Began at      --> Wed Oct  6 10:07:56 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 ---->  ADPAC V1.0               
                                                    
 adpac 3-d multiple-block euler/navier-stokes solver
  (a)dvanced (d)ucted (p)ropfan (a)nalysis (c)odes  
      Serial/Parallel Production Code ADPAC V1.0    
              release date Feb., 1998               
                                                    
 ***************************************************
  
  
  version V1.0 notes:
  *******************
  
  Available turbulence models:
  Mixing-Length (algebraic)   
  Baldwin-Lomax (algebraic)   
  Spalart-Allmaras (1-Equation)
  Goldberg k-R     (2-Equation)
  (wall functions are available)
  wall functions now ON in separated flow
  
  thermodynamic properties are for air
  with variable or constant gamma
  2-d or 3-d mesh blocks supported
  serial/parallel from same source
  implicit algorithm is available
  FIXED B.C. is OK in parallel
  PINT B.C. is OK with multigrid/parallel
  2-D and 3-D yield identical results
  (corrects previous diffs due to turbulence models)
  Other bug corections up to 2/02/98 EJH
  
  Searching Input File for ADPAC Case Name...
  *******************************************
  data item identified --->CASENAME             = stage37             
  data item identified --->FMULTI               =    3.000000    
  
  case name defined as   :                                                                          stage37
  multigrid level set as :            3
  grid type set as       : Cylindrical
  
  Solution type is explicit: IIMPLIC =            0
  1-Equation turbulence model is disabled: I1EQ =            0
  2-Equation turbulence model is disabled: I2EQ =            0
  
 **************************************************
                begin grid input                   
 **************************************************
  
  
  mesh file name: 
 stage37.mesh                                                                    
  ***************
  
  number of grids: (nblks) =            2
  ****************
  
  grid block dimensions :
  ***********************
  
      block       imx       jmx       kmx
      -----       ---       ---       ---
          1        37        17        17
          2        37        17        17
  
  block/processor assignment information
  **************************************

  Block/Processor Assignment file 
 stage37.blkproc                                                                 
  does not exist
  Default block/processor assignment used

  IPR(   Block #  )     Processor
  -----------------     ---------
  ipr(           1) =           0
  ipr(           2) =           0
  
  initialize storage arrays and pointer locations 
  *********************************************** 
  
     block     3-d ijk      2-d ij     1-d iii      length  total length
         1           1           1           1       12312       12312      38
         2       12313         685          39       12312       24624          38
  
  array sizes required for this mesh (No multi-grid)
  **********************************
  
  nra3d (3-d array size) >=        24624
  nra1d (1-d array size) >=           76
  nbl2d (2-d block size) >=         1444
  
  
  program array dimensions: 
  *************************
  
  nra3d (3-d array size) =       600001
  nra1d (1-d array size) =         3201
  nbl2d (2-d block size) =       100001
  
  
  begin reading grid block coordinates
  ************************************
  
  grid block            1 size           38          18          18
  grid block            1 coordinates successfully read
  grid block            2 size           38          18          18
  grid block            2 coordinates successfully read
  
  
  begin constructing multigrid submeshes
  **************************************
  
  calculating submesh values for grid #            1
  submesh level      :           2
  grid number        :           3
  original grid size :          37          17          17
  submesh grid size  :          19           9           9
  submesh length     :        2000
  3-d pointer        :       24625
  overall length     :       26624
  calculating submesh values for grid #            2
  submesh level      :           2
  grid number        :           4
  original grid size :          37          17          17
  submesh grid size  :          19           9           9
  submesh length     :        2000
  3-d pointer        :       26625
  overall length     :       28624
  
  creating submesh level            2 for block #           1
  
  
  creating submesh level            2 for block #           2
  
  calculating submesh values for grid #            1
  submesh level      :           3
  grid number        :           5
  original grid size :          37          17          17
  submesh grid size  :          10           5           5
  submesh length     :         396
  3-d pointer        :       28625
  overall length     :       29020
  calculating submesh values for grid #            2
  submesh level      :           3
  grid number        :           6
  original grid size :          37          17          17
  submesh grid size  :          10           5           5
  submesh length     :         396
  3-d pointer        :       29021
  overall length     :       29416
  
  creating submesh level            3 for block #           1
  
  
  creating submesh level            3 for block #           2
  
  
 **************************************************
               begin flow input                    
 **************************************************
  

    input file read on unit   5
    ***********************
  data item identified --->CASENAME             = stage37             
  data item identified --->RMACH                =   0.5000000    
  data item identified --->FINVVI               =   0.0000000E+00
  data item identified --->GAMMA                =    1.400000    
  data item identified --->PREF                 =    2116.800    
  data item identified --->TREF                 =    518.7000    
  data item identified --->RGAS                 =    1716.260    
  data item identified --->DIAM                 =    1.653300    
  data item identified --->EPSX                 =    1.000000    
  data item identified --->EPSY                 =    1.000000    
  data item identified --->EPSZ                 =    1.000000    
  data item identified --->VIS2                 =   0.5000000    
  data item identified --->VIS4                 =   1.5625000E-02
  data item identified --->CFL                  =   -5.000000    
  data item identified --->FNCMAX               =    300.0000    
  data item identified --->FTIMEI               =    1.000000    
  data item identified --->FTURBI               =    1.000000    
  data item identified --->FTURBB               =    10.00000    
  data item identified --->PRNO                 =   0.7000000    
  data item identified --->PRTNO                =   0.9000000    
  data item identified --->FSOLVE               =    1.000000    
  data item identified --->FFILT                =    5.000000    
  data item identified --->FRESID               =    1.000000    
  data item identified --->FREST                =   0.0000000E+00
  data item identified --->FUNINT               =    99999.00    
  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 --->FRDMUL               =   0.0000000E+00
  data item identified --->VISCG2               =   0.1250000    
  data item identified --->FGRAFIX              =    5.000000    
  data item identified --->FGRAFINT             =    1.000000    
  data item identified --->FIMGSAV              =   0.0000000E+00
  data item identified --->FIMGINT              =    99999.00    
  data item identified --->FVTSFAC              =    5.000000    
  data item identified --->P3DPRT               =    1.000000    
  data item identified --->FTOTSM               =    1.000000    
  data item identified --->EPSTOT               =   0.3000000    
  data item identified --->FITCHK               =    100.0000    
  data item identified --->RPM(1)               =   -17200.00    
  data item identified --->RPM(2)               =   0.0000000E+00
  
  inviscid flow calculation selected
  **********************************
  
 4-stage runge_kutta algorithm selected
  
  
  
  The following debug triggers have been enabled
  **********************************************
  

    input file data    
    ***************
     rm     ( reference mach number          ) =      0.5000
     gamma  ( specific heat ratio            ) =      1.4000
     cfl    ( cfl number (+ time accurate    ) =      5.0000
     cflmax ( max cfl number time-step scheme) =      2.5000
     zetarat( exponent for diss/res.sm. ratio) =      0.6000
     fvtsfac( viscous time step factor       ) =      5.0000
     vt     ( =1, time acc., =0, local time  ) =      0.0000
     vis2   ( 2nd order dissipation factor   ) =      0.5000
     vis4   ( 4th order dissipation factor   ) =      0.0156
     fncmax ( maximum iterations             ) =    300.0000
     frest  ( 1 = restart solution           ) =      0.0000
     save   ( 1 = save solution              ) =      1.0000
     p3dprt ( 0 = no plot3d output           ) =      1.0000
     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     ) =      0.0000
            ( 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
     ftotsm ( 1 = post multigrid smoothing   ) =      1.0000
     epstot ( post multigrid smoothing coef. ) =      0.3000
     iunint ( # it. for unsteady plot3d file ) =  99999.0000
     itimei ( #it between time step update   ) =      1.0000
     iturbi ( #it between turb. model update ) =      1.0000
     iturbb ( #it before starting turb model ) =     10.0000
     iturbf ( #it before freezing turb model ) =      0.0000
     ibconf ( #it before freezing bound. cond) =      0.0000
     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
     fturbcht(   2) (C/O Turb. Model Trigger ) =      0.0000
     igrafix( trigger for graphics display   ) =      5.0000
     igrafint(#it between graphics update    ) =      1.0000
     iimgsav( trigger for image capture      ) =      0.0000
     iimgint( #it between image captures     ) =  99999.0000
     fcart  ( 0 = Cylindrical, 1 = Cartesian ) =      0.0000
     diam   ( blade diameter (ft)            ) =      1.6533
     tref   ( total temperature (deg. r)     ) =    518.7000
     pref   ( total pressure    (lbf/ft**2)  ) =   2116.8000
     rgas   ( gas constant ((ft/s)**2/deg r) ) =   1716.2600
     pr     ( prandtl number                 ) =      0.7000
     prt    ( turbulent prandtl number       ) =      0.9000

non-dimensional initial values calculated as:
********************************************
     rho0   ( initial density              ) =      0.8852
     u0     ( initial axial velocity       ) =      0.5774
     v0     ( initial radial velocity      ) =      0.0000
     w0     ( initial theta velocity       ) =      0.0000
     ei0    ( initial internal energy      ) =      2.5476
     h0     ( initial enthalpy             ) =      3.5000
     p0     ( initial pressure             ) =      0.8430
     t0     ( initial temperature          ) =      0.9524
     dmu0   ( initial viscosity            ) =      0.0000

dimensional reference values calculated as:
*******************************************
     rho0   ( density         (slugs/ft**3)  ) = 0.210478E-02
     u0     ( axial velocity    (ft/s)       ) =  544.740    
     v0     ( radial velocity   (ft/s)       ) = 0.000000E+00
     w0     ( theta velocity    (ft/s)       ) = 0.000000E+00
     ei0    ( static int.energy (ft-lbf/lbm) ) = 0.226795E+07
     h0     ( static enthalpy   (ft-lbf/lbm) ) = 0.311578E+07
     p0     ( static pressure   (lbf/ft**2)  ) =  1784.50    
     t0     ( static temperature(deg. r)     ) =  494.000    
     dmu0   ( viscosity         (lbf-s/ft**2)) = 0.359798E-06

values used for nondimensionalization:
**************************************
     rho    ( density         (slugs/ft**3)  ) = 0.237783E-02
     u      ( axial velocity    (ft/s)       ) =  943.517    
     ei     ( total int. energy (ft-lbf/lbm) ) =  890224.    
     p      ( total pressure    (lbf/ft**2)  ) =  2116.80    
     t      ( total temperature (deg. r)     ) =  518.700    
     dmu    ( viscosity         (lbf-s/ft**2 ) =  3.70921    
     omega  ( rotational speed  (rad/s)      ) =  570.687    
     length ( length            (ft)         ) =  1.65330    
     time   ( time              (seconds)    ) = 0.175227E-02

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  -17200.0      -1801.18      -3.15616             0         0         0
    2  0.000000E+00  0.000000E+00  0.000000E+00         0         0         0
    3  -17200.0      -1801.18      -3.15616             0         0         0
    4  0.000000E+00  0.000000E+00  0.000000E+00         0         0         0
    5  -17200.0      -1801.18      -3.15616             0         0         0
    6  0.000000E+00  0.000000E+00  0.000000E+00         0         0         0
  
  input data successfully entered 
  ******************************* 
  
  
 **************************************************
               begin boundary data input           
 **************************************************
  
Opening casename.boundata, file is stage37.boundata              
#                                                                              
#===> NASA Stage 37 Demo Test Case (Very cheap mesh)                           
#                                                                              
#     This test case illustrates the various methods by which                  
#     multistage turbomachinery flows may be predicted with                    
#     the ADPAC code. The mesh is VERY coarse, so this test                    
#     case is for demonstration purposes only.                                 
#                                                                              
                                                                               
B       L  L  L  L  L  L  L  L   L   L   M   M   N   N   M   M   N   N     C   
C       B  B  F  F  D  D  S  S   1   2   1   1   1   1   2   2   2   2     O   
T       L  L  A  A  I  I  P  P   L   L   L   L   L   L   L   L   L   L     M   
Y       O  O  C  C  R  R  E  E   I   I   I   I   I   I   I   I   I   I     M   
P       C  C  E  E  1  2  C  C   M   M   M   M   M   M   M   M   M   M     E   
E       K  K  1  2        1  2           1   2   1   2   1   2   1   2     N   
        1  2                                                               T   
------ -- -- -- -- -- -- -- -- --- --- --- --- --- --- --- --- --- --- --------
#                                                                              
#===> Connect the periodic boundaries for the rotor (Block 1)                  
#                                         and stator (Block 2) mesh blocks     
#                                                                              
PATCH     1  1  K  K  P  M  I  J   1  17   1  17   1  17   1  17   1  17 HPer  
  b.c. data item identified --->PATCH               
PATCH     1  1  K  K  M  P  I  J  17   1   1  17   1  17   1  17   1  17 HPer  
  b.c. data item identified --->PATCH               
PATCH     1  1  K  K  P  M  I  J   1  17  33  37   1  17  33  37   1  17 HPer  
  b.c. data item identified --->PATCH               
PATCH     1  1  K  K  M  P  I  J  17   1  33  37   1  17  33  37   1  17 HPer  
  b.c. data item identified --->PATCH               
PATCH     2  2  K  K  P  M  I  J   1  17   1   5   1  17   1   5   1  17 HPer  
  b.c. data item identified --->PATCH               
PATCH     2  2  K  K  M  P  I  J  17   1   1   5   1  17   1   5   1  17 HPer  
  b.c. data item identified --->PATCH               
PATCH     2  2  K  K  P  M  I  J   1  17  21  37   1  17  21  37   1  17 HPer  
  b.c. data item identified --->PATCH               
PATCH     2  2  K  K  M  P  I  J  17   1  21  37   1  17  21  37   1  17 HPer  
  b.c. data item identified --->PATCH               
#                                                                              
#===> Hub Surfaces                                                             
SSIN      1  1  J  J  P  P  S  S   1   1   1  37   1  17   1  37   1  17  Hub  
  b.c. data item identified --->SSIN                
SSIN      2  2  J  J  P  P  S  S   1   1   1  37   1  17   1  37   1  17  Hub  
  b.c. data item identified --->SSIN                
#                                                                              
#===> Case Surface                                                             
#                                                                              
SSIN      1  1  J  J  M  M  S  S  17  17   1  37   1  17   1  37   1  17  Case 
  b.c. data item identified --->SSIN                
SSIN      2  2  J  J  M  M  S  S  17  17   1  37   1  17   1  37   1  17  Case 
  b.c. data item identified --->SSIN                
#                                                                              
#===> Blade Surfaces                                                           
SSIN      1  1  K  K  P  P  S  S   1   1  17  33   1  17  17  33   1  17  K=1  
  b.c. data item identified --->SSIN                
SSIN      1  1  K  K  M  M  S  S  17  17  17  33   1  17  17  33   1  17  K=KL 
  b.c. data item identified --->SSIN                
SSIN      2  2  K  K  P  P  S  S   1   1   5  21   1  17   5  21   1  17  K=1  
  b.c. data item identified --->SSIN                
SSIN      2  2  K  K  M  M  S  S  17  17   5  21   1  17   5  21   1  17  K=KL 
  b.c. data item identified --->SSIN                
#                                                                              
#===> Set the inflow boundary condition to the rotor                           
#                                                                              
INLETT    1  1  I  I  P  P  S  S   1   1   1  17   1  17   1  17   1  17  Inlet
  b.c. data item identified --->INLETT              
  
NDATA                                                                           
            3
  
  Storing Inlet Profile for Boundary Condition #           17
  Starting Index =            1
  Ending   Index =            3
  Num. Data Pts. =            3
     RAD        PTOT        TTOT        BETAR      BETAT                        
  1.000000  1.000000  1.000000  0.000000  0.000000  2.000000
  1.000000  1.000000  0.000000  0.000000  3.000000  1.000000
  1.000000  0.000000  0.000000
  
  
  inflow data distribution on grid 
  
    j    radius      ptot      ttot     betar     betat     chi
    2  0.349804  1.000000  1.000000  0.000000  0.000000  0.000000
    3  0.355174  1.000000  1.000000  0.000000  0.000000  0.000000
    4  0.361619  1.000000  1.000000  0.000000  0.000000  0.000000
    5  0.369352  1.000000  1.000000  0.000000  0.000000  0.000000
    6  0.378632  1.000000  1.000000  0.000000  0.000000  0.000000
    7  0.389767  1.000000  1.000000  0.000000  0.000000  0.000000
    8  0.403130  1.000000  1.000000  0.000000  0.000000  0.000000
    9  0.419166  1.000000  1.000000  0.000000  0.000000  0.000000
   10  0.436659  1.000000  1.000000  0.000000  0.000000  0.000000
   11  0.452694  1.000000  1.000000  0.000000  0.000000  0.000000
   12  0.466057  1.000000  1.000000  0.000000  0.000000  0.000000
   13  0.477193  1.000000  1.000000  0.000000  0.000000  0.000000
   14  0.486473  1.000000  1.000000  0.000000  0.000000  0.000000
   15  0.494206  1.000000  1.000000  0.000000  0.000000  0.000000
   16  0.500650  1.000000  1.000000  0.000000  0.000000  0.000000
   17  0.506020  1.000000  1.000000  0.000000  0.000000  0.000000
  
  
#                                                                              
#===> Set the outflow boundary for the stator                                  
#                                                                              
EXITT     2  2  I  I  M  M  L  L  37  37   1  17   1  17   1  17   1  17  K=KL 
  b.c. data item identified --->EXITT               
  
  PEXIT                                                                         
  1.400000  0.000000  0.000000
  
#                                                                              
#===> The remaining boundary conditions dictate how the neighboring blade      
#     rows communicate data at the interface plane. This is the essense of     
#     the multistage turbomachinery flow prediction techniques built into      
#     ADPAC                                                                    
#                                                                              
#===> These are the MBCAVG specifications for steady state flows based         
#     on the mixing plane concept                                              
#                                                                              
MBCAVG    1  2  I  I  M  P  J  K  37   1   1  17   1  17   1  17   1  17  MIX  
  b.c. data item identified --->MBCAVG              
  
Number of Blocks for Neighboring Mixing Plane                                   
         1
Block #  LFACE  LDIR   L2LIM   M2LIM1   M2LIM2   N2LIM1   N2LIM2                
    2   I P  1    1   17  1   17                                                
  Parsed Data for MBCAVG Specification
         2  I  P         1         1        17         1        17
MBCAVG    2  1  I  I  P  M  J  K   1  37   1  17   1  17   1  17   1  17  MIX  
  b.c. data item identified --->MBCAVG              
  
Number of Blocks for Neighboring Mixing Plane                                   
         1
Block #  LFACE  LDIR   L2LIM   M2LIM1   M2LIM2   N2LIM1   N2LIM2                
    1   I  M   37    1   17 1   17                                              
  Parsed Data for MBCAVG Specification
         1  I  M        37         1        17         1        17
#                                                                              
#===> These are the BCPRR specifications for time-dependent rotor/stator       
#     aerodynamic interaction -                                                
#     Note: these boundary conditions can also be used in steady state         
#     calculations - but they do not accurately represent any physical         
#     phenomena. One would only use them for steady state flows for some       
#     special reason,  such as misaligned grids, or                            
#     to start-up a transient solution by running in steady state to get       
#     the flow started correctly                                               
#                                                                              
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  K  K  P  M  I  J   1  17   1  17   1  17   1  17   1  17
   2 PATCH   1  1  K  K  M  P  I  J  17   1   1  17   1  17   1  17   1  17
   3 PATCH   1  1  K  K  P  M  I  J   1  17  33  37   1  17  33  37   1  17
   4 PATCH   1  1  K  K  M  P  I  J  17   1  33  37   1  17  33  37   1  17
   5 PATCH   2  2  K  K  P  M  I  J   1  17   1   5   1  17   1   5   1  17
   6 PATCH   2  2  K  K  M  P  I  J  17   1   1   5   1  17   1   5   1  17
   7 PATCH   2  2  K  K  P  M  I  J   1  17  21  37   1  17  21  37   1  17
   8 PATCH   2  2  K  K  M  P  I  J  17   1  21  37   1  17  21  37   1  17
   9 SSIN    1  1  J  J  P  P  S  S   1   1   1  37   1  17   1  37   1  17
  10 SSIN    2  2  J  J  P  P  S  S   1   1   1  37   1  17   1  37   1  17
  11 SSIN    1  1  J  J  M  M  S  S  17  17   1  37   1  17   1  37   1  17
  12 SSIN    2  2  J  J  M  M  S  S  17  17   1  37   1  17   1  37   1  17
  13 SSIN    1  1  K  K  P  P  S  S   1   1  17  33   1  17  17  33   1  17
  14 SSIN    1  1  K  K  M  M  S  S  17  17  17  33   1  17  17  33   1  17
  15 SSIN    2  2  K  K  P  P  S  S   1   1   5  21   1  17   5  21   1  17
  16 SSIN    2  2  K  K  M  M  S  S  17  17   5  21   1  17   5  21   1  17
  17 INLETT  1  1  I  I  P  P  S  S   1   1   1  17   1  17   1  17   1  17
  18 EXITT   2  2  I  I  M  M  L  L  37  37   1  17   1  17   1  17   1  17
  19 MBCAVG  1  2  I  I  M  P  J  K  37   1   1  17   1  17   1  17   1  17
  20 MBCAVG  2  1  I  I  P  M  J  K   1  37   1  17   1  17   1  17   1  17
  
  makebcmg: constructing boundary conditions
            for multigrid level            2
  
  
  Storing Inlet Profile for Boundary Condition #           37
  Starting Index =            1
  Ending   Index =            3
  Num. Data Pts. =            3
  
  About to call indata for inlet flow data on grid
 nloc,imx,jmx,kmx=           3          20          10          10
 ijk(nloc),jjj(nloc)=       24625          37
  
  inflow data distribution on grid 
  
    j    radius      ptot      ttot     betar     betat     chi
    2  0.352733  1.000000  1.000000  0.000000  0.000000  0.000000
    3  0.365837  1.000000  1.000000  0.000000  0.000000  0.000000
    4  0.384706  1.000000  1.000000  0.000000  0.000000  0.000000
    5  0.411877  1.000000  1.000000  0.000000  0.000000  0.000000
    6  0.443948  1.000000  1.000000  0.000000  0.000000  0.000000
    7  0.471119  1.000000  1.000000  0.000000  0.000000  0.000000
    8  0.489988  1.000000  1.000000  0.000000  0.000000  0.000000
    9  0.503091  1.000000  1.000000  0.000000  0.000000  0.000000
  
  
  
  makebcmg: constructing boundary conditions
            for multigrid level            3
  
  
  Storing Inlet Profile for Boundary Condition #           57
  Starting Index =            1
  Ending   Index =            3
  Num. Data Pts. =            3
  
  About to call indata for inlet flow data on grid
 nloc,imx,jmx,kmx=           5          11           6           6
 ijk(nloc),jjj(nloc)=       28625          57
  
  inflow data distribution on grid 
  
    j    radius      ptot      ttot     betar     betat     chi
    2  0.360467  1.000000  1.000000  0.000000  0.000000  0.000000
    3  0.400741  1.000000  1.000000  0.000000  0.000000  0.000000
    4  0.455083  1.000000  1.000000  0.000000  0.000000  0.000000
    5  0.495358  1.000000  1.000000  0.000000  0.000000  0.000000
  
  

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

  21 PATCH   3  3  K  K  P  M  I  J   1   9   1   9   1   9   1   9   1   9
  22 PATCH   3  3  K  K  M  P  I  J   9   1   1   9   1   9   1   9   1   9
  23 PATCH   3  3  K  K  P  M  I  J   1   9  17  19   1   9  17  19   1   9
  24 PATCH   3  3  K  K  M  P  I  J   9   1  17  19   1   9  17  19   1   9
  25 PATCH   4  4  K  K  P  M  I  J   1   9   1   3   1   9   1   3   1   9
  26 PATCH   4  4  K  K  M  P  I  J   9   1   1   3   1   9   1   3   1   9
  27 PATCH   4  4  K  K  P  M  I  J   1   9  11  19   1   9  11  19   1   9
  28 PATCH   4  4  K  K  M  P  I  J   9   1  11  19   1   9  11  19   1   9
  29 SSIN    3  3  J  J  P  P  S  S   1   1   1  19   1   9   1  19   1   9
  30 SSIN    4  4  J  J  P  P  S  S   1   1   1  19   1   9   1  19   1   9
  31 SSIN    3  3  J  J  M  M  S  S   9   9   1  19   1   9   1  19   1   9
  32 SSIN    4  4  J  J  M  M  S  S   9   9   1  19   1   9   1  19   1   9
  33 SSIN    3  3  K  K  P  P  S  S   1   1   9  17   1   9   9  17   1   9
  34 SSIN    3  3  K  K  M  M  S  S   9   9   9  17   1   9   9  17   1   9
  35 SSIN    4  4  K  K  P  P  S  S   1   1   3  11   1   9   3  11   1   9
  36 SSIN    4  4  K  K  M  M  S  S   9   9   3  11   1   9   3  11   1   9
  37 INLETT  3  3  I  I  P  P  S  S   1   1   1   9   1   9   1   9   1   9
  38 EXITT   4  4  I  I  M  M  L  L  19  19   1   9   1   9   1   9   1   9
  39 MBCAVG  3  4  I  I  M  P  J  K  19   1   1   9   1   9   1   9   1   9
  40 MBCAVG  4  3  I  I  P  M  J  K   1  19   1   9   1   9   1   9   1   9
  41 PATCH   5  5  K  K  P  M  I  J   1   5   1   5   1   5   1   5   1   5
  42 PATCH   5  5  K  K  M  P  I  J   5   1   1   5   1   5   1   5   1   5
  43 PATCH   5  5  K  K  P  M  I  J   1   5   9  10   1   5   9  10   1   5
  44 PATCH   5  5  K  K  M  P  I  J   5   1   9  10   1   5   9  10   1   5
  45 PATCH   6  6  K  K  P  M  I  J   1   5   1   2   1   5   1   2   1   5
  46 PATCH   6  6  K  K  M  P  I  J   5   1   1   2   1   5   1   2   1   5
  47 PATCH   6  6  K  K  P  M  I  J   1   5   6  10   1   5   6  10   1   5
  48 PATCH   6  6  K  K  M  P  I  J   5   1   6  10   1   5   6  10   1   5
  49 SSIN    5  5  J  J  P  P  S  S   1   1   1  10   1   5   1  10   1   5
  50 SSIN    6  6  J  J  P  P  S  S   1   1   1  10   1   5   1  10   1   5
  51 SSIN    5  5  J  J  M  M  S  S   5   5   1  10   1   5   1  10   1   5
  52 SSIN    6  6  J  J  M  M  S  S   5   5   1  10   1   5   1  10   1   5
  53 SSIN    5  5  K  K  P  P  S  S   1   1   5   9   1   5   5   9   1   5
  54 SSIN    5  5  K  K  M  M  S  S   5   5   5   9   1   5   5   9   1   5
  55 SSIN    6  6  K  K  P  P  S  S   1   1   2   6   1   5   2   6   1   5
  56 SSIN    6  6  K  K  M  M  S  S   5   5   2   6   1   5   2   6   1   5
  57 INLETT  5  5  I  I  P  P  S  S   1   1   1   5   1   5   1   5   1   5
  58 EXITT   6  6  I  I  M  M  L  L  10  10   1   5   1   5   1   5   1   5
  59 MBCAVG  5  6  I  I  M  P  J  K  10   1   1   5   1   5   1   5   1   5
  60 MBCAVG  6  5  I  I  P  M  J  K   1  10   1   5   1   5   1   5   1   5
  
  
  *****************************************
     Examining all Block Outer Boundary    
       Conditions for Completeness         
  *****************************************
  
  
  
  set up block data:
  ******************
  
  cell area terms calculated for grid block   #           1
  cell area terms calculated for grid block   #           2
  calculating cell volumes for grid block   #           1
  calculating cell volumes for grid block   #           2
  

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  1.32077    3   17    4  1.21804   33   15    2  1.27571   18    2    8  *
    2  1.28185    5   17    4  1.20463    2   12    6  1.24824    6   17   10   
  
 * - 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   #           3
  cell area terms calculated for grid block   #           4
  calculating cell volumes for grid block   #           3
  calculating cell volumes for grid block   #           4
  
  set up block data:
  ******************
  
  cell area terms calculated for grid block   #           5
  cell area terms calculated for grid block   #           6
  calculating cell volumes for grid block   #           5
  calculating cell volumes for grid block   #           6
  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    -0.5934   5   8   2   5   -2.4395     0    1.213134      0.368116
      2    -0.6371   5   8   2   5   -2.5507     0    1.213028      0.365526
      3    -0.7801   5   9   2   5   -2.5854     5    1.212863      0.363435
      4    -0.7579   5   8   3   5   -2.5045    10    1.212664      0.361556
      5    -0.7718   5   8   3   5   -2.5000    10    1.212511      0.360019
      6    -0.8756   5   8   2   5   -2.5496     6    1.212482      0.359859
      7    -0.9271   6   6   3   2   -2.6073     4    1.212579      0.363068
      8    -0.9784   6   3   3   3   -2.6331     5    1.212915      0.372107
      9    -0.9073   6   3   3   4   -2.6362     3    1.213383      0.389106
     10    -0.9089   5   9   3   5   -2.6609     4    1.213778      0.415006
     11    -0.9563   6   2   3   3   -2.7136     3    1.214040      0.449051
     12    -0.9775   6   3   3   3   -2.7466     2    1.214307      0.489468
     13    -0.9598   6   6   4   3   -2.7717     2    1.214649      0.534519
     14    -0.9312   6   6   3   3   -2.7901     1    1.215184      0.582962
     15    -1.0628   6   2   3   4   -2.8126     1    1.215940      0.633854
     16    -1.1240   6   3   3   4   -2.8516     1    1.216702      0.686648
     17    -1.1074   6   6   4   4   -2.8726     1    1.217304      0.739441
     18    -1.1584   6   6   4   4   -2.8730     1    1.217686      0.789573
     19    -1.1682   5  10   2   4   -2.8897     1    1.217887      0.834750
     20    -1.1020   6   6   5   4   -2.8967     1    1.218027      0.873733
     21    -1.1075   6   6   5   4   -2.8949     1    1.218208      0.906645
     22    -1.0979   6   7   4   4   -2.9465     1    1.218494      0.934605
     23    -1.1563   6   7   4   4   -3.0141     1    1.218891      0.958405
     24    -1.1584   6   3   4   2   -3.0046     1    1.219424      0.978391
     25    -1.1620   6   3   4   2   -2.9898     1    1.220125      0.994771
     26    -1.2645   6   6   5   4   -3.0080     1    1.221006      1.007738
     27    -1.3161   5  10   2   5   -3.0260     1    1.222005      1.017550
     28    -1.2725   6   6   3   3   -3.0569     1    1.223034      1.024734
     29    -1.3494   6   5   2   4   -3.1099     1    1.224021      1.030106
     30    -1.4347   6   5   2   4   -3.1465     1    1.224947      1.034484
     31    -1.3783   6   3   4   4   -3.1593     1    1.225821      1.038473
     32    -1.3792   6   3   4   4   -3.1713     1    1.226656      1.042332
     33    -1.4550   5  10   2   4   -3.1937     1    1.227447      1.046039
     34    -1.4535   5  10   2   4   -3.2207     1    1.228190      1.049477
     35    -1.3411   6   2   2   3   -3.2218     2    1.228900      1.052593
     36    -1.2903   6   2   2   3   -3.2076     1    1.229611      1.055435
     37    -1.3706   6   2   2   3   -3.2167     1    1.230343      1.058104
     38    -1.4425   6   3   2   3   -3.2409     1    1.231092      1.060682
     39    -1.4823   6   3   5   3   -3.2607     1    1.231836      1.063171
     40    -1.4656   6   3   5   4   -3.2813     1    1.232553      1.065487
     41    -1.5077   6   2   2   4   -3.2914     1    1.233248      1.067513
     42    -1.4737   5  10   2   3   -3.2886     0    1.233942      1.069159
     43    -1.4798   5  10   2   3   -3.2947     0    1.234645      1.070410
     44    -1.5435   5  10   2   5   -3.3072     0    1.235339      1.071330
     45    -1.5992   5  10   5   4   -3.3206     0    1.235970      1.072048
     46    -1.6412   6   2   2   4   -3.3480     0    1.236482      1.072731
     47    -1.6651   5   9   5   5   -3.3851     0    1.236848      1.073555
     48    -1.6515   5   9   5   5   -3.4069     0    1.237081      1.074665
     49    -1.6630   5   9   5   5   -3.4113     0    1.237205      1.076159
     50    -1.7175   5   9   5   5   -3.4137     0    1.237235      1.078076
     51    -1.7037   5   9   4   2   -3.4285     0    1.237160      1.080403
     52    -1.7476   5   9   5   3   -3.4610     0    1.236955      1.083103
     53    -1.8070   6   2   3   5   -3.4987     0    1.236595      1.086142
     54    -1.8588   6   2   3   5   -3.5318     0    1.236068      1.089517
     55    -1.8814   5   9   5   3   -3.5554     0    1.235375      1.093250
     56    -1.8368   5   9   5   3   -3.5602     0    1.234525      1.097363
     57    -1.8102   5   9   5   3   -3.5666     0    1.233521      1.101830
     58    -1.7821   6   2   2   3   -3.5953     0    1.232360      1.106552
     59    -1.7375   6   2   2   3   -3.6218     0    1.231027      1.111363
     60    -1.7934   6   2   2   3   -3.6254     0    1.229506      1.116080
     61    -1.7445   6   6   5   4   -3.6277     0    1.227776      1.120555
     62    -1.7702   6   6   5   4   -3.6423     0    1.225817      1.124711
     63    -1.8295   6   7   5   4   -3.6698     0    1.223620      1.128535
     64    -1.8743   5   9   5   5   -3.7095     0    1.221181      1.132050
     65    -1.8731   5   9   5   5   -3.7475     0    1.218503      1.135268
     66    -1.8976   5   9   5   5   -3.7693     0    1.215595      1.138172
     67    -1.9353   5   9   5   5   -3.7806     0    1.212461      1.140725
     68    -1.9735   5   9   5   5   -3.7893     0    1.209105      1.142899
     69    -2.0022   5   9   5   5   -3.8046     0    1.205525      1.144693
     70    -2.0345   5   9   5   5   -3.8316     0    1.201718      1.146143
     71    -2.0780   5   9   5   5   -3.8562     0    1.197682      1.147297
     72    -2.1305   6   2   2   3   -3.8712     0    1.193414      1.148193
     73    -2.1692   6   2   2   3   -3.8885     0    1.188918      1.148842
     74    -2.1417   6   6   4   4   -3.9148     0    1.184201      1.149233
     75    -2.1613   5   9   5   4   -3.9435     0    1.179269      1.149347
     76    -2.1555   5   9   5   4   -3.9625     0    1.174132      1.149179
     77    -2.1643   5   9   5   4   -3.9759     0    1.168801      1.148748
     78    -2.1924   5   9   5   4   -4.0018     0    1.163291      1.148086
     79    -2.2349   5   9   5   4   -4.0277     0    1.157632      1.147219
     80    -2.2756   5   9   5   4   -4.0192     0    1.151845      1.146158
     81    -2.2932   6   6   3   4   -3.9992     0    1.145948      1.144890
     82    -2.2699   6   7   3   4   -4.0061     0    1.139963      1.143397
     83    -2.3466   5   9   5   4   -4.0362     0    1.133909      1.141675
     84    -2.3517   6   3   5   4   -4.0666     0    1.127810      1.139744
     85    -2.3263   6   3   5   4   -4.0893     0    1.121696      1.137650
     86    -2.3420   6   3   5   4   -4.1047     0    1.115591      1.135448
     87    -2.4034   6   3   5   4   -4.1080     0    1.109513      1.133182
     88    -2.4490   6   6   3   4   -4.1002     0    1.103478      1.130872
     89    -2.3312   6   6   2   4   -4.0939     0    1.097500      1.128516
     90    -2.3124   6   6   2   4   -4.1007     0    1.091596      1.126099
     91    -2.3838   6   6   2   4   -4.1205     0    1.085783      1.123610
     92    -2.5044   6   7   2   5   -4.1446     0    1.080079      1.121047
     93    -2.5688   6   7   2   5   -4.1632     0    1.074500      1.118423
     94    -2.5543   6   5   4   3   -4.1676     0    1.069057      1.115759
     95    -2.4978   6   6   4   4   -4.1589     0    1.063763      1.113075
     96    -2.4439   6   6   5   4   -4.1501     0    1.058626      1.110384
     97    -2.4355   6   6   5   4   -4.1481     0    1.053657      1.107692
     98    -2.5085   6   6   5   4   -4.1491     0    1.048863      1.105000
     99    -2.5910   6   3   2   4   -4.1505     0    1.044249      1.102312
    100    -2.6085   6   6   2   5   -4.1526     0    1.039822      1.099629
    101    -2.6243   6   6   2   4   -4.1526     0    1.035585      1.096955
    102    -2.6043   6   7   2   3   -4.1484     0    1.031537      1.094292
    103    -2.6246   6   7   2   3   -4.1434     0    1.027675      1.091640
    104    -2.6292   6   6   4   4   -4.1409     0    1.023997      1.088995
    105    -2.6303   6   6   4   4   -4.1407     0    1.020499      1.086351
    106    -2.6306   5   9   4   5   -4.1412     0    1.017174      1.083701
    107    -2.5992   6   7   5   3   -4.1418     0    1.014015      1.081041
    108    -2.6015   5   9   4   5   -4.1426     0    1.011014      1.078365
    109    -2.6023   5   9   4   5   -4.1432     0    1.008170      1.075674
    110    -2.6113   5   9   4   5   -4.1432     0    1.005475      1.072967
    111    -2.6311   5   9   4   5   -4.1429     0    1.002917      1.070250
    112    -2.6456   5  10   5   5   -4.1430     0    1.000487      1.067524
    113    -2.6597   6   6   5   2   -4.1439     0    0.998176      1.064793
    114    -2.6641   6   3   5   5   -4.1464     0    0.995974      1.062058
    115    -2.6416   6   3   5   5   -4.1507     0    0.993875      1.059318
    116    -2.6320   6   3   5   5   -4.1566     0    0.991870      1.056569
    117    -2.6347   6   3   5   5   -4.1643     0    0.989952      1.053809
    118    -2.6464   6   3   5   5   -4.1734     0    0.988111      1.051036
    119    -2.6624   6   3   5   5   -4.1832     0    0.986340      1.048251
    120    -2.6791   6   3   5   5   -4.1929     0    0.984633      1.045462
    121    -2.6966   6   3   5   5   -4.2021     0    0.982984      1.042673
    122    -2.7176   6   3   5   5   -4.2108     0    0.981390      1.039893
    123    -2.7420   6   7   2   3   -4.2194     0    0.979847      1.037126
    124    -2.7677   5   9   4   5   -4.2288     0    0.978352      1.034377
    125    -2.7753   5   9   4   5   -4.2401     0    0.976901      1.031651
    126    -2.7942   5   9   4   5   -4.2537     0    0.975491      1.028953
    127    -2.8169   5   9   4   5   -4.2689     0    0.974120      1.026291
    128    -2.8349   6  10   2   5   -4.2843     0    0.972785      1.023672
    129    -2.8437   6  10   2   5   -4.2989     0    0.971484      1.021102
    130    -2.8518   6   6   5   5   -4.3127     0    0.970216      1.018588
    131    -2.8450   6   6   5   5   -4.3264     0    0.968979      1.016130
    132    -2.8353   6   6   5   5   -4.3410     0    0.967773      1.013732
    133    -2.8274   6   6   5   5   -4.3565     0    0.966598      1.011393
    134    -2.8241   6   6   5   5   -4.3725     0    0.965452      1.009113
    135    -2.8264   6   6   5   5   -4.3882     0    0.964334      1.006894
    136    -2.8341   6   6   5   5   -4.4030     0    0.963246      1.004737
    137    -2.8469   6   6   5   5   -4.4171     0    0.962186      1.002641
    138    -2.8644   6   6   5   5   -4.4311     0    0.961153      1.000605
    139    -2.8860   6   6   5   5   -4.4453     0    0.960149      0.998628
    140    -2.9103   6   6   5   5   -4.4598     0    0.959172      0.996706
    141    -2.9354   6   6   5   5   -4.4742     0    0.958223      0.994840
    142    -2.9593   6   6   5   5   -4.4883     0    0.957301      0.993028
    143    -2.9809   6   6   5   5   -4.5018     0    0.956407      0.991270
    144    -3.0010   6   6   5   5   -4.5149     0    0.955540      0.989567
    145    -3.0135   6   6   5   4   -4.5278     0    0.954700      0.987916
    146    -3.0236   6   6   5   4   -4.5413     0    0.953886      0.986314
    147    -3.0505   6   6   5   4   -4.5559     0    0.953098      0.984760
    148    -3.0813   6   8   5   4   -4.5715     0    0.952337      0.983250
    149    -3.1043   6   8   5   4   -4.5873     0    0.951601      0.981780
    150    -3.1212   6   6   5   5   -4.6023     0    0.950889      0.980352
  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    -1.2122   3  11   8   9   -3.5367     0    0.948464      0.998244
    152    -1.2939   4   4   5   9   -3.6317     3    0.947346      0.998123
    153    -1.3359   4   4   5   9   -3.6718     9    0.948142      0.998262
    154    -1.4397   3  10   5   9   -3.7204    15    0.950194      0.999811
    155    -1.4764   3  17   4   4   -3.7559    18    0.953651      1.003982
    156    -1.4653   3  17   4   4   -3.7871    23    0.958751      1.010823
    157    -1.5452   3  17   4   3   -3.8221    24    0.965525      1.019634
    158    -1.5750   4   3   6   4   -3.8513    27    0.973607      1.029210
    159    -1.5400   4   5   7   2   -3.8726    27    0.982458      1.038047
    160    -1.5359   4   5   7   2   -3.8927    28    0.991557      1.044834
    161    -1.5527   3  10   8   9   -3.9150    28    1.000481      1.048887
    162    -1.5458   3  10   8   9   -3.9386    28    1.008948      1.050275
    163    -1.5617   3  10   9   9   -3.9623    30    1.016814      1.049666
    164    -1.5467   3  10   9   9   -3.9863    30    1.024060      1.048056
    165    -1.5599   3  10   9   9   -4.0110    31    1.030747      1.046506
    166    -1.5979   3  10   9   9   -4.0360    32    1.036995      1.045927
    167    -1.6588   3  10   9   9   -4.0611    32    1.042938      1.046939
    168    -1.7416   3  10   9   9   -4.0864    34    1.048692      1.049794
    169    -1.7426   3  18   3   9   -4.1122    34    1.054329      1.054361
    170    -1.7367   3  18   3   9   -4.1376    33    1.059865      1.060185
    171    -1.7487   3  18   3   9   -4.1607    33    1.065265      1.066604
    172    -1.7748   3  18   3   9   -4.1799    32    1.070461      1.072906
    173    -1.8118   3  18   3   9   -4.1955    31    1.075378      1.078478
    174    -1.8567   3  18   3   9   -4.2097    32    1.079949      1.082928
    175    -1.8611   3  18   7   3   -4.2248    32    1.084132      1.086131
    176    -1.8485   3  18   7   3   -4.2422    31    1.087913      1.088211
    177    -1.8230   3  18   8   3   -4.2615    32    1.091307      1.089473
    178    -1.8177   3  18   8   3   -4.2808    32    1.094353      1.090308
    179    -1.8296   3  18   8   3   -4.2979    32    1.097110      1.091107
    180    -1.8563   3  18   8   3   -4.3117    32    1.099643      1.092182
    181    -1.8926   3  18   8   3   -4.3228    32    1.102021      1.093732
    182    -1.9341   3  18   8   3   -4.3326    32    1.104308      1.095822
    183    -1.9764   3  18   8   3   -4.3430    32    1.106556      1.098406
    184    -1.9948   3  19   9   2   -4.3550    32    1.108810      1.101350
    185    -1.9942   3  19   9   2   -4.3687    32    1.111100      1.104478
    186    -2.0003   3  19   9   2   -4.3837    32    1.113445      1.107614
    187    -2.0137   3  19   9   2   -4.3989    32    1.115856      1.110611
    188    -2.0345   3  19   9   2   -4.4138    32    1.118336      1.113376
    189    -2.0625   3  19   9   2   -4.4279    32    1.120880      1.115871
    190    -2.0890   3  16   9   9   -4.4411    32    1.123482      1.118109
    191    -2.0865   3  16   9   9   -4.4537    32    1.126130      1.120142
    192    -2.0892   3  16   9   9   -4.4661    32    1.128812      1.122033
    193    -2.0911   3  18   9   3   -4.4785    32    1.131510      1.123844
    194    -2.1077   3  16   9   9   -4.4908    32    1.134207      1.125624
    195    -2.1227   3  16   9   9   -4.5032    32    1.136886      1.127407
    196    -2.1410   3  16   9   9   -4.5154    31    1.139528      1.129205
    197    -2.1600   3  15   9   9   -4.5275    31    1.142119      1.131013
    198    -2.1522   3  15   9   9   -4.5393    31    1.144644      1.132817
    199    -2.1478   3  15   9   9   -4.5505    31    1.147095      1.134603
    200    -2.1467   3  15   9   9   -4.5611    31    1.149463      1.136357
    201    -2.1485   3  15   9   9   -4.5709    32    1.151745      1.138076
    202    -2.1530   3  15   9   9   -4.5798    32    1.153941      1.139765
    203    -2.1600   3  15   9   9   -4.5877    32    1.156052      1.141440
    204    -2.1692   3  15   9   9   -4.5947    32    1.158083      1.143121
    205    -2.1804   3  15   9   9   -4.6010    32    1.160042      1.144830
    206    -2.1797   3  18   8   9   -4.6067    32    1.161936      1.146590
    207    -2.1729   3  18   8   9   -4.6121    32    1.163774      1.148416
    208    -2.1700   3  18   8   9   -4.6175    32    1.165565      1.150320
    209    -2.1712   3  18   8   9   -4.6231    32    1.167320      1.152301
    210    -2.1765   3  18   8   9   -4.6289    32    1.169048      1.154353
    211    -2.1856   3  18   8   9   -4.6352    32    1.170757      1.156465
    212    -2.1980   3  18   8   9   -4.6420    32    1.172456      1.158620
    213    -2.2108   3  10   9   9   -4.6492    32    1.174152      1.160803
    214    -2.2112   3  10   9   9   -4.6568    33    1.175850      1.162994
    215    -2.2123   3  10   9   9   -4.6646    33    1.177557      1.165179
    216    -2.2138   3  10   9   9   -4.6726    33    1.179272      1.167345
    217    -2.2158   3  10   9   9   -4.6807    33    1.180999      1.169479
    218    -2.2182   3  10   9   9   -4.6887    33    1.182737      1.171575
    219    -2.2210   3  10   9   9   -4.6967    33    1.184483      1.173626
    220    -2.2242   3  10   9   9   -4.7045    33    1.186236      1.175631
    221    -2.2278   3  10   9   9   -4.7123    33    1.187992      1.177586
    222    -2.2315   3  10   9   9   -4.7197    33    1.189747      1.179493
    223    -2.2353   3  10   9   9   -4.7269    33    1.191498      1.181351
    224    -2.2391   3  10   9   9   -4.7338    33    1.193239      1.183164
    225    -2.2431   3  10   9   9   -4.7405    33    1.194969      1.184934
    226    -2.2472   3  10   9   9   -4.7470    33    1.196683      1.186664
    227    -2.2514   3  10   9   9   -4.7534    33    1.198379      1.188359
    228    -2.2554   3  10   9   9   -4.7597    33    1.200053      1.190021
    229    -2.2595   3  10   9   9   -4.7661    33    1.201704      1.191653
    230    -2.2639   3  10   9   9   -4.7724    33    1.203329      1.193258
    231    -2.2683   3  10   9   9   -4.7788    34    1.204928      1.194837
    232    -2.2724   3  10   9   9   -4.7852    34    1.206498      1.196391
    233    -2.2764   3  10   9   9   -4.7917    34    1.208038      1.197920
    234    -2.2801   3  10   9   9   -4.7981    34    1.209548      1.199424
    235    -2.2838   3  10   9   9   -4.8046    34    1.211027      1.200902
    236    -2.2871   3  10   9   9   -4.8112    34    1.212475      1.202353
    237    -2.2902   3  10   9   9   -4.8177    34    1.213890      1.203777
    238    -2.2931   3  10   9   9   -4.8243    34    1.215273      1.205172
    239    -2.2961   3  10   9   9   -4.8308    34    1.216623      1.206538
    240    -2.2992   3  10   9   9   -4.8374    34    1.217940      1.207875
    241    -2.3026   3  10   9   9   -4.8440    34    1.219225      1.209183
    242    -2.3061   3  10   9   9   -4.8505    35    1.220477      1.210464
    243    -2.3099   3  10   9   9   -4.8570    35    1.221697      1.211716
    244    -2.3140   3  10   9   9   -4.8634    35    1.222886      1.212943
    245    -2.3182   3  10   9   9   -4.8697    35    1.224044      1.214144
    246    -2.3227   3  10   9   9   -4.8760    35    1.225172      1.215321
    247    -2.3269   3  10   9   9   -4.8821    35    1.226270      1.216474
    248    -2.3311   3  10   9   9   -4.8881    35    1.227339      1.217604
    249    -2.3355   3  10   9   9   -4.8942    35    1.228380      1.218712
    250    -2.3402   3  10   9   9   -4.9003    35    1.229393      1.219796
    251    -2.3455   3  10   9   9   -4.9065    35    1.230379      1.220858
    252    -2.3513   3  10   9   9   -4.9129    35    1.231339      1.221897
    253    -2.3576   3  10   9   9   -4.9194    35    1.232274      1.222914
    254    -2.3642   3  10   9   9   -4.9259    35    1.233183      1.223908
    255    -2.3715   3  10   9   9   -4.9325    35    1.234066      1.224878
    256    -2.3794   3  10   9   9   -4.9393    35    1.234925      1.225826
    257    -2.3879   3  10   9   9   -4.9463    36    1.235759      1.226749
    258    -2.3969   3  10   9   9   -4.9534    36    1.236569      1.227648
    259    -2.4069   3  10   9   9   -4.9606    36    1.237355      1.228523
    260    -2.4172   3  10   9   9   -4.9679    36    1.238117      1.229374
    261    -2.4271   3  10   9   9   -4.9753    36    1.238855      1.230200
    262    -2.4365   3  10   9   9   -4.9826    36    1.239570      1.231003
    263    -2.4454   3  10   9   9   -4.9900    36    1.240262      1.231782
    264    -2.4537   3  10   9   9   -4.9972    36    1.240930      1.232538
    265    -2.4615   3  10   9   9   -5.0044    36    1.241577      1.233273
    266    -2.4690   3  10   9   9   -5.0114    36    1.242202      1.233985
    267    -2.4761   3  10   9   9   -5.0184    36    1.242806      1.234677
    268    -2.4830   3  10   9   9   -5.0252    36    1.243390      1.235349
    269    -2.4899   3  10   9   9   -5.0318    36    1.243955      1.236002
    270    -2.4970   3  10   9   9   -5.0384    36    1.244500      1.236637
    271    -2.5042   3  10   9   9   -5.0449    36    1.245028      1.237254
    272    -2.5116   3  10   9   9   -5.0513    36    1.245538      1.237853
    273    -2.5192   3  10   9   9   -5.0576    36    1.246031      1.238435
    274    -2.5270   3  10   9   9   -5.0638    36    1.246509      1.239000
    275    -2.5347   3  10   9   9   -5.0700    36    1.246972      1.239550
    276    -2.5424   3  10   9   9   -5.0760    36    1.247420      1.240083
    277    -2.5501   3  10   9   9   -5.0820    36    1.247854      1.240601
    278    -2.5579   3  10   9   9   -5.0880    36    1.248275      1.241104
    279    -2.5659   3  10   9   9   -5.0940    36    1.248684      1.241593
    280    -2.5741   3  10   9   9   -5.1000    36    1.249081      1.242068
    281    -2.5826   3  10   9   9   -5.1060    36    1.249466      1.242530
    282    -2.5914   3  10   9   9   -5.1121    36    1.249841      1.242978
    283    -2.6006   3  10   9   9   -5.1182    36    1.250207      1.243414
    284    -2.6100   3  10   9   9   -5.1243    36    1.250562      1.243839
    285    -2.6197   3  10   9   9   -5.1304    36    1.250910      1.244251
    286    -2.6296   3  10   9   9   -5.1365    36    1.251248      1.244653
    287    -2.6396   3  10   9   9   -5.1426    36    1.251579      1.245045
    288    -2.6497   3  10   9   9   -5.1487    36    1.251903      1.245427
    289    -2.6598   3  10   9   9   -5.1548    36    1.252219      1.245800
    290    -2.6700   3  10   9   9   -5.1608    36    1.252529      1.246165
    291    -2.6802   3  10   9   9   -5.1669    35    1.252833      1.246522
    292    -2.6904   3  10   9   9   -5.1730    35    1.253129      1.246871
    293    -2.7008   3  10   9   9   -5.1791    35    1.253421      1.247213
    294    -2.7052   3  19   2   2   -5.1852    35    1.253706      1.247548
    295    -2.7082   3  19   2   2   -5.1914    35    1.253986      1.247875
    296    -2.7113   3  19   2   2   -5.1977    35    1.254261      1.248195
    297    -2.7146   3  19   2   2   -5.2039    35    1.254531      1.248508
    298    -2.7180   3  19   2   2   -5.2102    35    1.254796      1.248813
    299    -2.7214   3  19   2   2   -5.2166    35    1.255055      1.249109
    300    -2.7251   3  19   2   2   -5.2229    36    1.255311      1.249398
  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    -1.1770   2   6   8   2   -4.2756   256    1.255170      1.262700
    302    -1.3064   2   6   8   2   -4.3653   345    1.255652      1.266999
    303    -1.3836   1  18   4  17   -4.4136   416    1.256501      1.271117
    304    -1.4346   1  18   4  17   -4.4394   473    1.257858      1.277612
    305    -1.4974   1  18   4  17   -4.4685   507    1.259744      1.286576
    306    -1.5116   2   3   4  15   -4.5009   524    1.262086      1.296410
    307    -1.5176   2   3   3  15   -4.5297   529    1.264801      1.305158
    308    -1.5401   2   3   3  15   -4.5492   528    1.267820      1.311815
    309    -1.5895   2   3   3  15   -4.5607   530    1.271050      1.316421
    310    -1.6230   1  30  17   2   -4.5679   529    1.274371      1.319601
    311    -1.5649   1  31  17   2   -4.5737   535    1.277653      1.322023
    312    -1.5143   1  33  17   2   -4.5809   575    1.280770      1.323997
    313    -1.4792   1  33  17   2   -4.5916   627    1.283610      1.325370
    314    -1.4580   1  31  17   2   -4.6058   676    1.286103      1.325761
    315    -1.4449   1  31  17   2   -4.6215   699    1.288218      1.324902
    316    -1.4398   1  31  17   2   -4.6370   723    1.289961      1.322853
    317    -1.4422   1  31  17   2   -4.6523   747    1.291363      1.320005
    318    -1.4527   1  31  17   2   -4.6683   753    1.292455      1.316906
    319    -1.4731   1  31  17   2   -4.6857   760    1.293268      1.314048
    320    -1.5046   1  31  17   2   -4.7042   760    1.293820      1.311715
    321    -1.5488   1  31  17   2   -4.7228   760    1.294120      1.309925
    322    -1.6062   1  31  17   2   -4.7407   756    1.294178      1.308482
    323    -1.6557   1  36  16   3   -4.7576   747    1.294006      1.307098
    324    -1.6782   1  36  16   3   -4.7735   741    1.293634      1.305534
    325    -1.7116   1  36  16   3   -4.7889   722    1.293099      1.303695
    326    -1.7534   1  36  16   3   -4.8041   700    1.292446      1.301647
    327    -1.8025   1  36  17   3   -4.8187   688    1.291716      1.299557
    328    -1.8132   1  36  17   3   -4.8326   673    1.290945      1.297612
    329    -1.8311   1  30  16   3   -4.8459   664    1.290160      1.295954
    330    -1.8218   1  30  16   3   -4.8588   648    1.289379      1.294651
    331    -1.8234   1  30  16   3   -4.8716   640    1.288615      1.293709
    332    -1.8329   1  30  16   3   -4.8847   640    1.287879      1.293092
    333    -1.8409   1  33  16   3   -4.8982   641    1.287179      1.292744
    334    -1.8403   1  36  16   4   -4.9118   642    1.286521      1.292601
    335    -1.8416   1  36  16   4   -4.9252   643    1.285910      1.292607
    336    -1.8672   1  36  16   4   -4.9384   640    1.285347      1.292716
    337    -1.9001   1  32  12   3   -4.9515   640    1.284834      1.292898
    338    -1.9030   1  33  13   2   -4.9650   640    1.284373      1.293139
    339    -1.9197   1  33  13   2   -4.9792   646    1.283963      1.293432
    340    -1.9478   1  33  16   2   -4.9940   646    1.283607      1.293771
    341    -1.9679   1  34  15   5   -5.0091   650    1.283304      1.294134
    342    -1.9791   1  34  15   5   -5.0241   650    1.283054      1.294479
    343    -1.9987   1  37  15   2   -5.0388   650    1.282854      1.294754
    344    -1.9988   1  37  15   2   -5.0529   652    1.282702      1.294904
    345    -2.0141   1  37  16   2   -5.0668   651    1.282597      1.294897
    346    -2.0155   1  37  16   2   -5.0805   649    1.282538      1.294730
    347    -2.0335   1  37  16   2   -5.0945   648    1.282525      1.294434
    348    -2.0672   1  37  16   2   -5.1089   642    1.282557      1.294066
    349    -2.1162   1  37  16   2   -5.1241   639    1.282634      1.293688
    350    -2.0960   1  34  14   5   -5.1400   640    1.282754      1.293354
    351    -2.0847   1  34  14   5   -5.1563   639    1.282914      1.293095
    352    -2.0908   1  34  14   5   -5.1726   640    1.283107      1.292918
    353    -2.1112   1  32  15   3   -5.1885   639    1.283325      1.292810
    354    -2.1138   1  32  15   3   -5.2040   640    1.283558      1.292749
    355    -2.1249   1  32  15   3   -5.2189   640    1.283799      1.292708
    356    -2.1422   1  32  15   3   -5.2336   637    1.284038      1.292665
    357    -2.1365   1  32  17   3   -5.2484   638    1.284268      1.292605
    358    -2.1348   1  32  17   3   -5.2634   640    1.284483      1.292521
    359    -2.1251   1  33  17   3   -5.2789   639    1.284678      1.292410
    360    -2.1219   1  33  17   3   -5.2949   640    1.284848      1.292272
    361    -2.1262   1  33  17   3   -5.3117   642    1.284992      1.292108
    362    -2.1377   1  33  17   3   -5.3290   641    1.285105      1.291924
    363    -2.1554   1  33  17   3   -5.3468   641    1.285185      1.291726
    364    -2.1782   1  33  17   3   -5.3649   645    1.285231      1.291524
    365    -2.2052   1  33  17   3   -5.3829   646    1.285241      1.291327
    366    -2.2340   1  33  17   3   -5.4008   646    1.285217      1.291147
    367    -2.2632   1  33  17   3   -5.4181   646    1.285158      1.290993
    368    -2.2708   1  30  16   3   -5.4349   646    1.285068      1.290872
    369    -2.2732   1  30  16   3   -5.4511   646    1.284952      1.290791
    370    -2.2806   1  30  16   3   -5.4668   646    1.284816      1.290752
    371    -2.2922   1  30  16   3   -5.4816   646    1.284666      1.290756
    372    -2.3085   1  30  16   3   -5.4957   647    1.284508      1.290800
    373    -2.3289   1  30  16   3   -5.5089   646    1.284352      1.290879
    374    -2.3343   1  33  15   4   -5.5212   646    1.284202      1.290985
    375    -2.3156   1  33  15   4   -5.5325   647    1.284064      1.291109
    376    -2.3039   1  33  15   4   -5.5429   648    1.283944      1.291239
    377    -2.2988   1  33  15   4   -5.5526   650    1.283844      1.291366
    378    -2.2998   1  33  15   4   -5.5619   654    1.283765      1.291477
    379    -2.3063   1  33  15   4   -5.5710   657    1.283709      1.291565
    380    -2.3176   1  33  15   4   -5.5802   658    1.283675      1.291621
    381    -2.3333   1  33  15   4   -5.5898   659    1.283659      1.291641
    382    -2.3418   1  32  17   3   -5.5999   661    1.283661      1.291624
    383    -2.3532   1  32  17   3   -5.6107   662    1.283677      1.291572
    384    -2.3677   1  32  17   3   -5.6221   662    1.283704      1.291489
    385    -2.3850   1  32  17   3   -5.6340   660    1.283740      1.291379
    386    -2.4045   1  32  17   3   -5.6463   661    1.283780      1.291251
    387    -2.4259   1  32  17   3   -5.6588   661    1.283824      1.291110
    388    -2.4397   1  32  17   4   -5.6714   660    1.283869      1.290964
    389    -2.4514   1  32  17   4   -5.6840   660    1.283913      1.290818
    390    -2.4640   1  32  17   4   -5.6965   659    1.283955      1.290676
    391    -2.4772   1  32  17   4   -5.7088   658    1.283993      1.290543
    392    -2.4905   1  32  17   4   -5.7211   658    1.284027      1.290423
    393    -2.5039   1  32  17   4   -5.7332   659    1.284057      1.290317
    394    -2.5174   1  32  17   4   -5.7454   659    1.284081      1.290230
    395    -2.5310   1  32  17   4   -5.7575   660    1.284100      1.290161
    396    -2.5444   1  32  17   4   -5.7695   660    1.284113      1.290112
    397    -2.5567   1  32  16   3   -5.7813   660    1.284119      1.290082
    398    -2.5701   1  32  16   3   -5.7929   660    1.284121      1.290070
    399    -2.5830   1  32  17   4   -5.8041   660    1.284117      1.290074
    400    -2.5933   1  32  17   4   -5.8148   660    1.284107      1.290092
  
  checkpoint restart file output at iteration #         400
  
  
  new restart file name 
 stage37.restart.new                                                             
  
  number of blocks: (nblks) =            2
  
    401    -2.6036   1  32  17   4   -5.8250   661    1.284094      1.290120
    402    -2.6142   1  32  17   4   -5.8349   662    1.284077      1.290157
    403    -2.6247   1  32  17   4   -5.8445   662    1.284057      1.290200
    404    -2.6353   1  32  17   4   -5.8541   662    1.284035      1.290244
    405    -2.6460   1  32  17   4   -5.8637   662    1.284013      1.290289
    406    -2.6554   1  31  15   4   -5.8734   663    1.283991      1.290333
    407    -2.6584   1  31  15   4   -5.8834   663    1.283969      1.290374
    408    -2.6631   1  31  15   4   -5.8935   664    1.283950      1.290411
    409    -2.6700   1  31  15   4   -5.9040   664    1.283933      1.290444
    410    -2.6794   1  31  15   4   -5.9147   666    1.283920      1.290473
    411    -2.6913   1  31  15   4   -5.9255   666    1.283911      1.290497
    412    -2.6989   1  32  16   3   -5.9364   666    1.283905      1.290517
    413    -2.7008   1  32  16   3   -5.9473   666    1.283904      1.290532
    414    -2.7040   1  32  16   3   -5.9582   666    1.283907      1.290544
    415    -2.7094   1  32  16   3   -5.9690   667    1.283914      1.290552
    416    -2.7173   1  32  16   3   -5.9797   667    1.283925      1.290557
    417    -2.7281   1  32  16   3   -5.9903   667    1.283940      1.290558
    418    -2.7415   1  32  16   3   -6.0007   667    1.283957      1.290557
    419    -2.7504   1  32  17   4   -6.0109   667    1.283977      1.290552
    420    -2.7545   1  32  17   4   -6.0210   667    1.283998      1.290544
    421    -2.7589   1  32  17   4   -6.0310   667    1.284019      1.290533
    422    -2.7636   1  32  17   4   -6.0408   667    1.284041      1.290520
    423    -2.7687   1  32  17   4   -6.0505   668    1.284062      1.290503
    424    -2.7744   1  32  17   4   -6.0602   668    1.284081      1.290484
    425    -2.7807   1  32  17   4   -6.0698   668    1.284098      1.290462
    426    -2.7875   1  32  17   4   -6.0794   669    1.284113      1.290439
    427    -2.7948   1  32  17   4   -6.0889   668    1.284124      1.290415
    428    -2.8026   1  32  17   4   -6.0983   666    1.284132      1.290391
    429    -2.8107   1  32  17   4   -6.1077   667    1.284137      1.290368
    430    -2.8191   1  32  17   4   -6.1170   667    1.284139      1.290346
    431    -2.8275   1  32  17   4   -6.1262   668    1.284138      1.290327
    432    -2.8362   1  32  17   4   -6.1352   668    1.284134      1.290311
    433    -2.8449   1  32  17   4   -6.1440   669    1.284127      1.290298
    434    -2.8534   1  32  17   4   -6.1527   669    1.284119      1.290289
    435    -2.8616   1  32  17   4   -6.1611   669    1.284109      1.290283
    436    -2.8694   1  32  17   4   -6.1694   669    1.284098      1.290282
    437    -2.8770   1  32  17   4   -6.1776   669    1.284086      1.290284
    438    -2.8842   1  32  17   4   -6.1856   669    1.284075      1.290289
    439    -2.8911   1  32  17   4   -6.1934   669    1.284065      1.290296
    440    -2.8980   1  32  17   4   -6.2012   669    1.284055      1.290305
    441    -2.9048   1  32  17   4   -6.2090   669    1.284046      1.290316
    442    -2.9115   1  32  17   4   -6.2168   669    1.284039      1.290326
    443    -2.9182   1  32  17   4   -6.2246   670    1.284033      1.290337
    444    -2.9250   1  32  17   4   -6.2325   670    1.284029      1.290347
    445    -2.9319   1  32  17   4   -6.2404   670    1.284027      1.290356
    446    -2.9392   1  32  17   4   -6.2485   670    1.284026      1.290364
    447    -2.9468   1  32  17   4   -6.2567   670    1.284027      1.290370
    448    -2.9548   1  32  17   4   -6.2650   669    1.284029      1.290374
    449    -2.9632   1  32  17   4   -6.2734   669    1.284032      1.290377
    450    -2.9722   1  32  17   4   -6.2818   669    1.284036      1.290377
    451    -2.9816   1  32  17   4   -6.2903   669    1.284041      1.290376
    452    -2.9913   1  32  17   4   -6.2989   669    1.284047      1.290374
    453    -3.0014   1  32  17   4   -6.3074   670    1.284052      1.290371
    454    -3.0119   1  32  17   4   -6.3158   670    1.284058      1.290367
    455    -3.0227   1  32  17   4   -6.3242   670    1.284064      1.290362
    456    -3.0337   1  32  17   4   -6.3325   671    1.284070      1.290358
    457    -3.0449   1  32  17   4   -6.3407   671    1.284076      1.290353
    458    -3.0561   1  32  17   4   -6.3489   671    1.284082      1.290349
    459    -3.0673   1  32  17   4   -6.3570   671    1.284087      1.290346
    460    -3.0783   1  32  17   4   -6.3650   671    1.284092      1.290343
    461    -3.0891   1  32  17   4   -6.3730   671    1.284096      1.290341
    462    -3.0996   1  32  17   4   -6.3809   671    1.284100      1.290340
    463    -3.1098   1  32  17   4   -6.3887   671    1.284104      1.290339
    464    -3.1173   1  33  17   2   -6.3965   671    1.284107      1.290339
    465    -3.1177   1  33  17   2   -6.4042   671    1.284110      1.290340
    466    -3.1191   1  33  17   2   -6.4119   671    1.284112      1.290342
    467    -3.1218   1  33  17   2   -6.4195   671    1.284114      1.290344
    468    -3.1257   1  33  17   2   -6.4272   671    1.284116      1.290347
    469    -3.1308   1  33  17   2   -6.4348   671    1.284117      1.290350
    470    -3.1374   1  33  17   2   -6.4424   671    1.284118      1.290353
    471    -3.1451   1  33  17   2   -6.4500   671    1.284119      1.290356
    472    -3.1541   1  33  17   2   -6.4576   671    1.284121      1.290359
    473    -3.1642   1  33  17   2   -6.4651   671    1.284121      1.290361
    474    -3.1756   1  33  17   2   -6.4727   671    1.284122      1.290364
    475    -3.1880   1  33  17   2   -6.4802   671    1.284123      1.290366
    476    -3.2014   1  33  17   2   -6.4878   671    1.284124      1.290368
    477    -3.2157   1  33  17   2   -6.4953   671    1.284125      1.290369
    478    -3.2308   1  33  17   2   -6.5027   671    1.284126      1.290370
    479    -3.2430   1  32  17   4   -6.5102   672    1.284127      1.290370
    480    -3.2514   1  32  17   4   -6.5176   672    1.284128      1.290370
    481    -3.2599   1  32  17   4   -6.5249   672    1.284129      1.290370
    482    -3.2685   1  32  17   4   -6.5322   673    1.284130      1.290369
    483    -3.2773   1  32  17   4   -6.5395   673    1.284131      1.290368
    484    -3.2859   1  32  17   4   -6.5467   673    1.284132      1.290367
    485    -3.2945   1  32  17   4   -6.5538   673    1.284133      1.290365
    486    -3.3030   1  32  17   4   -6.5610   673    1.284134      1.290364
    487    -3.3115   1  32  17   4   -6.5681   673    1.284135      1.290362
    488    -3.3200   1  32  17   4   -6.5751   673    1.284135      1.290360
    489    -3.3285   1  32  17   4   -6.5821   673    1.284136      1.290358
    490    -3.3372   1  32  17   4   -6.5891   673    1.284137      1.290357
    491    -3.3460   1  32  17   4   -6.5960   673    1.284137      1.290356
    492    -3.3549   1  32  17   4   -6.6028   673    1.284137      1.290354
    493    -3.3640   1  32  17   4   -6.6097   673    1.284137      1.290353
    494    -3.3734   1  32  17   4   -6.6165   673    1.284137      1.290352
    495    -3.3830   1  32  17   4   -6.6232   673    1.284136      1.290351
    496    -3.3927   1  32  17   4   -6.6299   673    1.284135      1.290351
    497    -3.4029   1  32  17   4   -6.6366   673    1.284135      1.290350
    498    -3.4132   1  32  17   4   -6.6433   673    1.284134      1.290350
    499    -3.4238   1  32  17   4   -6.6499   673    1.284134      1.290350
    500    -3.4347   1  32  17   4   -6.6564   673    1.284133      1.290350
  
  checkpoint restart file output at iteration #         500
  
  
  new restart file name 
 stage37.restart.new                                                             
  
  number of blocks: (nblks) =            2
  
    501    -3.4456   1  32  17   4   -6.6630   673    1.284132      1.290350
    502    -3.4566   1  32  17   4   -6.6695   673    1.284131      1.290350
    503    -3.4676   1  32  17   4   -6.6760   674    1.284131      1.290350
    504    -3.4787   1  32  17   4   -6.6825   674    1.284130      1.290350
    505    -3.4899   1  32  17   4   -6.6890   674    1.284130      1.290350
    506    -3.5010   1  32  17   4   -6.6954   674    1.284129      1.290350
    507    -3.5121   1  32  17   4   -6.7018   674    1.284129      1.290350
    508    -3.5231   1  32  17   4   -6.7082   674    1.284128      1.290350
    509    -3.5342   1  32  17   4   -6.7146   674    1.284128      1.290350
    510    -3.5428   1  30  17   6   -6.7210   674    1.284128      1.290350
    511    -3.5485   1  30  17   6   -6.7273   674    1.284128      1.290349
    512    -3.5544   1  30  17   6   -6.7337   674    1.284128      1.290349
    513    -3.5604   1  30  17   6   -6.7400   674    1.284128      1.290348
    514    -3.5669   1  30  17   6   -6.7463   674    1.284129      1.290348
    515    -3.5736   1  30  17   6   -6.7526   674    1.284129      1.290347
    516    -3.5805   1  30  17   6   -6.7589   674    1.284129      1.290346
    517    -3.5878   1  30  17   6   -6.7651   674    1.284130      1.290345
    518    -3.5953   1  30  17   6   -6.7714   674    1.284130      1.290345
    519    -3.6029   1  30  17   6   -6.7776   674    1.284131      1.290344
    520    -3.6088   1  33  15   4   -6.7838   674    1.284131      1.290343
    521    -3.6116   1  33  15   4   -6.7899   674    1.284132      1.290342
    522    -3.6148   1  33  15   4   -6.7961   674    1.284132      1.290342
    523    -3.6186   1  33  15   4   -6.8022   674    1.284132      1.290341
    524    -3.6226   1  33  15   4   -6.8083   674    1.284133      1.290341
    525    -3.6274   1  33  15   4   -6.8144   674    1.284133      1.290340
    526    -3.6324   1  33  15   4   -6.8204   674    1.284133      1.290340
    527    -3.6376   1  33  15   4   -6.8265   674    1.284134      1.290340
    528    -3.6432   1  33  15   4   -6.8325   674    1.284134      1.290339
    529    -3.6493   1  33  15   4   -6.8385   674    1.284134      1.290339
    530    -3.6557   1  33  15   4   -6.8445   674    1.284134      1.290339
    531    -3.6625   1  33  15   4   -6.8505   674    1.284134      1.290339
    532    -3.6696   1  33  15   4   -6.8565   674    1.284134      1.290339
    533    -3.6771   1  33  15   4   -6.8624   674    1.284135      1.290339
    534    -3.6831   2  21   2  17   -6.8683   674    1.284135      1.290339
    535    -3.6866   2  21   2  17   -6.8742   674    1.284135      1.290339
    536    -3.6904   2  21   2  17   -6.8801   674    1.284135      1.290339
    537    -3.6941   2  21   2  17   -6.8860   674    1.284135      1.290339
    538    -3.6978   2  21   2  17   -6.8918   674    1.284135      1.290339
    539    -3.7015   2  21   2  17   -6.8976   674    1.284135      1.290340
    540    -3.7053   2  21   2  17   -6.9034   674    1.284135      1.290340
    541    -3.7092   2  21   2  17   -6.9092   674    1.284135      1.290340
    542    -3.7131   2  21   2  17   -6.9149   674    1.284135      1.290340
    543    -3.7169   2  21   2  17   -6.9206   674    1.284135      1.290340
    544    -3.7207   2  21   2  17   -6.9263   674    1.284135      1.290340
    545    -3.7247   2  21   2  17   -6.9320   674    1.284135      1.290340
    546    -3.7286   2  21   2  17   -6.9376   674    1.284136      1.290340
    547    -3.7326   2  21   2  17   -6.9432   674    1.284136      1.290340
    548    -3.7365   2  21   2  17   -6.9487   674    1.284136      1.290340
    549    -3.7405   2  21   2  17   -6.9543   674    1.284136      1.290340
    550    -3.7446   2  21   2  17   -6.9598   674    1.284136      1.290340
    551    -3.7487   2  21   2  17   -6.9653   674    1.284136      1.290340
    552    -3.7529   2  21   2  17   -6.9707   674    1.284136      1.290340
    553    -3.7569   2  21   2  17   -6.9762   674    1.284136      1.290340
    554    -3.7613   2  21   2  17   -6.9816   674    1.284136      1.290340
    555    -3.7654   2  21   2  17   -6.9870   674    1.284136      1.290340
    556    -3.7696   2  21   2  17   -6.9924   674    1.284137      1.290340
    557    -3.7740   2  21   2  17   -6.9977   674    1.284137      1.290339
    558    -3.7784   2  21   2  17   -7.0030   674    1.284137      1.290339
    559    -3.7828   2  21   2  17   -7.0083   674    1.284137      1.290339
    560    -3.7873   2  21   2  17   -7.0136   674    1.284137      1.290339
    561    -3.7918   2  21   2  17   -7.0188   674    1.284137      1.290339
    562    -3.7962   2  21   2  17   -7.0241   674    1.284137      1.290339
    563    -3.8007   2  21   2  17   -7.0293   674    1.284137      1.290339
    564    -3.8053   2  21   2  17   -7.0345   674    1.284137      1.290339
    565    -3.8098   2  21   2  17   -7.0396   674    1.284137      1.290339
    566    -3.8144   2  21   2  17   -7.0448   674    1.284137      1.290340
    567    -3.8191   2  21   2  17   -7.0499   674    1.284137      1.290339
    568    -3.8237   2  21   2  17   -7.0550   674    1.284137      1.290339
    569    -3.8286   2  21   2  17   -7.0600   674    1.284137      1.290339
    570    -3.8334   2  21   2  17   -7.0651   674    1.284137      1.290339
    571    -3.8380   2  21   2  17   -7.0701   674    1.284137      1.290339
    572    -3.8427   2  21   2  17   -7.0751   674    1.284137      1.290339
    573    -3.8473   2  21   2  17   -7.0801   674    1.284137      1.290339
    574    -3.8521   2  21   2  17   -7.0851   674    1.284137      1.290339
    575    -3.8568   2  21   2  17   -7.0900   674    1.284137      1.290339
    576    -3.8616   2  21   2  17   -7.0949   674    1.284137      1.290339
    577    -3.8663   2  21   2  17   -7.0998   674    1.284137      1.290339
    578    -3.8709   2  21   2  17   -7.1047   674    1.284137      1.290339
    579    -3.8756   2  21   2  17   -7.1096   674    1.284137      1.290339
    580    -3.8804   2  21   2  17   -7.1145   674    1.284137      1.290339
    581    -3.8850   2  21   2  17   -7.1193   674    1.284137      1.290339
    582    -3.8897   2  21   2  17   -7.1241   674    1.284137      1.290339
    583    -3.8944   2  21   2  17   -7.1289   674    1.284137      1.290339
    584    -3.8991   2  21   2  17   -7.1337   674    1.284137      1.290339
    585    -3.9038   2  21   2  17   -7.1385   674    1.284137      1.290339
    586    -3.9083   2  21   2  17   -7.1433   674    1.284137      1.290339
    587    -3.9129   2  21   2  17   -7.1480   674    1.284138      1.290339
    588    -3.9175   2  21   2  17   -7.1528   674    1.284138      1.290339
    589    -3.9221   2  21   2  17   -7.1575   674    1.284138      1.290339
    590    -3.9268   2  21   2  17   -7.1622   674    1.284138      1.290339
    591    -3.9313   1  35  17  17   -7.1669   674    1.284138      1.290339
    592    -3.9353   1  35  17  17   -7.1716   674    1.284138      1.290339
    593    -3.9394   1  35  17  17   -7.1763   674    1.284138      1.290339
    594    -3.9436   1  35  17  17   -7.1809   674    1.284138      1.290339
    595    -3.9477   1  35  17  17   -7.1856   674    1.284138      1.290339
    596    -3.9518   1  35  17  17   -7.1902   674    1.284138      1.290339
    597    -3.9557   1  35  17  17   -7.1948   674    1.284138      1.290338
    598    -3.9600   1  35  17  17   -7.1993   674    1.284138      1.290339
    599    -3.9641   1  35  17  17   -7.2039   674    1.284138      1.290338
    600    -3.9680   1  35  17  17   -7.2085   674    1.284138      1.290338
  
  checkpoint restart file output at iteration #         600
  
  
  new restart file name 
 stage37.restart.new                                                             
  
  number of blocks: (nblks) =            2
  
  
  new restart file name 
 stage37.restart.new                                                             
  
  number of blocks: (nblks) =            2
  

*** plot3d absolute output on unit   9 ***
*** file stage37.p3dabs                

*** plot3d relative output on unit   8 ***
*** file stage37.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 
1070.1u 0.8s 20:42 86% 0+0k 0+218io 0pf+0w
Finished at   --> Wed Oct  6 10:28:48 EDT 1999