Began at      --> Fri Oct  1 16:14:47 EDT 1999
  Proc            0 reporting for duty
  
  
 ***************************************************
                                                    
         aaaa    dddd    ppppp    aaaa    ccccc     
        a   a   d   d   p   p    a   a   c          
       aaaaa   d   d   ppppp    aaaaa   c           
      a   a   d   d   p        a   a   c            
     a   a   dddd    p        a   a   ccccc         
                                                    
            version ---->  ADPAC07                  
                                                    
 adpac 3-d multiple-block euler/navier-stokes solver
  (a)dvanced (d)ucted (p)ropfan (a)nalysis (c)odes  
      Serial/Parallel Production Code ADPAC07       
              release date July, 1995               
                                                    
 ***************************************************
  
  
  version notes:
  **************
  
  turbulence model is baldwin lomax
  or 2-equation k-R (under development)
  wall functions are available
  thermodynamic properties are for air
  2-d or 3-d mesh blocks supported
  serial/parallel from same source
  implicit algorithm is available
  
  Searching Input File for ADPAC Case Name...
  *******************************************
  data item identified --->CASENAME             = markii              
  data item identified --->FCART                =    1.000000    
  data item identified --->FMULTI               =    3.000000    
  
  case name defined as   : markii              
  multigrid level set as :            3
  grid type set as      : Cartesian
  
  
 **************************************************
                begin grid input                   
 **************************************************
  
  
  mesh file name: 
 markii.mesh                                                                     
  ***************
  
  number of grids: (nblks) =            1
  ****************
  
  grid block dimensions :
  ***********************
  
      block       imx       jmx       kmx
      -----       ---       ---       ---
          1       193        33         1
  
  block/processor assignment information
  **************************************

  Block/Processor Assignment file 
 markii.blkproc                                                                  
  does not exist
  Default block/processor assignment used

  IPR(   Block #  )     Processor
  -----------------     ---------
  ipr(           1) =           0
  
  initialize storage arrays and pointer locations 
  *********************************************** 
  
     block     3-d ijk      2-d ij     1-d iii      length  total length
         1           1           1           1       13192       13192     194
  
  array sizes required for this mesh
  **********************************
  
  nra3d (3-d array size) >=        13192
  nra1d (1-d array size) >=          194
  nbl2d (2-d block size) >=        37636
  
  
  program array dimensions: 
  *************************
  
  nra3d (3-d array size) =       500001
  nra1d (1-d array size) =         5001
  nbl2d (2-d block size) =       100001
  
  
  begin reading grid block coordinates
  ************************************
  
  grid block            1 size          194          34           2
  grid block            1 coordinates successfully read
  
  Block            1 is a 2-D Block
  
  
  
  begin constructing multigrid submeshes
  **************************************
  
  calculating submesh values for grid #            1
  submesh level      :           2
  grid number        :           2
  original grid size :         193          33           1
  submesh grid size  :          97          17           1
  submesh length     :        3528
  3-d pointer        :       13193
  overall length     :       16720
  
  Block  #            2 is a 2-d mesh
  
  
  
  creating submesh level            2 for block #           1
  
  calculating submesh values for grid #            1
  submesh level      :           3
  grid number        :           3
  original grid size :         193          33           1
  submesh grid size  :          49           9           1
  submesh length     :        1000
  3-d pointer        :       16721
  overall length     :       17720
  
  Block  #            3 is a 2-d mesh
  
  
  
  creating submesh level            3 for block #           1
  
  
 **************************************************
               begin flow input                    
 **************************************************
  

    input file read on unit   5
    ***********************
  data item identified --->FFAST                =    1.000000    
  data item identified --->CASENAME             = markii              
  data item identified --->FTOTSM               =   0.0000000E+00
  data item identified --->EPSTOT               =   0.0000000E+00
  data item identified --->FCART                =    1.000000    
  data item identified --->RMACH                =   0.2000000    
  data item identified --->FINVVI               =    1.000000    
  data item identified --->GAMMA                =    1.400000    
  data item identified --->PREF                 =    5774.400    
  data item identified --->TREF                 =    1445.000    
  data item identified --->RGAS                 =    1716.260    
  data item identified --->DIAM                 =   0.2248830    
  data item identified --->EPSX                 =    1.000000    
  data item identified --->EPSY                 =    1.000000    
  data item identified --->EPSZ                 =    1.000000    
  data item identified --->VIS2                 =   0.2500000    
  data item identified --->VIS4                 =   7.5249998E-03
  data item identified --->CFL                  =   -5.000000    
  data item identified --->CFMAX                =    2.200000    
  data item identified --->FNCMAX               =    300.0000    
  data item identified --->FTIMEI               =    1.000000    
  data item identified --->FTURBI               =    1.000000    
  data item identified --->FTURBF               =    99500.00    
  data item identified --->FTURBB               =    11.00000    
  data item identified --->PRNO                 =   0.6900000    
  data item identified --->PRTNO                =   0.9000000    
  data item identified --->FSOLVE               =    1.000000    
  data item identified --->FVTSFAC              =    2.500000    
  data item identified --->FFILT                =    5.000000    
  data item identified --->FRESID               =    1.000000    
  data item identified --->FREST                =   0.0000000E+00
  data item identified --->FUNINT               =    9999.000    
  data item identified --->FMULTI               =    3.000000    
  data item identified --->FSUBIT               =    3.000000    
  data item identified --->FFULMG               =    1.000000    
  data item identified --->FCOAG1               =    3.000000    
  data item identified --->FCOAG2               =    2.000000    
  data item identified --->FITFMG               =    150.0000    
  data item identified --->CMUTSS               =    14.00000    
  data item identified --->CMUTPS               =    14.00000    
  data item identified --->XTRANSS              =   0.8000000    
  data item identified --->XTRANPS              =   0.0000000E+00
  data item identified --->FTURBCHT(1)          =    1.000000    
  data item identified --->RPM(1)               =   0.0000000E+00
  
  viscous flow calculation selected
  *********************************
  
 4-stage runge_kutta algorithm selected
  
  
  
  The following debug triggers have been enabled
  **********************************************
  

    input file data    
    ***************
     rm     ( reference mach number          ) =      0.2000
     gamma  ( specific heat ratio            ) =      1.4000
     cfl    ( cfl number (+ time accurate    ) =      5.0000
     cflmax ( max cfl number time-step scheme) =      2.2000
     zetarat( exponent for diss/res.sm. ratio) =      0.6000
     fvtsfac( viscous time step factor       ) =      2.5000
     vt     ( =1, time acc., =0, local time  ) =      0.0000
     vis2   ( 2nd order dissipation factor   ) =      0.2500
     vis4   ( 4th order dissipation factor   ) =      0.0075
     fncmax ( maximum iterations             ) =    300.0000
     frest  ( 1 = restart solution           ) =      0.0000
     save   ( 1 = save solution              ) =      1.0000
     p3dprt ( 0 = no plot3d output           ) =      1.0000
     alpha  ( angle of attack                ) =      0.0000
     fitchk ( checkpoint iteration interval  ) =    100.0000
     viscg2 ( coarse grid 2nd order diss coef) =      0.1250
     fistep ( recalculate time step          ) =      1.0000
     fnprnt ( 1 = print flowfield            ) =      1.0000
     fiprnt ( 1 = print partial flowfield    ) =      1.0000
     finvvi ( 0 = inviscid flow solution     ) =      1.0000
            ( 1 =  viscous flow solution     ) =
     epsx   ( i implicit smoothing factor    ) =      1.0000
     epsy   ( j implicit smoothing factor    ) =      1.0000
     epsz   ( k implicit smoothing factor    ) =      1.0000
     iunint ( # it. for unsteady plot3d file ) =   9999.0000
     itimei ( #it between time step update   ) =      1.0000
     iturbi ( #it between turb. model update ) =      1.0000
     iturbb ( #it before starting turb model ) =     11.0000
     iturbf ( #it before freezing turb model ) =  99500.0000
     ibconf ( #it before freezing bound. cond) =  99999.0000
     iwallf ( wall function trigger (on=1)   ) =      1.0000
     imassav( mxng pln avrgng (area=1,mass=2)) =      1.0000
     itimerm( 1= quit if too little time left) =      0.0000
     fdeltat( implicit time step (sec.)      ) =      0.0000
     fsolve ( solution trigger               ) =      1.0000
     iimplicit (implicit algorithm trigger   ) =           0
     fturbcht(   1) (C/O Turb. Model Trigger ) =      0.0000
     igrafix( trigger for graphics display   ) =      0.0000
     igrafint(#it between graphics update    ) =  99999.0000
     iimgsav( trigger for image capture      ) =      0.0000
     iimgint( #it between image captures     ) =  99999.0000
     fcart  ( 0 = Cylindrical, 1 = Cartesian ) =      1.0000
     diam   ( blade diameter (ft)            ) =      0.2249
     tref   ( total temperature (deg. r)     ) =   1445.0000
     pref   ( total pressure    (lbf/ft**2)  ) =   5774.3999
     rgas   ( gas constant ((ft/s)**2/deg r) ) =   1716.2600
     pr     ( prandtl number                 ) =      0.6900
     prt    ( turbulent prandtl number       ) =      0.9000

non-dimensional initial values calculated as:
********************************************
     rho0   ( initial density              ) =      0.9803
     u0     ( initial axial velocity       ) =      0.2357
     v0     ( initial radial velocity      ) =      0.0000
     w0     ( initial theta velocity       ) =      0.0000
     ei0    ( initial internal energy      ) =      2.5079
     h0     ( initial enthalpy             ) =      3.5000
     p0     ( initial pressure             ) =      0.9725
     t0     ( initial temperature          ) =      0.9921
     dmu0   ( initial viscosity            ) =      0.0000

dimensional reference values calculated as:
*******************************************
     rho0   ( density         (slugs/ft**3)  ) = 0.228247E-02
     u0     ( axial velocity    (ft/s)       ) =  371.184    
     v0     ( radial velocity   (ft/s)       ) = 0.000000E+00
     w0     ( theta velocity    (ft/s)       ) = 0.000000E+00
     ei0    ( static int.energy (ft-lbf/lbm) ) = 0.621967E+07
     h0     ( static enthalpy   (ft-lbf/lbm) ) = 0.867999E+07
     p0     ( static pressure   (lbf/ft**2)  ) =  5615.58    
     t0     ( static temperature(deg. r)     ) =  1433.53    
     dmu0   ( viscosity         (lbf-s/ft**2)) = 0.754831E-06

values used for nondimensionalization:
**************************************
     rho    ( density         (slugs/ft**3)  ) = 0.232839E-02
     u      ( axial velocity    (ft/s)       ) =  1574.80    
     ei     ( total int. energy (ft-lbf/lbm) ) = 0.248000E+07
     p      ( total pressure    (lbf/ft**2)  ) =  5774.40    
     t      ( total temperature (deg. r)     ) =  1445.00    
     dmu    ( viscosity         (lbf-s/ft**2 ) = 0.824590    
     omega  ( rotational speed  (rad/s)      ) =  7002.75    
     length ( length            (ft)         ) = 0.224883    
     time   ( time              (seconds)    ) = 0.142801E-03

multigrid solution parameters specified as:
*******************************************
     nmulti ( number of multi-grid grid level) =    3
     nsubit ( multigrid coarse grid subiterat) =    3
     nfulmg ( full multigrid solution trigger) =    1
     ncoag1 ( full multigrid initial level   ) =    3
     ncoag2 ( full multigrid final   level   ) =    2
     nitfmg ( full multigrid coarse mesh iter) =  150
     nrdmul ( multigrid bc read trigger (1-y)) =    0

 Block Solution Information Table
 ********************************

Block           RPM   Dimensional    Non-Dimen. Cyl/Cart.    C-Grid Processor
  Num   Revolutions         Omega         Omega   Trigger Turb Trig    Number
         Per Minute       (Rad/s)                  1-Cart 1-On0-Off      MYID
----- ------------- ------------- ------------- --------- --------- ---------
    1  0.000000E+00  0.000000E+00  0.000000E+00         1         0         0
    2  0.000000E+00  0.000000E+00  0.000000E+00         1         0         0
    3  0.000000E+00  0.000000E+00  0.000000E+00         1         0         0
  
  input data successfully entered 
  ******************************* 
  
  
 **************************************************
               begin boundary data input           
 **************************************************
  
Opening casename.boundata, file is markii.boundata               
#                                                                              
#   Created by hand by Ed Hall                                                 
#   July 30, 1993 @ 10:00                                                      
#                                                                              
#   RUN 4311 OF THE MARK II VANE                                               
#   UNCOOLED - MACH=0.89 - Re=1.56E6                                           
#   Tu=6.5%, Tw/Tg=0.71                                                        
#                                                                              
#-----------------------------------------------------------------------       
#                                                                              
#---> Patch the periodic boundary for the 2-d grid                             
#                                                                              
PATCH   1  1  J  J  M  M  I  K  33  33   1  93   1   2 193 101   1   2         
  b.c. data item identified --->PATCH               
PATCH   1  1  J  J  M  M  I  K  33  33 101 193   1   2  93   1   1   2         
  b.c. data item identified --->PATCH               
#                                                                              
#---> Now set the blade surfaces                                               
#                                                                              
SS2DVI  1  1  J  J  P  P  S  S   1   1  65 161   1   2  65 161   1   2         
  b.c. data item identified --->SS2DVI              
RPMLOC    TWALL                                                                 
0.000000E+007.100000E-01
#                                                                              
#---> Now set the inlet boundary                                               
#                                                                              
INL2DG   1  1  J  J  M  M  S  S  33  33  89 101   1   2  89 101   1   2        
  b.c. data item identified --->INL2DG              
  
PTOT  TTOT  K     R                                                             
    1.000000       1.000000      9.9999997E-05  1.0000000E-03
#                                                                              
#---> Now set the lower exit boundary                                          
#                                                                              
EXITG   1  1  I  I  P  P  S  S   1   1   1  33   1   2   1  33   1   2         
  b.c. data item identified --->EXITG               
  
PEXIT                                                                           
  0.620000  0.000000  0.000000
  
#                                                                              
#---> Now set the upper exit boundary                                          
#                                                                              
EXITG   1  1  I  I  M  M  S  S 193 193   1  33   1   2   1  33   1   2         
  b.c. data item identified --->EXITG               
  
PEXIT                                                                           
  0.620000  0.000000  0.000000
  
#                                                                              
#---> Now set the lower wake cut                                               
#                                                                              
TRAF    1  1  J  J  P  P  S  S   1   1   1  65   1   2 161 193   1   2         
  b.c. data item identified --->TRAF                
#                                                                              
#---> Now set the upper wake cut                                               
#                                                                              
TRAF    1  1  J  J  P  P  S  S   1   1 161 193   1   2   1  65   1   2         
  b.c. data item identified --->TRAF                
#                                                                              
ENDDATA                                                                        
  b.c. data item identified --->ENDDATA             
  
  boundary data successfully entered 
  ********************************** 
  
 
N    B       L  L  L  L  L  L  L  L   L   L   M   M   N   N   M   M   N   N 
U    C       B  B  F  F  D  D  S  S   1   2   1   1   1   1   2   2   2   2 
M    T       L  L  A  A  I  I  P  P   L   L   L   L   L   L   L   L   L   L 
B    Y       O  O  C  C  R  R  E  E   I   I   I   I   I   I   I   I   I   I 
E    P       C  C  E  E  1  2  C  C   M   M   M   M   M   M   M   M   M   M 
R    E       K  K  1  2        1  2           1   2   1   2   1   2   1   2 
             1  2 
     ------ -- -- -- -- -- -- -- -- --- --- --- --- --- --- --- --- --- --- 
   1 PATCH   1  1  J  J  M  M  I  K  33  33   1  93   1   2 193 101   1   2
   2 PATCH   1  1  J  J  M  M  I  K  33  33 101 193   1   2  93   1   1   2
   3 SS2DVI  1  1  J  J  P  P  S  S   1   1  65 161   1   2  65 161   1   2
   4 INL2DG  1  1  J  J  M  M  S  S  33  33  89 101   1   2  89 101   1   2
   5 EXITG   1  1  I  I  P  P  S  S   1   1   1  33   1   2   1  33   1   2
   6 EXITG   1  1  I  I  M  M  S  S 193 193   1  33   1   2   1  33   1   2
   7 TRAF    1  1  J  J  P  P  S  S   1   1   1  65   1   2 161 193   1   2
   8 TRAF    1  1  J  J  P  P  S  S   1   1 161 193   1   2   1  65   1   2
  
  makebcmg: constructing boundary conditions
            for multigrid level            2
  
  
  makebcmg: constructing boundary conditions
            for multigrid level            3
  

 *** Multigrid Coarse Mesh Boundary   ***
 *** Specifications Determined From   ***
 *** MAKEMGBC Subroutine              ***

   9 PATCH   2  2  J  J  M  M  I  K  17  17   1  47   1   2  97  51   1   2
  10 PATCH   2  2  J  J  M  M  I  K  17  17  51  97   1   2  47   1   1   2
  11 SS2DVI  2  2  J  J  P  P  S  S   1   1  33  81   1   2  33  81   1   2
  12 INL2DG  2  2  J  J  M  M  S  S  17  17  45  51   1   2  45  51   1   2
  13 EXITG   2  2  I  I  P  P  S  S   1   1   1  17   1   2   1  17   1   2
  14 EXITG   2  2  I  I  M  M  S  S  97  97   1  17   1   2   1  17   1   2
  15 TRAF    2  2  J  J  P  P  S  S   1   1   1  33   1   2  81  97   1   2
  16 TRAF    2  2  J  J  P  P  S  S   1   1  81  97   1   2   1  33   1   2
  17 PATCH   3  3  J  J  M  M  I  K   9   9   1  24   1   2  49  26   1   2
  18 PATCH   3  3  J  J  M  M  I  K   9   9  26  49   1   2  24   1   1   2
  19 SS2DVI  3  3  J  J  P  P  S  S   1   1  17  41   1   2  17  41   1   2
  20 INL2DG  3  3  J  J  M  M  S  S   9   9  23  26   1   2  23  26   1   2
  21 EXITG   3  3  I  I  P  P  S  S   1   1   1   9   1   2   1   9   1   2
  22 EXITG   3  3  I  I  M  M  S  S  49  49   1   9   1   2   1   9   1   2
  23 TRAF    3  3  J  J  P  P  S  S   1   1   1  17   1   2  41  49   1   2
  24 TRAF    3  3  J  J  P  P  S  S   1   1  41  49   1   2   1  17   1   2
  
  
  *****************************************
     Examining all Block Outer Boundary    
       Conditions for Completeness         
  *****************************************
  
  
  
  set up block data:
  ******************
  
  cell area terms calculated for grid block   #           1
  calculating cell volumes for grid block   #           1
  

Mesh Cell Expansion  Ratio Table
********************************

Block I Index   I    J    K   J Index   I    J    K   K Index   I    J    K    |
Numbr  Expans.  Max  Max  Max  Expans.  Max  Max  Max  Expans.  Max  Max  Max  |
    N   Ratio                   Ratio                   Ratio                  V
----- -------- ---- ---- ---- -------- ---- ---- ---- -------- ---- ---- ---- --
    1  2.27408   66    2    2  2.44475  102   32    2                          *
  
 * - WARNING!! 
     ********* 

 Solution Accuracy and Convergence May Be Adversely 
 Affected By Large Mesh Cell Expansion Ratios ---
 Mesh Blocks indicated by a * in the final column 
 Possess Coordinate Mesh Cell Expansion Ratios Which
 Exceed the Recommended Maximum Value of  1.300000    

  
  set up block data:
  ******************
  
  cell area terms calculated for grid block   #           2
  calculating cell volumes for grid block   #           2
  
  set up block data:
  ******************
  
  cell area terms calculated for grid block   #           3
  calculating cell volumes for grid block   #           3
  starting imploop            1
  calling impupd

 convergence history ---> mesh level    3
 ****************************************

  cycle      log10  <--- max ---->     log10  #ss      mass          mass      
 number       max       error           rms   pts.     flow          flow
             error bl#   i   j   k     error            in           out      
 ------  --------- --- --- --- --- --------- ----- --------------  ------------

      1    -0.7391   3  26   2   2   -2.6300     0   17.887451     24.755924
      2    -0.8918   3  20   4   2   -2.6651     0   16.074120     26.216604
      3    -1.0447   3  26   2   2   -2.7731     0   11.880754     27.497181
      4    -0.9787   3  19   5   2   -2.7789     0    6.683032     28.308340
      5    -0.9084   3  26   4   2   -2.7637     0    1.677139     28.392595
      6    -1.0222   3  26   2   2   -2.7425     0    1.414600     27.613602
      7    -1.0369   3  18   2   2   -2.7519     0    2.516725     26.022957
      8    -1.1022   3  22   5   2   -2.7845     0    2.246596     23.852243
      9    -0.9825   3  26   2   2   -2.8679     0    1.000369     21.450998
     10    -1.1478   3  27   2   2   -2.9022     0    0.635430     19.186399
  
  turbulence model activated at iteration #          11
  
     11    -0.9732   3  29   3   2   -2.8667     0    2.552413     17.363111
     12    -0.9093   3  29   2   2   -2.8642     0    4.640935     16.168036
     13    -1.0322   3  29   3   2   -2.9094     0    6.253467     15.594411
     14    -1.2072   3  29   4   2   -2.9452     0    7.196870     15.539355
     15    -1.0808   3  26   2   2   -2.9778     0    7.386462     15.853838
     16    -1.0459   3  26   2   2   -3.0006     0    7.560347     16.302559
     17    -1.0688   3  26   5   2   -2.9832     0    8.522310     16.640715
     18    -1.2047   3  26   4   2   -2.9981     0   10.321429     16.722544
     19    -1.2570   3  41   2   2   -3.0507     0   12.351815     16.513378
     20    -1.0716   3  25   3   2   -3.0454     0   13.920897     16.027386
     21    -0.8761   3  25   2   2   -3.0138     0   14.697763     15.292415
     22    -0.9089   3  26   2   2   -3.0353     0   14.708653     14.329944
     23    -1.1414   3  26   5   2   -3.1143     0   14.108958     13.156954
     24    -1.2763   3  25   2   2   -3.1527     0   13.216118     11.812426
     25    -0.9676   3  25   5   2   -3.0665     0   12.485182     10.390199
     26    -0.9734   3  25   5   2   -3.0359     0   12.277318      9.076983
     27    -1.0243   3  25   2   2   -3.0792     2   12.800883      8.081221
     28    -1.1520   3  26   2   2   -3.1260     3   14.123178      7.564606
     29    -1.4805   3  26   3   2   -3.1578     4   15.921307      7.559058
     30    -1.0726   3  25   2   2   -3.1271     3   17.596622      7.956359
     31    -1.0349   3  25   3   2   -3.0766     3   18.621950      8.588550
     32    -1.1089   3  25   5   2   -3.1090     5   18.676868      9.318924
     33    -1.3397   3  25   5   2   -3.2196     6   17.752962     10.067654
     34    -1.3379   3  17   4   2   -3.2244     5   16.249487     10.786440
     35    -1.3788   3  25   2   2   -3.2046     6   14.757442     11.429346
     36    -1.2091   3  25   2   2   -3.1945     3   13.797762     11.966768
     37    -1.2556   3  25   5   2   -3.1625     5   13.656855     12.403390
     38    -1.2765   3  25   3   2   -3.1799     6   14.347986     12.796761
     39    -1.4686   3  14   2   2   -3.2386     6   15.645959     13.211644
     40    -1.5052   3  11   4   2   -3.2884     6   17.137245     13.661398
     41    -1.1395   3  25   3   2   -3.2212     3   18.361376     14.090646
     42    -0.9992   3  25   2   2   -3.1413     2   19.008097     14.426912
     43    -1.1739   3  25   2   2   -3.1570     1   18.940411     14.643783
     44    -1.3423   3  25   5   2   -3.2465     0   18.161922     14.778190
     45    -1.4958   3  25   3   2   -3.3002     0   16.938549     14.887247
     46    -1.1627   3  25   5   2   -3.2427     0   15.712440     14.998736
     47    -1.1523   3  25   5   2   -3.2203     0   14.898299     15.107438
     48    -1.1888   3  25   2   2   -3.2467     2   14.746761     15.203548
     49    -1.4035   3  25   3   2   -3.3186     3   15.244123     15.296348
     50    -1.6347   3  35   6   2   -3.3439     2   16.062668     15.405161
     51    -1.2610   3  25   2   2   -3.2488     2   16.745207     15.537830
     52    -1.1177   3  25   3   2   -3.2032     3   16.994015     15.681980
     53    -1.2091   3  25   3   2   -3.2572     3   16.766748     15.817812
     54    -1.4301   3  26   5   2   -3.3773     1   16.209991     15.928881
     55    -1.5950   3  13   3   2   -3.4142     1   15.581018     15.997578
     56    -1.3852   3  25   2   2   -3.3263     0   15.116495     15.999604
     57    -1.2669   3  25   5   2   -3.2793     0   14.959192     15.924371
     58    -1.3407   3  25   5   2   -3.3197     0   15.170809     15.790364
     59    -1.5060   3  25   3   2   -3.3856     1   15.714454     15.633598
     60    -1.4665   3  14   3   2   -3.4057     1   16.432728     15.476097
     61    -1.4586   3  27   3   2   -3.3757     0   17.082247     15.307128
     62    -1.3631   3  25   3   2   -3.3236     0   17.380081     15.111111
     63    -1.3443   3  25   3   2   -3.3393     0   17.166521     14.901659
     64    -1.5696   3  25   5   2   -3.4336     0   16.526075     14.662251
     65    -1.5376   3  13   3   2   -3.4818     0   15.744404     14.388266
     66    -1.5879   3  15   3   2   -3.4726     0   15.156732     14.099623
     67    -1.4972   3  13   4   2   -3.4161     0   14.944255     13.820745
     68    -1.4358   3  25   2   2   -3.3909     1   15.093122     13.545200
     69    -1.4065   3  25   2   2   -3.4249     1   15.515486     13.308354
     70    -1.4636   3  15   4   2   -3.4661     1   16.114132     13.151420
     71    -1.5010   3  15   3   2   -3.4714     1   16.744532     13.102239
     72    -1.4638   3  25   2   2   -3.3960     1   17.211161     13.155827
     73    -1.4236   3  15   4   2   -3.3661     1   17.322901     13.275677
     74    -1.3416   3  15   3   2   -3.4338     0   16.995903     13.417562
     75    -1.4260   3  15   2   2   -3.4918     0   16.368357     13.552699
     76    -1.3940   3  15   3   2   -3.4596     0   15.760039     13.677400
     77    -1.3441   3  15   3   2   -3.4213     1   15.472378     13.807025
     78    -1.3729   3  15   4   2   -3.4247     1   15.597156     13.948667
     79    -1.2912   3  15   3   2   -3.4635     1   16.006561     14.089048
     80    -1.3020   3  15   2   2   -3.4711     1   16.473253     14.209609
     81    -1.3151   3  15   4   2   -3.4246     1   16.818918     14.308651
     82    -1.1506   3  15   3   2   -3.3865     1   16.986305     14.404449
     83    -1.3345   3  15   2   2   -3.4051     1   16.990265     14.510064
     84    -1.2380   3  15   3   2   -3.4257     1   16.851797     14.609618
     85    -1.2316   3  15   3   2   -3.4593     0   16.606268     14.666963
     86    -1.2378   3  15   4   2   -3.4173     1   16.342371     14.662532
     87    -1.1638   3  15   3   2   -3.3938     1   16.179876     14.620734
     88    -1.3255   3  15   5   2   -3.4343     1   16.199343     14.588220
     89    -1.2149   3  15   4   2   -3.4072     1   16.387745     14.581260
     90    -1.1869   3  15   3   2   -3.4233     1   16.638597     14.567211
     91    -1.2193   3  15   4   2   -3.4193     1   16.815741     14.499695
     92    -1.1671   3  15   3   2   -3.3951     1   16.851063     14.376041
     93    -1.3437   3  15   3   2   -3.4133     1   16.784935     14.244587
     94    -1.1434   3  15   4   2   -3.4037     1   16.704460     14.155246
     95    -1.1586   3  15   3   2   -3.4141     0   16.665531     14.104990
     96    -1.2842   3  15   2   2   -3.4222     0   16.662607     14.048970
     97    -1.1403   3  15   4   2   -3.3712     0   16.658487     13.963667
     98    -1.1003   3  15   3   2   -3.3798     1   16.632660     13.878225
     99    -1.1922   3  15   4   2   -3.3860     2   16.597261     13.840634
    100    -1.1315   3  15   3   2   -3.3701     2   16.570457     13.868289
    101    -1.2880   3  15   2   2   -3.3952     1   16.543020     13.929740
    102    -1.0743   3  15   4   2   -3.3521     1   16.487886     13.981076
    103    -1.0466   3  15   3   2   -3.3566     1   16.405670     14.007066
    104    -1.1707   3  15   4   2   -3.3669     1   16.344856     14.022711
    105    -1.1118   3  15   4   2   -3.3305     1   16.366100     14.040812
    106    -1.1578   3  15   3   2   -3.3692     1   16.482285     14.047875
    107    -1.1055   3  15   4   2   -3.3454     2   16.632114     14.022319
    108    -1.0310   3  15   3   2   -3.3208     2   16.722731     13.976627
    109    -1.1223   3  15   2   2   -3.3593     2   16.700354     13.955745
    110    -1.0580   3  15   4   2   -3.3367     2   16.582283     13.994758
    111    -1.0578   3  15   3   2   -3.3445     2   16.428473     14.077889
    112    -1.1926   3  15   2   2   -3.3615     3   16.292246     14.153695
    113    -1.0506   3  15   4   2   -3.3299     3   16.198431     14.193809
    114    -1.0618   3  15   3   2   -3.3390     3   16.157745     14.225215
    115    -1.0245   3  15   4   2   -3.3159     3   16.181993     14.296238
    116    -1.0280   3  15   3   2   -3.3085     3   16.272526     14.413857
    117    -1.1702   3  15   2   2   -3.3516     3   16.398714     14.530583
    118    -0.9881   3  15   4   2   -3.2953     3   16.491982     14.600688
    119    -0.9473   3  15   3   2   -3.2937     3   16.485268     14.630393
    120    -1.1054   3  15   4   2   -3.3302     3   16.368286     14.656326
    121    -1.0616   3  15   3   2   -3.2965     3   16.202068     14.683644
    122    -1.1191   3  15   3   2   -3.3233     3   16.078749     14.669743
    123    -1.0680   3  15   4   2   -3.3125     3   16.059811     14.580565
    124    -1.0354   3  15   3   2   -3.2987     3   16.143194     14.449003
    125    -1.1587   3  15   2   2   -3.3147     3   16.280281     14.358545
    126    -1.0401   3  15   4   2   -3.2991     3   16.416292     14.359133
    127    -1.0479   3  15   3   2   -3.2941     3   16.512560     14.413299
    128    -1.1693   3  15   2   2   -3.3173     3   16.539742     14.444456
    129    -1.0520   3  15   4   2   -3.2920     3   16.471973     14.427209
    130    -1.0126   3  15   3   2   -3.3025     3   16.306936     14.411476
    131    -1.0881   3  15   4   2   -3.3098     2   16.093220     14.451862
    132    -1.0607   3  15   3   2   -3.2883     2   15.924773     14.529537
    133    -1.1562   3  15   3   2   -3.3058     2   15.889764     14.563073
    134    -1.0876   3  15   4   2   -3.2966     2   16.011768     14.501208
    135    -1.0024   3  15   3   2   -3.2992     2   16.234085     14.386723
    136    -1.1265   3  15   2   2   -3.3090     2   16.461491     14.314412
    137    -1.0571   3  16   4   2   -3.2886     2   16.618826     14.330175
    138    -1.0686   3  15   3   2   -3.3098     2   16.674459     14.387798
    139    -1.1698   3  15   4   2   -3.3015     2   16.625719     14.411734
    140    -1.0686   3  15   4   2   -3.2951     2   16.486586     14.389066
    141    -1.0813   3  15   3   2   -3.3162     2   16.296785     14.375269
    142    -1.0485   3  15   4   2   -3.2999     2   16.128811     14.415964
    143    -1.0225   3  15   3   2   -3.2947     2   16.063972     14.481989
    144    -1.1666   3  15   2   2   -3.3273     2   16.141739     14.498999
    145    -1.0168   3  15   4   2   -3.2990     3   16.326704     14.437445
    146    -0.9691   3  15   3   2   -3.3057     3   16.527809     14.353369
    147    -1.1062   3  15   4   2   -3.3169     3   16.659073     14.325528
    148    -1.0567   3  15   3   2   -3.2908     3   16.687593     14.368200
    149    -1.1369   3  15   3   2   -3.3260     3   16.631262     14.416421
 netfor: before 100
     nfobl =            9
     imsbl = 
            4          -5          -6          12         -13         -14
           20         -21         -22           0
 netfor: after 100
     nfobl =           12
     imsbl = 
            4          -5          -6          12         -13         -14
           20         -21         -22           3
 netfor: 
     calling getfor4
        idcur           n   imsbl(nn)
            0           3          20
 getfor:
     idcur    n lface ima1 jma1 kma1 ima2 jma2 kma2
         0    3     J   23    9    1   26    9    2
     fpxloc,fpyloc,fpzloc
        12.77686       2.742559      0.0000000E+00
     fvxloc,fvyloc,fvzloc
      -4.3935674E-07 -2.4621606E-06  0.0000000E+00
     powloc,torloc
       0.0000000E+00  0.0000000E+00
  
 netfor: 
     calling getfor4
        idcur           n   imsbl(nn)
            0           3          19
 getfor:
     idcur    n lface ima1 jma1 kma1 ima2 jma2 kma2
         0    3     J   17    1    1   41    1    2
     fpxloc,fpyloc,fpzloc
       -4.127512      -2.123937      0.0000000E+00
     fvxloc,fvyloc,fvzloc
      -6.0495972E-03  7.5022192E-03  0.0000000E+00
     powloc,torloc
       0.0000000E+00  0.0000000E+00
  
    150    -1.0720   3  15   4   2   -3.3065     2   16.526239     14.403079
  starting imploop            1
  calling impupd

 convergence history ---> mesh level    2
 ****************************************

  cycle      log10  <--- max ---->     log10  #ss      mass          mass      
 number       max       error           rms   pts.     flow          flow
             error bl#   i   j   k     error            in           out      
 ------  --------- --- --- --- --- --------- ----- --------------  ------------

    151    -0.9837   2  34   2   2   -3.6102     1   16.475067     14.366720
    152    -1.3419   2  34   6   2   -3.7491     7   16.114140     14.282547
    153    -1.3467   2  28   4   2   -3.8319    18   16.050472     14.261555
    154    -1.5439   2  30   3   2   -3.9246    29   16.053253     14.209263
    155    -1.4068   2  31   3   2   -3.9575    31   15.852258     14.110257
    156    -1.6587   2  33   3   2   -4.0132    32   15.623097     13.832460
    157    -1.7012   2  31   3   2   -4.0208    30   15.494246     13.623359
    158    -1.7033   2  30   5   2   -4.0514    32   15.592068     13.586170
    159    -1.6660   2  30   7   2   -4.0414    33   15.866776     13.558322
    160    -1.6854   2  30   5   2   -4.0583    34   16.008932     13.495917
    161    -1.7324   2  31   6   2   -4.0855    34   15.959627     13.475259
    162    -1.7089   2  32   5   2   -4.0775    33   16.022734     13.541069
    163    -1.7504   2  31   4   2   -4.0893    32   16.150791     13.664245
    164    -1.6053   2  31   3   2   -4.1057    32   16.026989     13.789123
    165    -1.8102   2  31   4   2   -4.1210    31   15.919191     13.875285
    166    -1.7409   2  31   3   2   -4.1383    31   16.250328     13.930501
    167    -1.8262   2  52   2   2   -4.1413    31   16.549463     14.016227
    168    -1.8285   2  31   6   2   -4.1489    29   16.259157     14.136554
    169    -1.7359   2  52   2   2   -4.1577    28   15.874844     14.196568
    170    -1.7392   2  31   6   2   -4.1924    27   16.121939     14.161222
    171    -1.8263   2  31   7   2   -4.1767    26   16.538071     14.125368
    172    -1.7910   2  31   6   2   -4.2038    25   16.398333     14.134846
    173    -1.9025   2  31   8   2   -4.1956    25   16.052895     14.113605
    174    -1.9248   2  31   6   2   -4.2164    25   16.186367     14.042056
    175    -1.9085   2  31   3   2   -4.2380    24   16.481647     14.017867
    176    -1.9454   2  31   2   2   -4.2386    23   16.362219     14.071353
    177    -2.0595   2  31   3   2   -4.2528    23   16.087013     14.107394
    178    -2.0893   2  31   3   2   -4.2565    23   16.088274     14.078094
    179    -1.9743   2  52   2   2   -4.2700    23   16.029116     14.044848
    180    -2.0670   2  27   3   2   -4.2595    23   15.672462     14.043038
    181    -2.0059   2  52   2   2   -4.2789    23   15.597901     14.053747
    182    -2.0759   2  45  13   2   -4.2655    22   15.997347     14.103127
    183    -2.0323   2  52   2   2   -4.2555    22   16.087124     14.194672
    184    -2.0686   2  44  13   2   -4.2606    22   15.582458     14.195751
    185    -2.0079   2  46   2   2   -4.2804    22   15.331874     14.024254
    186    -2.0600   2  29  11   2   -4.2317    22   15.770391     13.876712
    187    -2.0180   2  46   2   2   -4.3089    22   16.121193     13.971465
    188    -2.1407   2  29  11   2   -4.2493    22   15.867633     14.152879
    189    -2.0115   2  50   2   2   -4.3060    22   15.609401     14.122129
    190    -2.0962   2  32  17   2   -4.2814    23   15.867220     13.942441
    191    -2.1247   2  51   2   2   -4.3068    23   16.171980     13.907948
    192    -2.1782   2  45  13   2   -4.2899    23   16.066132     14.004299
    193    -2.1512   2  51   2   2   -4.3291    24   15.902159     13.964559
    194    -2.1782   2  32  13   2   -4.2869    24   16.016693     13.818415
    195    -2.2149   2  51   2   2   -4.3506    24   16.099440     13.846392
    196    -2.1834   2  88   7   2   -4.2783    24   15.967450     14.015537
    197    -2.1786   2  47  11   2   -4.3386    24   15.983486     14.015906
    198    -2.1625   2  88   7   2   -4.3032    24   16.179302     13.855618
    199    -2.1715   2  86   8   2   -4.3119    24   16.069288     13.849502
    200    -2.1976   2  76   8   2   -4.3141    24   15.645195     14.021421
    201    -2.1785   2  86   8   2   -4.3169    24   15.538556     14.089862
    202    -2.2058   2  35   7   2   -4.3052    24   15.823179     14.032091
    203    -2.1977   2  52   2   2   -4.3325    24   15.863768     14.079126
    204    -2.1851   2  25   2   2   -4.3062    24   15.525036     14.213910
    205    -2.1182   2  37  10   2   -4.3326    24   15.379843     14.219556
    206    -2.1769   2  75  11   2   -4.3175    24   15.550798     14.133095
    207    -2.0534   2  37  10   2   -4.3298    24   15.541056     14.149228
    208    -2.1059   2  80   6   2   -4.3262    24   15.301051     14.212488
    209    -2.1083   2  37  10   2   -4.3335    24   15.328614     14.169651
    210    -2.1289   2  80   6   2   -4.3385    24   15.629354     14.126318
    211    -2.1788   2  81   6   2   -4.3321    24   15.703347     14.210154
    212    -2.1751   2  80   6   2   -4.3601    24   15.527104     14.245935
    213    -2.1619   2  36  14   2   -4.3249    24   15.573148     14.088478
    214    -2.1793   2  80   3   2   -4.3775    24   15.876004     13.961444
    215    -2.1504   2  37  14   2   -4.3308    24   16.007187     14.065117
    216    -2.1487   2  80   3   2   -4.4016    24   15.890523     14.178127
    217    -2.1976   2  76   9   2   -4.3433    25   15.866738     14.069380
    218    -2.2729   2  80   2   2   -4.4137    25   16.012505     13.931888
    219    -2.1904   2  76   9   2   -4.3550    25   16.085629     14.007375
    220    -2.2611   2  80   6   2   -4.4343    25   16.029730     14.126691
    221    -2.1827   2  38  13   2   -4.3718    25   16.001358     14.062137
    222    -2.2428   2  80   6   2   -4.4400    25   15.995677     13.953920
    223    -2.1882   2  38  13   2   -4.3848    24   15.908244     14.007276
    224    -2.2974   2  80   6   2   -4.4643    24   15.798058     14.112771
    225    -2.2290   2  38  13   2   -4.3968    24   15.771887     14.113611
    226    -2.2707   2  80   6   2   -4.4670    24   15.756726     14.106924
    227    -2.2734   2  80   3   2   -4.4288    24   15.665324     14.179222
    228    -2.3394   2  57   8   2   -4.4760    24   15.559021     14.198378
    229    -2.2894   2  41  10   2   -4.4351    23   15.496860     14.112934
    230    -2.3124   2  80   5   2   -4.4907    23   15.447017     14.096865
    231    -2.2797   2  37   5   2   -4.4207    24   15.425751     14.209288
    232    -2.3235   2  39  10   2   -4.4994    24   15.483070     14.254984
    233    -2.2508   2  37   9   2   -4.4141    23   15.543270     14.146571
    234    -2.3133   2  54   3   2   -4.5008    24   15.524940     14.048169
    235    -2.2065   2  37  10   2   -4.4115    24   15.529588     14.056616
    236    -2.3163   2  38  11   2   -4.4849    25   15.660642     14.070338
    237    -2.1865   2  37  10   2   -4.4244    25   15.789067     14.035957
    238    -2.3448   2  38  11   2   -4.4516    25   15.804532     14.015281
    239    -2.2253   2  40  10   2   -4.4481    25   15.836090     13.999247
    240    -2.2311   2  48   2   2   -4.4295    25   15.974780     13.937279
    241    -2.2890   2  46   2   2   -4.4634    25   16.051367     13.903165
    242    -2.2136   2  48   2   2   -4.4135    25   15.970875     13.973577
    243    -2.2489   2  46   2   2   -4.4666    25   15.947074     14.037348
    244    -2.2101   2  48   2   2   -4.4163    25   16.068514     13.985759
    245    -2.2415   2  46   2   2   -4.4613    25   16.083210     13.933764
    246    -2.2405   2  48   2   2   -4.4179    25   15.871869     14.007372
    247    -2.2130   2  80   7   2   -4.4557    24   15.722557     14.097533
    248    -2.2543   2  48   2   2   -4.4232    24   15.796460     14.079076
    249    -2.2480   2  49   9   2   -4.4465    24   15.815977     14.053264
    250    -2.1742   2  48   2   2   -4.4290    24   15.613832     14.129957
    251    -2.2292   2  46   2   2   -4.4544    24   15.439587     14.196016
    252    -2.1982   2  48   2   2   -4.4272    24   15.456260     14.143843
    253    -2.2368   2  81   2   2   -4.4683    24   15.462965     14.088305
    254    -2.1363   2  48   2   2   -4.4127    24   15.370797     14.142323
    255    -2.2429   2  46   2   2   -4.5029    24   15.373192     14.202993
    256    -2.2038   2  48   2   2   -4.3877    24   15.478354     14.158791
    257    -2.2601   2  46   2   2   -4.5284    24   15.479856     14.085583
    258    -2.2744   2  73   5   2   -4.3825    25   15.439984     14.078122
    259    -2.1900   2  37  10   2   -4.4984    25   15.599861     14.086033
    260    -2.2325   2  78   8   2   -4.3930    25   15.823781     14.049766
    261    -2.1770   2  37  10   2   -4.4633    25   15.817444     14.014051
    262    -2.2328   2  52   2   2   -4.4120    25   15.749944     14.015906
    263    -2.2053   2  37  10   2   -4.4339    25   15.962928     14.020360
    264    -2.2547   2  43  12   2   -4.4388    25   16.233799     14.011134
    265    -2.2380   2  76  10   2   -4.4163    25   16.150497     14.005457
    266    -2.2689   2  43  12   2   -4.4587    24   15.918547     13.994488
    267    -2.2267   2  76  10   2   -4.4088    25   16.017550     13.987981
    268    -2.3028   2  43  12   2   -4.4763    25   16.279442     14.042899
    269    -2.2897   2  46   2   2   -4.4208    24   16.201900     14.130299
    270    -2.2939   2  46   3   2   -4.4698    24   15.863549     14.123109
    271    -2.2247   2  46   2   2   -4.4353    24   15.743644     14.031781
    272    -2.3507   2  48  11   2   -4.4577    24   15.851301     14.039793
    273    -2.2829   2  82  11   2   -4.4566    24   15.816878     14.184490
    274    -2.3382   2  83  12   2   -4.4558    24   15.602897     14.256219
    275    -2.2855   2  46   2   2   -4.4677    24   15.463537     14.163174
    276    -2.3224   2  83  11   2   -4.4590    24   15.420547     14.088450
    277    -2.3181   2  37   3   2   -4.4650    24   15.357125     14.148321
    278    -2.3462   2  82  11   2   -4.4904    24   15.338568     14.201784
    279    -2.2941   2  37   3   2   -4.4501    24   15.418084     14.152067
    280    -2.3214   2  52   2   2   -4.5251    24   15.435832     14.111148
    281    -2.2884   2  39  12   2   -4.4288    25   15.365952     14.129182
    282    -2.3422   2  52   2   2   -4.5377    25   15.437799     14.090907
    283    -2.2749   2  37  10   2   -4.4244    25   15.680764     13.994703
    284    -2.3498   2  80   5   2   -4.5339    25   15.811914     13.994090
    285    -2.2780   2  37  10   2   -4.4253    25   15.778520     14.077653
    286    -2.3492   2  77   9   2   -4.4943    25   15.860312     14.056808
    287    -2.2797   2  37  10   2   -4.4204    25   16.085154     13.931472
    288    -2.3580   2  77   9   2   -4.4865    25   16.152462     13.907801
    289    -2.2385   2  78   9   2   -4.4237    25   16.056618     14.011776
    290    -2.3739   2  81   7   2   -4.4710    25   16.108217     14.052744
    291    -2.2580   2  78   9   2   -4.4376    25   16.272583     13.994278
    292    -2.3698   2  55  17   2   -4.4397    24   16.194277     13.991712
    293    -2.2305   2  53  16   2   -4.4652    24   15.935444     14.064894
    294    -2.3045   2  54  17   2   -4.4194    24   15.899983     14.084856
    295    -2.2394   2  52  16   2   -4.4773    24   16.031443     14.064379
    296    -2.2887   2  48   2   2   -4.4016    24   15.885192     14.116111
    297    -2.2752   2  52  16   2   -4.4854    24   15.516948     14.184272
    298    -2.2369   2  61  11   2   -4.3799    24   15.414674     14.153386
    299    -2.3039   2  80   6   2   -4.4954    24   15.576664     14.110616
 netfor: before 100
     nfobl =            9
     imsbl = 
            4          -5          -6          12         -13         -14
           20         -21         -22           3
 netfor: after 100
     nfobl =           12
     imsbl = 
            4          -5          -6          12         -13         -14
           20         -21         -22           3
 netfor: 
     calling getfor4
        idcur           n   imsbl(nn)
            0           2          12
 getfor:
     idcur    n lface ima1 jma1 kma1 ima2 jma2 kma2
         0    2     J   45   17    1   51   17    2
     fpxloc,fpyloc,fpzloc
        12.77393       2.737456      0.0000000E+00
     fvxloc,fvyloc,fvzloc
      -9.6385190E-07 -6.1127889E-07  0.0000000E+00
     powloc,torloc
       0.0000000E+00  0.0000000E+00
  
 netfor: 
     calling getfor4
        idcur           n   imsbl(nn)
            0           2          11
 getfor:
     idcur    n lface ima1 jma1 kma1 ima2 jma2 kma2
         0    2     J   33    1    1   81    1    2
     fpxloc,fpyloc,fpzloc
       -4.086601      -2.175931      0.0000000E+00
     fvxloc,fvyloc,fvzloc
      -8.9896731E-03  1.3094124E-02  0.0000000E+00
     powloc,torloc
       0.0000000E+00  0.0000000E+00
  
    300    -2.1677   2  61  11   2   -4.3620    24   15.529852     14.180824
  starting imploop            1
  calling impupd

 convergence history ---> mesh level    1
 ****************************************

  cycle      log10  <--- max ---->     log10  #ss      mass          mass      
 number       max       error           rms   pts.     flow          flow
             error bl#   i   j   k     error            in           out      
 ------  --------- --- --- --- --- --------- ----- --------------  ------------

    301    -1.5401   1  67  21   2   -4.4179    83    2.443869      2.267835
    302    -1.6127   1  69  21   2   -4.5392    85    2.437138      2.268207
    303    -1.8272   1  68  23   2   -4.6169    87    2.430059      2.266602
    304    -1.8521   1  70  21   2   -4.6286    89    2.427435      2.264214
    305    -1.7369   1  69  21   2   -4.6174    91    2.434237      2.261722
    306    -1.7281   1  69   2   2   -4.6451    92    2.448984      2.259081
    307    -1.8493   1  69   2   2   -4.6838    94    2.464108      2.255875
    308    -1.7971   1  68   2   2   -4.7076    94    2.473223      2.251807
    309    -1.8631   1  71   2   2   -4.6930    95    2.475826      2.246993
    310    -1.7306   1  69   2   2   -4.7044    97    2.476865      2.242031
    311    -1.9090   1  70   2   2   -4.7401   101    2.481601      2.237773
    312    -1.9257   1  70   2   2   -4.7796   106    2.491186      2.234973
    313    -1.9373   1  69  13   2   -4.8054   109    2.502612      2.233932
    314    -1.9725   1  71  22   2   -4.8404   110    2.512038      2.234356
    315    -1.9952   1  70  14   2   -4.8843   112    2.517727      2.235557
    316    -2.0993   1  69  14   2   -4.9051   114    2.520205      2.236848
    317    -2.0696   1  69  17   2   -4.9216   116    2.520681      2.237825
    318    -2.1990   1  73  22   2   -4.9476   119    2.519624      2.238441
    319    -2.1224   1  69   2   2   -4.9718   118    2.516820      2.238886
    320    -2.1082   1  69   2   2   -4.9858   119    2.512407      2.239413
    321    -2.1582   1  71  20   2   -5.0001   119    2.507479      2.240249
    322    -2.2724   1  71  21   2   -5.0173   119    2.503574      2.241477
    323    -2.3209   1  69  14   2   -5.0370   119    2.501503      2.242945
    324    -2.2409   1  71   2   2   -5.0514   119    2.500838      2.244326
    325    -2.3052   1  71   2   2   -5.0670   121    2.500465      2.245231
    326    -2.3927   1  70  18   2   -5.0826   121    2.499725      2.245373
    327    -2.4085   1 156   2   2   -5.0924   122    2.498977      2.244680
    328    -2.3933   1  71  20   2   -5.1005   121    2.499096      2.243297
    329    -2.5310   1  61  29   2   -5.1173   120    2.500402      2.241492
    330    -2.5733   1  72  21   2   -5.1394   120    2.502108      2.239556
    331    -2.5792   1 157   2   2   -5.1515   120    2.503124      2.237706
    332    -2.5051   1  71  21   2   -5.1598   120    2.503057      2.236027
    333    -2.5657   1  71  22   2   -5.1742   119    2.502770      2.234459
    334    -2.5761   1 112  22   2   -5.1809   120    2.503224      2.232830
    335    -2.5908   1 111  19   2   -5.1922   122    2.504530      2.230958
    336    -2.6157   1 116  20   2   -5.2132   121    2.505502      2.228766
    337    -2.5515   1 117  21   2   -5.2279   122    2.505165      2.226343
    338    -2.6208   1 116  21   2   -5.2394   124    2.503951      2.223905
    339    -2.5699   1 116  21   2   -5.2479   126    2.503536      2.221700
    340    -2.5725   1 115  18   2   -5.2554   126    2.505068      2.219869
    341    -2.6127   1 115  18   2   -5.2670   126    2.508044      2.218382
    342    -2.6971   1 115  19   2   -5.2841   127    2.510973      2.217072
    343    -2.6985   1 115  19   2   -5.2963   128    2.513136      2.215725
    344    -2.7398   1 118  20   2   -5.3062   128    2.515297      2.214192
    345    -2.7488   1 133  23   2   -5.3183   130    2.518467      2.212469
    346    -2.7787   1 119  24   2   -5.3242   130    2.522497      2.210689
    347    -2.7787   1 119  25   2   -5.3315   130    2.526127      2.209075
    348    -2.7488   1 120  25   2   -5.3454   130    2.528636      2.207877
    349    -2.7561   1 120  25   2   -5.3558   131    2.530432      2.207274
    350    -2.8067   1 137  22   2   -5.3647   131    2.532471      2.207327
    351    -2.8253   1 137  22   2   -5.3775   134    2.534726      2.207958
    352    -2.8589   1  75   2   2   -5.3887   134    2.536336      2.208995
    353    -2.8476   1 119  23   2   -5.4008   134    2.536628      2.210252
    354    -2.7324   1 120  23   2   -5.4099   135    2.536073      2.211583
    355    -2.7050   1 120  23   2   -5.4172   134    2.535877      2.212949
    356    -2.7470   1 121  24   2   -5.4294   134    2.536563      2.214412
    357    -2.7430   1 121  24   2   -5.4385   135    2.537520      2.216085
    358    -2.8187   1 121  24   2   -5.4451   136    2.537848      2.218088
    359    -2.8241   1 119  23   2   -5.4597   136    2.537540      2.220503
    360    -2.8604   1 119  23   2   -5.4773   135    2.537451      2.223357
    361    -2.9372   1 120  23   2   -5.4919   135    2.538240      2.226624
    362    -3.0087   1 118  21   2   -5.5070   135    2.539550      2.230217
    363    -2.9663   1 118  21   2   -5.5234   135    2.540603      2.233988
    364    -2.9778   1 151   2   2   -5.5355   135    2.541125      2.237742
    365    -3.0061   1 151   2   2   -5.5461   136    2.541517      2.241278
    366    -3.0088   1 154   2   2   -5.5631   135    2.542238      2.244452
    367    -3.0347   1 121  27   2   -5.5765   135    2.543138      2.247217
    368    -3.0008   1 121  27   2   -5.5824   135    2.543651      2.249618
    369    -2.9891   1 121  27   2   -5.5908   137    2.543509      2.251772
    370    -2.9947   1 121  27   2   -5.6001   137    2.543047      2.253797
    371    -3.0085   1 122  27   2   -5.6115   137    2.542819      2.255771
    372    -3.0037   1 122  27   2   -5.6281   136    2.542785      2.257720
    373    -3.0236   1 122  27   2   -5.6441   136    2.542476      2.259626
    374    -3.0181   1 120  26   2   -5.6574   137    2.541657      2.261449
    375    -3.0132   1 120  26   2   -5.6669   137    2.540556      2.263154
    376    -2.9852   1 119  25   2   -5.6693   137    2.539658      2.264713
    377    -2.9467   1 119  25   2   -5.6731   137    2.539189      2.266120
    378    -2.9296   1 119  25   2   -5.6831   137    2.539016      2.267399
    379    -2.9368   1 119  25   2   -5.6929   139    2.538955      2.268573
    380    -2.9682   1 119  25   2   -5.7010   138    2.539079      2.269665
    381    -3.0208   1 119  25   2   -5.7078   138    2.539527      2.270682
    382    -3.0604   1 120  25   2   -5.7120   138    2.540277      2.271620
    383    -3.0971   1 120  25   2   -5.7138   138    2.541119      2.272473
    384    -3.1056   1 150   2   2   -5.7143   138    2.541851      2.273255
    385    -3.1220   1 150   2   2   -5.7159   138    2.542498      2.273982
    386    -3.1600   1 110  31   2   -5.7183   138    2.543232      2.274665
    387    -3.1443   1 151   2   2   -5.7199   138    2.544076      2.275295
    388    -3.1602   1 151   2   2   -5.7212   138    2.544817      2.275840
    389    -2.9979   1 119  16   2   -5.7229   137    2.545201      2.276260
    390    -3.1228   1 119  16   2   -5.7273   136    2.545178      2.276518
    391    -3.1499   1 119  16   2   -5.7338   136    2.544923      2.276604
    392    -3.1446   1 121  28   2   -5.7421   136    2.544600      2.276540
    393    -3.1347   1 121  28   2   -5.7490   137    2.544212      2.276376
    394    -3.1324   1 121  28   2   -5.7526   137    2.543644      2.276167
    395    -3.1404   1 122  28   2   -5.7584   136    2.542879      2.275962
    396    -3.1741   1 120  27   2   -5.7625   136    2.542036      2.275791
    397    -3.1348   1 120   2   2   -5.7658   136    2.541291      2.275662
    398    -3.1303   1 120  27   2   -5.7717   136    2.540736      2.275568
    399    -3.1704   1 120  27   2   -5.7795   136    2.540361      2.275494
    400    -3.1999   1 111  32   2   -5.7858   136    2.540178      2.275428
  
  checkpoint restart file output at iteration #         400
  
  
  new restart file name 
 markii.restart.new                                                              
  
  number of blocks: (nblks) =            1
  
    401    -3.1990   1 111  32   2   -5.7915   136    2.540224      2.275360
    402    -3.2157   1 119  26   2   -5.7983   136    2.540534      2.275319
    403    -3.2305   1 112  32   2   -5.8050   136    2.541102      2.275330
    404    -3.2069   1 108  31   2   -5.8115   138    2.541867      2.275409
    405    -3.2048   1 108  31   2   -5.8166   138    2.542758      2.275553
    406    -3.2049   1 109  31   2   -5.8210   138    2.543727      2.275738
    407    -3.1898   1 109  31   2   -5.8269   136    2.544735      2.275920
    408    -3.2052   1 109  31   2   -5.8352   136    2.545735      2.276047
    409    -3.2058   1 110  31   2   -5.8453   136    2.546626      2.276052
    410    -3.2086   1 110  31   2   -5.8570   136    2.547320      2.275886
    411    -3.2161   1 110  32   2   -5.8693   136    2.547775      2.275522
    412    -3.2367   1 110  32   2   -5.8807   137    2.547958      2.274946
    413    -3.2422   1 107  31   2   -5.8899   137    2.547853      2.274181
    414    -3.2345   1 107  31   2   -5.8966   137    2.547470      2.273264
    415    -3.2503   1 108  31   2   -5.9000   137    2.546837      2.272236
    416    -3.2239   1 108  31   2   -5.9014   137    2.545984      2.271148
    417    -3.2261   1 108  31   2   -5.9019   137    2.544946      2.270021
    418    -3.2384   1 109  31   2   -5.9022   137    2.543758      2.268861
    419    -3.2262   1 109  31   2   -5.9039   137    2.542493      2.267664
    420    -3.2438   1 109  31   2   -5.9065   137    2.541251      2.266427
    421    -3.2563   1 110  31   2   -5.9112   138    2.540133      2.265161
    422    -3.2576   1 110  31   2   -5.9171   138    2.539212      2.263897
    423    -3.2666   1 106  31   2   -5.9238   138    2.538529      2.262673
    424    -3.2817   1 106  31   2   -5.9303   138    2.538123      2.261539
    425    -3.2697   1 107  30   2   -5.9366   138    2.538063      2.260534
    426    -3.2668   1 107  30   2   -5.9428   138    2.538382      2.259689
    427    -3.2778   1 108  30   2   -5.9482   137    2.539055      2.259018
    428    -3.2700   1 108  30   2   -5.9520   137    2.540013      2.258503
    429    -3.2805   1 108  31   2   -5.9547   137    2.541173      2.258119
    430    -3.2959   1 109  31   2   -5.9566   137    2.542480      2.257847
    431    -3.2855   1 109  31   2   -5.9581   136    2.543892      2.257676
    432    -3.3028   1 109  31   2   -5.9604   136    2.545330      2.257600
    433    -3.3079   1 105  30   2   -5.9630   136    2.546674      2.257617
    434    -3.2991   1 106  30   2   -5.9660   136    2.547814      2.257726
    435    -3.2975   1 106  30   2   -5.9690   136    2.548672      2.257924
    436    -3.3040   1 107  30   2   -5.9715   136    2.549222      2.258205
    437    -3.2871   1 107  30   2   -5.9740   136    2.549435      2.258556
    438    -3.2994   1 107  30   2   -5.9766   136    2.549267      2.258957
    439    -3.2888   1 108  30   2   -5.9799   136    2.548695      2.259393
    440    -3.2966   1 108  30   2   -5.9837   136    2.547750      2.259838
    441    -3.3099   1 109  30   2   -5.9881   136    2.546521      2.260270
    442    -3.3147   1 109  30   2   -5.9929   136    2.545115      2.260670
    443    -3.3434   1 105  30   2   -5.9967   136    2.543622      2.261026
    444    -3.3292   1 105  30   2   -5.9984   136    2.542108      2.261334
    445    -3.3396   1 105  29   2   -5.9977   136    2.540685      2.261592
    446    -3.3168   1 106  30   2   -5.9955   136    2.539462      2.261798
    447    -3.3141   1 106  29   2   -5.9917   136    2.538535      2.261950
    448    -3.3105   1 107  30   2   -5.9880   135    2.537958      2.262046
    449    -3.3033   1 107  30   2   -5.9855   135    2.537751      2.262087
    450    -3.3109   1 108  30   2   -5.9854   135    2.537906      2.262076
    451    -3.3013   1 108  30   2   -5.9881   135    2.538417      2.262020
    452    -3.3172   1 108  29   2   -5.9938   135    2.539274      2.261936
    453    -3.3131   1 109  30   2   -6.0010   136    2.540428      2.261833
    454    -3.3315   1 109  30   2   -6.0081   136    2.541786      2.261728
    455    -3.3381   1 110  30   2   -6.0131   136    2.543237      2.261628
    456    -3.3529   1 110  31   2   -6.0150   137    2.544688      2.261546
    457    -3.3565   1 106  30   2   -6.0126   136    2.546054      2.261498
    458    -3.3443   1 106  29   2   -6.0072   136    2.547258      2.261488
    459    -3.3478   1 106  29   2   -5.9992   136    2.548217      2.261541
    460    -3.3338   1 107  30   2   -5.9918   136    2.548845      2.261669
    461    -3.3316   1 107  29   2   -5.9860   136    2.549103      2.261877
    462    -3.3243   1 108  30   2   -5.9831   136    2.548997      2.262161
    463    -3.3179   1 108  29   2   -5.9837   136    2.548561      2.262511
    464    -3.3265   1 109  30   2   -5.9883   136    2.547834      2.262922
    465    -3.3312   1 109  30   2   -5.9963   136    2.546864      2.263380
    466    -3.3471   1 110  30   2   -6.0060   136    2.545715      2.263872
    467    -3.3432   1 110  31   2   -6.0164   136    2.544485      2.264382
    468    -3.3662   1 110  31   2   -6.0256   136    2.543269      2.264892
    469    -3.3701   1 106  30   2   -6.0317   136    2.542167      2.265384
    470    -3.3686   1 106  29   2   -6.0347   137    2.541252      2.265842
    471    -3.3599   1 107  30   2   -6.0354   137    2.540575      2.266255
    472    -3.3521   1 107  30   2   -6.0346   136    2.540181      2.266611
    473    -3.3451   1 108  30   2   -6.0346   136    2.540093      2.266906
    474    -3.3346   1 108  30   2   -6.0364   136    2.540319      2.267134
    475    -3.3438   1 108  29   2   -6.0400   136    2.540829      2.267296
    476    -3.3335   1 109  30   2   -6.0453   136    2.541581      2.267392
    477    -3.3474   1 109  31   2   -6.0517   136    2.542509      2.267435
    478    -3.3340   1 110  31   2   -6.0580   137    2.543545      2.267418
    479    -3.3389   1 110  31   2   -6.0624   137    2.544612      2.267342
    480    -3.3595   1 111  31   2   -6.0641   137    2.545633      2.267219
    481    -3.3660   1 111  31   2   -6.0628   137    2.546535      2.267065
    482    -3.3721   1 111  32   2   -6.0594   137    2.547255      2.266897
    483    -3.3614   1 107  30   2   -6.0552   137    2.547746      2.266732
    484    -3.3636   1 108  30   2   -6.0517   138    2.547979      2.266583
    485    -3.3401   1 108  30   2   -6.0502   138    2.547931      2.266463
    486    -3.3432   1 108  29   2   -6.0518   138    2.547619      2.266382
    487    -3.3340   1 109  30   2   -6.0566   138    2.547080      2.266348
    488    -3.3392   1 109  30   2   -6.0643   138    2.546369      2.266364
    489    -3.3409   1 110  31   2   -6.0738   138    2.545543      2.266428
    490    -3.3342   1 110  31   2   -6.0834   138    2.544672      2.266534
    491    -3.3550   1 110  31   2   -6.0915   138    2.543831      2.266668
    492    -3.3580   1 111  31   2   -6.0968   138    2.543085      2.266818
    493    -3.3744   1 111  32   2   -6.0986   138    2.542500      2.266971
    494    -3.3655   1 107  30   2   -6.0972   138    2.542124      2.267111
    495    -3.3625   1 107  30   2   -6.0941   138    2.541984      2.267227
    496    -3.3457   1 108  30   2   -6.0908   138    2.542095      2.267311
    497    -3.3366   1 108  30   2   -6.0887   138    2.542441      2.267350
    498    -3.3429   1 109  30   2   -6.0887   138    2.542994      2.267340
    499    -3.3302   1 109  30   2   -6.0910   138    2.543716      2.267272
    500    -3.3419   1 109  31   2   -6.0952   138    2.544546      2.267141
  
  checkpoint restart file output at iteration #         500
  
  
  new restart file name 
 markii.restart.new                                                              
  
  number of blocks: (nblks) =            1
  
    501    -3.3251   1 110  31   2   -6.1001   138    2.545425      2.266948
    502    -3.3270   1 110  31   2   -6.1045   138    2.546287      2.266692
    503    -3.3536   1 111  31   2   -6.1076   138    2.547068      2.266383
    504    -3.3549   1 111  31   2   -6.1086   138    2.547713      2.266027
    505    -3.3702   1 111  32   2   -6.1074   138    2.548169      2.265637
    506    -3.3578   1 107  30   2   -6.1053   138    2.548403      2.265230
    507    -3.3632   1 108  30   2   -6.1027   138    2.548400      2.264818
    508    -3.3379   1 108  30   2   -6.1011   138    2.548167      2.264421
    509    -3.3450   1 108  30   2   -6.1012   138    2.547721      2.264050
    510    -3.3356   1 109  30   2   -6.1036   138    2.547095      2.263718
    511    -3.3354   1 109  31   2   -6.1085   138    2.546340      2.263438
    512    -3.3395   1 110  31   2   -6.1154   138    2.545518      2.263216
    513    -3.3274   1 110  31   2   -6.1228   139    2.544695      2.263056
    514    -3.3430   1 110  31   2   -6.1296   139    2.543938      2.262959
    515    -3.3597   1 111  31   2   -6.1343   139    2.543305      2.262924
    516    -3.3724   1 111  32   2   -6.1362   139    2.542846      2.262942
    517    -3.3704   1 107  30   2   -6.1352   139    2.542598      2.263005
    518    -3.3649   1 107  30   2   -6.1321   139    2.542585      2.263103
    519    -3.3574   1 108  30   2   -6.1285   138    2.542802      2.263226
    520    -3.3442   1 108  30   2   -6.1259   138    2.543238      2.263360
    521    -3.3584   1 108  31   2   -6.1253   138    2.543857      2.263495
    522    -3.3367   1 109  31   2   -6.1272   138    2.544623      2.263621
    523    -3.3385   1 109  31   2   -6.1315   138    2.545477      2.263732
    524    -3.3420   1 110  31   2   -6.1377   138    2.546359      2.263822
    525    -3.3360   1 110  31   2   -6.1445   138    2.547203      2.263887
    526    -3.3578   1 110  31   2   -6.1505   138    2.547945      2.263926
    527    -3.3767   1 111  31   2   -6.1546   138    2.548541      2.263939
    528    -3.3796   1 111  32   2   -6.1561   138    2.548940      2.263927
    529    -3.3706   1 107  30   2   -6.1555   138    2.549117      2.263894
    530    -3.3820   1 107  30   2   -6.1537   138    2.549055      2.263844
    531    -3.3581   1 108  30   2   -6.1519   138    2.548761      2.263786
    532    -3.3604   1 108  30   2   -6.1515   138    2.548255      2.263725
    533    -3.3648   1 109  31   2   -6.1532   138    2.547569      2.263670
    534    -3.3511   1 109  31   2   -6.1571   139    2.546760      2.263626
    535    -3.3651   1 109  31   2   -6.1625   139    2.545877      2.263596
    536    -3.3589   1 110  31   2   -6.1686   139    2.544997      2.263585
    537    -3.3652   1 110  31   2   -6.1743   139    2.544179      2.263592
    538    -3.3951   1 106  30   2   -6.1781   139    2.543490      2.263619
    539    -3.4010   1 106  30   2   -6.1794   139    2.542974      2.263664
    540    -3.3898   1 107  30   2   -6.1783   139    2.542676      2.263728
    541    -3.3802   1 107  30   2   -6.1757   139    2.542618      2.263806
    542    -3.3849   1 108  30   2   -6.1731   139    2.542804      2.263896
    543    -3.3677   1 108  30   2   -6.1689   138    2.543220      2.263994
    544    -3.3775   1 108  31   2   -6.1706   138    2.543837      2.264095
    545    -3.3761   1 109  31   2   -6.1735   138    2.544610      2.264199
    546    -3.3709   1 109  31   2   -6.1780   138    2.545483      2.264303
    547    -3.3924   1 110  31   2   -6.1833   138    2.546391      2.264405
    548    -3.3801   1 110  31   2   -6.1888   138    2.547268      2.264504
    549    -3.3959   1 110  31   2   -6.1915   138    2.548053      2.264599
    550    -3.4023   1 106  30   2   -6.1938   138    2.548686      2.264693
    551    -3.4158   1 107  30   2   -6.1933   138    2.549120      2.264788
    552    -3.3907   1 107  30   2   -6.1912   138    2.549325      2.264886
    553    -3.3979   1 107  30   2   -6.1883   138    2.549278      2.264990
    554    -3.3852   1 108  30   2   -6.1859   138    2.548982      2.265103
    555    -3.3848   1 108  30   2   -6.1851   138    2.548455      2.265227
    556    -3.3973   1 109  30   2   -6.1862   138    2.547739      2.265361
    557    -3.3916   1 109  30   2   -6.1893   139    2.546881      2.265506
    558    -3.4065   1 109  31   2   -6.1935   139    2.545947      2.265658
    559    -3.4071   1 110  31   2   -6.1972   139    2.544995      2.265816
    560    -3.4122   1 110  31   2   -6.1995   139    2.544098      2.265976
    561    -3.4168   1 106  30   2   -6.1995   139    2.543322      2.266132
    562    -3.4187   1 106  30   2   -6.1973   139    2.542720      2.266284
    563    -3.4141   1 107  30   2   -6.1933   139    2.542338      2.266425
    564    -3.4010   1 107  30   2   -6.1889   138    2.542205      2.266551
    565    -3.4109   1 108  30   2   -6.1851   138    2.542329      2.266658
    566    -3.3918   1 108  30   2   -6.1832   138    2.542698      2.266742
    567    -3.4050   1 108  30   2   -6.1806   138    2.543292      2.266801
    568    -3.4016   1 109  30   2   -6.1845   138    2.544053      2.266834
    569    -3.4083   1 109  31   2   -6.1892   138    2.544933      2.266844
    570    -3.4240   1 110  31   2   -6.1940   138    2.545861      2.266829
    571    -3.4147   1 110  31   2   -6.1985   138    2.546773      2.266796
    572    -3.4330   1 110  31   2   -6.1997   138    2.547601      2.266748
    573    -3.4291   1 106  30   2   -6.2005   138    2.548293      2.266691
    574    -3.4392   1 106  29   2   -6.1973   138    2.548799      2.266632
    575    -3.4161   1 107  30   2   -6.1940   138    2.549079      2.266577
    576    -3.4212   1 107  30   2   -6.1897   138    2.549114      2.266532
    577    -3.4081   1 108  30   2   -6.1866   138    2.548899      2.266501
    578    -3.4070   1 108  30   2   -6.1852   138    2.548454      2.266490
    579    -3.4156   1 109  30   2   -6.1867   138    2.547809      2.266498
    580    -3.4100   1 109  30   2   -6.1903   138    2.547018      2.266529
    581    -3.4327   1 109  31   2   -6.1956   138    2.546132      2.266583
    582    -3.4237   1 110  31   2   -6.2007   138    2.545214      2.266655
    583    -3.4327   1 110  31   2   -6.2045   138    2.544330      2.266744
    584    -3.4433   1 106  30   2   -6.2058   138    2.543541      2.266842
    585    -3.4450   1 106  30   2   -6.2044   138    2.542908      2.266944
    586    -3.4379   1 107  30   2   -6.2010   138    2.542472      2.267041
    587    -3.4240   1 107  30   2   -6.1966   138    2.542263      2.267127
    588    -3.4300   1 108  30   2   -6.1928   138    2.542297      2.267196
    589    -3.4108   1 108  30   2   -6.1910   138    2.542563      2.267244
    590    -3.4238   1 108  30   2   -6.1919   138    2.543037      2.267268
    591    -3.4158   1 109  30   2   -6.1952   138    2.543680      2.267266
    592    -3.4223   1 109  31   2   -6.1999   138    2.544441      2.267239
    593    -3.4293   1 110  31   2   -6.2052   138    2.545264      2.267186
    594    -3.4225   1 110  31   2   -6.2100   138    2.546094      2.267111
    595    -3.4432   1 110  31   2   -6.2129   138    2.546866      2.267018
    596    -3.4497   1 106  30   2   -6.2131   138    2.547525      2.266914
    597    -3.4591   1 106  29   2   -6.2107   138    2.548015      2.266804
    598    -3.4348   1 107  30   2   -6.2055   138    2.548306      2.266698
    599    -3.4397   1 107  30   2   -6.2009   138    2.548379      2.266600
 netfor: before 100
     nfobl =            9
     imsbl = 
            4          -5          -6          12         -13         -14
           20         -21         -22           3
 netfor: after 100
     nfobl =           12
     imsbl = 
            4          -5          -6          12         -13         -14
           20         -21         -22           3
 netfor: 
     calling getfor4
        idcur           n   imsbl(nn)
            0           1           4
 getfor:
     idcur    n lface ima1 jma1 kma1 ima2 jma2 kma2
         0    1     J   89   33    1  101   33    2
     fpxloc,fpyloc,fpzloc
        2.031128      0.4352978      0.0000000E+00
     fvxloc,fvyloc,fvzloc
      -2.4709868E-07 -4.2143418E-07  0.0000000E+00
     powloc,torloc
       0.0000000E+00  0.0000000E+00
  
 netfor: 
     calling getfor4
        idcur           n   imsbl(nn)
            0           1           3
 getfor:
     idcur    n lface ima1 jma1 kma1 ima2 jma2 kma2
         0    1     J   65    1    1  161    1    2
     fpxloc,fpyloc,fpzloc
      -0.6420990     -0.3525601      0.0000000E+00
     fvxloc,fvyloc,fvzloc
      -1.6247508E-03  2.1244409E-03  0.0000000E+00
     powloc,torloc
       0.0000000E+00  0.0000000E+00
  
    600    -3.4231   1 108  30   2   -6.1979   138    2.548229      2.266515
  
  checkpoint restart file output at iteration #         600
  
  
  new restart file name 
 markii.restart.new                                                              
  
  number of blocks: (nblks) =            1
  
  
  new restart file name 
 markii.restart.new                                                              
  
  number of blocks: (nblks) =            1
  

*** plot3d absolute output on unit   9 ***
*** file markii.p3dabs                 

*** plot3d relative output on unit   8 ***
*** file markii.p3drel                 
  
 Approximate CPU Time Breakdown (Parallel Runs Only)
 ---------------------------------------------------
 TIMING INIT   tinit  0.0000000000000000E+00 Initialization Time 
 TIMING GRID   tgrid  0.0000000000000000E+00 Grid Input Time
 TIMING COMM   tcomm  0.0000000000000000E+00 Boundary Update Time
 TIMING SOLV   tsolv  0.0000000000000000E+00 Flow Solver Time
 TIMING REST   trest  0.0000000000000000E+00 Restart File Time
 TIMING OUT    tout   0.0000000000000000E+00 Output file Time
 TIMING TOTAL tottim  0.0000000000000000E+00
  
  processing completed 
  execution normally terminated 
558.7u 0.4s 9:33 97% 0+0k 78+109io 62pf+0w
Finished at   --> Fri Oct  1 16:24:28 EDT 1999