19 January 2020 11:30:35 AM

FEM_TO_GMSH
  C version:
  Convert a 1D, 2D or 3D mesh to Gmsh format.

  Read "prefix"_nodes.txt, node coordinates.
  Read "prefix"_elements.txt, 3 or 6 node element definitions.

  Create "prefix".msh, a corresponding Gmsh mesh file.

  Read the header of "cheby9_nodes.txt".

  Spatial dimension = 1
  Number of nodes  = 9

  Read the data in "cheby9_nodes.txt".

  Portion of node coordinate data:

  Row:        0     
  Col

    0:              -1
    1:        -0.92388
    2:       -0.707107
    3:       -0.382683
    4:               0

  Read the header of "cheby9_elements.txt".

  Element order = 2
  Number of elements  = 8

  Read the data in "cheby9_elements.txt".

  Initial portion of element data:

  Row:      0       1  
  Col

    0:      1       2  
    1:      2       3  
    2:      3       4  
    3:      4       5  
    4:      5       6  
    5:      6       7  
    6:      7       8  
    7:      8       9  

MESH_BASE_ONE:
  The element indexing appears to be 1-based!
  No conversion is necessary.

  Created the GMSH file "cheby9.msh".

FEM_TO_GMSH:
  Normal end of execution.

19 January 2020 11:30:35 AM
19 January 2020 11:30:35 AM

FEM_TO_GMSH
  C version:
  Convert a 1D, 2D or 3D mesh to Gmsh format.

  Read "prefix"_nodes.txt, node coordinates.
  Read "prefix"_elements.txt, 3 or 6 node element definitions.

  Create "prefix".msh, a corresponding Gmsh mesh file.

  Read the header of "mesh3d_nodes.txt".

  Spatial dimension = 3
  Number of nodes  = 8

  Read the data in "mesh3d_nodes.txt".

  Portion of node coordinate data:

  Row:        0             1             2     
  Col

    0:               0               0               0
    1:               0               0               1
    2:               0               1               0
    3:               0               1               1
    4:               1               0               0

  Read the header of "mesh3d_elements.txt".

  Element order = 4
  Number of elements  = 6

  Read the data in "mesh3d_elements.txt".

  Initial portion of element data:

  Row:      0       1       2       3  
  Col

    0:      4       3       5       1  
    1:      4       2       5       1  
    2:      4       7       3       5  
    3:      4       7       8       5  
    4:      4       6       2       5  
    5:      4       6       8       5  

MESH_BASE_ONE:
  The element indexing appears to be 1-based!
  No conversion is necessary.

  Created the GMSH file "mesh3d.msh".

FEM_TO_GMSH:
  Normal end of execution.

19 January 2020 11:30:35 AM
19 January 2020 11:30:35 AM

FEM_TO_GMSH
  C version:
  Convert a 1D, 2D or 3D mesh to Gmsh format.

  Read "prefix"_nodes.txt, node coordinates.
  Read "prefix"_elements.txt, 3 or 6 node element definitions.

  Create "prefix".msh, a corresponding Gmsh mesh file.

  Read the header of "rectangle_nodes.txt".

  Spatial dimension = 2
  Number of nodes  = 20

  Read the data in "rectangle_nodes.txt".

  Portion of node coordinate data:

  Row:        0             1     
  Col

    0:               0               0
    1:               1               0
    2:               2               0
    3:               3               0
    4:               4               0

  Read the header of "rectangle_elements.txt".

  Element order = 3
  Number of elements  = 24

  Read the data in "rectangle_elements.txt".

  Initial portion of element data:

  Row:      0       1       2  
  Col

    0:      6       1       2  
    1:      7       6       2  
    2:      7      11       6  
    3:     12      11       7  
    4:     16      11      12  
    5:     16      12      17  
    6:      7       2       3  
    7:      8       7       3  
    8:      8      12       7  
    9:     13      12       8  

MESH_BASE_ONE:
  The element indexing appears to be 1-based!
  No conversion is necessary.

  Created the GMSH file "rectangle.msh".

FEM_TO_GMSH:
  Normal end of execution.

19 January 2020 11:30:35 AM