def reached_home(self):
if self.back_home:
raise Cheating('Player already home.')
logger.log(ROUND, f"{self.name} made it!!")
self.back_home = True
self.bank += self.get_tile_values()
self.clear_player()
def roll(self):
roll = (randint(1, 3) + randint(1, 3))
moves = max(roll - self.count_tiles(), 0)
logger.log(
TURN,
f'- {self.name} rolled a {roll} {"forward" if self.direction>0 else "backward"}'
f': move {moves}!')
return moves
def run_n_games_and_rotate_strategies(self,
n_games_per_rotation,
rounds_per_game=3):
logger.log(SIM, f'Running {n_games_per_rotation} games...')
for n_strategy in range(len(self.strategies)):
self.run_n_games(n_games_per_rotation, rounds_per_game)
self.strategies = [self.strategies.pop()] + self.strategies
self.plot_title = f"rotated strategies, {n_games_per_rotation} games per rotation, {rounds_per_game} rounds " \
f"per game "
def kill(self):
if self.back_home:
raise Cheating('Player already home.')
logger.log(
ROUND,
f"- {self.name} didn't make it, they lost {self.count_tiles()} tiles :-("
)
dropped_tiles = self.tiles
self.clear_player()
return dropped_tiles
def plot_wins(self, save_path): # pragma: no cover
logger.log(SIM, 'Plotting wins...')
wins = self.aggregate_wins()
plot = PrettyPlot()
plot.add_bar_chart(list(wins.values()),
list(wins.keys()),
x_axis_label='Strategies',
y_axis_label='Wins',
title=self.plot_title)
logger.log(SIM, f'Saving plot to file "{save_path}"')
plot.save_fig(save_path)
def change_direction(self):
logger.log(TURN, f'- {self.name} changed direction!')
if self.direction == -1:
raise Cheating('You cant turn around again you cheating bugger!')
self.direction = -1