==>runtrx start: date:  Tue Feb 17 07:03:42 EST 2009 ( swift11.pppl.gov )
runtrx: tok.yy = CMOD.02
==========(runtrx)======================
date:  Tue Feb 17 07:03:42 EST 2009 ( swift11.pppl.gov )
args:  1454 pre
==========(runtrx)======================
==========(runtrx)======================
==========TRANSP preprocessing==========
date:  Tue Feb 17 07:03:42 EST 2009 ( swift11.pppl.gov )
==========check for 1454_mdsmark.sh===
==========(runtrx)======================
==========MDSMARK execution===============
 ...connecting to server:  ALCDATA-TRANSP.PSFC.MIT.EDU
 ...mds_open:  TRANSP  1454
 +mds_open status:   265388041 :
 %TREE-S-TreeNORMAL, Normal successful completion
  ...(reported by MDSplus server)
 +MdsPut(REMOTE_ID,..):   265388041 :
 %TREE-S-TreeNORMAL, Normal successful completion
  ...(reported by MDSplus server)
 +MdsPut(NAME_OF_CODE,..):   265388041 :
 %TREE-S-TreeNORMAL, Normal successful completion
  ...(reported by MDSplus server)
 +MdsPut(DEVICE,..):   265388041 :
 %TREE-S-TreeNORMAL, Normal successful completion
  ...(reported by MDSplus server)
 +MdsPut(DATE_QUEUED,..):   265388041 :
 %TREE-S-TreeNORMAL, Normal successful completion
  ...(reported by MDSplus server)
 +MdsPut(HOW_QUEUED,..):   265388041 :
 %TREE-S-TreeNORMAL, Normal successful completion
  ...(reported by MDSplus server)
 ...calling mds_close(...)
 ...mdsmark:  normal exit.
==>runtrx:   mdsmark execution successful
==========(runtrx)======================
==========SCRUNCHER execution===============
 %SCRUNCHER:  detected ELVIS_SERVER = "/p/transpgrid/qshare/ElVis/".
File /p/transpgrid/qshare/ElVis/ already exists, renamed to /p/transpgrid/qshare/ElVis/~
  
  => SCRUNCHER with Sept 2004 update by dmc.
     "regularization" before descur call.
     This could fail for PBX-M indented
     geometry; if this happens contact
     support: dmccune@pppl.gov
  
 Specify data source: g for GA file; 
                      j for JET file; 
                      + for MDSplus in, Ufile out;
                      & for MDSplus in & out;
                      I for EFIT INDEX file;
                (new) A for ASTRA Ufiles;
                      m for {rm,ym} entry;
                      s for MB ufiles; 
                      u for Scruncher Ufiles;
                      v for VMOMS {r0,z0,a0,e,d} entry;
                      C for MAST file;
                      x to  stop;
Scruncher: Enter source designator to proceed : 
 [OLD VALUE:  "None        "]
-MDSplus config option (e.g. "CMOD" or "NSTX"):
 [OLD VALUE:  "..."]
-MDSplus remote server (or "local"):
 [OLD VALUE:  ""]
-MDSplus tree name (e.g. "transp"):
  enter "B" for EFIT boundary select options
TRANSP shot number:
  CMOD plasma shot number (source_shot):  1080409016
  CMOD selected EFIT tree (efit_tree): ANALYSIS                      
  ...reading EFIT data...
  %geqdsk_mod:  EFIT MDSplus tree: timebase & scalar reads.
 %geqdsk:  available time range (s):  6.00000E-02  1.80000E+00
  %geqdsk_mod:  EFIT MDSplus tree: limiter & bdy reads.
  %geqdsk_mod:  EFIT MDSplus tree: f(psi,t) profile reads.
  %geqdsk_mod:  EFIT MDSplus tree: psi(R,Z,t) profile read.
  %geqdsk_mod:  read completed.
 %geqdsk_mod:   6.00000E-02 btw 2 EFIT times:  6.00000E-02  8.00000E-02
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   8.00000E-02 btw 2 EFIT times:  8.00000E-02  1.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.00000E-01 btw 2 EFIT times:  1.00000E-01  1.20000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.20000E-01 btw 2 EFIT times:  1.20000E-01  1.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.40000E-01 btw 2 EFIT times:  1.20000E-01  1.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.60000E-01 btw 2 EFIT times:  1.60000E-01  1.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.80000E-01 btw 2 EFIT times:  1.80000E-01  2.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   2.00000E-01 btw 2 EFIT times:  1.80000E-01  2.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   2.20000E-01 btw 2 EFIT times:  2.20000E-01  2.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   2.40000E-01 btw 2 EFIT times:  2.40000E-01  2.60000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   2.60000E-01 btw 2 EFIT times:  2.60000E-01  2.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   2.80000E-01 btw 2 EFIT times:  2.60000E-01  2.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   3.00000E-01 btw 2 EFIT times:  3.00000E-01  3.20000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   3.20000E-01 btw 2 EFIT times:  3.20000E-01  3.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   3.40000E-01 btw 2 EFIT times:  3.20000E-01  3.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   3.60000E-01 btw 2 EFIT times:  3.60000E-01  3.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   3.80000E-01 btw 2 EFIT times:  3.80000E-01  4.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   4.00000E-01 btw 2 EFIT times:  3.80000E-01  4.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   4.20000E-01 btw 2 EFIT times:  4.20000E-01  4.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   4.40000E-01 btw 2 EFIT times:  4.40000E-01  4.60000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   4.60000E-01 btw 2 EFIT times:  4.60000E-01  4.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   4.80000E-01 btw 2 EFIT times:  4.80000E-01  5.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   5.00000E-01 btw 2 EFIT times:  5.00000E-01  5.20000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   5.20000E-01 btw 2 EFIT times:  5.20000E-01  5.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   5.40000E-01 btw 2 EFIT times:  5.40000E-01  5.60000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   5.60000E-01 btw 2 EFIT times:  5.40000E-01  5.60000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   5.80000E-01 btw 2 EFIT times:  5.80000E-01  6.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   6.00000E-01 btw 2 EFIT times:  6.00000E-01  6.20000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   6.20000E-01 btw 2 EFIT times:  6.00000E-01  6.20000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   6.40000E-01 btw 2 EFIT times:  6.40000E-01  6.60000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   6.60000E-01 btw 2 EFIT times:  6.60000E-01  6.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   6.80000E-01 btw 2 EFIT times:  6.60000E-01  6.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   7.00000E-01 btw 2 EFIT times:  7.00000E-01  7.20000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   7.20000E-01 btw 2 EFIT times:  7.20000E-01  7.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   7.40000E-01 btw 2 EFIT times:  7.20000E-01  7.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   7.60000E-01 btw 2 EFIT times:  7.60000E-01  7.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   7.80000E-01 btw 2 EFIT times:  7.80000E-01  8.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   8.00000E-01 btw 2 EFIT times:  7.80000E-01  8.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   8.20000E-01 btw 2 EFIT times:  8.20000E-01  8.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   8.40000E-01 btw 2 EFIT times:  8.40000E-01  8.60000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   8.60000E-01 btw 2 EFIT times:  8.60000E-01  8.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   8.80000E-01 btw 2 EFIT times:  8.80000E-01  9.00000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   9.00000E-01 btw 2 EFIT times:  9.00000E-01  9.20000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   9.20000E-01 btw 2 EFIT times:  9.20000E-01  9.40000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   9.40000E-01 btw 2 EFIT times:  9.40000E-01  9.60000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   9.60000E-01 btw 2 EFIT times:  9.60000E-01  9.80000E-01
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   9.80000E-01 btw 2 EFIT times:  9.80000E-01  1.00000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.00000E+00 btw 2 EFIT times:  1.00000E+00  1.02000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.02000E+00 btw 2 EFIT times:  1.02000E+00  1.04000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.04000E+00 btw 2 EFIT times:  1.04000E+00  1.06000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.06000E+00 btw 2 EFIT times:  1.06000E+00  1.08000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.08000E+00 btw 2 EFIT times:  1.08000E+00  1.10000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.10000E+00 btw 2 EFIT times:  1.10000E+00  1.12000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.12000E+00 btw 2 EFIT times:  1.12000E+00  1.14000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.14000E+00 btw 2 EFIT times:  1.14000E+00  1.16000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.16000E+00 btw 2 EFIT times:  1.16000E+00  1.18000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.18000E+00 btw 2 EFIT times:  1.18000E+00  1.20000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.20000E+00 btw 2 EFIT times:  1.20000E+00  1.22000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.22000E+00 btw 2 EFIT times:  1.22000E+00  1.24000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.24000E+00 btw 2 EFIT times:  1.24000E+00  1.26000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.26000E+00 btw 2 EFIT times:  1.26000E+00  1.28000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.28000E+00 btw 2 EFIT times:  1.28000E+00  1.30000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.30000E+00 btw 2 EFIT times:  1.30000E+00  1.32000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.32000E+00 btw 2 EFIT times:  1.32000E+00  1.34000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.34000E+00 btw 2 EFIT times:  1.34000E+00  1.36000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.36000E+00 btw 2 EFIT times:  1.36000E+00  1.38000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.38000E+00 btw 2 EFIT times:  1.38000E+00  1.40000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.40000E+00 btw 2 EFIT times:  1.40000E+00  1.42000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.42000E+00 btw 2 EFIT times:  1.42000E+00  1.44000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.44000E+00 btw 2 EFIT times:  1.44000E+00  1.46000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.46000E+00 btw 2 EFIT times:  1.46000E+00  1.48000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.48000E+00 btw 2 EFIT times:  1.48000E+00  1.50000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.50000E+00 btw 2 EFIT times:  1.50000E+00  1.52000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.52000E+00 btw 2 EFIT times:  1.52000E+00  1.54000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.54000E+00 btw 2 EFIT times:  1.54000E+00  1.56000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.56000E+00 btw 2 EFIT times:  1.56000E+00  1.58000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.58000E+00 btw 2 EFIT times:  1.58000E+00  1.60000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.60000E+00 btw 2 EFIT times:  1.60000E+00  1.62000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.62000E+00 btw 2 EFIT times:  1.62000E+00  1.64000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.64000E+00 btw 2 EFIT times:  1.64000E+00  1.66000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.66000E+00 btw 2 EFIT times:  1.66000E+00  1.68000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.68000E+00 btw 2 EFIT times:  1.68000E+00  1.70000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.70000E+00 btw 2 EFIT times:  1.70000E+00  1.72000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.72000E+00 btw 2 EFIT times:  1.72000E+00  1.74000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.74000E+00 btw 2 EFIT times:  1.74000E+00  1.76000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.76000E+00 btw 2 EFIT times:  1.76000E+00  1.78000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:   1.78000E+00 btw 2 EFIT times:  1.78000E+00  1.80000E+00
   (times in seconds) interpolation will be done.
 %geqdsk_mod:  selected EFIT time:   1.80000E+00
Scruncher: Enter "s" for symmetric, "a" for asymmetric fit: 
Scruncher: Enter Y to remove m=0 vertical displacement (suggested for SYM mode only) : 
Scruncher: Output tabulated results to screen? (y or n) 
Scruncher: Output Data -vs- Fit plots to screen? (y or n) 
 Iteration:     1  Time:   0.060000
  At the end of descur, fsq = 4.142457154E-3
 Iteration:     2  Time:   0.080000
  At the end of descur, fsq = 5.08563593E-3
 Iteration:     3  Time:   0.100000
  At the end of descur, fsq = 4.416401498E-3
 Iteration:     4  Time:   0.120000
  At the end of descur, fsq = 3.377727233E-3
 Iteration:     5  Time:   0.140000
  At the end of descur, fsq = 3.101646435E-3
 Iteration:     6  Time:   0.160000
  At the end of descur, fsq = 2.585467417E-3
 Iteration:     7  Time:   0.180000
  At the end of descur, fsq = 2.521314425E-3
 Iteration:     8  Time:   0.200000
  At the end of descur, fsq = 1.546115149E-3
 Iteration:     9  Time:   0.220000
  At the end of descur, fsq = 1.33348396E-3
 Iteration:    10  Time:   0.240000
 10  time=  0.239999995
  At the end of descur, fsq = 7.486075629E-4
 Iteration:    11  Time:   0.260000
  At the end of descur, fsq = 1.605477068E-3
 Iteration:    12  Time:   0.280000
  At the end of descur, fsq = 2.647009213E-3
 Iteration:    13  Time:   0.300000
  At the end of descur, fsq = 2.808641875E-3
 Iteration:    14  Time:   0.320000
  At the end of descur, fsq = 2.128184075E-3
 Iteration:    15  Time:   0.340000
  At the end of descur, fsq = 2.466779901E-3
 Iteration:    16  Time:   0.360000
  At the end of descur, fsq = 2.601132495E-3
 Iteration:    17  Time:   0.380000
  At the end of descur, fsq = 2.76494585E-3
 Iteration:    18  Time:   0.400000
  At the end of descur, fsq = 2.747590421E-3
 Iteration:    19  Time:   0.420000
  At the end of descur, fsq = 2.809546655E-3
 Iteration:    20  Time:   0.440000
 20  time=  0.439999998
  At the end of descur, fsq = 3.022919642E-3
 Iteration:    21  Time:   0.460000
  At the end of descur, fsq = 3.030989319E-3
 Iteration:    22  Time:   0.480000
  At the end of descur, fsq = 3.008724423E-3
 Iteration:    23  Time:   0.500000
  At the end of descur, fsq = 3.095365129E-3
 Iteration:    24  Time:   0.520000
  At the end of descur, fsq = 3.079798073E-3
 Iteration:    25  Time:   0.540000
  At the end of descur, fsq = 3.09646735E-3
 Iteration:    26  Time:   0.560000
  At the end of descur, fsq = 3.135411767E-3
 Iteration:    27  Time:   0.580000
  At the end of descur, fsq = 3.142511705E-3
 Iteration:    28  Time:   0.600000
  At the end of descur, fsq = 3.122291993E-3
 Iteration:    29  Time:   0.620000
  At the end of descur, fsq = 3.137393855E-3
 Iteration:    30  Time:   0.640000
 30  time=  0.639999986
  At the end of descur, fsq = 3.210378811E-3
 Iteration:    31  Time:   0.660000
  At the end of descur, fsq = 3.199697938E-3
 Iteration:    32  Time:   0.680000
  At the end of descur, fsq = 3.190727206E-3
 Iteration:    33  Time:   0.700000
  At the end of descur, fsq = 3.210813273E-3
 Iteration:    34  Time:   0.720000
  At the end of descur, fsq = 3.175412538E-3
 Iteration:    35  Time:   0.740000
  At the end of descur, fsq = 3.133393126E-3
 Iteration:    36  Time:   0.760000
  At the end of descur, fsq = 3.142754082E-3
 Iteration:    37  Time:   0.780000
  At the end of descur, fsq = 3.139184788E-3
 Iteration:    38  Time:   0.800000
  At the end of descur, fsq = 3.072430845E-3
 Iteration:    39  Time:   0.820000
  At the end of descur, fsq = 3.081165487E-3
 Iteration:    40  Time:   0.840000
 40  time=  0.839999974
  At the end of descur, fsq = 3.070698585E-3
 Iteration:    41  Time:   0.860000
  At the end of descur, fsq = 2.9684857E-3
 Iteration:    42  Time:   0.880000
  At the end of descur, fsq = 2.983433194E-3
 Iteration:    43  Time:   0.900000
  At the end of descur, fsq = 3.18534649E-3
 Iteration:    44  Time:   0.920000
  At the end of descur, fsq = 3.028610488E-3
 Iteration:    45  Time:   0.940000
  At the end of descur, fsq = 3.133396618E-3
 Iteration:    46  Time:   0.960000
  At the end of descur, fsq = 3.158111591E-3
 Iteration:    47  Time:   0.980000
  At the end of descur, fsq = 3.125427291E-3
 Iteration:    48  Time:   1.000000
  At the end of descur, fsq = 3.231745213E-3
 Iteration:    49  Time:   1.020000
  At the end of descur, fsq = 3.04484996E-3
 Iteration:    50  Time:   1.040000
 50  time=  1.03999996
  At the end of descur, fsq = 3.081742674E-3
 Iteration:    51  Time:   1.060000
  At the end of descur, fsq = 3.095260821E-3
 Iteration:    52  Time:   1.080000
  At the end of descur, fsq = 3.118774388E-3
 Iteration:    53  Time:   1.100000
  At the end of descur, fsq = 3.185236128E-3
 Iteration:    54  Time:   1.120000
  At the end of descur, fsq = 3.269787645E-3
 Iteration:    55  Time:   1.140000
  At the end of descur, fsq = 3.298728494E-3
 Iteration:    56  Time:   1.160000
  At the end of descur, fsq = 3.291088622E-3
 Iteration:    57  Time:   1.180000
  At the end of descur, fsq = 3.382515395E-3
 Iteration:    58  Time:   1.200000
  At the end of descur, fsq = 3.332957393E-3
 Iteration:    59  Time:   1.220000
  At the end of descur, fsq = 3.178355983E-3
 Iteration:    60  Time:   1.240000
 60  time=  1.23999989
  At the end of descur, fsq = 3.312881803E-3
 Iteration:    61  Time:   1.260000
  At the end of descur, fsq = 3.676324151E-3
 Iteration:    62  Time:   1.280000
  At the end of descur, fsq = 3.613371169E-3
 Iteration:    63  Time:   1.300000
  At the end of descur, fsq = 3.695060965E-3
 Iteration:    64  Time:   1.320000
  At the end of descur, fsq = 3.669742029E-3
 Iteration:    65  Time:   1.340000
  At the end of descur, fsq = 3.559430828E-3
 Iteration:    66  Time:   1.360000
  At the end of descur, fsq = 3.627347993E-3
 Iteration:    67  Time:   1.380000
  At the end of descur, fsq = 3.805991961E-3
 Iteration:    68  Time:   1.400000
  At the end of descur, fsq = 3.840116551E-3
 Iteration:    69  Time:   1.420000
  At the end of descur, fsq = 3.636571579E-3
 Iteration:    70  Time:   1.440000
 70  time=  1.43999994
  At the end of descur, fsq = 3.65419779E-3
 Iteration:    71  Time:   1.460000
  At the end of descur, fsq = 3.593674395E-3
 Iteration:    72  Time:   1.480000
  At the end of descur, fsq = 3.373121377E-3
 Iteration:    73  Time:   1.500000
  At the end of descur, fsq = 3.468895098E-3
 Iteration:    74  Time:   1.520000
  At the end of descur, fsq = 3.554816125E-3
 Iteration:    75  Time:   1.540000
  At the end of descur, fsq = 3.792651463E-3
 Iteration:    76  Time:   1.560000
  At the end of descur, fsq = 3.752112156E-3
 Iteration:    77  Time:   1.580000
  At the end of descur, fsq = 3.538006218E-3
 Iteration:    78  Time:   1.600000
  At the end of descur, fsq = 3.519623075E-3
 Iteration:    79  Time:   1.620000
  At the end of descur, fsq = 3.65344435E-3
 Iteration:    80  Time:   1.640000
 80  time=  1.63999987
  At the end of descur, fsq = 3.579301527E-3
 Iteration:    81  Time:   1.660000
  At the end of descur, fsq = 3.743391251E-3
 Iteration:    82  Time:   1.680000
  At the end of descur, fsq = 3.792975796E-3
 Iteration:    83  Time:   1.700000
  At the end of descur, fsq = 3.707166994E-3
 Iteration:    84  Time:   1.720000
  At the end of descur, fsq = 3.546162276E-3
 Iteration:    85  Time:   1.740000
  At the end of descur, fsq = 2.733357949E-3
 Iteration:    86  Time:   1.760000
  At the end of descur, fsq = 3.099695547E-3
 Iteration:    87  Time:   1.780000
  At the end of descur, fsq = 4.669994116E-3
 Iteration:    88  Time:   1.800000
  At the end of descur, fsq = 5.337446928E-3
           ***************************************************
           *                                                 *
           *                         Z                       *
           *       Time           Zc(m=0)   Max-Abs-Deviation*
           *       [sec]            [cm]          [cm]       *
           *                                                 *
           *        0.2400       -1.1181        0.0007       *
           *        0.4400       -2.2008        0.0030       *
           *        0.6400       -1.3424        0.0032       *
           *        0.8400       -1.3497        0.0031       *
           *        1.0400       -0.9340        0.0031       *
           *        1.2400       -1.4275        0.0033       *
           *        1.4400       -1.9799        0.0037       *
           *        1.6400       -1.7406        0.0036       *
           *                                                 *
           *       [max=]         5.7013        0.0053       *
           *                                                 *
           ***************************************************
  
Scruncher: plot moments data? (y/n):
  --> enter "S" to set/change direction of B field or current:
Scruncher: write moments data to ufiles? (y/n):
  Doing MDSplus write
  MdsDisconnect error: ALCDATA-TRANSP.PSFC.MIT.EDU                                                     
 Specify data source: g for GA file; 
                      j for JET file; 
                      + for MDSplus in, Ufile out;
                      & for MDSplus in & out;
                      I for EFIT INDEX file;
                (new) A for ASTRA Ufiles;
                      m for {rm,ym} entry;
                      s for MB ufiles; 
                      u for Scruncher Ufiles;
                      v for VMOMS {r0,z0,a0,e,d} entry;
                      C for MAST file;
                      x to  stop;
Scruncher: Enter source designator to proceed : 
==>runtrx:   scruncher execution successful
==========(runtrx)======================
==========TRDAT execution===============
date:  Tue Feb 17 07:04:29 EST 2009 ( swift11.pppl.gov )
    TRDAT Default  vn 2.01 18-1-2002 
 %TRDAT:  detected ELVIS_SERVER = "/p/transpgrid/qshare/ElVis/".
File /p/transpgrid/qshare/ElVis/ already exists, renamed to /p/transpgrid/qshare/ElVis/~
  CTOKNM : Cdir = /local/pshr0013/transp_compute/CMOD/1454/
 % DIRECTORY IS /local/pshr0013/transp_compute/CMOD/1454/; TOKAMAK ID SET TO CMOD
  
 namelist element value field(s): decimal point(s) inserted:
   AIMP                                                                        
 %mds_setup:  setting MDSplus server to:  ALCDATA-TRANSP.PSFC.MIT.EDU
 %mds_setup:  server set OK.
 %mds_setup:  MDSplus opening tree:  TRANSP       1454
 %mds_setup:  MDSplus tree open status:  265388041
  -----------> entering UF0GET.
 % UF0DRD WARNING:  DIMENSIONALITY OF INPUT FILE = 3
  %OK: BTOR_CCW not found, using namelist:  nlbccw =  T
  %OK: ITOR_CCW not found, using namelist:  nljccw =  T
  %UF0GET -- finished.
  
  %datchk: reset MRSTRT to  -5
  %datchk: restart records once every  -5  minutes.
  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
  %DATCHK: no ECH/ECCD, NLECRF=F, nantech=0 set.
  %DATCKICH: TORIC-5 solver, with numerical  MHD equilibrium geometry.
 %DATCHK:  old style ICH antenna geometry converted:
  RmjIcha,rmnIcha,thIcha -> RgeoAnt,YgeoAnt
  ONLY element (1) of each array used!
  %DATCKICH: copy shared parameters to Antenna # 1
  %datckich for TORIC5: increased NICHPSI from  128  to  320
 %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.

 *DDEFIN:  SET UP PHYSICS DATA FOR ANALYSIS:
  TIME RANGE IS TINIT= 1.8000E-01, FTIME= 1.4100E+00 SECONDS.

 SETSCD - SET SCALAR DATA FOR UPF

 *UF1GET:  PROCESSING "SAW":  sawtooth times seconds    ----------------
 SETTIM - SET UP TIMING INFORMATION FOR UPF

 *UF1GET:  PROCESSING "CUR":  plasma current amps    -------------------

 *UF1GET:  PROCESSING "RBZ":  [ext. B field] * R Tesla*cm    -----------
 %SETDFLT:  "GAS" INPUT DATA FILE NOT SPECIFIED
 ==>DEFAULT VALUE SUBSTITUTED, GASFLN =  0.0000E+00

 *UF1GET:  PROCESSING "NTX":  Neutron flux n/sec    --------------------

 *UF1GET:  PROCESSING "VSF":  surface voltage volts    -----------------

 *UF1GET:  PROCESSING "ZEF":  Zeff      ------------------------------- 
          No units check for this signal!            

 *UF3GET:  PROCESSING "MRY":  Moments boundary cm    -------------------
 Setmom: Interpolate 3-D MRY bdy moments data for UPF
 %SETMOM:  NMOM =  8

 *UF2GET:  PROCESSING "BOL":  Power radiated W/cm**3    ----------------
 %SETRD0:  X VECTOR SET FROM UFILE NORMALIZED MINOR RADIUS DATA

 *UF2GET:  PROCESSING "NER":  electron density n/cm**3    --------------
 %SETRD0:  X VECTOR SET FROM UFILE NORMALIZED MINOR RADIUS DATA

 *UF2GET:  PROCESSING "TER":  electron temperature eV    ---------------
 %SETRD0:  X VECTOR SET FROM UFILE NORMALIZED MINOR RADIUS DATA

 *UF2GET:  PROCESSING "TI2":  ion temperature eV    --------------------
 %SETRD0:  X VECTOR SET FROM UFILE NORMALIZED MINOR RADIUS DATA

 *DDEFIN: Set Plasma Heating parameters :-    ==========================
  
  -> entering setnbi (neutral beam powers, voltages, etc.)
  ...setting NBI powers & voltages from namelist.
  (no neutral beams detected)
  
  -> entering setrfp (ICRF powers)
 SETRFP - SET UP ICRF POWER DATA FOR UPF

 *UF2GET:  PROCESSING "RFP":  RF heating data      ---------------------
 _%UF2GET FALLBACK:  1D UFILE INPUT => TIME SERIES F(T) DATA
           %units check required: fallback to time series.
  %ICRF on/off times taken from data.
 %ICRF_ONOFF: ICRF on/off times (s):   7.0055E-01  1.2998E+00
  
  ...setting ICRF frequencies from namelist
  
  -> entering setlhp (Lower Hybrid powers)
  (no Lower Hybrid Antenna Powers detected)
  
  -> entering setecp (ECH/ECCD powers)
  (no ECH/ECCD detected)
  
  Zeff vs. time only:
    Zeff vs. time input data provided.
 %SETDFLT:  "DTG" INPUT DATA FILE NOT SPECIFIED
 ==>DEFAULT VALUE SUBSTITUTED, DTMAXG =  5.0000E-03
  %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 =  5.0000E-03
  %setmisc -- time dependent output timestep enabled (ZOOM is off).
  --------------------------------------------------
  %trdat_bdy_check -- checking plasma boundary data
                      and checking plasma boundary is inside vacuum vessel
  
  trdat_bdy_check: OK
  ...min(r_curvature/(Rmax-Rmin)) is:  0.12217816683094165
  ...at time t= 1.259999999999972  seconds.
  

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

  Hydrogen  (absent)                                         
  Deuterium NDEFINE=0 NMODEL=1 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: (None)
  Fusion product species: (None)
  Minority RF species: H
 ------------------------------------
==========(runtrx TRDAT sts = 0)======
==>runtrx:  trdat execution successful
            will write to mdsplus later
==========LABEL execution===============
date:  Tue Feb 17 07:04:35 EST 2009 ( swift11.pppl.gov )
==>runtrx:  label execution successful
==========add TF.PLN to MDSplus ========
==========(runtrx)======================
date:  Tue Feb 17 07:04:35 EST 2009 ( swift11.pppl.gov )
 mds_conopn: option = 4 1454  TRANSP                  
  ...connecting to server:  ALCDATA-TRANSP.PSFC.MIT.EDU
 ...tcl("EDIT TRANSP/SHOT=1454")
 nid = 1
 open 1454TF.PLN                                                                                
  add_file:  1211  lines - 67
 tcl("WRITE")
 stat = 1
==========add PH.CDF to MDSplus ========
==========(runtrx)======================
date:  Tue Feb 17 07:04:36 EST 2009 ( swift11.pppl.gov )
==========(runtrx)======================
==========TRANSP link & load============
==========(runtrx)======================
date:  Tue Feb 17 07:04:36 EST 2009 ( swift11.pppl.gov )
--> copy_expert_for: standard expert source copied to: 1454ex.for
--> copy_expert_for: up-to-date expert object copied to: 1454ex.o
 **** uplink 1454tr nolib
check_xlibvars: setenv TRLIB_PATH (null)
make: `/p/transpgrid/transp_platform/RHEL4/path_64/obj/freeshare/port.o' is up to date.
make: `/p/transpgrid/transp_platform/RHEL4/path_64/obj/freeshare/blockd.o' is up to date.
make: `/local/pshr0013/transp_compute/CMOD/1454/1454ex.o' is up to date.
make: `/p/transpgrid/transp_platform/RHEL4/path_64/obj/transp/subtransp.o' is up to date.
make: `/p/transpgrid/transp_platform/RHEL4/path_64/obj/freeshare/fspdata.o' is up to date.
csh -f /local/pshr0013/transp_compute/CMOD/1454/1454tr.sh
csh/linkload detected:  f90 libraries requirement with C/C++ linkage
==>runtrx:  TRANSP link successful
==========(runtrx)======================
==========>runtrx normal exit<==========
date:  Tue Feb 17 07:04:41 EST 2009 ( swift11.pppl.gov )