Tue Jul 12 07:29:13 2022

best_of_the_bunch_simulation_test()
  There are N objects, of varying value.
  You can examine each object, in order, once.
  If you accept the object, you are done.
  Otherwise, you can view the next object.
  Your goal is to maximize your winnings.

  Try k = 0

[ [ 6  9 10  3  7  1  2  5  8  4] ], choice =  6
[ [ 4  6  5  7 10  3  8  1  9  2] ], choice =  4
[ [ 2  9  4  7  5  3  6 10  1  8] ], choice =  2
[ [ 7  5  3  9  8 10  2  1  6  4] ], choice =  7
[ [ 9  7 10  5  6  3  1  4  8  2] ], choice =  9
[ [ 9 10  1  8  4  2  7  6  3  5] ], choice =  9
[ [ 3  7  9  1  2  5  6  4 10  8] ], choice =  3
[ [ 4  8  3 10  9  7  6  2  5  1] ], choice =  4
[ [ 4  9  6 10  1  2  7  3  5  8] ], choice =  4
[ [ 8 10  2  5  3  7  9  6  1  4] ], choice =  8
  Average winnings =  5.6

  Try k = 9

[ [10  8  7  6  1  2  4  3  5  9] ], choice =  9
[ [ 4 10  5  3  1  6  7  8  2  9] ], choice =  9
[ [ 3  2 10  9  7  1  5  4  6  8] ], choice =  8
[ [ 9  5  6  2  7 10  3  1  4  8] ], choice =  8
[ [ 5  9  3  8  2  7  4 10  6  1] ], choice =  1
[ [ 5  1  8  7 10  3  9  6  4  2] ], choice =  2
[ [ 6  3  9  1  2  4  7 10  5  8] ], choice =  8
[ [ 2  9 10  5  1  7  8  4  6  3] ], choice =  3
[ [ 3  2  9 10  1  7  5  8  6  4] ], choice =  4
[ [ 7  5  1  8  6 10  9  4  3  2] ], choice =  2
  Average winnings =  5.4

  Try k = 3

[ [ 2 10  4  8  3  1  9  6  5  7] ], choice =  7
[ [ 8  4  2  6  7  3 10  9  5  1] ], choice =  10
[ [ 3  1  6  5  4 10  7  8  2  9] ], choice =  10
[ [ 8  7  4  1  9  2 10  6  5  3] ], choice =  9
[ [ 2  4  8  7  1 10  5  3  6  9] ], choice =  10
[ [ 8  4  1  7 10  3  6  2  5  9] ], choice =  10
[ [ 3  6  4  7  5  1  9  8 10  2] ], choice =  7
[ [ 6  5  2  9  1 10  7  3  8  4] ], choice =  9
[ [ 8  1  5  6  2  4  7 10  9  3] ], choice =  10
[ [ 9  4  5  1  6 10  3  7  8  2] ], choice =  10
  Average winnings =  9.2
Tue Jul 12 07:29:14 2022