22 April 2016   2:16:19.885 PM
 
MM_IO_PRB:
  FORTRAN90 version
  Test the MM_IO library.
 
TEST01:
  MM_HEADER_READ reads the header line of
    a Matrix Market file.
  MM_SIZE_READ_FILE or MM_SIZE_READ_STRING
    reads the size line of a Matrix Market file.
 
  Reading "matrix_05_05_crg.txt".
 
MM_HEADER_PRINT:
  Header information from Matrix Market file "matrix_05_05_crg.txt".
 
  Matrix Market ID = "%%MatrixMarket".
    "%%MatrixMarket" is only allowed value.
 
  Matrix Market TYPE = "matrix".
    "matrix" is only allowed value.
 
  Representation type REP = "coordinate".
    "coordinate" for sparse matrices,
    "array"      for dense matrices,
    "elemental"  for unassembled finite element matrices.
 
  Numeric FIELD = "real".
    "integer" for integer values,
    "real"    for real values,
    "double"  for double precision real values,
    "complex" for complex values,
    "pattern" for nonzero pattern only.
 
  Symmetry type SYMM = "general".
    "general"         no symmetry,
    "symmetric"       A(I,J) = A(J,I),
                      input only lower triangle.
    "skew-symmetric"  A(I,J) = - A(J,I),
                      input only strict lower triangle.
    "Hermitian"       A(I,J) = A*(J,I),
                      input only lower triangle.
 
Comment lines:
 
%
%  This file created by MM_FILE_WRITE of MM_IO.F90.
%
 
MM_SIZE_PRINT:
  Size information from Matrix Market file "matrix_05_05_crg.txt".
 
 
  Number of rows    NROW =        5
  Number of columns NCOL =        5
  Declared number of nonzeros NNZ =       10
 
TEST02:
  MM_FILE_READ reads a Matrix Market file.
 
  Reading "matrix_05_05_crg.txt".
 
MM_HEADER_PRINT:
  Header information from Matrix Market file "matrix_05_05_crg.txt".
 
  Matrix Market ID = "%%MatrixMarket".
    "%%MatrixMarket" is only allowed value.
 
  Matrix Market TYPE = "matrix".
    "matrix" is only allowed value.
 
  Representation type REP = "coordinate".
    "coordinate" for sparse matrices,
    "array"      for dense matrices,
    "elemental"  for unassembled finite element matrices.
 
  Numeric FIELD = "real".
    "integer" for integer values,
    "real"    for real values,
    "double"  for double precision real values,
    "complex" for complex values,
    "pattern" for nonzero pattern only.
 
  Symmetry type SYMM = "general".
    "general"         no symmetry,
    "symmetric"       A(I,J) = A(J,I),
                      input only lower triangle.
    "skew-symmetric"  A(I,J) = - A(J,I),
                      input only strict lower triangle.
    "Hermitian"       A(I,J) = A*(J,I),
                      input only lower triangle.
 
MM_SIZE_PRINT:
  Size information from Matrix Market file "matrix_05_05_crg.txt".
 
 
  Number of rows    NROW =        5
  Number of columns NCOL =        5
  Declared number of nonzeros NNZ =       10
 
  Sparse array storage by coordinate.
  Listing entries        1 through        5
 
   1         1       1   11.0000    
   2         1       5   15.0000    
   3         2       3   23.0000    
   4         2       4   24.0000    
   5         3       2   32.0000    
 
TEST03:
  MM_FILE_WRITE writes the header and data of
  a Matrix Market file.
 
TEST04:
  MM_FILE_WRITE writes the header and data of
  a Matrix Market file.
 
  In this example, we generate the Wathen matrix
  of order 29 x 29, and store it (inefficiently)
  as an array.
 
MM_IO_PRB:
  Normal end of execution.
 
22 April 2016   2:16:19.902 PM