def setup(self):
box = shutthebox.Box()
dice = shutthebox.Dice()
self.turn = shutthebox.HumanTurn(box, dice)
def test_number_of_dice_non_int(self):
shutthebox.Dice(1.5)
#!/usr/bin/env python3
"""
Simulate many turns of Shut the Box using Durango Bill's optimal
strategy. Output the score for each turn to the command line.
"""
import shutthebox
# pylint: disable=invalid-name
box = shutthebox.Box()
dice = shutthebox.Dice()
turn = shutthebox.ComputerTurn(box, dice)
for n in range(0, 10000):
print(turn.perform_turn(
flap_decision_method=turn.make_flap_decision_bill))
def test_number_of_dice_too_small(self):
shutthebox.Dice(0)
def setup(self):
self.two_dice = shutthebox.Dice()
self.one_die = shutthebox.Dice(1)
def setup(self):
box = shutthebox.Box()
dice = shutthebox.Dice()
self.turn = shutthebox.ComputerTurn(box, dice)
def test_flap_decision_bill_no_file(self):
box = shutthebox.Box()
dice = shutthebox.Dice()
turn = shutthebox.ComputerTurn(box, dice, bill_filename='wrong.txt')
turn.make_flap_decision_bill(9,
turn.make_num_dice_decision_one_if_poss)
#!/usr/bin/env python3
"""
Output the differences between the flap decision methods
make_flap_decision_highest and make_flap_decision_next_roll_probability
for combinations of flaps with length 4-9 i.e. always summing to more
than 6.
"""
import itertools
import shutthebox
DICE = shutthebox.Dice()
# 4-9 flaps i.e. always summing to more than 6
for length in range(9, 4 - 1, -1):
for this_combination in itertools.combinations(range(1, 9 + 1), length):
for this_dice_sum in range(2, 12 + 1):
# prepare instance with particular flaps raised
box = shutthebox.Box()
turn = shutthebox.ComputerTurn(box, DICE)
turn.box.lower_flaps_except(this_combination)
highest = turn.make_flap_decision_highest(
this_dice_sum, turn.make_num_dice_decision_one_if_poss)
if highest is False: # not possible to lower any flaps
break
next_roll_prob = turn.make_flap_decision_next_roll_probability(
this_dice_sum, turn.make_num_dice_decision_one_if_poss)
highest.sort()
next_roll_prob.sort()