==>runtrx start: date: Tue Jan 28 18:30:19 EST 2025 ( mccune001.pppl.gov ) argv = 2 iarg = 2 cmd_opt = pre runtrx: tok.yy = D3D.20 ==========(runtrx)====================== date: Tue Jan 28 18:30:19 EST 2025 ( mccune001.pppl.gov ) args: 200204V02 pre ==========(runtrx)====================== ==========(runtrx)====================== ==========TRANSP preprocessing========== date: Tue Jan 28 18:30:19 EST 2025 ( mccune001.pppl.gov ) ==========check for 200204V02_mdsmark.sh=== ==========(runtrx)====================== ==========TRDAT execution=============== date: Tue Jan 28 18:30:19 EST 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_bvictor/transp_compute/D3D/200204V02 CTOKNM : Cdir = /local/tr_bvictor/transp_compute/D3D/200204V02/ % DIRECTORY IS /local/tr_bvictor/transp_compute/D3D/200204V02/; 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 file200204V02TR.ZDA %trcom_static_box: loading static data -----------> entering UF0GET. NAMED FILE: ./200204V02_tmp/OMF200204.NB2 %UF0DRD: DIMENSIONALITY OF INPUT FILE = 2 % NO. OF BEAMS (NB2 DATA) = 20 NAMED FILE: ./200204V02_tmp/OMF200204.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 %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= 3.6000E+00, FTIME= 4.0200E+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: ./200204V02_tmp/OMF200204.CUR %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). *UF1GET: PROCESSING "RBZ": [ext. B field] * R Tesla*cm ----------- NAMED FILE: ./200204V02_tmp/OMF200204.RBZ %FIXUNS: CONVERTING UFILE RBZ DATA UNITS, M.T , TO Tesla*cm >CONVERSION FACTOR: * 100.000 %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). *UF1GET: PROCESSING "BDI": beta diamagnetic -------------------- NAMED FILE: ./200204V02_tmp/OMF200204.BDI %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). *UF1GET: PROCESSING "DFL": diamagnetic flux Webers --------------- NAMED FILE: ./200204V02_tmp/OMF200204.DFL %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+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: ./200204V02_tmp/OMF200204.L2B %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). *UF1GET: PROCESSING "NTX": Neutron flux n/sec -------------------- NAMED FILE: ./200204V02_tmp/OMF200204.NTX *UF1GET: PROCESSING "PF0": Psi(axis) Wb/rad ---------------------- NAMED FILE: ./200204V02_tmp/OMF200204.PF0 %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). *UF1GET: PROCESSING "PLF": Poloidal flux Wb/rad ------------------ NAMED FILE: ./200204V02_tmp/OMF200204.PLF %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). *UF1GET: PROCESSING "TPI": particle confinement seconds ---------- NAMED FILE: ./200204V02_tmp/OMF200204.TPI %CHKTIM: DATA TIME RANGE 3.6000E+00 TO 4.0200E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). *UF1GET: PROCESSING "TRF": Toroidal flux Webers ------------------ NAMED FILE: ./200204V02_tmp/OMF200204.TRF %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). *UF1GET: PROCESSING "VSF": surface voltage volts ----------------- NAMED FILE: ./200204V02_tmp/OMF200204.VSF %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). *UF3GET: PROCESSING "MMX": Equilibrium moments cm ---------------- NAMED FILE: ./200204V02_tmp/OMF200204.MMX %FIXUNS: CONVERTING UFILE DATA UNITS, M , TO cm >CONVERSION FACTOR: * 100.000 %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+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 %ymcb1 im= 7 out of range low (reset to zero): 2.8988E-42 at GETEQ: t= 3.8000E+00 x= 3.0303E-02 %rmcb2 im= 7 out of range low (reset to zero): -9.2763E-41 at GETEQ: t= 3.8000E+00 x= 6.0606E-02 %rmcb2 im= 8 out of range low (reset to zero): 7.4211E-40 at GETEQ: t= 3.8000E+00 x= 1.5152E-01 %rmcb1 im= 9 out of range low (reset to zero): -3.7105E-40 at GETEQ: t= 3.8000E+00 x= 1.8182E-01 %ymcb1 im= 9 out of range low (reset to zero): -5.9369E-39 at GETEQ: t= 3.8000E+00 x= 1.8182E-01 %ymcb2 im= 9 out of range low (reset to zero): 1.4842E-39 at GETEQ: t= 3.8000E+00 x= 1.8182E-01 %ymcb2 im= 10 out of range low (reset to zero): -1.3914E-40 at GETEQ: t= 3.8000E+00 x= 1.8182E-01 %ymcb1 im= 9 out of range low (reset to zero): 4.7495E-38 at GETEQ: t= 3.8000E+00 x= 2.1212E-01 %ymcb2 im= 9 out of range low (reset to zero): 2.3747E-38 at GETEQ: t= 3.8000E+00 x= 2.1212E-01 %rmcb1 im= 10 out of range low (reset to zero): 2.9684E-39 at GETEQ: t= 3.8000E+00 x= 2.1212E-01 %rmcb2 im= 11 out of range low (reset to zero): 1.1595E-41 at GETEQ: t= 3.8000E+00 x= 2.4242E-01 %ymcb2 im= 13 out of range low (reset to zero): 1.4494E-42 at GETEQ: t= 3.8000E+00 x= 2.4242E-01 %rmcb2 im= 11 out of range low (reset to zero): 4.6381E-41 at GETEQ: t= 3.8000E+00 x= 2.5253E-01 %ymcb2 im= 11 out of range low (reset to zero): -2.9684E-39 at GETEQ: t= 3.8000E+00 x= 2.5253E-01 %ymcb1 im= 13 out of range low (reset to zero): 2.8988E-42 at GETEQ: t= 3.8000E+00 x= 2.5253E-01 %rmcb2 im= 11 out of range low (reset to zero): -5.9369E-39 at GETEQ: t= 3.8000E+00 x= 2.9293E-01 %rmcb2 im= 11 out of range low (reset to zero): -1.1874E-38 at GETEQ: t= 3.8000E+00 x= 3.0303E-01 %rmcb1 im= 13 out of range low (reset to zero): -1.4842E-39 at GETEQ: t= 3.8000E+00 x= 3.0303E-01 %ymcb1 im= 13 out of range low (reset to zero): -1.4842E-39 at GETEQ: t= 3.8000E+00 x= 3.0303E-01 %rmcb2 im= 15 out of range low (reset to zero): -1.4494E-42 at GETEQ: t= 3.8000E+00 x= 3.0303E-01 %ymcb1 im= 13 out of range low (reset to zero): 2.0779E-38 at GETEQ: t= 3.8000E+00 x= 3.1313E-01 %ymcb2 im= 13 out of range low (reset to zero): 2.9684E-39 at GETEQ: t= 3.8000E+00 x= 3.1313E-01 %ymcb1 im= 15 out of range low (reset to zero): -1.1595E-41 at GETEQ: t= 3.8000E+00 x= 3.1313E-01 %ymcb2 im= 15 out of range low (reset to zero): -5.7977E-42 at GETEQ: t= 3.8000E+00 x= 3.1313E-01 %rmcb2 im= 14 out of range low (reset to zero): -1.1874E-38 at GETEQ: t= 3.8000E+00 x= 3.6364E-01 %ymcb2 im= 15 out of range low (reset to zero): 2.9684E-39 at GETEQ: t= 3.8000E+00 x= 3.6364E-01 %rmcb1 im= 16 out of range low (reset to zero): 1.6234E-40 at GETEQ: t= 3.8000E+00 x= 3.6364E-01 %ymcb1 im= 16 out of range low (reset to zero): 2.3191E-41 at GETEQ: t= 3.8000E+00 x= 3.6364E-01 %rmcb2 im= 16 out of range low (reset to zero): 1.4842E-39 at GETEQ: t= 3.8000E+00 x= 4.2424E-01 %ymcb1 im= 16 out of range low (reset to zero): 9.4989E-38 at GETEQ: t= 3.8000E+00 x= 4.2424E-01 %ymcb1 im= 16 out of range low (reset to zero): -9.4989E-38 at GETEQ: t= 3.8000E+00 x= 4.3434E-01 %ymcb2 im= 9 out of range low (reset to zero): 2.3191E-41 at GETEQ: t= 3.8200E+00 x= 1.5152E-01 %ymcb2 im= 16 out of range low (reset to zero): -5.8731E-40 at GETEQ: t= 3.8200E+00 x= 3.6364E-01 %rmcb1 im= 8 out of range low (reset to zero): 2.5528E-41 at GETEQ: t= 3.8400E+00 x= 9.0909E-02 %rmcb2 im= 15 out of range low (reset to zero): -6.6866E-43 at GETEQ: t= 3.8400E+00 x= 3.1313E-01 %rmcb1 im= 15 out of range low (reset to zero): 1.2668E-39 at GETEQ: t= 3.8400E+00 x= 3.6364E-01 %ymcb1 im= 6 out of range low (reset to zero): 1.4842E-39 at GETEQ: t= 3.8500E+00 x= 3.0303E-02 %rmcb1 im= 7 out of range low (reset to zero): 2.3191E-41 at GETEQ: t= 3.8500E+00 x= 6.0606E-02 %rmcb1 im= 8 out of range low (reset to zero): 2.3747E-38 at GETEQ: t= 3.8500E+00 x= 1.5152E-01 %ymcb1 im= 8 out of range low (reset to zero): -4.7495E-38 at GETEQ: t= 3.8500E+00 x= 1.5152E-01 %rmcb2 im= 9 out of range low (reset to zero): -3.7105E-40 at GETEQ: t= 3.8500E+00 x= 1.8182E-01 %rmcb1 im= 11 out of range low (reset to zero): -7.4211E-40 at GETEQ: t= 3.8500E+00 x= 2.4242E-01 %rmcb2 im= 12 out of range low (reset to zero): -2.9684E-39 at GETEQ: t= 3.8500E+00 x= 2.9293E-01 %rmcb2 im= 14 out of range low (reset to zero): -2.3191E-41 at GETEQ: t= 3.8500E+00 x= 3.1313E-01 %rmcb2 im= 12 out of range low (reset to zero): -4.5658E-38 at GETEQ: t= 3.8600E+00 x= 3.0303E-01 %ymcb1 im= 15 out of range low (reset to zero): 4.1001E-39 at GETEQ: t= 3.8600E+00 x= 3.6364E-01 %rmcb2 im= 8 out of range low (reset to zero): 9.9299E-41 at GETEQ: t= 3.8700E+00 x= 1.2121E-01 %ymcb2 im= 6 out of range low (reset to zero): -3.5621E-38 at GETEQ: t= 3.9000E+00 x= 3.0303E-02 %ymcb2 im= 7 out of range low (reset to zero): 1.1595E-41 at GETEQ: t= 3.9000E+00 x= 3.0303E-02 %ymcb1 im= 8 out of range low (reset to zero): -6.9572E-41 at GETEQ: t= 3.9000E+00 x= 9.0909E-02 %ymcb2 im= 8 out of range low (reset to zero): -1.8553E-40 at GETEQ: t= 3.9000E+00 x= 9.0909E-02 %rmcb1 im= 8 out of range low (reset to zero): -7.4210E-40 at GETEQ: t= 3.9000E+00 x= 1.2121E-01 %ymcb1 im= 9 out of range low (reset to zero): -2.8988E-42 at GETEQ: t= 3.9000E+00 x= 1.2121E-01 %rmcb1 im= 9 out of range low (reset to zero): -2.3191E-41 at GETEQ: t= 3.9000E+00 x= 1.5152E-01 %rmcb2 im= 10 out of range low (reset to zero): 1.1595E-41 at GETEQ: t= 3.9000E+00 x= 1.8182E-01 %ymcb1 im= 11 out of range low (reset to zero): -2.8988E-42 at GETEQ: t= 3.9000E+00 x= 1.8182E-01 %rmcb2 im= 10 out of range low (reset to zero): -7.4210E-40 at GETEQ: t= 3.9000E+00 x= 2.1212E-01 %ymcb2 im= 10 out of range low (reset to zero): -1.1874E-38 at GETEQ: t= 3.9000E+00 x= 2.1212E-01 %rmcb2 im= 11 out of range low (reset to zero): -2.8988E-42 at GETEQ: t= 3.9000E+00 x= 2.1212E-01 %ymcb1 im= 11 out of range low (reset to zero): 4.6382E-41 at GETEQ: t= 3.9000E+00 x= 2.1212E-01 %ymcb2 im= 11 out of range low (reset to zero): -7.4210E-40 at GETEQ: t= 3.9000E+00 x= 2.4242E-01 %rmcb2 im= 12 out of range low (reset to zero): 1.1595E-41 at GETEQ: t= 3.9000E+00 x= 2.4242E-01 %rmcb1 im= 11 out of range low (reset to zero): 1.1874E-38 at GETEQ: t= 3.9000E+00 x= 2.5253E-01 %rmcb2 im= 12 out of range low (reset to zero): -9.2763E-41 at GETEQ: t= 3.9000E+00 x= 2.5253E-01 %ymcb2 im= 12 out of range low (reset to zero): 1.8553E-40 at GETEQ: t= 3.9000E+00 x= 2.5253E-01 %rmcb1 im= 12 out of range low (reset to zero): -9.4989E-38 at GETEQ: t= 3.9000E+00 x= 2.9293E-01 %ymcb2 im= 12 out of range low (reset to zero): -9.4989E-38 at GETEQ: t= 3.9000E+00 x= 2.9293E-01 %ymcb2 im= 13 out of range low (reset to zero): -3.7105E-40 at GETEQ: t= 3.9000E+00 x= 2.9293E-01 %ymcb2 im= 13 out of range low (reset to zero): -1.4842E-39 at GETEQ: t= 3.9000E+00 x= 3.0303E-01 %rmcb1 im= 14 out of range low (reset to zero): 5.7977E-42 at GETEQ: t= 3.9000E+00 x= 3.0303E-01 %ymcb2 im= 14 out of range low (reset to zero): -9.2763E-41 at GETEQ: t= 3.9000E+00 x= 3.0303E-01 %ymcb2 im= 15 out of range low (reset to zero): -5.7977E-42 at GETEQ: t= 3.9000E+00 x= 3.0303E-01 %rmcb2 im= 13 out of range low (reset to zero): 7.4210E-40 at GETEQ: t= 3.9000E+00 x= 3.1313E-01 %ymcb1 im= 14 out of range low (reset to zero): -4.6382E-41 at GETEQ: t= 3.9000E+00 x= 3.1313E-01 %ymcb2 im= 14 out of range low (reset to zero): 5.5658E-40 at GETEQ: t= 3.9000E+00 x= 3.1313E-01 %ymcb1 im= 14 out of range low (reset to zero): 4.7495E-38 at GETEQ: t= 3.9000E+00 x= 3.6364E-01 %rmcb2 im= 15 out of range low (reset to zero): -5.9368E-39 at GETEQ: t= 3.9000E+00 x= 3.6364E-01 %rmcb1 im= 16 out of range low (reset to zero): -5.7977E-42 at GETEQ: t= 3.9000E+00 x= 4.2424E-01 %rmcb2 im= 8 out of range low (reset to zero): 8.0031E-39 at GETEQ: t= 3.9200E+00 x= 1.5152E-01 %rmcb2 im= 12 out of range low (reset to zero): 2.7421E-38 at GETEQ: t= 3.9200E+00 x= 2.9293E-01 %rmcb1 im= 9 out of range low (reset to zero): -1.5149E-39 at GETEQ: t= 3.9400E+00 x= 1.8182E-01 %rmcb2 im= 7 out of range low (reset to zero): -2.8988E-42 at GETEQ: t= 3.9500E+00 x= 3.0303E-02 %rmcb2 im= 7 out of range low (reset to zero): -1.8553E-40 at GETEQ: t= 3.9500E+00 x= 6.0606E-02 %ymcb1 im= 8 out of range low (reset to zero): 9.4990E-38 at GETEQ: t= 3.9500E+00 x= 1.5152E-01 %rmcb2 im= 9 out of range low (reset to zero): -2.3747E-38 at GETEQ: t= 3.9500E+00 x= 2.1212E-01 %ymcb1 im= 9 out of range low (reset to zero): 9.4990E-38 at GETEQ: t= 3.9500E+00 x= 2.1212E-01 %ymcb2 im= 14 out of range low (reset to zero): 1.1595E-41 at GETEQ: t= 3.9500E+00 x= 2.9293E-01 %rmcb2 im= 14 out of range low (reset to zero): 4.6382E-41 at GETEQ: t= 3.9500E+00 x= 3.1313E-01 %ymcb1 im= 15 out of range low (reset to zero): -5.9368E-39 at GETEQ: t= 3.9500E+00 x= 3.6364E-01 %ymcb2 im= 9 out of range low (reset to zero): 2.3191E-41 at GETEQ: t= 3.9800E+00 x= 1.5152E-01 %ymcb2 im= 16 out of range low (reset to zero): -5.8731E-40 at GETEQ: t= 3.9800E+00 x= 3.6364E-01 %ymcb1 im= 16 out of range low (reset to zero): 7.0871E-39 at GETEQ: t= 3.9800E+00 x= 4.2424E-01 %ymcb1 im= 7 out of range low (reset to zero): 5.1317E-49 at GETEQ: t= 4.0000E+00 x= 3.0303E-02 %ymcb1 im= 6 out of range low (reset to zero): 1.6816E-44 at GETEQ: t= 4.0000E+00 x= 6.0606E-02 %ymcb2 im= 6 out of range low (reset to zero): 3.3631E-44 at GETEQ: t= 4.0000E+00 x= 6.0606E-02 %ymcb2 im= 8 out of range low (reset to zero): -2.5659E-49 at GETEQ: t= 4.0000E+00 x= 6.0606E-02 %rmcb1 im= 5 out of range low (reset to zero): -5.5101E-40 at GETEQ: t= 4.0000E+00 x= 9.0909E-02 %rmcb2 im= 5 out of range low (reset to zero): -1.1020E-39 at GETEQ: t= 4.0000E+00 x= 9.0909E-02 %ymcb1 im= 6 out of range low (reset to zero): -1.6143E-42 at GETEQ: t= 4.0000E+00 x= 9.0909E-02 %rmcb1 im= 8 out of range low (reset to zero): -3.0790E-48 at GETEQ: t= 4.0000E+00 x= 9.0909E-02 %rmcb1 im= 6 out of range low (reset to zero): 4.3048E-42 at GETEQ: t= 4.0000E+00 x= 1.2121E-01 %rmcb2 im= 8 out of range low (reset to zero): -6.1580E-48 at GETEQ: t= 4.0000E+00 x= 1.2121E-01 %ymcb1 im= 8 out of range low (reset to zero): 6.5686E-47 at GETEQ: t= 4.0000E+00 x= 1.2121E-01 %rmcb1 im= 7 out of range low (reset to zero): -5.3810E-43 at GETEQ: t= 4.0000E+00 x= 1.5152E-01 %rmcb2 im= 7 out of range low (reset to zero): 6.4572E-42 at GETEQ: t= 4.0000E+00 x= 1.5152E-01 %rmcb2 im= 7 out of range low (reset to zero): 1.3775E-40 at GETEQ: t= 4.0000E+00 x= 1.8182E-01 %rmcb2 im= 8 out of range low (reset to zero): -8.4078E-45 at GETEQ: t= 4.0000E+00 x= 1.8182E-01 %ymcb2 im= 9 out of range low (reset to zero): 2.6274E-46 at GETEQ: t= 4.0000E+00 x= 1.8182E-01 %ymcb2 im= 10 out of range low (reset to zero): -2.4632E-47 at GETEQ: t= 4.0000E+00 x= 1.8182E-01 %rmcb1 im= 10 out of range low (reset to zero): 5.2549E-46 at GETEQ: t= 4.0000E+00 x= 2.1212E-01 %rmcb1 im= 11 out of range low (reset to zero): 4.1054E-48 at GETEQ: t= 4.0000E+00 x= 2.1212E-01 %ymcb1 im= 8 out of range low (reset to zero): -5.5101E-40 at GETEQ: t= 4.0000E+00 x= 2.4242E-01 %ymcb2 im= 9 out of range low (reset to zero): 1.6143E-42 at GETEQ: t= 4.0000E+00 x= 2.4242E-01 %rmcb2 im= 10 out of range low (reset to zero): 2.1019E-45 at GETEQ: t= 4.0000E+00 x= 2.4242E-01 %rmcb1 im= 11 out of range low (reset to zero): 1.3137E-46 at GETEQ: t= 4.0000E+00 x= 2.4242E-01 %rmcb2 im= 11 out of range low (reset to zero): 2.0527E-48 at GETEQ: t= 4.0000E+00 x= 2.4242E-01 %ymcb2 im= 13 out of range low (reset to zero): 2.5659E-49 at GETEQ: t= 4.0000E+00 x= 2.4242E-01 %rmcb2 im= 9 out of range low (reset to zero): -2.6905E-43 at GETEQ: t= 4.0000E+00 x= 2.5253E-01 %rmcb2 im= 10 out of range low (reset to zero): 2.5223E-44 at GETEQ: t= 4.0000E+00 x= 2.5253E-01 %rmcb2 im= 11 out of range low (reset to zero): 8.2107E-48 at GETEQ: t= 4.0000E+00 x= 2.5253E-01 %ymcb1 im= 11 out of range low (reset to zero): 1.0510E-45 at GETEQ: t= 4.0000E+00 x= 2.5253E-01 %ymcb2 im= 13 out of range low (reset to zero): -5.1317E-49 at GETEQ: t= 4.0000E+00 x= 2.5253E-01 %rmcb1 im= 9 out of range low (reset to zero): -1.3775E-40 at GETEQ: t= 4.0000E+00 x= 2.9293E-01 %ymcb1 im= 9 out of range low (reset to zero): 2.7551E-40 at GETEQ: t= 4.0000E+00 x= 2.9293E-01 %rmcb1 im= 10 out of range low (reset to zero): -5.1657E-41 at GETEQ: t= 4.0000E+00 x= 2.9293E-01 %rmcb2 im= 11 out of range low (reset to zero): -1.0510E-45 at GETEQ: t= 4.0000E+00 x= 2.9293E-01 %ymcb1 im= 14 out of range low (reset to zero): -2.5659E-49 at GETEQ: t= 4.0000E+00 x= 2.9293E-01 %rmcb2 im= 11 out of range low (reset to zero): -2.1019E-45 at GETEQ: t= 4.0000E+00 x= 3.0303E-01 %ymcb1 im= 11 out of range low (reset to zero): 8.0715E-43 at GETEQ: t= 4.0000E+00 x= 3.0303E-01 %ymcb2 im= 12 out of range low (reset to zero): 2.5223E-44 at GETEQ: t= 4.0000E+00 x= 3.0303E-01 %rmcb2 im= 15 out of range low (reset to zero): -2.5659E-49 at GETEQ: t= 4.0000E+00 x= 3.0303E-01 %rmcb1 im= 10 out of range low (reset to zero): 2.7551E-40 at GETEQ: t= 4.0000E+00 x= 3.1313E-01 %ymcb2 im= 10 out of range low (reset to zero): 8.2652E-40 at GETEQ: t= 4.0000E+00 x= 3.1313E-01 %rmcb1 im= 11 out of range low (reset to zero): 8.6096E-42 at GETEQ: t= 4.0000E+00 x= 3.1313E-01 %rmcb2 im= 11 out of range low (reset to zero): 8.4078E-45 at GETEQ: t= 4.0000E+00 x= 3.1313E-01 %rmcb1 im= 14 out of range low (reset to zero): -2.5659E-49 at GETEQ: t= 4.0000E+00 x= 3.1313E-01 %rmcb1 im= 15 out of range low (reset to zero): 5.1317E-49 at GETEQ: t= 4.0000E+00 x= 3.1313E-01 %rmcb2 im= 11 out of range low (reset to zero): 2.1524E-41 at GETEQ: t= 4.0000E+00 x= 3.6364E-01 %ymcb1 im= 12 out of range low (reset to zero): -1.7219E-41 at GETEQ: t= 4.0000E+00 x= 3.6364E-01 %rmcb1 im= 13 out of range low (reset to zero): -8.0715E-43 at GETEQ: t= 4.0000E+00 x= 3.6364E-01 %rmcb2 im= 14 out of range low (reset to zero): -2.1019E-45 at GETEQ: t= 4.0000E+00 x= 3.6364E-01 %ymcb2 im= 15 out of range low (reset to zero): 5.2549E-46 at GETEQ: t= 4.0000E+00 x= 3.6364E-01 %ymcb1 im= 12 out of range low (reset to zero): -7.0530E-38 at GETEQ: t= 4.0000E+00 x= 4.2424E-01 %rmcb1 im= 13 out of range low (reset to zero): -2.2041E-39 at GETEQ: t= 4.0000E+00 x= 4.2424E-01 %ymcb2 im= 15 out of range low (reset to zero): -2.1524E-42 at GETEQ: t= 4.0000E+00 x= 4.2424E-01 %rmcb2 im= 14 out of range low (reset to zero): -3.4438E-41 at GETEQ: t= 4.0000E+00 x= 4.3434E-01 %ymcb1 im= 15 out of range low (reset to zero): -4.3048E-42 at GETEQ: t= 4.0000E+00 x= 4.3434E-01 %ymcb2 im= 15 out of range low (reset to zero): 4.3048E-42 at GETEQ: t= 4.0000E+00 x= 4.3434E-01 %rmcb1 im= 16 out of range low (reset to zero): 6.7262E-44 at GETEQ: t= 4.0000E+00 x= 4.3434E-01 %rmcb2 im= 14 out of range low (reset to zero): 3.5265E-38 at GETEQ: t= 4.0000E+00 x= 4.9495E-01 %rmcb1 im= 16 out of range low (reset to zero): 1.3775E-40 at GETEQ: t= 4.0000E+00 x= 4.9495E-01 %rmcb1 im= 14 out of range low (reset to zero): 1.7632E-38 at GETEQ: t= 4.0000E+00 x= 5.0505E-01 %rmcb2 im= 15 out of range low (reset to zero): -2.6449E-38 at GETEQ: t= 4.0000E+00 x= 5.0505E-01 %rmcb1 im= 16 out of range low (reset to zero): -3.5265E-38 at GETEQ: t= 4.0000E+00 x= 5.3535E-01 SETLIM - SET UP Axisymmetric limiter data for UPF *UF1GET: PROCESSING "LIM": Axisymmetric Limiter cm --------------- NAMED FILE: ./200204V02_tmp/OMF200204.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: ./200204V02_tmp/OMF200204.QRA %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP: 1ST DIMENSION = " "; 2ND DIMENSION = "SEC " %SETDAT2-- X axis is normalized flux, not modified, npts= 91 *UF2GET: PROCESSING "GRB": MHD g (R*Bt) profile Tesla*cm --------- NAMED FILE: ./200204V02_tmp/OMF200204.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 3.8000E+00 TO 4.0000E+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: ./200204V02_tmp/OMF200204.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 3.7500E+00 TO 4.0500E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). %SETDAT2-- X axis is normalized flux, not modified, npts= 91 *UF2GET: PROCESSING "NIM": impurity density n/cm**3 -------------- NAMED FILE: ./200204V02_tmp/OMF200204.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 3.7500E+00 TO 4.0500E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). %SETDAT2-- X axis is normalized flux, not modified, npts= 91 *UF2GET: PROCESSING "OMG": plasma rotation rad/sec --------------- NAMED FILE: ./200204V02_tmp/OMF200204.OME %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP: 1ST DIMENSION = " "; 2ND DIMENSION = "SEC " %CHKTIM: DATA TIME RANGE 3.7500E+00 TO 4.0500E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). %SETDAT2-- X axis is normalized flux, not modified, npts= 91 *UF2GET: PROCESSING "PRS": MHD Pressure profile Pascals ---------- NAMED FILE: ./200204V02_tmp/OMF200204.PRS %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP: 1ST DIMENSION = " "; 2ND DIMENSION = "Seconds " %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+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: ./200204V02_tmp/OMF200204.QPR %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP: 1ST DIMENSION = " "; 2ND DIMENSION = "Seconds " %CHKTIM: DATA TIME RANGE 3.8000E+00 TO 4.0000E+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: ./200204V02_tmp/OMF200204.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 3.7500E+00 TO 4.0500E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). %SETDAT2-- X axis is normalized flux, not modified, npts= 91 *UF2GET: PROCESSING "TI2": ion temperature eV -------------------- NAMED FILE: ./200204V02_tmp/OMF200204.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 3.7500E+00 TO 4.0500E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). %SETDAT2-- X axis is normalized flux, not modified, npts= 91 *UF2GET: PROCESSING "ZF2": Zeff profile ------------------------ NAMED FILE: ./200204V02_tmp/OMF200204.ZFC %UF2GET -- INPUT UFILE AXES OUT OF ORDER, WILL SWAP: 1ST DIMENSION = " "; 2ND DIMENSION = "SEC " %CHKTIM: DATA TIME RANGE 3.7500E+00 TO 4.0500E+00 SECONDS DOES NOT COVER THE ENTIRE ANALYSIS TIME RANGE (TINIT,FTIME). %SETDAT2-- X axis is normalized flux, not modified, npts= 91 *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: ./200204V02_tmp/OMF200204.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): 3.4000E+00 4.2199E+00 -> entering setlhp (Lower Hybrid powers) SETLHP - SET UP Lower Hybrid POWER DATA FOR UPF *UF2GET: PROCESSING "LHP": LH antenna powers watts --------------- NAMED FILE: ./200204V02_tmp/OMF200204.LHP _%UF2GET FALLBACK: 1D UFILE INPUT => TIME SERIES F(T) DATA %units check required: fallback to time series. %Lower Hybrid on/off times taken from data. %LH_ONOFF: LH on/off times (s): 3.6072E+00 3.9685E+00 -> entering setecp (ECH/ECCD powers) SETECP - SET UP ECRH POWER DATA FOR UPF *UF2GET: PROCESSING "ECP": ECRF antenna powers watts ------------- NAMED FILE: ./200204V02_tmp/OMF200204.ECP %ECH/ECCD on/off times taken from data. %EC_ONOFF: ECH on/off times (s): 3.6001E+00 4.1999E+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: 4.925939635686279E-002 ...at time t= 3.89999999999999 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) ------------------------------------ In TRDAT: calling copy_toraynml COPY_TORAYNML: namelist: TORAY_TEMPLATE= " ./200204V02_tmp/200204V01_input_toray.nml" COPY_TORAYNML: Toray template file= ./200204V02_tmp/200204V01_input_toray.nml COPY_TORAYNML: zcmd= cp ./200204V02_tmp/200204V01_input_toray.nml ./200204V02_toray.in COPY_TORAYNML: file copy status (0 is normal): 0 In TRDAT: calling copy_gafitnml COPY_GAFITNML: namelist: GAFIT_TEMPLATE= "" COPY_GAFITNML: GAFIT_TEMPLATE is blank; Default used COPY_GAFITNML: Gafit template file= $CODESYSDIR/tables/rf_nml/gafit.in COPY_GAFITNML: zcmd= cp $CODESYSDIR/tables/rf_nml/gafit.in ./200204V02_gafit.in COPY_GAFITNML: file copy status (0 is normal): 0 In TRDAT: calling copy_hcd_nml COPY_GENNML_SUB: namelist: GENRAY_LHH_TEMPLATE= " ./200204V02_tmp/200204V01_input_genray_lhh.nml" COPY_GENNML_SUB: Genray template file= ./200204V02_tmp/200204V01_input_genray_lhh.nml COPY_GENNML_SUB: zcmd= cp ./200204V02_tmp/200204V01_input_genray_lhh.nml ./200204V02_genray_lhh.in COPY_GENNML_SUB: file copy status (0 is normal): 0 ==========(runtrx TRDAT sts = 0)====== ==>runtrx: trdat execution successful will write to mdsplus later ==========LABEL execution=============== date: Tue Jan 28 18:30:20 EST 2025 ( mccune001.pppl.gov ) ==>runtrx: label execution successful ==========add TF.PLN to MDSplus ======== ==========(runtrx)====================== date: Tue Jan 28 18:30:20 EST 2025 ( mccune001.pppl.gov ) ************************************************************************ Program: mds_start Version: v0.3.2 Revision: 953b182 Date: 10/05/2023 ************************************************************************ mds_conopn: option = 4 2002042202 TRANSP ...connecting to server: ATLAS.GAT.COM ...tcl("EDIT TRANSP/SHOT=2002042202") nid = 9867 open 200204V02TF.PLN add_file: 9395 lines - 76 tcl("WRITE") stat = 1 ==========add PH.CDF to MDSplus ======== ==========(runtrx)====================== date: Tue Jan 28 18:30:22 EST 2025 ( mccune001.pppl.gov ) ==>runtrx: LINK_ON_HOST environment variable detected. ==========(runtrx)====================== ==========>runtrx normal exit<========== date: Tue Jan 28 18:30:22 EST 2025 ( mccune001.pppl.gov )