/opt/saturne-2.0.2/cs-2.0/bin/cs_preprocess --in ecs_cmd -m 
/home/caelinux/Documents/STEAMPIPE/MESH/stoomleingcompoundmeshed.med --ensight 
--case check_mesh 

  .------------------------------.
  |                              |
  |   Code_Saturne Preprocessor  |
  |                              |
  `------------------------------'

  ECS   version 2.0.2   (Sat 01 Oct 2011 12:26:01 PM EDT)

  CGNS 2.5.5 file format support
  MED 3.0.3 (HDF5 1.8.7) file format support
  Reading of compressed files ('.gz') with Zlib 1.2.3.3



Case configuration
------------------

  Date                : Mon 11 Feb 2013 08:16:38 PM EST
  System              : Linux 2.6.32-34-generic
  Machine             : caelinux
  Processor           : Intel(R) Core(TM) i5 CPU       M 560  @ 2.67GHz
  Memory              : 3846600
  User                : caelinux (Live session user)
  Directory           : /home/caelinux/Documents/STEAMPIPE/STEAMPIPE-1/RESU

  Case name           : check_mesh
  Mesh file           : /home/caelinux/Documents/STEAMPIPE/MESH/stoomleingcompoundmeshed.med



Reading mesh from file in MED (EDF/CEA) format
----------------------
  Mesh file: /home/caelinux/Documents/STEAMPIPE/MESH/stoomleingcompoundmeshed.med


  Mesh name: Compound_Mesh_1

  Number of vertices                          :      470

Warning
=======
The MED mesh contains 90 elements of type seg2
which are ignored by the Preprocessor.

  Number of faces                             :      646
                                   Family 4   :       96
                                   Family 5   :       84
                                   Family 6   :       96
                                   Family 7   :       96
                                   Family 8   :       96
                                   Family 9   :       84
                                   Family 10  :        4
                                   Family 11  :        4
                                   Family 12  :       86
  Number of cells                             :     1606
                                   Family 0   :     1606

  Wall-clock time: 0.006826 s; CPU time: 0.010000 s


Done reading mesh
-----------------
  Theoretical mesh size:                46.919 Kb
  Theoretical current memory:           47.000 Kb
  Theoretical peak memory:              93.000 Kb
  Total memory used:                    35.500 Mb

  Domain coordinate extents:

  [ 0.00000e+00, -1.00000e+03,  0.00000e+00]
  [ 3.00000e+04,  5.00000e+04,  3.00000e+04]

  Number of elements                    tria3 :      646
  Number of elements                   tetra4 :     1606


  Element orientation check.



EnSight output of mesh: Fluid Domain
-----------------------
  Creating file: check_mesh.ensight/CHR.case
  Creating file: check_mesh.ensight/chr.geo

End of conversion to descending connectivity
--------------------------------------------
  Theoretical mesh size:                94.587 Kb
  Theoretical current memory:           95.000 Kb
  Theoretical peak memory:             262.000 Kb
  Total memory used:                    35.500 Mb


Defining families
-----------------


Creating mesh for output: Boundary
-------------------------

  Number of elements                    tria3 :      646


EnSight output of mesh: Boundary
-----------------------


Main mesh properties
--------------------

  Number of cells:                                  1606
  Number of internal faces:                         2889
  Number of boundary faces:                          646
  Number of vertices:                                470


Definition of face and cell families
------------------------------------

2889 faces from a total of 3535 have no color
and belong to no group...
A default family is assigned to those faces.


Warning
=======
1606 cells from a total of 1606 have no color
and belong to no group...
A default family is assigned to those cells.

  Family 1
         Group "toparea"
  Number of boundary faces :       96
  Family 2
         Group "frontarea"
  Number of boundary faces :       84
  Family 3
         Group "groundlevel"
  Number of boundary faces :       96
  Family 4
         Group "sidearea1"
  Number of boundary faces :       96
  Family 5
         Group "sidearea2"
  Number of boundary faces :       96
  Family 6
         Group "farendarea"
  Number of boundary faces :       84
  Family 7
         Group "pipe-in"
  Number of boundary faces :        4
  Family 8
         Group "pipe-out"
  Number of boundary faces :        4
  Family 9
         Group "wall"
  Number of boundary faces :       86
  Family 10
         Default family
         (with no color nor group)
  Number of cells          :     1606
  Number of internal faces :     2889


Definition of colors and groups based on families
-------------------------------------------------

  Group "toparea"
        Family 1
  Group "frontarea"
        Family 2
  Group "groundlevel"
        Family 3
  Group "sidearea1"
        Family 4
  Group "sidearea2"
        Family 5
  Group "farendarea"
        Family 6
  Group "pipe-in"
        Family 7
  Group "pipe-out"
        Family 8
  Group "wall"
        Family 9


Groups numbering
----------------

  Group   1 : "farendarea"
  Group   2 : "frontarea"
  Group   3 : "groundlevel"
  Group   4 : "pipe-in"
  Group   5 : "pipe-out"
  Group   6 : "sidearea1"
  Group   7 : "sidearea2"
  Group   8 : "toparea"
  Group   9 : "wall"


Write output for Kernel
-----------------------

  Opening file: preprocessor_output

  Wrote: "start_block:dimensions"
  Wrote: "n_cells"                         ; Type: "u8"; Size: 1
  Wrote: "n_faces"                         ; Type: "u8"; Size: 1
  Wrote: "n_vertices"                      ; Type: "u8"; Size: 1
  Wrote: "face_vertices_size"              ; Type: "u8"; Size: 1
  Wrote: "n_group_classes"                 ; Type: "i4"; Size: 1
  Wrote: "n_group_class_props_max"         ; Type: "i4"; Size: 1
  Wrote: "n_groups"                        ; Type: "u8"; Size: 1
  Wrote: "group_name_index"                ; Type: "i4"; Size: 10
  Wrote: "group_name"                      ; Type: "c "; Size: 83
  Wrote: "group_class_properties"          ; Type: "i4"; Size: 10
  Wrote: "end_block:dimensions"
  Wrote: "start_block:data"
  Wrote: "face_cells"                      ; Type: "i4"; Size: 7070
  Wrote: "cell_group_class_id"             ; Type: "i4"; Size: 1606
  Wrote: "face_group_class_id"             ; Type: "i4"; Size: 3535
  Wrote: "face_vertices_index"             ; Type: "u4"; Size: 3536
  Wrote: "face_vertices"                   ; Type: "i4"; Size: 10605
  Wrote: "vertex_coords"                   ; Type: "r8"; Size: 1410
  Wrote: "end_block:data"
  Wrote: "EOF"

  Closing file: preprocessor_output


Time and memory summary
-----------------------

  User CPU time                       (sec)   :        0.01
  System CPU time                     (sec)   :        0.12
  Total time                          (sec)   :        0.01
  Total CPU time / Total time                 :       11.65

Memory use summary:

  Total memory used:                                  35.500 Mb
  Theoretical instrumented dynamic memory:           262.000 Kb


  .-----------------------.
  |                       |
  |  Preprocessor finish  |
  |                       |
  `-----------------------'


command: 
 /opt/saturne-2.0.2/cs-2.0/bin/cs_solver --quality --log 0 --param cs_cmd

***************************************************************

                                  (R)
                      Code_Saturne

                      Version 2.0.2


  Copyright (C) 1998-2011 EDF S.A., France

  build Sat 01 Oct 2011 12:32:08 PM EDT
  MPI version 2.1 (Open MPI)


  The Code_Saturne CFD tool  is free software;
  you can redistribute it and/or modify it under the terms
  of the GNU General Public License as published by the
  Free Software Foundation; either version 2 of the License,
  or (at your option) any later version.

  The Code_Saturne CFD tool is distributed in the hope that
  it will be useful, but WITHOUT ANY WARRANTY; without even
  the implied warranty of MERCHANTABILITY or FITNESS FOR A
  PARTICULAR PURPOSE.  See the GNU General Public License
  for more details.

***************************************************************


Local case configuration:

  Date:              Mon 11 Feb 2013 08:16:41 PM EST
  System:            Linux 2.6.32-34-generic
  Machine:           caelinux
  Processor:         Intel(R) Core(TM) i5 CPU       M 560  @ 2.67GHz
  Memory:            3756 MB
  User:              caelinux (Live session user)
  Directory:         /home/caelinux/Documents/STEAMPIPE/STEAMPIPE-1/RESU
  MPI ranks:         1

===============================================================

                   CALCULATION PREPARATION
                   =======================


 ===========================================================




 Reading file:        preprocessor_output

 No error detected during the data verification
                              (interface, usini1 and others).

 Finished reading:    preprocessor_output

   Elapsed time for reading preprocessor_output: 0.000419 s

 Extended neighborhood structures definition

 Extended connectivity creation (0.0033 s)
 Number of cells:                                      1606

 ----------------------------------------------------------
 Number of cells + halo cells:                         1606


 ----------------------------------------------------------
 Number of interior faces:                             2889

 ----------------------------------------------------------
 Number of boundary faces:                             646

 ----------------------------------------------------------

 Histogram of the number of interior faces per cell:

    minimum value =                  2
    maximum value =                  4

      1 : [          2 ;          3 [ =          3
      2 : [          3 ;          4 ] =       1603

 ----------------------------------------------------------

 Renumbering mesh:
 Mesh
     Number of cells:          1606
     Number of interior faces: 2889
     Number of boundary faces: 646
     Number of vertices:       470

 Computing geometric quantities (0.000871 s)

 Mesh coordinates:               minimum    and maximum
                       X :  0.0000000e+00  3.0000000e+04
                       Y : -1.0000000e+03  5.0000000e+04
                       Z :  0.0000000e+00  3.0000000e+04

 Computing quality criteria

  Histogram of the interior faces warping:

    minimum value =         0.00000e+00
    maximum value =         1.42109e-14

      1 : [ 0.00000e+00 ; 1.42109e-15 [ =       2887
      2 : [ 1.42109e-15 ; 2.84217e-15 [ =          0
      3 : [ 2.84217e-15 ; 4.26326e-15 [ =          0
      4 : [ 4.26326e-15 ; 5.68434e-15 [ =          0
      5 : [ 5.68434e-15 ; 7.10543e-15 [ =          0
      6 : [ 7.10543e-15 ; 8.52651e-15 [ =          0
      7 : [ 8.52651e-15 ; 9.94760e-15 [ =          0
      8 : [ 9.94760e-15 ; 1.13687e-14 [ =          0
      9 : [ 1.13687e-14 ; 1.27898e-14 [ =          0
     10 : [ 1.27898e-14 ; 1.42109e-14 ] =          2

  Histogram of the boundary faces warping:

    minimum value =         0.00000e+00
    maximum value =         0.00000e+00


  Histogram of the interior faces weighting coefficient:

    minimum value =         5.00105e-01
    maximum value =         8.16623e-01

      1 : [ 5.00105e-01 ; 5.31757e-01 [ =        809
      2 : [ 5.31757e-01 ; 5.63409e-01 [ =        729
      3 : [ 5.63409e-01 ; 5.95061e-01 [ =        519
      4 : [ 5.95061e-01 ; 6.26713e-01 [ =        338
      5 : [ 6.26713e-01 ; 6.58364e-01 [ =        225
      6 : [ 6.58364e-01 ; 6.90016e-01 [ =        154
      7 : [ 6.90016e-01 ; 7.21668e-01 [ =         76
      8 : [ 7.21668e-01 ; 7.53320e-01 [ =         27
      9 : [ 7.53320e-01 ; 7.84972e-01 [ =         10
     10 : [ 7.84972e-01 ; 8.16623e-01 ] =          2

  Histogram of the interior faces off-centering coefficient:

    minimum value =         5.17023e-03
    maximum value =         6.33301e-01

      1 : [ 5.17023e-03 ; 6.79833e-02 [ =        136
      2 : [ 6.79833e-02 ; 1.30796e-01 [ =        438
      3 : [ 1.30796e-01 ; 1.93610e-01 [ =        842
      4 : [ 1.93610e-01 ; 2.56423e-01 [ =        653
      5 : [ 2.56423e-01 ; 3.19236e-01 [ =        435
      6 : [ 3.19236e-01 ; 3.82049e-01 [ =        191
      7 : [ 3.82049e-01 ; 4.44862e-01 [ =        111
      8 : [ 4.44862e-01 ; 5.07675e-01 [ =         54
      9 : [ 5.07675e-01 ; 5.70488e-01 [ =         23
     10 : [ 5.70488e-01 ; 6.33301e-01 ] =          6

  Histogram of the interior faces non-orthogonality coefficient (in degrees):

    minimum value =         2.11984e-03
    maximum value =         4.52474e+01

      1 : [ 2.11984e-03 ; 4.52665e+00 [ =        240
      2 : [ 4.52665e+00 ; 9.05117e+00 [ =        490
      3 : [ 9.05117e+00 ; 1.35757e+01 [ =        617
      4 : [ 1.35757e+01 ; 1.81002e+01 [ =        619
      5 : [ 1.81002e+01 ; 2.26248e+01 [ =        436
      6 : [ 2.26248e+01 ; 2.71493e+01 [ =        241
      7 : [ 2.71493e+01 ; 3.16738e+01 [ =        138
      8 : [ 3.16738e+01 ; 3.61983e+01 [ =         72
      9 : [ 3.61983e+01 ; 4.07229e+01 [ =         25
     10 : [ 4.07229e+01 ; 4.52474e+01 ] =         11

  Histogram of the boundary faces non-orthogonality coefficient (in degrees):

    minimum value =         1.43125e+00
    maximum value =         5.45174e+01

      1 : [ 1.43125e+00 ; 6.73986e+00 [ =         23
      2 : [ 6.73986e+00 ; 1.20485e+01 [ =         59
      3 : [ 1.20485e+01 ; 1.73571e+01 [ =         77
      4 : [ 1.73571e+01 ; 2.26657e+01 [ =        101
      5 : [ 2.26657e+01 ; 2.79743e+01 [ =        119
      6 : [ 2.79743e+01 ; 3.32829e+01 [ =        114
      7 : [ 3.32829e+01 ; 3.85915e+01 [ =         83
      8 : [ 3.85915e+01 ; 4.39002e+01 [ =         44
      9 : [ 4.39002e+01 ; 4.92088e+01 [ =         24
     10 : [ 4.92088e+01 ; 5.45174e+01 ] =          2

  Histogram of cell volumes:

    minimum value =         8.22688e+04
    maximum value =         1.75861e+11

      1 : [ 8.22688e+04 ; 1.75862e+10 [ =        620
      2 : [ 1.75862e+10 ; 3.51722e+10 [ =        555
      3 : [ 3.51722e+10 ; 5.27583e+10 [ =        226
      4 : [ 5.27583e+10 ; 7.03444e+10 [ =        108
      5 : [ 7.03444e+10 ; 8.79304e+10 [ =         55
      6 : [ 8.79304e+10 ; 1.05516e+11 [ =         30
      7 : [ 1.05516e+11 ; 1.23103e+11 [ =          4
      8 : [ 1.23103e+11 ; 1.40689e+11 [ =          4
      9 : [ 1.40689e+11 ; 1.58275e+11 [ =          1
     10 : [ 1.58275e+11 ; 1.75861e+11 ] =          3

 Checking the mesh structure coherency:
    Checking the face -> cells connectivity coherency
    Coherency criteria definition
    Coherency verification on coordinates 1
    Coherency verification on coordinates 2
    Coherency verification on coordinates 3
 End of coherency check of the mesh structure.

 --- Main Fortran work arrays:
       longia =        48180 (Number of integers)
       longra =       192720 (Number of reals)
       (4 bytes/integer, 8 bytes/real)

 --- User Fortran work arrays:
       nituse =            0 (Number of integers)
       nrtuse =            0 (Number of reals)

 --- Information on the volumes                              
       Minimum control volume      =        0.822688034E+05
       Maximum control volume      =        0.175860760E+12
       Total volume for the domain =        0.450000358E+14
                                                             
 --- Phase:          1
       ALMAX  =    0.35198E+05 (Characteristic length       )
       ALMAX is the cubic root of the domain volume.

       ALMAX is the length used to initialize the turbulence.

===============================================================

              RUNNING IN VERIFICATION MODE                   
              ============================                   
                                                             
 =========================================================== 




 Extended neighborhood reduced by non-orthogonality
 --------------------------------------------------

 Size of complete cell-cell connectivity:        75778
 Size of filtered cell-cell conectivity:            70
 75708 connections removed, for a ratio of 0.092 % used


 =========================================================== 




                      END OF CALCULATION                     
                      ==================                     


===============================================================

 Destroying structures and ending computation

Writing of "chr" (EnSight Gold) summary:

  CPU time for meshes:                     0.010
  CPU time for variables:                  0.000

  Elapsed time for meshes:                 0.000
  Elapsed time for variables:              0.002

Checkpoint / restart files summary:

  Number of files read:               0
  Number of files written:            0

  Elapsed time for reading:                0.000
  Elapsed time for writing:                0.000

Calculation time summary:

  User CPU time:              0.020 s
  System CPU time:            0.190 s

  Elapsed time:               0.135 s
  CPU / elapsed time          1.553

Memory use summary:

  Total memory used:                              92.367 MB
  Theoretical instrumented dynamic memory:         2.379 MB

  Fortran work arrays memory use:
   5142         integers needed (maximum reached in CREGEO)
   123439       reals    needed (maximum reached in TESTEL)

   Local maximum work memory requested        1.693 MB
                                  used     1008.000 KB