def start_game(self):
no_winner = True
players = []
for i in range(self.player_amount):
player = Player("Player-{}".format(i), "Color-{}".format(i))
self.game_board.register_player(player)
players.append(player)
# game loop
logger.info("Starting new game")
while no_winner:
for player in players:
# increment player turns
player.turns += 1
logger.info("Player {}, Turn {}:".format(
player.name, player.turns))
logger.debug(
"Player data before turn: start figures: {}, finished figures: {}"
.format(reveal_name(player.start_figures),
reveal_name(player.finished_figures)))
# grab players figures from cemetery
player.grab_figures_from_cemetery(self.game_board)
# check for player's figures on board
if player.has_figures_on_board(self.game_board):
if self.roll() == 6 and len(player.start_figures) != 0:
player.place_figure(self.game_board)
player.move_figure(self.game_board, self.roll())
# player has no figure on board
else:
# three chances to roll a 6
for i in range(3):
if self.roll() == 6:
# place new figure
player.place_figure(self.game_board)
# move figure
player.move_figure(self.game_board, self.roll())
break
# count finished figures to evaluate win condition
finished_figures = [
figure for figure in player.finished_figures
if hasattr(figure, "name")
]
if len(finished_figures) == 4:
no_winner = False
logger.info(
"Player {} won the game after {} turns!".format(
player.name, player.turns))
break
logger.debug(
"Player data after turn: start figures: {}, finished figures: {}"
.format(reveal_name(player.start_figures),
reveal_name(player.finished_figures)))
# debug output of board fields
logger.debug("Board fields after turn: {}".format(
self.game_board.display_board()))
def simulate_game(player_amount, figure_amount, field_amount, roll_duration,
move_duration):
# game init
no_winner = True
game_board = Board(player_amount, field_amount)
players = []
for i in range(player_amount):
player = Player("Player-{}".format(i), "Color-{}".format(i),
figure_amount)
game_board.register_player(player)
players.append(player)
# game loop
logger.info("Starting new game simulation..")
while no_winner:
for player in players:
# increment player turns
player.turns += 1
logger.info("Player {}, Turn {}:".format(player.name,
player.turns))
logger.debug(
"Player data before turn: start figures: {}, finished figures: {}"
.format(reveal_name(player.start_figures),
reveal_name(player.finished_figures)))
# grab players figures from cemetery
player.grab_figures_from_cemetery(game_board)
# check for player's figures on board
if player.has_figures_on_board(game_board):
if player.roll(roll_duration) == 6 and len(
player.start_figures) != 0:
player.place_figure(game_board)
player.move_figure(game_board, player.roll(roll_duration),
move_duration)
# player has no figure on board
else:
# three chances to roll a 6
for i in range(3):
if player.roll(roll_duration) == 6:
# place new figure
player.place_figure(game_board)
# move figure
player.move_figure(game_board,
player.roll(roll_duration),
move_duration)
break
# count finished figures to evaluate win condition
finished_figures = [
figure for figure in player.finished_figures
if hasattr(figure, "name")
]
if len(finished_figures) == player.figure_amount:
no_winner = False
total_real_playtime = sum(
[player.real_playtime for player in players]) / 60
total_real_playtime = round(total_real_playtime, 2)
amount_of_six_stats = [
player.amount_of_six for player in players
]
total_dice_eye_stats = [
player.total_roll for player in players
]
player_names = [player.name for player in players]
aos = pd.DataFrame(amount_of_six_stats,
index=player_names,
columns=["amount"])
tde = pd.DataFrame(total_dice_eye_stats,
index=player_names,
columns=["sum"])
logger.info("Player {} won the game after {} turns!".format(
player.name, player.turns))
st.success(
"Player {} won the game after {} turns and {} rolls!".
format(player.name, player.turns, player.roll_turns))
st.info(
"By using this simulator you saved {} minutes of your life avoiding playing senseless games! :)"
.format(total_real_playtime))
st.subheader("Sum of dice eyes per player")
st.bar_chart(tde)
st.subheader("Total amount of dice eye 6 rolls per player")
st.bar_chart(aos)
break
logger.debug(
"Player data after turn: start figures: {}, finished figures: {}"
.format(reveal_name(player.start_figures),
reveal_name(player.finished_figures)))
# debug output of board fields
logger.debug("Board fields after turn: {}".format(
reveal_name(game_board.fields)))