n571(0):  
n571(0): HEAT_MPI:
n571(0):   FORTRAN77/MPI version
n571(0):  
n571(0):   Solve the 1D time-dependent heat equation.
n571(0):  
n571(0): HEAT_MPI:
n571(0):   FORTRAN77/MPI version
n571(0):  
n571(0):   Solve the 1D time-dependent heat equation.
n572(2):  
n572(2): HEAT_MPI:
n572(2):   FORTRAN77/MPI version
n572(2):  
n572(2):   Solve the 1D time-dependent heat equation.
n572(2):  
n572(2): HEAT_MPI:
n572(2):   FORTRAN77/MPI version
n572(2):  
n572(2):   Solve the 1D time-dependent heat equation.
n571(0):  
n571(0):   Compute an approximate solution to the time dependent
n571(0):   one dimensional heat equation:
n571(0):  
n571(0):     dH/dt - K * d2H/dx2 = f(x,t)
n571(0):  
n571(0):   for    .000000E+00 = x_min < x < x_max =    1.00000    
n571(0):  
n571(0):   and    .000000E+00 = time_min < t <= t_max =    10.0000    
n571(0):  
n571(0):   Boundary conditions are specified at x_min and x_max.
n571(0):   Initial conditions are specified at time_min.
n571(0):  
n571(0):   The finite difference method is used to discretize the
n571(0):   differential equation.
n571(0):  
n571(0):   This uses       44 equally spaced points in X
n571(0):   and      100 equally spaced points in time.
n571(0):  
n571(0):   Parallel execution is done using        4 processors.
n571(0):   Domain decomposition is used.
n571(0):   Each processor works on       11 nodes,
n571(0):   and shares some information with its immediate neighbors.
n571(0):  
n571(0): UPDATE
n571(0):   CFL stability criterion value =    .369800    
n571(0):  
n571(0):   Wall clock elapsed seconds =    .000000E+00
All nodes terminated successfully.