16-Feb-2023 18:26:38

chrominoes_test():
  MATLAB/Octave version 9.13.0.2126072 (R2022b) Update 3
  Test chrominoes().

colour_C_variants_test():
  Test colour_C_variants().

  Variant   1 
  Number of squares of colour 1 = 2 
  Number of squares of colour 2 = 1 
  Number of squares of colour 3 = 2 
  Number of squares of colour 4 = 2 
  Number of squares of colour 5 = 1 
  Number of squares of colour 6 = 1 

  Variant   2 
  Number of squares of colour 1 = 1 
  Number of squares of colour 2 = 2 
  Number of squares of colour 3 = 1 
  Number of squares of colour 4 = 2 
  Number of squares of colour 5 = 2 
  Number of squares of colour 6 = 1 

  Variant   3 
  Number of squares of colour 1 = 1 
  Number of squares of colour 2 = 1 
  Number of squares of colour 3 = 2 
  Number of squares of colour 4 = 1 
  Number of squares of colour 5 = 2 
  Number of squares of colour 6 = 2 

  Variant   4 
  Number of squares of colour 1 = 2 
  Number of squares of colour 2 = 1 
  Number of squares of colour 3 = 1 
  Number of squares of colour 4 = 2 
  Number of squares of colour 5 = 1 
  Number of squares of colour 6 = 2 

  Variant   5 
  Number of squares of colour 1 = 2 
  Number of squares of colour 2 = 2 
  Number of squares of colour 3 = 1 
  Number of squares of colour 4 = 1 
  Number of squares of colour 5 = 2 
  Number of squares of colour 6 = 1 

  Variant   6 
  Number of squares of colour 1 = 1 
  Number of squares of colour 2 = 2 
  Number of squares of colour 3 = 2 
  Number of squares of colour 4 = 1 
  Number of squares of colour 5 = 1 
  Number of squares of colour 6 = 2 

colour_C_variants_test():
  Normal end of execution.

count_colours_test():
  count_colours() counts the squares of each colour
  in a C-coloured rectangle.
  counts:
    49    49    50    50    49

  expected:
    49, 49, 50, 50, 49

count_colours_test():
  Normal end of execution.

cplex_solution_read_test():
  cplex_solution_read_demo() demonstrates
  cplex_solution_read() on a particular CPLEX solution file:

  cplex_solution_read() reads the CPLEX XML file "2x4_solution.xml"

  20x4 solution data:
  Number of nonzero entries per column:
  3  3  3  3
  Sum of entries per column:
  3  3  3  3

   1:    1  0  0  0
   2:    0  1  0  0
   3:    0  0  1  0
   4:    0  0  0  1
   5:    0  0  0  0
   6:    1  0  0  0
   7:    0  0  0  1
   8:    0  0  0  0
   9:    0  1  0  0
  10:    0  0  0  0
  11:    0  0  0  0
  12:    0  0  1  0
  13:    0  0  1  0
  14:    0  0  0  0
  15:    0  0  0  0
  16:    0  0  0  1
  17:    1  0  0  0
  18:    0  0  0  0
  19:    0  0  0  0
  20:    0  1  0  0

  Wrote the ASCII file "2x4_solution.txt"

  cplex_solution_read() reads the CPLEX XML file "4x5_solution.xml"

  62x1 solution data:
  Number of nonzero entries per column:
  4
  Sum of entries per column:
  4

   1:    1
   2:    0
   3:    0
   4:    0
   5:    0
   6:    0
   7:    0
   8:    0
   9:    1
  10:    0
  11:    0
  12:    0
  13:    0
  14:    0
  15:    0
  16:    0
  17:    0
  18:    0
  19:    0
  20:    0
  21:    0
  22:    0
  23:    0
  24:    0
  25:    0
  26:    0
  27:    0
  28:    0
  29:    0
  30:    1
  31:    0
  32:    0
  33:    0
  34:    0
  35:    0
  36:    0
  37:    0
  38:    0
  39:    0
  40:    0
  41:    0
  42:    1
  43:    0
  44:    0
  45:    0
  46:    0
  47:    0
  48:    0
  49:    0
  50:    0
  51:    0
  52:    0
  53:    0
  54:    0
  55:    0
  56:    0
  57:    0
  58:    0
  59:    0
  60:    0
  61:    0
  62:    0

  Wrote the ASCII file "4x5_solution.txt"

cplex_solution_read_test():
  Normal end of execution.

LPmake_Problem71_Golo_test():
  Test LPmake_Problem71_Golo().

  LPmake_Problem71_Golo created the LP file "Problem71_Golo.lp"

LPmake_Problem71_Golo_test():
  Normal end of execution.

splitting_monohedral_matrix_test():
  splitting_monohedral_matrix() constructs the linear system
    A*x=b
  associated with the problem of tiling a region R with
  copies of a polyomino P, with C colors.

  Linear system A|b:
     1     1     4
     1     1     4

splitting_monohedral_matrix_test():
  Normal end of execution.

splitting_multihedral_matrix_test():
  splitting_multihedral_matrix() constructs the linear system
    A*x=b
  associated with the problem of tiling a region R with
  copies of several polyominoes P, with C colors.

  Linear system A|b:
     2     2     1     0     2     1     4
     2     2     0     1     1     2     4
     1     1     0     0     0     0     1
     0     0     1     1     0     0     1
     0     0     0     0     1     1     1

splitting_multihedral_matrix_test():
  Normal end of execution.

xml2struct_test():
  xml2struct() converts the information in an XML file
  to a MATLAB structure.

  Read data from "books.xml"

  Price of book #2 is 5.95
  Author of book #1 is "Gambardella, Matthew"

xml2struct_test():
  Normal end of execution.

chrominoes_test():
  Normal end of execution.

16-Feb-2023 18:26:41