18-Dec-2023 19:59:23

heated_plate_parfor_test():
  heated_plate_parfor() solves the heat equation.
  The parfor() function is used for parallel execution.
Starting parallel pool (parpool) using the 'Processes' profile ...
Connected to parallel pool with 1 workers.

heated_plate_parfor()
  MATLAB version
  A program to solve for the steady state temperature distribution
  over a rectangular plate.

  Spatial grid of 500 by 500 points.

  The iteration will repeat until the change is <= 1.000000e-01

  The steady state solution will be written to "solution.txt".

 Iteration  Change

         1       18.737475
         2        9.368737
         4        4.098823
         8        2.289577
        16        1.136604
        32        0.568201
        64        0.282805
       128        0.141777

       181        0.099995

  Error tolerance achieved.
  Wallclock time = 6.629514

  Solution written to the output file "solution.txt".

heated_plate_parfor():
  Normal end of execution.
   1  7.60132
Parallel pool using the 'Processes' profile is shutting down.
Starting parallel pool (parpool) using the 'Processes' profile ...
Connected to parallel pool with 4 workers.

heated_plate_parfor()
  MATLAB version
  A program to solve for the steady state temperature distribution
  over a rectangular plate.

  Spatial grid of 500 by 500 points.

  The iteration will repeat until the change is <= 1.000000e-01

  The steady state solution will be written to "solution.txt".

 Iteration  Change

         1       18.737475
         2        9.368737
         4        4.098823
         8        2.289577
        16        1.136604
        32        0.568201
        64        0.282805
       128        0.141777

       181        0.099995

  Error tolerance achieved.
  Wallclock time = 7.005790

  Solution written to the output file "solution.txt".

heated_plate_parfor():
  Normal end of execution.
   4  7.96594
Parallel pool using the 'Processes' profile is shutting down.

heated_plate_parfor_test():
  Normal end of execution.
18-Dec-2023 20:00:15