n804(0):  
n804(0): MATMAT
n804(0):   FORTRAN90 version
n804(0):   An MPI example program
n804(0):   to compute a matrix product C = A * B.
n804(0):  
n804(0):   The number of processes is        4
n804(0):  
n804(0):   Number of rows    of matrix A =       10
n804(0):   Number of columns of matrix A =       20
n804(0):   Number of rows    of matrix B =       20
n804(0):   Number of columns of matrix B =       25
n804(0):  
n804(0):   Process        0 is active.
n804(0):  
n804(0): MATMAT - Master process:
n804(0):   Initial 5 x 5 block of exact product matrix C:
n804(0):  
n798(2):  
n798(2):   Process        2 is active.
n804(0):    1.01831       0.00000       0.00000       0.00000       0.00000    
n804(0):  -0.915748E-02   1.05495     -0.238419E-06  0.238419E-06   0.00000    
n804(0):    0.00000     -0.366300E-01   1.10989     -0.238419E-06   0.00000    
n804(0):    0.00000       0.00000     -0.824177E-01   1.18315       0.00000    
n804(0):    0.00000       0.00000      0.238419E-06 -0.146520       1.27473    
n804(0):  
n804(0):   Process        1 is active.
n798(2):  
n798(2):   Process        3 is active.
n804(0):  
n804(0): MATMAT - Master process:
n804(0):   Initial 5 x 5 block of computed product matrix C:
n804(0):  
n804(0):    1.01831       0.00000       0.00000       0.00000       0.00000    
n804(0):  -0.915748E-02   1.05495     -0.238419E-06  0.238419E-06   0.00000    
n804(0):    0.00000     -0.366300E-01   1.10989     -0.238419E-06   0.00000    
n804(0):    0.00000       0.00000     -0.824177E-01   1.18315       0.00000    
n804(0):    0.00000       0.00000      0.238419E-06 -0.146520       1.27473    
n804(0):  
n804(0): MATMAT - Master process:
n804(0):   Normal end of execution.
All nodes terminated successfully.