HELMHOLTZ
  C/OpenMP version

  A program which solves the 2D Helmholtz equation.

  This program is being run in parallel.

  The number of processors available:
  OMP_GET_NUM_PROCS () = 2

  The number of threads is 4

  The region is [-1,1] x [-1,1].
  The number of nodes in the X direction is M = 500
  The number of nodes in the Y direction is N = 500
  Number of variables in linear system M * N  = 250000
  The scalar coefficient in the Helmholtz equation is ALPHA = 0.250000
  The relaxation value is OMEGA = 1.100000
  The error tolerance is TOL = 0.000000
  The maximum number of Jacobi iterations is IT_MAX = 100

  Right hand side l2 norm = 1458.457517
     1  Residual RMS 0.000000
     2  Residual RMS 0.000000
     3  Residual RMS 0.000000
     4  Residual RMS 0.000000
     5  Residual RMS 0.000000
     6  Residual RMS 0.000000
     7  Residual RMS 0.000000
     8  Residual RMS 0.000000
     9  Residual RMS 0.000000
    10  Residual RMS 0.000000
    11  Residual RMS 0.000000
    12  Residual RMS 0.000000
    13  Residual RMS 0.000000
    14  Residual RMS 0.000000
    15  Residual RMS 0.000000
    16  Residual RMS 0.000000
    17  Residual RMS 0.000000
    18  Residual RMS 0.000000
    19  Residual RMS 0.000000
    20  Residual RMS 0.000000
    21  Residual RMS 0.000000
    22  Residual RMS 0.000000
    23  Residual RMS 0.000000
    24  Residual RMS 0.000000
    25  Residual RMS 0.000000
    26  Residual RMS 0.000000
    27  Residual RMS 0.000000
    28  Residual RMS 0.000000
    29  Residual RMS 0.000000
    30  Residual RMS 0.000000
    31  Residual RMS 0.000000
    32  Residual RMS 0.000000
    33  Residual RMS 0.000000
    34  Residual RMS 0.000000
    35  Residual RMS 0.000000
    36  Residual RMS 0.000000
    37  Residual RMS 0.000000
    38  Residual RMS 0.000000
    39  Residual RMS 0.000000
    40  Residual RMS 0.000000
    41  Residual RMS 0.000000
    42  Residual RMS 0.000000
    43  Residual RMS 0.000000
    44  Residual RMS 0.000000
    45  Residual RMS 0.000000
    46  Residual RMS 0.000000
    47  Residual RMS 0.000000
    48  Residual RMS 0.000000
    49  Residual RMS 0.000000
    50  Residual RMS 0.000000
    51  Residual RMS 0.000000
    52  Residual RMS 0.000000
    53  Residual RMS 0.000000
    54  Residual RMS 0.000000
    55  Residual RMS 0.000000
    56  Residual RMS 0.000000
    57  Residual RMS 0.000000
    58  Residual RMS 0.000000
    59  Residual RMS 0.000000
    60  Residual RMS 0.000000
    61  Residual RMS 0.000000
    62  Residual RMS 0.000000
    63  Residual RMS 0.000000
    64  Residual RMS 0.000000
    65  Residual RMS 0.000000
    66  Residual RMS 0.000000
    67  Residual RMS 0.000000
    68  Residual RMS 0.000000
    69  Residual RMS 0.000000
    70  Residual RMS 0.000000
    71  Residual RMS 0.000000
    72  Residual RMS 0.000000
    73  Residual RMS 0.000000
    74  Residual RMS 0.000000
    75  Residual RMS 0.000000
    76  Residual RMS 0.000000
    77  Residual RMS 0.000000
    78  Residual RMS 0.000000
    79  Residual RMS 0.000000
    80  Residual RMS 0.000000
    81  Residual RMS 0.000000
    82  Residual RMS 0.000000
    83  Residual RMS 0.000000
    84  Residual RMS 0.000000
    85  Residual RMS 0.000000
    86  Residual RMS 0.000000
    87  Residual RMS 0.000000
    88  Residual RMS 0.000000
    89  Residual RMS 0.000000
    90  Residual RMS 0.000000
    91  Residual RMS 0.000000
    92  Residual RMS 0.000000
    93  Residual RMS 0.000000
    94  Residual RMS 0.000000
    95  Residual RMS 0.000000
    96  Residual RMS 0.000000
    97  Residual RMS 0.000000
    98  Residual RMS 0.000000
    99  Residual RMS 0.000000
   100  Residual RMS 0.000000

  Total number of iterations 101

  Computed U l2 norm :       0.640273
  Computed U_EXACT l2 norm : 266.133333
  Error l2 norm:             265.516926

  Elapsed wall clock time = 1.301258

HELMHOLTZ
  Normal end of execution.