29-Sep-2024 16:13:08

paraheat_functional_test():
  MATLAB/Octave version 6.4.0
  Test paraheat_functional
  which accepts diffusivity parameters as input,
  solves a certain steady heat equation problem
  and returns the solution value at selected locations.

  Generating 1 random diffusivity cases.
  The initial random number seed is 123456789
  Each case involves:
    1 diffusivity seed,
    16 diffusivity parameters,
    50 sensor readings.

  Case 1, diffusivity_seed = 123456789

diffusivity_print:
  Diffusivity grid is 4 x 4

  (i,j)  (xl,yb)  (xr,yt)  v(i,j)

  (1,1)  (0.000000,0.000000)  (0.250000,0.250000)  3.937046
  (2,1)  (0.250000,0.000000)  (0.500000,0.250000)  0.850758
  (3,1)  (0.500000,0.000000)  (0.750000,0.250000)  0.513436
  (4,1)  (0.750000,0.000000)  (1.000000,0.250000)  4.271520
  (1,2)  (0.000000,0.250000)  (0.250000,0.500000)  1.184887
  (2,2)  (0.250000,0.250000)  (0.500000,0.500000)  2.970579
  (3,2)  (0.500000,0.250000)  (0.750000,0.500000)  3.109981
  (4,2)  (0.750000,0.250000)  (1.000000,0.500000)  1.625538
  (1,3)  (0.000000,0.500000)  (0.250000,0.750000)  1.993998
  (2,3)  (0.250000,0.500000)  (0.500000,0.750000)  5.384933
  (3,3)  (0.500000,0.500000)  (0.750000,0.750000)  1.541877
  (4,3)  (0.750000,0.500000)  (1.000000,0.750000)  2.346103
  (1,4)  (0.000000,0.750000)  (0.250000,1.000000)  2.890277
  (2,4)  (0.250000,0.750000)  (0.500000,1.000000)  2.574892
  (3,4)  (0.500000,0.750000)  (0.750000,1.000000)  3.313758
  (4,4)  (0.750000,0.750000)  (1.000000,1.000000)  1.169252
  Graphics saved as "diffusivity_bars_123456789.png"
  Graphics saved as "diffusivity_patches_123456789.png".
  Graphics saved as "fem_contour_123456789.png"
  Graphics saved as "fem_surface_123456789.png"

  1 by 67 array of data written to "paraheat_data.txt"

paraheat_functional_test():
  Normal end of execution.

29-Sep-2024 16:15:47