def handles_second_level():
"""Handle game's second level game."""
os.system("clear")
x_current_position = 1 #starting position of player
y_current_position = 1
board = create_board("level_1.csv")
last_hero_position = board[y_current_position][x_current_position]
barriers = ['X','⌂','🚪']
added_items = []
key_direction = getch() #control
while key_direction != "q":
x_direction = 0
y_direction = 0
key_direction = getch()
x_direction, y_direction = set_direction(key_direction)
board[y_current_position][x_current_position] = last_hero_position
if check_next_step(y_current_position + y_direction, x_current_position + x_direction, barriers, board):
y_current_position, x_current_position = makes_good_step(y_current_position, x_current_position, y_direction, x_direction)
add_item_to_inventory(board, inventory, y_current_position, x_current_position)
last_hero_position = board[y_current_position][x_current_position]
insert_player(board, y_current_position, x_current_position)
print_board(board)
print_table(inventory)
def handle_second_level():
os.system("clear")
time_start = time.time()
x_current_position = 1
y_current_position = 1
board = create_board('level_2.csv')
print_board(board)
print_table(inventory)
last_hero_position = board[y_current_position][x_current_position]
barriers = [
'X', '⌂', '🚪', '🚛', '🚒', '🚙', '�', '🚲', '🚶',
'🚸'
]
key_direction = getch() #control
while key_direction != "q":
key_direction = getch()
x_direction, y_direction = set_direction(key_direction)
board[y_current_position][x_current_position] = last_hero_position
if check_next_step(y_current_position + y_direction,
x_current_position + x_direction, barriers, board):
y_current_position, x_current_position = take_next_step(
y_current_position, x_current_position, y_direction,
x_direction)
if inventory['dollars'] == 250:
board[1][49] = "∃"
if inventory['stamina'] <= 0:
game_over()
sys.exit()
if board[y_current_position][x_current_position] == '∃':
if inventory['revolver'] == 1:
ask_riddles(question_3, delay_print, handle_first_level,
handle_third_level)
if board[y_current_position][x_current_position] == '∃':
if inventory['revolver'] == 0:
delay_print('You need a gun to go to the next level!')
elif key_direction == "q":
sys.exit()
open_doors(board, inventory, '🚪', y_current_position, y_direction,
x_current_position, x_direction)
add_item_to_inventory(board, inventory, y_current_position,
x_current_position)
last_hero_position = board[y_current_position][x_current_position]
insert_player(board, y_current_position, x_current_position)
print_board(board)
print_table(inventory)
def handle_zero_level():
time.sleep(3)
os.system("clear")
time_start = time.time()
x_current_position = 1
y_current_position = 1
board = create_board('level_0.csv')
print_board(board)
print_table(inventory)
last_hero_position = board[y_current_position][x_current_position]
barriers = ['X', '⌂', '🚪']
key_direction = getch() #control
while key_direction != "q":
key_direction = getch()
x_direction, y_direction = set_direction(key_direction)
board[y_current_position][x_current_position] = last_hero_position
if check_next_step(y_current_position + y_direction,
x_current_position + x_direction, barriers, board):
y_current_position, x_current_position = take_next_step(
y_current_position, x_current_position, y_direction,
x_direction)
if inventory['dollars'] == 50:
board[11][49] = "∃"
if inventory['stamina'] <= 0:
game_over()
sys.exit()
if board[y_current_position][x_current_position] == '∃':
ask_riddles(question_1, delay_print, handle_first_level,
handle_first_level)
elif key_direction == "q":
sys.exit()
open_doors(board, inventory, '🚪', y_current_position, y_direction,
x_current_position, x_direction)
add_item_to_inventory(board, inventory, y_current_position,
x_current_position)
last_hero_position = board[y_current_position][x_current_position]
insert_player(board, y_current_position, x_current_position)
print_board(board)
print_table(inventory)
def handle_zero_level():
# time.sleep(3)
os.system("clear")
time_start = time.time()
x_current_position = 1
y_current_position = 1
board = create_board('level_0.csv')
last_hero_position = board[y_current_position][x_current_position]
barriers = ['X','⌂','🚪']
key_direction = getch() #control
while key_direction != "q":
key_direction = getch()
x_direction, y_direction = set_direction(key_direction)
board[y_current_position][x_current_position] = last_hero_position
if check_next_step(y_current_position + y_direction, x_current_position + x_direction, barriers, board):
y_current_position, x_current_position = makes_good_step(y_current_position, x_current_position, y_direction, x_direction)
if inventory['dollars'] == 30:
board[11][49] = "∃"
if inventory['stamina'] <= 0: #Gdy stamina spadnie ponizej 0 wyskakuje game over i highscores.
game_over()
sys.exit()
if inventory['dollars'] > 150: #W przypadku wygranej zapisuje wynik do pliku
time_end = time.time() - time_start
roundtime = round(time_end)
win_game(roundtime)
sys.exit()
if board[y_current_position][x_current_position] == '∃':
ask_riddles(question_1, delay_print, handles_first_level, handles_second_level)
handles_first_level()
elif key_direction == "q":
sys.exit()
open_doors(board, inventory, '🚪', y_current_position, y_direction, x_current_position, x_direction)
add_item_to_inventory(board, inventory, y_current_position, x_current_position)
last_hero_position = board[y_current_position][x_current_position]
insert_player(board, y_current_position, x_current_position)
print_board(board)
print_table(inventory)
def handles_second_level():
"""Handle game's second level game."""
os.system("clear")
x_current_position = 1 #starting position of player
y_current_position = 1
board = create_board("level_1.csv")
last_hero_position = board[y_current_position][x_current_position]
barriers = ['X', '⌂', '🚪']
added_items = []
# twanas_list = ["௸", "௺", "இ", "௫", "௵", "ඖ", "ඣ", "ඐ", "ණ"]
# twanas = "twanas"
key_direction = getch() #control
while key_direction != "q":
x_direction = 0
y_direction = 0
key_direction = getch()
x_direction, y_direction = set_direction(key_direction)
board[y_current_position][x_current_position] = last_hero_position
if check_next_step(y_current_position + y_direction,
x_current_position + x_direction, barriers, board):
y_current_position, x_current_position = makes_good_step(
y_current_position, x_current_position, y_direction,
x_direction)
# if is_touching_blood(board[y_current_position + y_direction][x_current_position + x_direction], blood):
# dutifulness = subtract_dutifulness(dutifulness)
# if is_touching_twanas(board[y_current_position + y_direction][x_current_position + x_direction], twanas_list):
# twanas_list.remove(board[y_current_position + y_direction][x_current_position + x_direction])
# board[y_current_position + y_direction][x_current_position + x_direction] = " "
# added_items.append(twanas)
# add_to_inventory(inventory, added_items)
add_item_to_inventory(board, inventory, y_current_position,
x_current_position)
last_hero_position = board[y_current_position][x_current_position]
insert_player(board, y_current_position, x_current_position)
print_board(board)
def handles_first_level():
os.system("clear")
x_current_position = 1
y_current_position = 1
board = create_board('level_1.csv')
last_hero_position = board[y_current_position][x_current_position]
barriers = ['X','⌂','🚪']
key_direction = getch() #control
while key_direction != "q":
key_direction = getch()
x_direction, y_direction = set_direction(key_direction)
board[y_current_position][x_current_position] = last_hero_position
if check_next_step(y_current_position + y_direction, x_current_position + x_direction, barriers, board):
y_current_position, x_current_position = makes_good_step(y_current_position, x_current_position, y_direction, x_direction)
if inventory['dollars'] == 40:
board[8][60] = "∃"
if board[y_current_position][x_current_position] == '∃':
ask_riddles(question_1, delay_print, handles_first_level, handles_second_level)
# handles_second_level()
elif key_direction == "q":
sys.exit()
open_door(board, inventory, '🚪', y_current_position, y_direction, x_current_position, x_direction)
add_item_to_inventory(board, inventory, y_current_position, x_current_position)
last_hero_position = board[y_current_position][x_current_position]
insert_player(board, y_current_position, x_current_position)
print_board(board)
print_table(inventory)
def handles_first_level():
os.system("clear")
# read_welcome_screen_file()
x_current_position = 1
y_current_position = 1
# dutifulness = 100
# lives = 3
board = create_board('level_1.csv')
last_hero_position = board[y_current_position][x_current_position]
barriers = ['X', '⌂', '🚪']
# table_elements = ["_", "|"]
# door = "/"
# blood = "~"
# inventory = {'stamina' : 50, 'dollars' : 0, 'keys' : 0, 'revolver' : 0, 'bullets': 0}
# added_items = []
# horse = "♞"
# note = "note"
# key = "key"
key_direction = getch() #control
while key_direction != "q":
# x_direction = 0
# y_direction = 0
key_direction = getch()
x_direction, y_direction = set_direction(key_direction)
board[y_current_position][x_current_position] = last_hero_position
print(y_current_position, x_current_position)
# print(last_hero_position)
if check_next_step(y_current_position + y_direction,
x_current_position + x_direction, barriers, board):
y_current_position, x_current_position = makes_good_step(
y_current_position, x_current_position, y_direction,
x_direction)
# if is_touching_horse(board[y_current_position + y_direction][x_current_position + x_direction], horse) and not is_key_in_inventory(key, added_items):
# added_items.append(key)
# add_to_inventory(inventory, added_items)
# if is_touching_table(board[y_current_position + y_direction][x_current_position + x_direction], table_elements) and not is_note_in_inventory(note, added_items) and is_key_in_inventory(key, added_items):
# added_items.append(note)
# add_to_inventory(inventory, added_items)
# if is_touching_blood(board[y_current_position + y_direction][x_current_position + x_direction], blood):
# dutifulness = subtract_dutifulness(dutifulness)
# if is_touching_door(board[y_current_position + y_direction][x_current_position + x_direction], door) and is_door_closed(obstacles, door) and is_key_in_inventory(key, added_items):
# obstacles.remove(door)
# return dutifulness, lives, inventory
if inventory['dollars'] == 40:
board[8][60] = "∃"
if board[y_current_position][x_current_position] == '∃':
handles_second_level()
elif key_direction == "q":
sys.exit()
add_item_to_inventory(board, inventory, y_current_position,
x_current_position)
last_hero_position = board[y_current_position][x_current_position]
insert_player(board, y_current_position, x_current_position)
print_board(board)
# inv = add_to_inventory(inventory, added_items)
print_table(inventory)