def update(self):
super().update()
player_command = self.__get_player_command()
if player_command in self.__move_commands:
old_x, old_y = self.__position
sum_vectors = lambda a, b: (a[0] + b[0], a[1] + b[1])
self.__position = sum_vectors(self.__position, self.__direction_to_vector[player_command])
current_cell = self.__dungeon_map.move_player(self.__position)
if current_cell is DungeonCell.TREASURE:
logging.info('You got 1 treasure! Gratz! :)')
self.__treasures_number += 1
if self.__treasures_number is DungeonGameConfig.NUMBER_OF_TREASURES_TO_WIN:
logging.info('Congratulations! You won!')
elif current_cell is DungeonCell.TRAP:
logging.info('You lose 1 HP!')
self.__hp -= 1
if self.__hp is 0:
logging.info('You lost:(')
else:
logging.info('You found nothing. Keep exploring the map!:)')
else:
DungeonGameSaveLoad.save_game(self.__position, self.__dungeon_map.dungeon_map)
logging.debug('Game if saved.')
logging.info('Game is saved.')
def run_game(game_start_mode, map_size):
'''
Function runs the Dungeon Game;
:param game_start_mode: the way game should start;
:param map_size: a size of map that will be used for game. Size should be >= 5. If game_start_mode is LOAD, the\
value of map_size is idnored and will be overwritten after load;
:type map_size: int if game_start_mode is NEW_GAME, any other type otherwise;
:type game_start_mode: StartMenu.
'''
if game_start_mode is StartMenu.LOAD_GAME:
logging.debug('Game starts with LOAD GAME mode. Loading from file...')
player_position, dungeon_map = DungeonGameSaveLoad.load_game()
map_size = len(dungeon_map)
else:
logging.debug('Game starts with NEW GAME mode. Generating map...')
player_position, dungeon_map = generate_map(map_size)
logging.debug(f'Map:{dungeon_map}\nPlayer position:{player_position}')
should_run = True
logging.debug('Game loop starts')
game_loop_counter = 0
while should_run:
logging.debug(f'Game loop iteration {game_loop_counter}')
output_map(dungeon_map, hide_everything_except_player_map)
cells_near_player = get_cells_near(player_position, dungeon_map)
traps_nearby = [cell for cell in cells_near_player if cell is DungeonCell.TRAP]
if traps_nearby:
logging.info(f'Warning! There is {len(traps_nearby)} traps nearby!')
treasures_nearby = [cell for cell in cells_near_player if cell is DungeonCell.TREASURE]
if treasures_nearby:
logging.info(f'Wow! There is {len(treasures_nearby)} treasures just near you! Good luck!')
player_command = get_player_command(player_position, map_size)
if player_command in move_commands:
old_x, old_y = player_position
player_position = sum_vectors(player_position, direction_to_vector[player_command])
new_x, new_y = player_position
if dungeon_map[new_x][new_y] is DungeonCell.TREASURE:
logging.info('You won! Gratz! :)')
should_run = False
elif dungeon_map[new_x][new_y] is DungeonCell.TRAP:
logging.info('You lost:( GL next time!')
should_run = False
else:
logging.info('You found nothing. Keep exploring the map!:)')
dungeon_map[old_x][old_y] = DungeonCell.EMPTY
dungeon_map[new_x][new_y] = DungeonCell.PLAYER
else:
DungeonGameSaveLoad.save_game(player_position, dungeon_map)
logging.debug('Game if saved.')
logging.info('Game is saved.')
logging.debug('Game loop ended')
output_map(dungeon_map, output_everything_map)
def update(self):
super().update()
player_command = self.__get_player_command()
if player_command in self.__move_commands:
old_x, old_y = self.__position
sum_vectors = lambda a, b: (a[0] + b[0], a[1] + b[1])
self.__position = sum_vectors(
self.__position, self.__direction_to_vector[player_command])
current_cell = self.__dungeon_map.move_player(self.__position)
if current_cell is DungeonCell.TREASURE:
logging.info('You got 1 treasure! Gratz! :)')
self.__treasures_number += 1
if self.__treasures_number is DungeonGameConfig.NUMBER_OF_TREASURES_TO_WIN:
logging.info('Congratulations! You won!')
elif current_cell is DungeonCell.TRAP:
logging.info('You lose 1 HP!')
self.__hp -= 1
if self.__hp is 0:
logging.info('You lost:(')
else:
logging.info('You found nothing. Keep exploring the map!:)')
else:
try:
DungeonGameSaveLoad.save_game(self.__position,
self.__dungeon_map.dungeon_map)
except CannotSaveGameError as error:
logging.error(error)
logging.info(
f'Sorry, but we can\'t save the game due to some problems. It\'s likely that we have not\
a permission to write the data to a file. Try making the game folder writable for this program.'
)
else:
logging.info('Game is saved.')