from solver import Game
game = Game()
game.add_turn([
("n", "position"),
("o", "wrong"),
("t", "position"),
("e", "wrong"),
("s", "wrong"),
])
game.add_turn([
("a", "position"),
("c", "wrong"),
("r", "wrong"),
("i", "wrong"),
("d", "wrong"),
])
game.possible_words
game.add_turn([
("p", "right"),
("a", "position"),
("n", "position"),
("t", "position"),
("y", "wrong"),
])
python evaluate_strategy.py
first | second | shared | unique | score |
---|---|---|---|---|
cones | trial | aeinorst | cl | 4.710 |
roate | linds | aeinorst | dl | 4.732 |
notes | acrid | aeinorst | cd | 4.749 |
resin | loath | aeinorst | hl | 4.773 |
random | random | 5.218 |