AT     0.161759E+03   -0.342600E+02    0.511644E+02
 Ray=   9  ISTOP= 7   IFLAG= 2  AT     0.161915E+03   -0.340764E+02    0.499805E+02
 Ray=  10  ISTOP= 7   IFLAG= 2  AT     0.161797E+03   -0.347922E+02    0.488408E+02
 Ray=  11  ISTOP= 7   IFLAG= 2  AT     0.161928E+03   -0.359585E+02    0.481077E+02
 Ray=  12  ISTOP= 7   IFLAG= 2  AT     0.161941E+03   -0.374457E+02    0.479283E+02
 Ray=  13  ISTOP= 7   IFLAG= 2  AT     0.161931E+03   -0.388021E+02    0.483759E+02
 Ray=  14  ISTOP= 7   IFLAG= 2  AT     0.161834E+03   -0.396985E+02    0.493277E+02
 Ray=  15  ISTOP= 7   IFLAG= 2  AT     0.161673E+03   -0.398931E+02    0.505321E+02
 Ray=  16  ISTOP= 7   IFLAG= 2  AT     0.161548E+03   -0.392956E+02    0.516812E+02
 Ray=  17  ISTOP= 7   IFLAG= 2  AT     0.161615E+03   -0.379966E+02    0.524675E+02
 Ray=  18  ISTOP= 7   IFLAG= 2  AT     0.161610E+03   -0.365024E+02    0.526269E+02
 Ray=  19  ISTOP= 7   IFLAG= 2  AT     0.161625E+03   -0.351006E+02    0.542773E+02
 Ray=  20  ISTOP= 7   IFLAG= 2  AT     0.161751E+03   -0.330049E+02    0.529915E+02
 Ray=  21  ISTOP= 7   IFLAG= 2  AT     0.162161E+03   -0.318402E+02    0.510803E+02
 Ray=  22  ISTOP= 7   IFLAG= 2  AT     0.161848E+03   -0.323546E+02    0.489260E+02
 Ray=  23  ISTOP= 7   IFLAG= 2  AT     0.161957E+03   -0.338957E+02    0.471837E+02
 Ray=  24  ISTOP= 7   IFLAG= 2  AT     0.162026E+03   -0.362876E+02    0.462367E+02
 Ray=  25  ISTOP= 7   IFLAG= 2  AT     0.162028E+03   -0.389058E+02    0.463466E+02
 Ray=  26  ISTOP= 7   IFLAG= 2  AT     0.161776E+03   -0.411607E+02    0.474830E+02
 Ray=  27  ISTOP= 7   IFLAG= 2  AT     0.161201E+03   -0.425234E+02    0.493562E+02
 Ray=  28  ISTOP= 7   IFLAG= 2  AT     0.161015E+03   -0.422414E+02    0.515513E+02
 Ray=  29  ISTOP= 7   IFLAG= 2  AT     0.161452E+03   -0.402766E+02    0.535051E+02
 Ray=  30  ISTOP= 7   IFLAG= 2  AT     0.161571E+03   -0.377243E+02    0.544893E+02
 TorGa_wrtnetcdf,  kopt= 1
 TorGa_wrtnetcdf,  kopt= 0

 TORAY-GA         total CPU time       4.17 sec

 ztim2-ztim1=  4.0923780566081405

 running toray 1.8 (09 Sep 2006)

 Reading in namelist from toray.in ... 

 LinLiu ECCD / <B>
 
 Ray pattern = .gauss.   Number of rays =  30

 running GAFIT version 3.52

 reading user-provided GAFIT namelist file

  TorGA_read_psiin:: nr =  129  ( 65 )
  TorGA_read_psiin:: nz =  129  ( 65 )
 Ray=   1  ISTOP= 7   IFLAG= 2  AT     0.161991E+03   -0.369395E+02    0.403043E+02
 Ray=   2  ISTOP= 7   IFLAG= 2  AT     0.162015E+03   -0.354761E+02    0.403920E+02
 Ray=   3  ISTOP= 7   IFLAG= 2  AT     0.162109E+03   -0.365904E+02    0.392547E+02
 Ray=   4  ISTOP= 7   IFLAG= 2  AT     0.161980E+03   -0.382470E+02    0.395506E+02
 Ray=   5  ISTOP= 7   IFLAG= 2  AT     0.162047E+03   -0.379903E+02    0.409298E+02
 Ray=   6  ISTOP= 7   IFLAG= 2  AT     0.162056E+03   -0.362966E+02    0.414400E+02
 Ray=   7  ISTOP= 7   IFLAG= 2  AT     0.162039E+03   -0.348367E+02    0.422153E+02
 Ray=   8  ISTOP= 7   IFLAG= 2  AT     0.162411E+03   -0.338810E+02    0.413746E+02
 Ray=   9  ISTOP= 7   IFLAG= 2  AT     0.161994E+03   -0.341116E+02    0.401016E+02
 Ray=  10  ISTOP= 7   IFLAG= 2  AT     0.161971E+03   -0.348959E+02    0.389618E+02
 Ray=  11  ISTOP= 7   IFLAG= 2  AT     0.161967E+03   -0.362400E+02    0.381916E+02
 Ray=  12  ISTOP= 7   IFLAG= 2  AT     0.162034E+03   -0.377599E+02    0.379919E+02
 Ray=  13  ISTOP= 7   IFLAG= 2  AT     0.162033E+03   -0.391073E+02    0.383900E+02
 Ray=  14  ISTOP= 7   IFLAG= 2  AT     0.162101E+03   -0.398192E+02    0.393188E+02
 Ray=  15  ISTOP= 7   IFLAG= 2  AT     0.162060E+03   -0.398041E+02    0.405129E+02
 Ray=  16  ISTOP= 7   IFLAG= 2  AT     0.162048E+03   -0.390046E+02    0.416581E+02
 Ray=  17  ISTOP= 7   IFLAG= 2  AT     0.162042E+03   -0.376651E+02    0.424279E+02
 Ray=  18  ISTOP= 7   IFLAG= 2  AT     0.162001E+03   -0.361662E+02    0.426206E+02
 Ray=  19  ISTOP= 7   IFLAG= 2  AT     0.162350E+03   -0.344572E+02    0.442258E+02
 Ray=  20  ISTOP= 7   IFLAG= 2  AT     0.162068E+03   -0.326574E+02    0.430617E+02
 Ray=  21  ISTOP= 7   IFLAG= 2  AT     0.162341E+03   -0.316890E+02    0.412855E+02
 Ray=  22  ISTOP= 7   IFLAG= 2  AT     0.162395E+03   -0.321977E+02    0.391910E+02
 Ray=  23  ISTOP= 7   IFLAG= 2  AT     0.162000E+03   -0.341954E+02    0.373396E+02
 Ray=  24  ISTOP= 7   IFLAG= 2  AT     0.161985E+03   -0.368047E+02    0.363607E+02
 Ray=  25  ISTOP= 7   IFLAG= 2  AT     0.161855E+03   -0.395992E+02    0.363922E+02
 Ray=  26  ISTOP= 7   IFLAG= 2  AT     0.162007E+03   -0.415484E+02    0.375007E+02
 Ray=  27  ISTOP= 7   IFLAG= 2  AT     0.161942E+03   -0.423797E+02    0.393329E+02
 Ray=  28  ISTOP= 7   IFLAG= 2  AT     0.161990E+03   -0.416738E+02    0.414977E+02
 Ray=  29  ISTOP= 7   IFLAG= 2  AT     0.162072E+03   -0.397477E+02    0.433069E+02
 Ray=  30  ISTOP= 7   IFLAG= 2  AT     0.162106E+03   -0.371711E+02    0.442752E+02
 TorGa_wrtnetcdf,  kopt= 1
 TorGa_wrtnetcdf,  kopt= 0

 TORAY-GA         total CPU time       4.02 sec

 ztim2-ztim1=  4.0093901269137859

 running toray 1.8 (09 Sep 2006)

 Reading in namelist from toray.in ... 

 LinLiu ECCD / <B>
 
 Ray pattern = .gauss.   Number of rays =  30

 running GAFIT version 3.52

 reading user-provided GAFIT namelist file

  TorGA_read_psiin:: nr =  129  ( 65 )
  TorGA_read_psiin:: nz =  129  ( 65 )
 Ray=   1  ISTOP= 7   IFLAG= 2  AT     0.161587E+03   -0.396733E+02    0.318036E+02
 Ray=   2  ISTOP= 7   IFLAG= 2  AT     0.161524E+03   -0.381409E+02    0.318801E+02
 Ray=   3  ISTOP= 7   IFLAG= 2  AT     0.161357E+03   -0.396377E+02    0.306998E+02
 Ray=   4  ISTOP= 7   IFLAG= 2  AT     0.161505E+03   -0.412226E+02    0.310436E+02
 Ray=   5  ISTOP= 7   IFLAG= 2  AT     0.161654E+03   -0.407311E+02    0.324148E+02
 Ray=   6  ISTOP= 7   IFLAG= 2  AT     0.161741E+03   -0.388033E+02    0.329488E+02
 Ray=   7  ISTOP= 7   IFLAG= 2  AT     0.161800E+03   -0.371126E+02    0.337617E+02
 Ray=   8  ISTOP= 7   IFLAG= 2  AT     0.161989E+03   -0.362958E+02    0.328816E+02
 Ray=   9  ISTOP= 7   IFLAG= 2  AT     0.161878E+03   -0.364812E+02    0.316747E+02
 Ray=  10  ISTOP= 7   IFLAG= 2  AT     0.161771E+03   -0.374887E+02    0.305184E+02
 Ray=  11  ISTOP= 7   IFLAG= 2  AT     0.161285E+03   -0.393356E+02    0.296439E+02
 Ray=  12  ISTOP= 7   IFLAG= 2  AT     0.161267E+03   -0.410889E+02    0.294237E+02
 Ray=  13  ISTOP= 7   IFLAG= 2  AT     0.161110E+03   -0.426222E+02    0.298077E+02
 Ray=  14  ISTOP= 7   IFLAG= 2  AT     0.161343E+03   -0.431694E+02    0.307615E+02
 Ray=  15  ISTOP= 7   IFLAG= 2  AT     0.161390E+03   -0.429390E+02    0.319470E+02
 Ray=  16  ISTOP= 7   IFLAG= 2  AT     0.161654E+03   -0.417404E+02    0.331281E+02
 Ray=  17  ISTOP= 7   IFLAG= 2  AT     0.161718E+03   -0.401625E+02    0.339252E+02
 Ray=  18  ISTOP= 7   IFLAG= 2  AT     0.161794E+03   -0.384661E+02    0.341601E+02
 Ray=  19  ISTOP= 7   IFLAG= 2  AT     0.161948E+03   -0.366077E+02    0.357683E+02
 Ray=  20  ISTOP= 7   IFLAG= 2  AT     0.161881E+03   -0.346886E+02    0.346596E+02
 Ray=  21  ISTOP= 7   IFLAG= 2  AT     0.162035E+03   -0.339005E+02    0.328377E+02
 Ray=  22  ISTOP= 7   IFLAG= 2  AT     0.161836E+03   -0.347789E+02    0.306807E+02
 Ray=  23  ISTOP= 7   IFLAG= 2  AT     0.161279E+03   -0.372328E+02    0.287581E+02
 Ray=  24  ISTOP= 7   IFLAG= 2  AT     0.160915E+03   -0.404642E+02    0.276831E+02
 Ray=  25  ISTOP= 7   IFLAG= 2  AT     0.160788E+03   -0.435847E+02    0.277406E+02
 Ray=  26  ISTOP= 7   IFLAG= 2  AT     0.160769E+03   -0.457211E+02    0.288683E+02
 Ray=  27  ISTOP= 7   IFLAG= 2  AT     0.160758E+03   -0.463082E+02    0.307239E+02
 Ray=  28  ISTOP= 7   IFLAG= 2  AT     0.161364E+03   -0.448215E+02    0.329092E+02
 Ray=  29  ISTOP= 7   IFLAG= 2  AT     0.161784E+03   -0.422633E+02    0.347875E+02
 Ray=  30  ISTOP= 7   IFLAG= 2  AT     0.161816E+03   -0.394067E+02    0.357981E+02
 TorGa_wrtnetcdf,  kopt= 1
 TorGa_wrtnetcdf,  kopt= 0

 TORAY-GA         total CPU time       4.33 sec

 ztim2-ztim1=  4.2853488093242049

 running toray 1.8 (09 Sep 2006)

 Reading in namelist from toray.in ... 

 LinLiu ECCD / <B>
 
 Ray pattern = .gauss.   Number of rays =  30

 running GAFIT version 3.52

 reading user-provided GAFIT namelist file

  TorGA_read_psiin:: nr =  129  ( 65 )
  TorGA_read_psiin:: nz =  129  ( 65 )
 Ray=   1  ISTOP= 7   IFLAG= 2  AT     0.162249E+03   -0.309966E+02    0.445936E+02
 Ray=   2  ISTOP= 7   IFLAG= 2  AT     0.162356E+03   -0.295962E+02    0.446709E+02
 Ray=   3  ISTOP= 7   IFLAG= 2  AT     0.162335E+03   -0.306282E+02    0.435760E+02
 Ray=   4  ISTOP= 7   IFLAG= 2  AT     0.162334E+03   -0.321143E+02    0.439117E+02
 Ray=   5  ISTOP= 7   IFLAG= 2  AT     0.162270E+03   -0.320328E+02    0.452076E+02
 Ray=   6  ISTOP= 7   IFLAG= 2  AT     0.162408E+03   -0.304169E+02    0.457041E+02
 Ray=   7  ISTOP= 7   IFLAG= 2  AT     0.162286E+03   -0.291314E+02    0.464336E+02
 Ray=   8  ISTOP= 7   IFLAG= 2  AT     0.162231E+03   -0.284043E+02    0.455006E+02
 Ray=   9  ISTOP= 7   IFLAG= 2  AT     0.162192E+03   -0.283638E+02    0.443417E+02
 Ray=  10  ISTOP= 7   IFLAG= 2  AT     0.162290E+03   -0.289777E+02    0.432839E+02
 Ray=  11  ISTOP= 7   IFLAG= 2  AT     0.162388E+03   -0.301362E+02    0.425746E+02
 Ray=  12  ISTOP= 7   IFLAG= 2  AT     0.162346E+03   -0.315891E+02    0.423777E+02
 Ray=  13  ISTOP= 7   IFLAG= 2  AT     0.162054E+03   -0.330107E+02    0.427314E+02
 Ray=  14  ISTOP= 7   IFLAG= 2  AT     0.162339E+03   -0.336204E+02    0.436904E+02
 Ray=  15  ISTOP= 7   IFLAG= 2  AT     0.162362E+03   -0.336480E+02    0.448521E+02
 Ray=  16  ISTOP= 7   IFLAG= 2  AT     0.162022E+03   -0.331454E+02    0.458928E+02
 Ray=  17  ISTOP= 7   IFLAG= 2  AT     0.162351E+03   -0.317635E+02    0.467015E+02
 Ray=  18  ISTOP= 7   IFLAG= 2  AT     0.162407E+03   -0.303201E+02    0.468918E+02
 Ray=  19  ISTOP= 7   IFLAG= 2  AT     0.162235E+03   -0.290350E+02    0.483989E+02
 Ray=  20  ISTOP= 7   IFLAG= 2  AT     0.162240E+03   -0.271374E+02    0.472442E+02
 Ray=  21  ISTOP= 7   IFLAG= 2  AT     0.162051E+03   -0.263542E+02    0.453569E+02
 Ray=  22  ISTOP= 7   IFLAG= 2  AT     0.162209E+03   -0.266915E+02    0.433642E+02
 Ray=  23  ISTOP= 7   IFLAG= 2  AT     0.162293E+03   -0.282418E+02    0.416791E+02
 Ray=  24  ISTOP= 7   IFLAG= 2  AT     0.162295E+03   -0.306090E+02    0.407258E+02
 Ray=  25  ISTOP= 7   IFLAG= 2  AT     0.162412E+03   -0.330505E+02    0.408366E+02
 Ray=  26  ISTOP= 7   IFLAG= 2  AT     0.162039E+03   -0.351981E+02    0.418793E+02
 Ray=  27  ISTOP= 7   IFLAG= 2  AT     0.162005E+03   -0.360656E+02    0.437110E+02
 Ray=  28  ISTOP= 7   IFLAG= 2  AT     0.162004E+03   -0.355939E+02    0.457850E+02
 Ray=  29  ISTOP= 7   IFLAG= 2  AT     0.161849E+03   -0.340283E+02    0.475313E+02
 Ray=  30  ISTOP= 7   IFLAG= 2  AT     0.162286E+03   -0.314464E+02    0.485467E+02
 TorGa_wrtnetcdf,  kopt= 1
 TorGa_wrtnetcdf,  kopt= 0

 TORAY-GA         total CPU time       3.41 sec

 ztim2-ztim1=  3.3624886637553573

 running toray 1.8 (09 Sep 2006)

 Reading in namelist from toray.in ... 

 LinLiu ECCD / <B>
 
 Ray pattern = .gauss.   Number of rays =  30

 running GAFIT version 3.52

 reading user-provided GAFIT namelist file

  TorGA_read_psiin:: nr =  129  ( 65 )
  TorGA_read_psiin:: nz =  129  ( 65 )
 Ray=   1  ISTOP= 7   IFLAG= 2  AT     0.159914E+03   -0.437538E+02    0.224907E+02
 Ray=   2  ISTOP= 7   IFLAG= 2  AT     0.160110E+03   -0.417955E+02    0.225718E+02
 Ray=   3  ISTOP= 7   IFLAG= 2  AT     0.159633E+03   -0.439380E+02    0.213006E+02
 Ray=   4  ISTOP= 7   IFLAG= 2  AT     0.159496E+03   -0.459483E+02    0.216875E+02
 Ray=   5  ISTOP= 7   IFLAG= 2  AT     0.159779E+03   -0.450076E+02    0.231463E+02
 Ray=   6  ISTOP= 7   IFLAG= 2  AT     0.160247E+03   -0.424387E+02    0.237008E+02
 Ray=   7  ISTOP= 7   IFLAG= 2  AT     0.160910E+03   -0.400194E+02    0.246104E+02
 Ray=   8  ISTOP= 7   IFLAG= 2  AT     0.160737E+03   -0.394706E+02    0.236071E+02
 Ray=   9  ISTOP= 7   IFLAG= 2  AT     0.160590E+03   -0.398913E+02    0.223170E+02
 Ray=  10  ISTOP= 7   IFLAG= 2  AT     0.159900E+03   -0.416069E+02    0.209927E+02
 Ray=  11  ISTOP= 7   IFLAG= 2  AT     0.159505E+03   -0.438381E+02    0.201155E+02
 Ray=  12  ISTOP= 7   IFLAG= 2  AT     0.159111E+03   -0.462288E+02    0.198949E+02
 Ray=  13  ISTOP= 7   IFLAG= 2  AT     0.158853E+03   -0.480406E+02    0.203919E+02
 Ray=  14  ISTOP= 7   IFLAG= 2  AT     0.158995E+03   -0.485674E+02    0.214438E+02
 Ray=  15  ISTOP= 7   IFLAG= 2  AT     0.159417E+03   -0.477424E+02    0.227354E+02
 Ray=  16  ISTOP= 7   IFLAG= 2  AT     0.159784E+03   -0.460432E+02    0.239246E+02
 Ray=  17  ISTOP= 7   IFLAG= 2  AT     0.160203E+03   -0.438353E+02    0.247479E+02
 Ray=  18  ISTOP= 7   IFLAG= 2  AT     0.160534E+03   -0.417073E+02    0.249913E+02
 Ray=  19  ISTOP= 7   IFLAG= 2  AT     0.160999E+03   -0.391997E+02    0.266937E+02
 Ray=  20  ISTOP= 7   IFLAG= 2  AT     0.161152E+03   -0.371079E+02    0.255529E+02
 Ray=  21  ISTOP= 7   IFLAG= 2  AT     0.161049E+03   -0.366413E+02    0.235685E+02
 Ray=  22  ISTOP= 7   IFLAG= 2  AT     0.160556E+03   -0.381155E+02    0.211979E+02
 Ray=  23  ISTOP= 7   IFLAG= 2  AT     0.159864E+03   -0.413264E+02    0.190961E+02
 Ray=  24  ISTOP= 7   IFLAG= 2  AT     0.158806E+03   -0.458261E+02    0.178876E+02
 Ray=  25  ISTOP= 7   IFLAG= 2  AT     0.158085E+03   -0.500757E+02    0.180761E+02
 Ray=  26  ISTOP= 7   IFLAG= 2  AT     0.157337E+03   -0.529760E+02    0.195007E+02
 Ray=  27  ISTOP= 7   IFLAG= 2  AT     0.157788E+03   -0.528040E+02    0.215985E+02
 Ray=  28  ISTOP= 7   IFLAG= 2  AT     0.158836E+03   -0.501779E+02    0.237842E+02
 Ray=  29  ISTOP= 7   IFLAG= 2  AT     0.160148E+03   -0.461787E+02    0.256675E+02
 Ray=  30  ISTOP= 7   IFLAG= 2  AT     0.160639E+03   -0.424444E+02    0.267202E+02
 TorGa_wrtnetcdf,  kopt= 1
 TorGa_wrtnetcdf,  kopt= 0

 TORAY-GA         total CPU time       4.60 sec

 ztim2-ztim1=  4.5573069434612989
  
 Calling TORAY for antenna=  1
  
  
 Calling TORAY for antenna=  2
  
  
 Calling TORAY for antenna=  3
  
  
 Calling TORAY for antenna=  4
  
  
 Calling TORAY for antenna=  5
  
  
 Power injected and absorbed for each antenna
 iant=  1
 powech(iant)=  32401.360203260745
 zpowant(iant)=  32381.164122188384
 zpowantn(iant)=  0.E+0
  
  
 Power injected and absorbed for each antenna
 iant=  2
 powech(iant)=  27051.135601796395
 zpowant(iant)=  27036.163075360593
 zpowantn(iant)=  0.E+0
  
  
 Power injected and absorbed for each antenna
 iant=  3
 powech(iant)=  30501.280438254715
 zpowant(iant)=  30484.031286911115
 zpowantn(iant)=  0.E+0
  
  
 Power injected and absorbed for each antenna
 iant=  4
 powech(iant)=  32801.376995893595
 zpowant(iant)=  32785.326521122581
 zpowantn(iant)=  0.E+0
  
  
 Power injected and absorbed for each antenna
 iant=  5
 powech(iant)=  25001.049539553045
 zpowant(iant)=  24987.59664653222
 zpowantn(iant)=  0.E+0
  
 Absorbed power [zvolint] (watts) =  147674.28165206735
  
 TTOR1=  4.0500000000099563
 TTOR2=  4.0600000000099561
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %neutrals: BOTH beam halo and recombination sources are present.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1429
 TA= 4.05000E+00 CPU TIME= 6.79932E-02 SECONDS.  DT= 1.25000E-03
  
 TTOR1=  4.0500000000099563
 TTOR2=  4.0600000000099561
 TTORON=  4.0570000152587893
 TTOROFF=  10.
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 4.050000E+00 NSTEP=  1429 Hash code:   81143304
 ->PRGCHK: bdy curvature ratio at t= 4.0550E+00 seconds is:  6.9982E-02
 % MHDEQ: TG1= 4.0500000000099563 ; TG2= 4.0550000000099562

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6683E-02  0.0000E+00  1.8339E+00  1.9885E-02
    1   0  5.4311E-01  2.1512E-02  2.1512E-02  1.0082E+00
    2   0  1.0557E-01  4.8774E-02  7.1087E-04 -6.9386E-02
    3   0  1.8531E-02 -8.8038E-03 -1.1537E-02 -3.3870E-03
    4   0 -3.6753E-03 -1.0620E-02 -6.0543E-03  6.3482E-03
    5   0  5.9105E-03 -7.6510E-05  1.7256E-03 -1.6087E-03
    6   0 -2.1445E-03 -1.1341E-03  1.1377E-03 -8.0808E-04
    7   0  2.0457E-03 -3.2929E-04  2.3117E-04 -2.1624E-04
    8   0  2.7652E-04  7.3840E-04  3.5818E-04 -5.8682E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.76E+00  5.20E-01  1.24E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.989E-02 4.20627E+01 1.56E-02  1.000   1.11   0.93
  100  3.37E-05  1.62E-05  2.21E-06  1.99E-09  1.72E-09  1.07E+00  1.821E+00  2.456E-02 3.32435E+01 2.03E-02  1.000   1.11   1.06
  151  9.91E-07  4.94E-07  1.25E-07  3.41E-11  4.70E-11  1.07E+00  1.824E+00  2.426E-02 3.32428E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.26E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.137E-07 d(ln R0)/dt =  9.331E-06

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.50E-01  1.05E-01  2.79E-05  2.97E-09  3.46E-09  1.10E+00  1.824E+00  2.422E-02 3.32421E+01 2.04E-02  1.000   1.11   1.09
  100  1.59E-05  5.04E-06  1.13E-07  4.26E-11  7.61E-11  5.26E-01  1.825E+00  2.402E-02 3.43448E+01 1.97E-02  1.016   1.11   1.10
  200  1.27E-06  5.34E-07  3.07E-08  2.77E-11  1.08E-11  5.26E-01  1.824E+00  2.263E-02 3.45610E+01 1.96E-02  1.019   1.11   1.11
  300  2.03E-07  7.86E-08  1.30E-08  1.51E-12  3.06E-12  5.26E-01  1.829E+00  2.128E-02 3.34375E+01 2.02E-02  1.003   1.11   1.11
  400  5.36E-08  2.51E-08  3.46E-09  2.99E-13  8.36E-13  5.26E-01  1.831E+00  2.066E-02 3.30386E+01 2.05E-02  0.997   1.11   1.11
  500  2.03E-08  1.03E-08  1.21E-09  5.92E-14  1.79E-13  5.26E-01  1.833E+00  2.031E-02 3.27259E+01 2.07E-02  0.992   1.11   1.11
  600  1.15E-08  5.84E-09  5.82E-10  1.26E-13  7.61E-14  5.26E-01  1.834E+00  1.988E-02 3.24867E+01 2.08E-02  0.989   1.11   1.11
  612  9.79E-09  5.36E-09  5.43E-10  7.61E-14  8.19E-14  5.26E-01  1.834E+00  1.984E-02 3.24622E+01 2.09E-02  0.988   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.482E-05 d(ln R0)/dt =  6.089E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.20 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:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072129

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2266E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9982E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.050000 TO TG2=    4.055000 @ NSTEP     1429
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316408406047E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 4.055000E+00 NSTEP=  1433 Hash code:   50933114
 ->PRGCHK: bdy curvature ratio at t= 4.0600E+00 seconds is:  6.9989E-02
 % MHDEQ: TG1= 4.0550000000099562 ; TG2= 4.0600000000099561

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.352E+00     1.110E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.6014E+00  0.0000E+00 -5.6661E-02  0.0000E+00  1.8341E+00  1.9834E-02
    1   0  5.4311E-01  2.1507E-02  2.1507E-02  1.0082E+00
    2   0  1.0556E-01  4.8760E-02  7.2764E-04 -6.9397E-02
    3   0  1.8530E-02 -8.8070E-03 -1.1539E-02 -3.3848E-03
    4   0 -3.6751E-03 -1.0620E-02 -6.0561E-03  6.3499E-03
    5   0  5.9097E-03 -7.6528E-05  1.7285E-03 -1.6089E-03
    6   0 -2.1449E-03 -1.1353E-03  1.1376E-03 -8.0846E-04
    7   0  2.0457E-03 -3.2883E-04  2.3013E-04 -2.1639E-04
    8   0  2.7654E-04  7.3802E-04  3.5868E-04 -5.8681E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.77E+00  5.22E-01  1.25E-01  4.97E-03  1.22E-03  1.10E+00  1.834E+00  1.983E-02 4.20783E+01 1.56E-02  1.000   1.11   0.93
  100  3.16E-05  1.38E-05  2.09E-06  1.98E-09  1.66E-09  1.07E+00  1.821E+00  2.450E-02 3.32428E+01 2.03E-02  1.000   1.11   1.06
  154  8.74E-07  4.27E-07  9.90E-08  1.92E-11  4.20E-11  1.07E+00  1.825E+00  2.412E-02 3.32420E+01 2.03E-02  1.000   1.11   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.31E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  1.893E-07 d(ln R0)/dt =  8.888E-07

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.51E-01  1.07E-01  2.84E-05  3.38E-09  3.46E-09  1.10E+00  1.825E+00  2.408E-02 3.32414E+01 2.04E-02  1.000   1.11   1.09
  100  1.46E-05  4.59E-06  9.66E-08  3.71E-11  7.51E-11  5.26E-01  1.825E+00  2.388E-02 3.42617E+01 1.98E-02  1.015   1.11   1.10
  200  1.07E-06  4.66E-07  2.92E-08  2.22E-11  1.05E-11  5.26E-01  1.824E+00  2.252E-02 3.45371E+01 1.96E-02  1.019   1.11   1.11
  300  1.91E-07  7.33E-08  1.20E-08  1.54E-12  3.03E-12  5.26E-01  1.829E+00  2.121E-02 3.34255E+01 2.02E-02  1.003   1.11   1.11
  400  4.83E-08  2.23E-08  3.40E-09  2.44E-13  7.66E-13  5.26E-01  1.832E+00  2.063E-02 3.30196E+01 2.05E-02  0.997   1.11   1.11
  500  1.86E-08  9.58E-09  1.13E-09  5.76E-14  1.71E-13  5.26E-01  1.833E+00  2.029E-02 3.27318E+01 2.07E-02  0.992   1.11   1.11
  597  9.91E-09  5.84E-09  5.56E-10  1.37E-13  6.25E-14  5.26E-01  1.834E+00  1.988E-02 3.24987E+01 2.08E-02  0.989   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 1.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.929E-05 d(ln R0)/dt =  6.379E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072015

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.1747E+00 SECONDS
   DATA R*BT AT EDGE:  3.2007E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  6.9989E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    4.055000 TO TG2=    4.060000 @ NSTEP     1433
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316129571192E+04
 ?r8_nbsums_errck: beam #  5  Ffull+Fhalf =  1.4894E+00; energy fraction sum <= 1.0 expected.
  %bad_exit:  generic f77 error exit call (errset_mpi status 999)
 ------------ stderr ---------------- 
  ERRSET_MPI call by process myid= 0 ; istat =  999
  ERRSET_MPI myid= 0 : immediate exit status code 1
==>runtrx: check for ftime_ok
           ftime_ok = 3.999999999999
==>runtrx:  MRK time = 4.010000 > ftime_ok = 3.999999999999
==>runtrx:  134372N01TR.EXE processed as normal exit.
==========(runtrx)======================
==========TRANSP output conversion======
date:  Sat Feb 14 20:19:27 EST 2009 ( swift16.pppl.gov )
==========(runtrx)======================
---------------> starting:  plotcon 134372N01 2009/02/14:20:19:27
  %initcpl:  MDS_CACHE enabled.
 %PoPlot -- reading .PLN files

 %POPLT2-- PROCESSING RUN 134372N01  SHOT NO. 134372
  EXPECT   385 SCALAR FCNS,   873 PROFILE FCNS OF TIME
  "MF" FILE RECORD SIZE =  50 WORDS (FLOATING PT)
134372N01MF.PLN size = 39M
  %initcpl:  MDS_CACHE enabled.
 [mds_cache_disable:  MDS+ cache disabled.]
 (retry folding filename to lowercase)
  ...reading TF.PLN header data...
cdfcon: NETcdf file datestamp : 14-Feb-2009 20:19:39    
 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 385
  
 Define Multi Graphs 335
  
 Write Profiles 873
 X                     1 1 50
 XB                    2 2 50
 THETA                 3 7 80
 RMJSYM                4 12 205
 RMAJM                 5 14 101
 MCINDX                6 15 220
 ILIM                  7 17 5
 INDEX_MSE             8 56 30
 ILDEN                 9 370 4
 IVISB                 10 373 4
  
 read NF File : 386 385
  
 Write Multigraph: 335
  ...readback test of .CDF file...
 1595  variables, 12  dimensions 9  att
  ...header check SUCCESSFUL; now check data.
  ...check profile data...
plotcon:  CDF files:
/local/pshr0009/transp_compute/D3D/134372N01/134372N01.CDF
/local/pshr0009/transp_compute/D3D/134372N01/134372N01PH.CDF
--------------->plotcon:  normal exit. 2009/02/14:20:19:40
==>runtrx:  TRANSP postprocessing OK
==========(runtrx)======================
==========TRANSP add to MDSplus ========
date:  Sat Feb 14 20:19:40 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 1343721401  TRANSP
  ...connecting to server:  _ATLAS.GAT.COM
 ...tcl("EDIT TRANSP/SHOT=1343721401")
  ... reading NetCDF header data ...
 %mdsplot:  no tok.yy label: D3D 134372N01                 
 %mdsplot:  tokamak taken as:  D3D 
  MDS 1D Put OK
  MDS 2D Put OK
  MDS MG Put OK
 tcl("write")
 ...calling mds_value(arg,...), arg is:
 transp_status("run_1343721401", "completed")
 ...mdsplot:  normal exit.
==========(runtrx)======================
==========TRANSP finish and cleanup=====
date:  Sat Feb 14 20:26:56 EST 2009 ( swift16.pppl.gov )
==========(runtrx)======================
%finishup: terminating runtime transp with send_tr_elvis <runid> CLOSE
final2 = D3D/02
%finishup -I- grid user
%finishup:  copying TRANSP permanent output files to /u/transp/pshr0009/transp/result/D3D.02
mv 134372N01.CDF /u/transp/pshr0009/transp/result/D3D.02/134372N01.CDF
mv 134372N01ex.for /u/transp/pshr0009/transp/result/D3D.02/134372N01ex.for
mv 134372N01_nubeam_init.dat /u/transp/pshr0009/transp/result/D3D.02/134372N01_nubeam_init.dat
mv 134372N01PH.CDF /u/transp/pshr0009/transp/result/D3D.02/134372N01PH.CDF
mv 134372N01TR.DAT /u/transp/pshr0009/transp/result/D3D.02/134372N01TR.DAT
mv 134372N01TR.INF /u/transp/pshr0009/transp/result/D3D.02/134372N01TR.INF
%finishup:  retaining 134372N01tr.log
mv 134372N01TR.MSG /u/transp/pshr0009/transp/result/D3D.02/134372N01TR.MSG
rm: No match.
%finishup: cp -f /local/pshr0009/transp_tmp/D3D.02_134372N01.tar.gz /u/transp/pshr0009/transp/result/D3D.02/D3D.02_134372N01.tar.gz
%finishup: wrote /u/transp/pshr0009/transp/result/D3D.02/D3D.02_134372N01.FILESREADY
==========(runtrx)======================
==========>runtrx normal exit<==========
date:  Sat Feb 14 20:27:00 EST 2009 ( swift16.pppl.gov )
==========>runtrx runsite = pppl.gov<======