02-Apr-2019 11:08:02

tet_mesh_volumes_test:
  MATLAB version
  Test tet_mesh_volumes.

02-Apr-2019 11:08:02

TET_MESH_VOLUMES:
  MATLAB version:
  Compute volume of each tetrahedron in a tet mesh.

  Read the header of "cube_nodes.txt".

  Spatial dimension DIM_NUM = 3
  Number of points NODE_NUM = 8

  Read the data in "cube_nodes.txt".

  5 by 5 portion of data read from file:

  Row:       1             2             3       
  Col
    1     0.000000    0.000000    0.000000
    2     0.000000    0.000000    1.000000
    3     0.000000    1.000000    0.000000
    4     0.000000    1.000000    1.000000
    5     1.000000    0.000000    0.000000

  Read the header of "cube_elements.txt".

  Element order = 4
  Number of elements  = 6

  Read the data in "cube_elements.txt".

  Portion of TETRA_NODE:

  Row:       1        2        3        4  
  Col

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

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

  Minimum:  0.166667
  Average:  0.166667
  Maximum:  0.166667
  Total:    1.000000
  Variance: 0.000000

  Full list of volumes written to "cube_volumes.txt".

TET_MESH_VOLUMES:
  Normal end of execution.

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02-Apr-2019 11:08:02

TET_MESH_VOLUMES:
  MATLAB version:
  Compute volume of each tetrahedron in a tet mesh.

  Read the header of "twenty_nodes.txt".

  Spatial dimension DIM_NUM = 3
  Number of points NODE_NUM = 20

  Read the data in "twenty_nodes.txt".

  5 by 5 portion of data read from file:

  Row:       1             2             3       
  Col
    1    -0.432565    0.294411   -1.604086
    2    -1.665584   -1.336182    0.257304
    3     0.125332    0.714325   -1.056473
    4     0.287676    1.623562    1.415141
    5    -1.146471   -0.691776   -0.805090

  Read the header of "twenty_elements.txt".

  Element order = 4
  Number of elements  = 70

  Read the data in "twenty_elements.txt".

  Portion of TETRA_NODE:

  Row:       1        2        3        4  
  Col

    1       12        4       14        2  
    2       12       19       14        2  
    3        8       19       14        2  
    4        8       12       19       14  
    5       13       12        4        2  
    6       13       12       19        2  
    7       13       15       12        4  
    8        5        8        9        2  
    9       11        5        1        9  
   10       17        7        4       14  

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

  Minimum:  0.001486
  Average:  0.144218
  Maximum:  1.172662
  Total:    10.095249
  Variance: 0.034864

  Full list of volumes written to "twenty_volumes.txt".

TET_MESH_VOLUMES:
  Normal end of execution.

02-Apr-2019 11:08:02

tet_mesh_volumes_test:
  Normal end of execution.

02-Apr-2019 11:08:02