06-Nov-2022 17:18:13

subset_sum_backtrack_test():
  MATLAB/Octave version 9.8.0.1380330 (R2020a) Update 2
  Call subset_sum_backtrack_test_all() for all the tests.

subset_sum_backtrack_test_all():
  For specific values of S, N, and V, call
  subset_sum_backtrack_test_one() for a solution.

subset_sum_backtrack_test_one():
  subset_sum_backtrack() uses backtracking to find
  the "next" subset of the values V
  which sum to the desired total S.

  Desired sum S = 9
  Number of targets = 5
  Targets: 1 2 3 5 7

  1:  9 = 1+3+5
  2:  9 = 2+7

subset_sum_backtrack_test_one():
  subset_sum_backtrack() uses backtracking to find
  the "next" subset of the values V
  which sum to the desired total S.

  Desired sum S = 8
  Number of targets = 9
  Targets: 1 2 3 4 5 6 7 8 9

  1:  8 = 1+2+5
  2:  8 = 1+3+4
  3:  8 = 1+7
  4:  8 = 2+6
  5:  8 = 3+5
  6:  8 = 8

subset_sum_backtrack_test_one():
  subset_sum_backtrack() uses backtracking to find
  the "next" subset of the values V
  which sum to the desired total S.

  Desired sum S = 8
  Number of targets = 9
  Targets: 1 2 3 3 5 6 7 8 9

  1:  8 = 1+2+5
  2:  8 = 1+7
  3:  8 = 2+3+3
  4:  8 = 2+6
  5:  8 = 3+5
  6:  8 = 3+5
  7:  8 = 8

subset_sum_backtrack_test_one():
  subset_sum_backtrack() uses backtracking to find
  the "next" subset of the values V
  which sum to the desired total S.

  Desired sum S = 18
  Number of targets = 5
  Targets: 1 2 3 5 7

  1:  18 = 1+2+3+5+7

subset_sum_backtrack_test_one():
  subset_sum_backtrack() uses backtracking to find
  the "next" subset of the values V
  which sum to the desired total S.

  Desired sum S = 5842
  Number of targets = 10
  Targets: 267 493 869 961 1000 1153 1246 1598 1766 1922

  1:  5842 = 869+961+1000+1246+1766

subset_sum_backtrack_test():
  Normal end of execution.

06-Nov-2022 17:18:13