==>runtrx start: date:  Thu Oct 2 22:27:10 EDT 2025 ( mccune001.pppl.gov )
argv = 2
iarg = 2
cmd_opt  = pre
runtrx: tok.yy = D3D.20
==========(runtrx)======================
date:  Thu Oct 2 22:27:10 EDT 2025 ( mccune001.pppl.gov )
args:  201927Z55 pre
==========(runtrx)======================
==========(runtrx)======================
==========TRANSP preprocessing==========
date:  Thu Oct 2 22:27:10 EDT 2025 ( mccune001.pppl.gov )
==========check for 201927Z55_mdsmark.sh===
==========(runtrx)======================
==========TRDAT execution===============
date:  Thu Oct 2 22:27:10 EDT 2025 ( mccune001.pppl.gov )
    TRDAT 
  TRANSP Version: 24.0.1
  TRANSP DOI: 10.11578/dc.20180627.4
  Build Date: 2023/10/21
 
  %trmpi_init.f90: LOG_LEVEL env. var.: 1
  %trmpi_init.f90: logfile_level: warn
  (mpi_share_env) process myid=           0  cwd: 
 /local/tr_sshi/transp_compute/D3D/201927Z55
  CTOKNM : Cdir = /local/tr_sshi/transp_compute/D3D/201927Z55/
 % DIRECTORY IS /local/tr_sshi/transp_compute/D3D/201927Z55/; TOKAMAK ID SET TO D3D 
 %trmpi_openlog: LOGFILE_LEVEL = warn
  
 namelist element value field(s): decimal point(s) inserted:
   PDELTA                               FOCLRA                                 
   FOCLZA                               DTMINT                                 
   DTMING                               XUSEBPB                                
     %NLIST: open namelist file201927Z55TR.ZDA             
 %trcom_static_box: loading static data
  -----------> entering UF0GET.
 NAMED FILE:  ./201927Z55_tmp/OMF201927.NB2
 %UF0DRD:  DIMENSIONALITY OF INPUT FILE = 2
 % NO. OF BEAMS (NB2 DATA) = 20
 NAMED FILE:  ./201927Z55_tmp/OMF201927.MMX
 %UF0DRD:  DIMENSIONALITY OF INPUT FILE = 3
  UF0GET: -> Btor is counter-clockwise from BTOR_CCW scalar in MMX data.
  UF0GET: -> Itor is counter-clockwise from ITOR_CCW scalar in MMX data.
  UF0GET: MMX max exponent:            2
  %UF0GET -- finished.
  
 %datchk:  NLFBM set to .TRUE., no option.
  %DATCHK: full equilibrium input 
 DATCHK: CHECKING ARRAY DIMENSIONS, SWITCHES, ETC
  %DATCHK: NYXINV incremented to be odd:         101         161
  %DATCHK: no ECH/ECCD, NLECH=F,
  %DATCHK: no Lower Hybrid, NLLH=F
  %DATCKA: ACfile times pre-screen... 
 %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.
  dummy trdatusub vsn trgdat_check called (OK).
  dummy trdatusub vsn trgdat_psload called (OK).
  *UTRCHK:  CHECKING TRDAT NAMELIST SPECIFICATIONS.
  %UTRCHK: full equilibrium input 
 %UTRCHK - NLSAW=.T BUT NO SAWTOOTH UFILE SPECIFIED
 %UTRCZEF - ZF2 DATA SPECIFIED - PLEASE SET NLZFI2=.T TO USE.

 *DDEFIN:  SET UP PHYSICS DATA FOR ANALYSIS:
  TIME RANGE IS TINIT= 2.5250E+00, FTIME= 4.6200E+00 SECONDS.

 SETSCD - SET SCALAR DATA FOR UPF
 ! SAWCHK - NO SAWTOOTH EVENT TIMES FOUND,OK fixed
 SETTIM - SET UP TIMING INFORMATION FOR UPF

 *UF1GET:  PROCESSING "CUR":  plasma current amps    -------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.CUR
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 *UF1GET:  PROCESSING "RBZ":  [ext. B field] * R Tesla*cm    -----------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.RBZ
 %FIXUNS:  CONVERTING UFILE RBZ DATA UNITS, M.T       , TO Tesla*cm  
          >CONVERSION FACTOR:  * 100.000    
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 *UF1GET:  PROCESSING "BDI":  beta diamagnetic      --------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.BDI
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 *UF1GET:  PROCESSING "DFL":  diamagnetic flux Webers    ---------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.DFL
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDFLT:  "GAS" INPUT DATA FILE NOT SPECIFIED
 ==>DEFAULT VALUE SUBSTITUTED, GASFLN =  0.0000E+00

 *UF1GET:  PROCESSING "L2B":  li/2 + beta(pol)      --------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.L2B
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 *UF1GET:  PROCESSING "NTX":  Neutron flux n/sec    --------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.NTX

 *UF1GET:  PROCESSING "PF0":  Psi(axis) Wb/rad    ----------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.PF0
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 *UF1GET:  PROCESSING "PLF":  Poloidal flux Wb/rad    ------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.PLF
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 *UF1GET:  PROCESSING "TPI":  particle confinement seconds    ----------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.TPI
 %CHKTIM:  DATA TIME RANGE  2.5250E+00 TO  4.6200E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 *UF1GET:  PROCESSING "TRF":  Toroidal flux Webers    ------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.TRF
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 *UF1GET:  PROCESSING "VSF":  surface voltage volts    -----------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.VSF
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 *UF3GET:  PROCESSING "MMX":  Equilibrium moments cm    ----------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.MMX
 %FIXUNS:  CONVERTING UFILE DATA UNITS, M         , TO cm        
          >CONVERSION FACTOR:  * 100.000    
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).

 %Geteq: MMX file does not cover time range of run;
          equilibrium geometry will be extrapolated
          flat to fill the time range

  ---> Geteq: #moments NMOM =           16
 Geteq: Interpolate equilibrium data for UPF
 %rmcb2 im=  6 out of range low (reset to zero): -5.3971E-40
    at GETEQ: t= 2.7250E+00 x= 3.0303E-02
 %rmcb1 im=  7 out of range low (reset to zero): -2.1083E-42
    at GETEQ: t= 2.7250E+00 x= 3.0303E-02
 %rmcb2 im=  7 out of range low (reset to zero):  1.5812E-42
    at GETEQ: t= 2.7250E+00 x= 3.0303E-02
 %ymcb2 im=  7 out of range low (reset to zero):  1.6866E-41
    at GETEQ: t= 2.7250E+00 x= 3.0303E-02
 %ymcb2 im=  7 out of range low (reset to zero): -1.0794E-39
    at GETEQ: t= 2.7250E+00 x= 6.0606E-02
 %rmcb1 im=  8 out of range low (reset to zero): -1.0541E-42
    at GETEQ: t= 2.7250E+00 x= 9.0909E-02
 %ymcb2 im=  8 out of range low (reset to zero):  3.3732E-41
    at GETEQ: t= 2.7250E+00 x= 9.0909E-02
 %rmcb1 im=  8 out of range low (reset to zero): -1.0120E-40
    at GETEQ: t= 2.7250E+00 x= 1.2121E-01
 %ymcb1 im=  9 out of range low (reset to zero):  1.5812E-42
    at GETEQ: t= 2.7250E+00 x= 1.2121E-01
 %rmcb1 im=  9 out of range low (reset to zero):  1.6866E-41
    at GETEQ: t= 2.7250E+00 x= 1.5152E-01
 %ymcb1 im= 10 out of range low (reset to zero):  3.3732E-41
    at GETEQ: t= 2.7250E+00 x= 1.8182E-01
 %rmcb1 im= 11 out of range low (reset to zero):  2.1083E-42
    at GETEQ: t= 2.7250E+00 x= 1.8182E-01
 %rmcb2 im=  9 out of range low (reset to zero):  2.5906E-38
    at GETEQ: t= 2.7250E+00 x= 2.1212E-01
 %rmcb2 im= 12 out of range low (reset to zero):  1.3177E-42
    at GETEQ: t= 2.7250E+00 x= 2.1212E-01
 %rmcb1 im= 10 out of range low (reset to zero):  6.9083E-38
    at GETEQ: t= 2.7250E+00 x= 2.5253E-01
 %rmcb2 im= 11 out of range low (reset to zero): -1.6191E-39
    at GETEQ: t= 2.7250E+00 x= 2.5253E-01
 %ymcb1 im= 12 out of range low (reset to zero): -2.0239E-40
    at GETEQ: t= 2.7250E+00 x= 2.5253E-01
 %rmcb1 im= 13 out of range low (reset to zero): -5.3971E-40
    at GETEQ: t= 2.7250E+00 x= 2.9293E-01
 %rmcb1 im= 12 out of range low (reset to zero): -6.9083E-38
    at GETEQ: t= 2.7250E+00 x= 3.0303E-01
 %ymcb1 im= 15 out of range low (reset to zero): -7.9060E-43
    at GETEQ: t= 2.7250E+00 x= 3.0303E-01
 %rmcb2 im= 13 out of range low (reset to zero):  8.0957E-40
    at GETEQ: t= 2.7250E+00 x= 3.1313E-01
 %ymcb1 im= 15 out of range low (reset to zero):  3.1624E-42
    at GETEQ: t= 2.7250E+00 x= 3.1313E-01
 %ymcb2 im= 15 out of range low (reset to zero): -3.3732E-41
    at GETEQ: t= 2.7250E+00 x= 3.1313E-01
 %rmcb1 im= 14 out of range low (reset to zero):  6.9083E-38
    at GETEQ: t= 2.7250E+00 x= 3.6364E-01
 %rmcb1 im= 16 out of range low (reset to zero):  1.3493E-40
    at GETEQ: t= 2.7250E+00 x= 3.6364E-01
 %ymcb1 im= 15 out of range low (reset to zero): -8.2901E-38
    at GETEQ: t= 2.7350E+00 x= 3.0303E-01
 %rmcb1 im= 15 out of range low (reset to zero): -5.5264E-38
    at GETEQ: t= 2.8150E+00 x= 3.0303E-01
 %ymcb2 im= 11 out of range low (reset to zero): -2.4069E-38
    at GETEQ: t= 2.8350E+00 x= 2.4242E-01
 %rmcb1 im=  8 out of range low (reset to zero): -5.8323E-39
    at GETEQ: t= 2.9450E+00 x= 1.5152E-01
 %ymcb1 im= 10 out of range low (reset to zero):  5.8323E-39
    at GETEQ: t= 2.9450E+00 x= 2.1212E-01
 %rmcb1 im= 14 out of range low (reset to zero):  9.3159E-42
    at GETEQ: t= 2.9450E+00 x= 3.0303E-01
 %rmcb2 im= 15 out of range low (reset to zero):  1.4752E-39
    at GETEQ: t= 2.9450E+00 x= 3.6364E-01
 %ymcb1 im=  8 out of range low (reset to zero):  9.3528E-38
    at GETEQ: t= 3.0050E+00 x= 6.0606E-02
 %ymcb2 im=  8 out of range low (reset to zero): -4.6764E-38
    at GETEQ: t= 3.0050E+00 x= 6.0606E-02
 %rmcb2 im= 10 out of range low (reset to zero):  3.5073E-38
    at GETEQ: t= 3.0050E+00 x= 1.5152E-01
 %rmcb2 im= 11 out of range low (reset to zero): -4.6764E-38
    at GETEQ: t= 3.0050E+00 x= 2.1212E-01
 %rmcb1 im= 12 out of range low (reset to zero): -7.0146E-38
    at GETEQ: t= 3.0050E+00 x= 2.1212E-01
 %ymcb1 im= 13 out of range low (reset to zero):  7.0146E-38
    at GETEQ: t= 3.0050E+00 x= 2.4242E-01
 %ymcb2 im= 15 out of range low (reset to zero):  4.6764E-38
    at GETEQ: t= 3.0050E+00 x= 2.9293E-01
 %rmcb1 im= 16 out of range low (reset to zero): -4.0918E-38
    at GETEQ: t= 3.0050E+00 x= 3.1313E-01
 %ymcb2 im= 16 out of range low (reset to zero): -4.6764E-38
    at GETEQ: t= 3.0050E+00 x= 3.1313E-01
 %rmcb2 im=  8 out of range low (reset to zero):  4.1316E-38
    at GETEQ: t= 3.0650E+00 x= 1.5152E-01
 %ymcb2 im= 12 out of range low (reset to zero):  5.8455E-38
    at GETEQ: t= 3.0650E+00 x= 2.9293E-01
 %rmcb1 im= 13 out of range low (reset to zero): -2.2946E-39
    at GETEQ: t= 3.0650E+00 x= 2.9293E-01
 %ymcb2 im= 13 out of range low (reset to zero): -1.4714E-38
    at GETEQ: t= 3.0650E+00 x= 3.0303E-01
 %ymcb2 im= 14 out of range low (reset to zero):  1.3195E-39
    at GETEQ: t= 3.0650E+00 x= 3.1313E-01
 %ymcb1 im=  7 out of range low (reset to zero):  9.3528E-38
    at GETEQ: t= 3.1050E+00 x= 3.0303E-02
 %rmcb1 im= 11 out of range low (reset to zero): -9.3527E-38
    at GETEQ: t= 3.1650E+00 x= 1.8182E-01
 %ymcb2 im=  9 out of range low (reset to zero): -9.1236E-39
    at GETEQ: t= 3.1950E+00 x= 1.8182E-01
 %ymcb2 im= 11 out of range low (reset to zero): -9.1236E-39
    at GETEQ: t= 3.1950E+00 x= 2.4242E-01
 %rmcb1 im=  8 out of range low (reset to zero): -9.3528E-38
    at GETEQ: t= 3.3150E+00 x= 9.0909E-02
 %rmcb1 im=  6 out of range low (reset to zero): -4.5668E-40
    at GETEQ: t= 3.3250E+00 x= 3.0303E-02
 %ymcb1 im=  6 out of range low (reset to zero):  1.1417E-40
    at GETEQ: t= 3.3250E+00 x= 3.0303E-02
 %rmcb1 im=  6 out of range low (reset to zero): -1.4614E-38
    at GETEQ: t= 3.3250E+00 x= 6.0606E-02
 %ymcb1 im=  6 out of range low (reset to zero):  7.3069E-39
    at GETEQ: t= 3.3250E+00 x= 6.0606E-02
 %ymcb2 im=  7 out of range low (reset to zero): -1.4614E-38
    at GETEQ: t= 3.3250E+00 x= 9.0909E-02
 %rmcb1 im=  8 out of range low (reset to zero): -4.4598E-43
    at GETEQ: t= 3.3250E+00 x= 9.0909E-02
 %ymcb1 im=  9 out of range low (reset to zero):  6.6896E-43
    at GETEQ: t= 3.3250E+00 x= 1.2121E-01
 %rmcb1 im= 10 out of range low (reset to zero):  3.5678E-42
    at GETEQ: t= 3.3250E+00 x= 1.8182E-01
 %rmcb1 im=  9 out of range low (reset to zero):  7.3069E-39
    at GETEQ: t= 3.3250E+00 x= 2.1212E-01
 %ymcb2 im= 10 out of range low (reset to zero):  5.4802E-39
    at GETEQ: t= 3.3250E+00 x= 2.1212E-01
 %rmcb2 im= 12 out of range low (reset to zero):  5.5747E-43
    at GETEQ: t= 3.3250E+00 x= 2.1212E-01
 %rmcb1 im= 10 out of range low (reset to zero):  2.9227E-38
    at GETEQ: t= 3.3250E+00 x= 2.5253E-01
 %rmcb1 im= 11 out of range low (reset to zero):  9.1336E-39
    at GETEQ: t= 3.3250E+00 x= 2.5253E-01
 %ymcb1 im= 11 out of range low (reset to zero): -1.8267E-39
    at GETEQ: t= 3.3250E+00 x= 2.5253E-01
 %ymcb1 im= 12 out of range low (reset to zero): -8.5628E-41
    at GETEQ: t= 3.3250E+00 x= 2.5253E-01
 %rmcb1 im= 12 out of range low (reset to zero):  7.3069E-39
    at GETEQ: t= 3.3250E+00 x= 2.9293E-01
 %rmcb1 im= 12 out of range low (reset to zero): -2.9227E-38
    at GETEQ: t= 3.3250E+00 x= 3.0303E-01
 %rmcb2 im= 14 out of range low (reset to zero): -5.3517E-42
    at GETEQ: t= 3.3250E+00 x= 3.0303E-01
 %ymcb1 im= 13 out of range low (reset to zero):  9.1336E-40
    at GETEQ: t= 3.3250E+00 x= 3.1313E-01
 %rmcb2 im= 14 out of range low (reset to zero): -7.1356E-42
    at GETEQ: t= 3.3250E+00 x= 3.1313E-01
 %ymcb1 im= 15 out of range low (reset to zero):  1.3379E-42
    at GETEQ: t= 3.3250E+00 x= 3.1313E-01
 %rmcb1 im=  7 out of range low (reset to zero): -1.7016E-40
    at GETEQ: t= 3.3350E+00 x= 6.0606E-02
 %ymcb1 im= 14 out of range low (reset to zero):  2.8477E-41
    at GETEQ: t= 3.3450E+00 x= 2.9293E-01
 %ymcb1 im= 12 out of range low (reset to zero): -5.5268E-38
    at GETEQ: t= 3.3550E+00 x= 2.1212E-01
 %ymcb1 im= 14 out of range low (reset to zero):  5.5261E-38
    at GETEQ: t= 3.3950E+00 x= 2.9293E-01
 %ymcb2 im= 15 out of range low (reset to zero):  5.5261E-38
    at GETEQ: t= 3.3950E+00 x= 2.9293E-01
 %ymcb2 im= 13 out of range low (reset to zero):  4.9620E-39
    at GETEQ: t= 3.4050E+00 x= 2.9293E-01
 %ymcb1 im=  8 out of range low (reset to zero): -3.9956E-39
    at GETEQ: t= 3.5150E+00 x= 1.2121E-01
 %rmcb2 im=  9 out of range low (reset to zero):  9.4295E-43
    at GETEQ: t= 3.5250E+00 x= 1.5152E-01
 %rmcb2 im=  7 out of range low (reset to zero):  8.2900E-38
    at GETEQ: t= 3.6150E+00 x= 3.0303E-02
 %ymcb1 im=  4 out of range low (reset to zero): -3.5724E-38
    at GETEQ: t= 3.6250E+00 x= 3.0303E-02
 %ymcb1 im=  5 out of range low (reset to zero): -6.5469E-42
    at GETEQ: t= 3.6250E+00 x= 3.0303E-02
 %ymcb2 im=  5 out of range low (reset to zero): -1.7443E-41
    at GETEQ: t= 3.6250E+00 x= 3.0303E-02
 %rmcb2 im=  7 out of range low (reset to zero):  1.9511E-49
    at GETEQ: t= 3.6250E+00 x= 3.0303E-02
 %ymcb1 im=  5 out of range low (reset to zero): -4.1900E-40
    at GETEQ: t= 3.6250E+00 x= 6.0606E-02
 %ymcb1 im=  6 out of range low (reset to zero):  3.4069E-44
    at GETEQ: t= 3.6250E+00 x= 6.0606E-02
 %ymcb1 im=  7 out of range low (reset to zero): -6.6541E-47
    at GETEQ: t= 3.6250E+00 x= 6.0606E-02
 %ymcb2 im=  7 out of range low (reset to zero):  2.6616E-46
    at GETEQ: t= 3.6250E+00 x= 6.0606E-02
 %ymcb2 im=  8 out of range low (reset to zero): -6.4948E-49
    at GETEQ: t= 3.6250E+00 x= 6.0606E-02
 %ymcb2 im=  5 out of range low (reset to zero):  3.5724E-38
    at GETEQ: t= 3.6250E+00 x= 9.0909E-02
 %ymcb2 im=  6 out of range low (reset to zero):  1.0902E-42
    at GETEQ: t= 3.6250E+00 x= 9.0909E-02
 %rmcb1 im=  7 out of range low (reset to zero): -4.2586E-45
    at GETEQ: t= 3.6250E+00 x= 9.0909E-02
 %ymcb2 im=  7 out of range low (reset to zero):  8.5173E-45
    at GETEQ: t= 3.6250E+00 x= 9.0909E-02
 %rmcb1 im=  6 out of range low (reset to zero):  6.9773E-41
    at GETEQ: t= 3.6250E+00 x= 1.2121E-01
 %ymcb2 im=  9 out of range low (reset to zero): -1.2990E-48
    at GETEQ: t= 3.6250E+00 x= 1.2121E-01
 %rmcb2 im=  6 out of range low (reset to zero):  2.7909E-40
    at GETEQ: t= 3.6250E+00 x= 1.5152E-01
 %ymcb2 im=  6 out of range low (reset to zero):  6.7040E-39
    at GETEQ: t= 3.6250E+00 x= 1.5152E-01
 %ymcb1 im=  9 out of range low (reset to zero): -1.6635E-47
    at GETEQ: t= 3.6250E+00 x= 1.5152E-01
 %ymcb1 im= 10 out of range low (reset to zero): -2.5993E-49
    at GETEQ: t= 3.6250E+00 x= 1.5152E-01
 %ymcb1 im=  7 out of range low (reset to zero):  5.5819E-40
    at GETEQ: t= 3.6250E+00 x= 1.8182E-01
 %rmcb1 im=  9 out of range low (reset to zero):  2.6616E-46
    at GETEQ: t= 3.6250E+00 x= 1.8182E-01
 %ymcb1 im=  8 out of range low (reset to zero): -6.9773E-41
    at GETEQ: t= 3.6250E+00 x= 2.1212E-01
 %rmcb1 im= 10 out of range low (reset to zero): -2.6616E-46
    at GETEQ: t= 3.6250E+00 x= 2.1212E-01
 %ymcb2 im= 10 out of range low (reset to zero):  1.0647E-45
    at GETEQ: t= 3.6250E+00 x= 2.1212E-01
 %ymcb2 im=  9 out of range low (reset to zero): -1.3094E-41
    at GETEQ: t= 3.6250E+00 x= 2.4242E-01
 %ymcb2 im= 11 out of range low (reset to zero):  6.3934E-45
    at GETEQ: t= 3.6250E+00 x= 2.4242E-01
 %rmcb1 im= 12 out of range low (reset to zero):  1.6635E-47
    at GETEQ: t= 3.6250E+00 x= 2.4242E-01
 %ymcb2 im= 12 out of range low (reset to zero): -9.9897E-47
    at GETEQ: t= 3.6250E+00 x= 2.4242E-01
 %rmcb2 im= 10 out of range low (reset to zero):  1.0229E-43
    at GETEQ: t= 3.6250E+00 x= 2.5253E-01
 %ymcb2 im= 10 out of range low (reset to zero):  5.4511E-43
    at GETEQ: t= 3.6250E+00 x= 2.5253E-01
 %ymcb1 im= 11 out of range low (reset to zero):  2.1293E-45
    at GETEQ: t= 3.6250E+00 x= 2.5253E-01
 %rmcb1 im= 12 out of range low (reset to zero): -3.3271E-47
    at GETEQ: t= 3.6250E+00 x= 2.5253E-01
 %ymcb1 im= 12 out of range low (reset to zero): -1.6635E-47
    at GETEQ: t= 3.6250E+00 x= 2.5253E-01
 %ymcb2 im= 10 out of range low (reset to zero):  1.3955E-40
    at GETEQ: t= 3.6250E+00 x= 2.9293E-01
 %ymcb2 im= 12 out of range low (reset to zero): -3.4069E-44
    at GETEQ: t= 3.6250E+00 x= 2.9293E-01
 %rmcb2 im= 13 out of range low (reset to zero):  2.0794E-48
    at GETEQ: t= 3.6250E+00 x= 2.9293E-01
 %rmcb2 im=  9 out of range low (reset to zero): -8.3800E-40
    at GETEQ: t= 3.6250E+00 x= 3.0303E-01
 %ymcb1 im= 10 out of range low (reset to zero):  6.9773E-41
    at GETEQ: t= 3.6250E+00 x= 3.0303E-01
 %ymcb1 im= 11 out of range low (reset to zero):  1.0902E-42
    at GETEQ: t= 3.6250E+00 x= 3.0303E-01
 %rmcb1 im= 12 out of range low (reset to zero):  1.7035E-44
    at GETEQ: t= 3.6250E+00 x= 3.0303E-01
 %ymcb1 im= 13 out of range low (reset to zero):  1.0647E-45
    at GETEQ: t= 3.6250E+00 x= 3.0303E-01
 %rmcb1 im= 14 out of range low (reset to zero):  1.6635E-47
    at GETEQ: t= 3.6250E+00 x= 3.0303E-01
 %ymcb1 im= 14 out of range low (reset to zero):  4.1588E-48
    at GETEQ: t= 3.6250E+00 x= 3.0303E-01
 %ymcb2 im= 14 out of range low (reset to zero): -1.6635E-47
    at GETEQ: t= 3.6250E+00 x= 3.0303E-01
 %ymcb1 im= 15 out of range low (reset to zero):  2.5993E-49
    at GETEQ: t= 3.6250E+00 x= 3.0303E-01
 %ymcb2 im=  9 out of range low (reset to zero):  1.7862E-38
    at GETEQ: t= 3.6250E+00 x= 3.1313E-01
 %rmcb1 im= 13 out of range low (reset to zero): -2.1293E-45
    at GETEQ: t= 3.6250E+00 x= 3.1313E-01
 %ymcb2 im= 13 out of range low (reset to zero):  1.2787E-44
    at GETEQ: t= 3.6250E+00 x= 3.1313E-01
 %rmcb2 im= 14 out of range low (reset to zero):  4.1588E-48
    at GETEQ: t= 3.6250E+00 x= 3.1313E-01
 %ymcb2 im= 16 out of range low (reset to zero): -2.5993E-49
    at GETEQ: t= 3.6250E+00 x= 3.1313E-01
 %rmcb1 im= 11 out of range low (reset to zero): -1.1158E-38
    at GETEQ: t= 3.6250E+00 x= 3.6364E-01
 %ymcb2 im= 16 out of range low (reset to zero):  1.9979E-46
    at GETEQ: t= 3.6250E+00 x= 3.6364E-01
 %rmcb2 im= 13 out of range low (reset to zero): -6.9773E-41
    at GETEQ: t= 3.6250E+00 x= 4.2424E-01
 %rmcb2 im= 14 out of range low (reset to zero): -8.7217E-42
    at GETEQ: t= 3.6250E+00 x= 4.2424E-01
 %rmcb2 im= 15 out of range low (reset to zero):  6.8138E-44
    at GETEQ: t= 3.6250E+00 x= 4.2424E-01
 %ymcb1 im= 15 out of range low (reset to zero):  5.3632E-38
    at GETEQ: t= 3.6250E+00 x= 4.9495E-01
 %ymcb1 im= 16 out of range low (reset to zero):  1.1164E-39
    at GETEQ: t= 3.6250E+00 x= 4.9495E-01
 %ymcb2 im=  8 out of range low (reset to zero): -9.3528E-38
    at GETEQ: t= 3.6350E+00 x= 6.0606E-02
 %rmcb1 im=  7 out of range low (reset to zero): -3.3222E-41
    at GETEQ: t= 3.8850E+00 x= 3.0303E-02
 %rmcb1 im=  7 out of range low (reset to zero): -7.4866E-40
    at GETEQ: t= 3.8850E+00 x= 6.0606E-02
 %ymcb1 im= 10 out of range low (reset to zero):  1.0013E-40
    at GETEQ: t= 3.8850E+00 x= 1.8182E-01
 %ymcb1 im= 14 out of range low (reset to zero): -4.6766E-38
    at GETEQ: t= 3.8950E+00 x= 2.9293E-01
 %rmcb1 im= 11 out of range low (reset to zero): -7.0147E-38
    at GETEQ: t= 3.9450E+00 x= 1.8182E-01
 %ymcb1 im= 11 out of range low (reset to zero):  4.6764E-38
    at GETEQ: t= 3.9450E+00 x= 1.8182E-01
 %rmcb1 im= 12 out of range low (reset to zero): -9.3529E-38
    at GETEQ: t= 3.9450E+00 x= 2.1212E-01
 %ymcb1 im= 12 out of range low (reset to zero): -4.6764E-38
    at GETEQ: t= 3.9450E+00 x= 2.1212E-01
 %rmcb2 im= 14 out of range low (reset to zero):  4.6764E-38
    at GETEQ: t= 3.9450E+00 x= 2.9293E-01
 %rmcb2 im= 15 out of range low (reset to zero):  9.3529E-38
    at GETEQ: t= 3.9450E+00 x= 3.1313E-01
 %rmcb2 im= 10 out of range low (reset to zero):  2.3128E-38
    at GETEQ: t= 3.9550E+00 x= 1.5152E-01
 %ymcb1 im= 12 out of range low (reset to zero): -3.3040E-38
    at GETEQ: t= 3.9550E+00 x= 2.1212E-01
 %rmcb1 im= 13 out of range low (reset to zero): -6.6079E-38
    at GETEQ: t= 3.9550E+00 x= 2.4242E-01
 %ymcb1 im= 13 out of range low (reset to zero):  1.9824E-38
    at GETEQ: t= 3.9550E+00 x= 2.4242E-01
 %rmcb2 im= 14 out of range low (reset to zero): -5.2863E-38
    at GETEQ: t= 3.9550E+00 x= 2.9293E-01
 %rmcb2 im= 15 out of range low (reset to zero): -2.6432E-38
    at GETEQ: t= 3.9550E+00 x= 3.1313E-01
 %rmcb2 im= 10 out of range low (reset to zero):  6.9383E-38
    at GETEQ: t= 3.9650E+00 x= 1.5152E-01
 %ymcb1 im= 12 out of range low (reset to zero): -9.9119E-38
    at GETEQ: t= 3.9650E+00 x= 2.1212E-01
 %ymcb1 im= 13 out of range low (reset to zero):  5.9472E-38
    at GETEQ: t= 3.9650E+00 x= 2.4242E-01
 %rmcb2 im= 15 out of range low (reset to zero): -7.9295E-38
    at GETEQ: t= 3.9650E+00 x= 3.1313E-01
 %ymcb1 im= 13 out of range low (reset to zero):  9.9119E-38
    at GETEQ: t= 3.9750E+00 x= 2.4242E-01
 %ymcb1 im=  7 out of range low (reset to zero): -4.6407E-41
    at GETEQ: t= 4.0650E+00 x= 3.0303E-02
 %ymcb1 im= 10 out of range low (reset to zero): -5.3503E-42
    at GETEQ: t= 4.0650E+00 x= 1.8182E-01
 %ymcb1 im=  9 out of range low (reset to zero): -6.7709E-39
    at GETEQ: t= 4.0650E+00 x= 2.1212E-01
 %ymcb1 im= 10 out of range low (reset to zero):  6.7709E-39
    at GETEQ: t= 4.0650E+00 x= 2.1212E-01
 %ymcb1 im= 10 out of range low (reset to zero):  7.3552E-38
    at GETEQ: t= 4.2950E+00 x= 2.4242E-01
 %ymcb2 im= 13 out of range low (reset to zero):  1.5921E-41
    at GETEQ: t= 4.2950E+00 x= 2.4242E-01
 %rmcb1 im=  7 out of range low (reset to zero):  5.2841E-38
    at GETEQ: t= 4.3350E+00 x= 3.0303E-02
 %rmcb1 im= 15 out of range low (reset to zero): -2.6431E-38
    at GETEQ: t= 4.3350E+00 x= 3.0303E-01
 %rmcb1 im= 15 out of range low (reset to zero): -6.6080E-38
    at GETEQ: t= 4.5150E+00 x= 2.9293E-01
 %rmcb2 im=  6 out of range low (reset to zero): -1.6133E-41
    at GETEQ: t= 4.5250E+00 x= 3.0303E-02
 %ymcb2 im=  7 out of range low (reset to zero):  4.0332E-42
    at GETEQ: t= 4.5250E+00 x= 3.0303E-02
 %ymcb2 im=  7 out of range low (reset to zero):  5.1625E-40
    at GETEQ: t= 4.5250E+00 x= 6.0606E-02
 %rmcb2 im=  6 out of range low (reset to zero): -6.6080E-38
    at GETEQ: t= 4.5250E+00 x= 9.0909E-02
 %ymcb1 im=  7 out of range low (reset to zero):  8.2600E-39
    at GETEQ: t= 4.5250E+00 x= 9.0909E-02
 %ymcb2 im=  7 out of range low (reset to zero): -1.6520E-38
    at GETEQ: t= 4.5250E+00 x= 9.0909E-02
 %rmcb1 im=  8 out of range low (reset to zero): -5.1625E-40
    at GETEQ: t= 4.5250E+00 x= 1.2121E-01
 %ymcb2 im=  9 out of range low (reset to zero): -4.0332E-42
    at GETEQ: t= 4.5250E+00 x= 1.2121E-01
 %ymcb2 im=  8 out of range low (reset to zero):  6.6080E-38
    at GETEQ: t= 4.5250E+00 x= 1.5152E-01
 %ymcb2 im=  9 out of range low (reset to zero): -4.1300E-39
    at GETEQ: t= 4.5250E+00 x= 1.8182E-01
 %ymcb2 im= 10 out of range low (reset to zero):  9.6796E-41
    at GETEQ: t= 4.5250E+00 x= 1.8182E-01
 %ymcb2 im= 11 out of range low (reset to zero): -2.0166E-42
    at GETEQ: t= 4.5250E+00 x= 1.8182E-01
 %rmcb1 im=  9 out of range low (reset to zero):  3.3040E-38
    at GETEQ: t= 4.5250E+00 x= 2.1212E-01
 %ymcb2 im= 12 out of range low (reset to zero):  2.0166E-42
    at GETEQ: t= 4.5250E+00 x= 2.1212E-01
 %rmcb1 im= 13 out of range low (reset to zero):  4.0332E-42
    at GETEQ: t= 4.5250E+00 x= 2.5253E-01
 %rmcb2 im= 12 out of range low (reset to zero):  1.2390E-38
    at GETEQ: t= 4.5250E+00 x= 2.9293E-01
 %rmcb1 im= 15 out of range low (reset to zero): -6.3018E-43
    at GETEQ: t= 4.5250E+00 x= 2.9293E-01
 %rmcb2 im= 12 out of range low (reset to zero):  1.6520E-38
    at GETEQ: t= 4.5250E+00 x= 3.0303E-01
 %rmcb1 im= 13 out of range low (reset to zero): -4.1300E-39
    at GETEQ: t= 4.5250E+00 x= 3.0303E-01
 %rmcb1 im= 14 out of range low (reset to zero):  1.6133E-41
    at GETEQ: t= 4.5250E+00 x= 3.0303E-01
 %ymcb1 im= 14 out of range low (reset to zero): -2.0166E-42
    at GETEQ: t= 4.5250E+00 x= 3.0303E-01
 %ymcb2 im= 15 out of range low (reset to zero): -2.0166E-42
    at GETEQ: t= 4.5250E+00 x= 3.0303E-01
 %rmcb2 im= 13 out of range low (reset to zero):  1.2906E-40
    at GETEQ: t= 4.5250E+00 x= 3.1313E-01
 %rmcb1 im= 14 out of range low (reset to zero):  6.4531E-41
    at GETEQ: t= 4.5250E+00 x= 3.1313E-01
 %rmcb2 im= 14 out of range low (reset to zero):  4.0332E-42
    at GETEQ: t= 4.5250E+00 x= 3.1313E-01
 %ymcb2 im= 14 out of range low (reset to zero): -2.5812E-40
    at GETEQ: t= 4.5250E+00 x= 3.1313E-01
 %rmcb1 im= 15 out of range low (reset to zero): -4.1300E-39
    at GETEQ: t= 4.5250E+00 x= 3.6364E-01
 %rmcb1 im= 16 out of range low (reset to zero): -1.9359E-40
    at GETEQ: t= 4.5250E+00 x= 3.6364E-01
 %ymcb1 im= 15 out of range low (reset to zero): -1.8765E-42
    at GETEQ: t= 4.5550E+00 x= 3.0303E-01
 %rmcb2 im=  9 out of range low (reset to zero): -2.5522E-40
    at GETEQ: t= 4.5750E+00 x= 1.8182E-01
 %ymcb1 im= 10 out of range low (reset to zero):  7.7302E-38
    at GETEQ: t= 4.5750E+00 x= 2.4242E-01
 %rmcb2 im= 11 out of range low (reset to zero): -4.9474E-40
    at GETEQ: t= 4.5750E+00 x= 2.4242E-01
 %rmcb2 im= 10 out of range low (reset to zero): -7.7302E-38
    at GETEQ: t= 4.5750E+00 x= 2.5253E-01
 %ymcb1 im= 10 out of range low (reset to zero):  2.7421E-38
    at GETEQ: t= 4.5850E+00 x= 2.1212E-01
 %rmcb2 im= 14 out of range low (reset to zero):  8.6739E-41
    at GETEQ: t= 4.5850E+00 x= 3.0303E-01
 SETLIM - SET UP Axisymmetric limiter data for UPF

 *UF1GET:  PROCESSING "LIM":  Axisymmetric Limiter cm    ---------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.LIM
 %UF1GET:  X axis is not the timebase, processing axis units cm
 %FIXUNS:  CONVERTING UFILE LIM TIMEBASE UNITS, M         , TO cm        
          >CONVERSION FACTOR:  * 100.000    
 %FIXUNS:  CONVERTING UFILE LIM DATA UNITS, M         , TO cm        
          >CONVERSION FACTOR:  * 100.000    

 *UF2GET:  PROCESSING "BOL":  Power radiated W/cm**3    ----------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.QRA
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "SEC       "
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=201

 *UF2GET:  PROCESSING "GRB":  MHD g (R*Bt) profile Tesla*cm    ---------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.GRB
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "Seconds   "
 %FIXUNS:  CONVERTING UFILE GRB DATA UNITS, TESLA*M   , TO Tesla*cm  
          >CONVERSION FACTOR:  * 100.000    
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=100

 *UF2GET:  PROCESSING "NER":  electron density n/cm**3    --------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.NEL
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "SEC       "
 %FIXUNS:  CONVERTING UFILE NER DATA UNITS, M**-3     , TO n/cm**3   
          >CONVERSION FACTOR:  *0.100000E-05
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=201

 *UF2GET:  PROCESSING "NIM":  impurity density n/cm**3    --------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.NC
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "SEC       "
 %FIXUNS:  CONVERTING UFILE NIM DATA UNITS, M**-3     , TO n/cm**3   
          >CONVERSION FACTOR:  *0.100000E-05
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=201

 *UF2GET:  PROCESSING "OMG":  plasma rotation rad/sec    ---------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.OME
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "SEC       "
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=201

 *UF2GET:  PROCESSING "PRS":  MHD Pressure profile Pascals    ----------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.PRS
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "Seconds   "
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=100

 *UF2GET:  PROCESSING "QPR":  q profile      ---------------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.QPR
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "Seconds   "
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=100

 *UF2GET:  PROCESSING "TER":  electron temperature eV    ---------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.TEL
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "SEC       "
 %FIXUNS:  CONVERTING UFILE TER DATA UNITS, KEV       , TO eV        
          >CONVERSION FACTOR:  * 1000.00    
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=201

 *UF2GET:  PROCESSING "TI2":  ion temperature eV    --------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.TIO
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "SEC       "
 %FIXUNS:  CONVERTING UFILE TI2 DATA UNITS, KEV       , TO eV        
          >CONVERSION FACTOR:  * 1000.00    
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=201

 *UF2GET:  PROCESSING "VPO":  Er potential volts    --------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.VPO
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "SEC       "
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=201

 *UF2GET:  PROCESSING "ZF2":  Zeff profile      ------------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.ZFC
 %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP:
  1ST DIMENSION = "          "; 2ND DIMENSION = "SEC       "
 %CHKTIM:  DATA TIME RANGE  2.7250E+00 TO  4.6000E+00 SECONDS
          DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME).
 %SETDAT2-- X axis is normalized flux, not modified, npts=201

 *DDEFIN: Set Plasma Heating parameters :-    ==========================
  
  -> entering setnbi (neutral beam powers, voltages, etc.)
 SETNBI - SET UP NEUTRAL BEAM DATA FOR UPF

 *UF2GET:  PROCESSING "NB2":  beam heating data      -------------------
 NAMED FILE:  ./201927Z55_tmp/OMF201927.NB2
 %SETNBI- BEAM FULL ENERGY FRACTIONS SET BY NBI FILE **
 %SETNBI- BEAM HALF ENERGY FRACTIONS SET BY NBI FILE **
  %setnbi: NBI on/off times taken from data.
 %NB_ONOFF: NBI on/off times (s):   2.3250E+00  4.8200E+00
  Non-simple Zeff data:
    Zeff inferred from impurity density data.
 %SETDFLT:  "DTG" INPUT DATA FILE NOT SPECIFIED
 ==>DEFAULT VALUE SUBSTITUTED, DTMAXG =  1.0000E-02
  %setmisc -- time dependent geometry timestep enabled (ZOOM is off).
 %SETDFLT:  "DTS" INPUT DATA FILE NOT SPECIFIED
 ==>DEFAULT VALUE SUBSTITUTED, DT_SOURCES =  5.0000E-03
  %setmisc -- time dependent source timestep enabled (ZOOM is off).
 %SETDFLT:  "DTX" INPUT DATA FILE NOT SPECIFIED
 ==>DEFAULT VALUE SUBSTITUTED, DT_OUTPUT =  1.0000E-02
  %setmisc -- time dependent output timestep enabled (ZOOM is off).
  --------------------------------------------------
  %trdat_bdy_check -- checking plasma boundary data
  
  trdat_bdy_check: OK
  ...min(r_curvature/(Rmax-Rmin)) is:   4.279755304319720E-002
  ...at time t=   3.35499999999998       seconds.
  

 ------------> thermal ion ptcl balance summary:

  Hydrogen  (absent)                                         
  Deuterium NDEFINE=0 NMODEL=4 RC=Tau(p) GF=ZERO             
  Tritium   (absent)                                         
  Helium-3  (absent)                                         
  Helium-4  (absent)                                         
  Lithium-6 (absent)                                         

 Recycling fractions RFRAC are specified.

 ------------------------------------
  Fast ion summary:
  
  Beam species: D
  Fusion product species: (None)
  Minority RF species: (None)
 ------------------------------------
==========(runtrx TRDAT sts = 0)======
==>runtrx:  trdat execution successful
            will write to mdsplus later
==========LABEL execution===============
date:  Thu Oct 2 22:27:12 EDT 2025 ( mccune001.pppl.gov )
==>runtrx:  label execution successful
==========add TF.PLN to MDSplus ========
==========(runtrx)======================
date:  Thu Oct 2 22:27:13 EDT 2025 ( mccune001.pppl.gov )

 ************************************************************************
 Program: mds_start
 Version: v0.3.2
 Revision: 953b182
 Date: 03/20/2024
 ************************************************************************
 mds_conopn: option =           4  2019272655  TRANSP                  
  ...connecting to server:  ATLAS.GAT.COM
 ...tcl("EDIT TRANSP/SHOT=2019272655")
 nid =        9860
 open 
 201927Z55TF.PLN                                                                
                                                                                
                                                                                
    
  add_file:         9207  lines -          76
 tcl("WRITE")
 stat =           1
==========add PH.CDF to MDSplus ========
==========(runtrx)======================
date:  Thu Oct 2 22:27:14 EDT 2025 ( mccune001.pppl.gov )
==>runtrx: LINK_ON_HOST environment variable detected.
==========(runtrx)======================
==========>runtrx normal exit<==========
date:  Thu Oct 2 22:27:14 EDT 2025 ( mccune001.pppl.gov )