def check_for_treasures(room, hero, game_board, monsters_in_room):
t_sum = 0
for treasure in room.treasure_list:
t_sum += treasure[1]
hero.points_current_game += t_sum
main.print_board(game_board, hero)
if len(room.treasure_list) > 0:
if not monsters_in_room:
print('\nInga monster i rummet.')
else:
print('\nAlla monster besegrade.')
print('Du hittade skatter i rummet:\n')
i = 0
for treasure in room.treasure_list:
print(treasure[0])
i += treasure[1]
print(f'\nTotalt värde: {i}')
print('Skatten är tillagd i din ryggsäck.')
room.treasure_list = []
room.set_room_symbol()
else:
if not monsters_in_room:
print('\nInga monster i rummet.')
else:
print('\nAlla monster besegrade.')
print('Inga skatter hittades i rummet.')
room.set_room_symbol()
def hero_flee(hero, game_board, monster_list, room, grid_size, room_list):
print(f"\n{hero.name} Försöker att fly...")
escape_try = escape_monster(hero)
delay_in_fight()
if escape_try:
if hero.hero_class == "Trollkarl":
print("\nLjussken!")
print('\nDu lyckades fly från monstret')
game_board[hero.coordinates[0]][hero.coordinates[1]] = '[ ]'
hero.coordinates = hero.previous_coordinates
main.place_hero(hero.coordinates, game_board)
input('\n-- Tryck på enter för att fortsätta --')
for monster in monster_list:
if monster.resistance > 0:
monster.heal_remaining_monster()
else:
room.remove_dead_monsters()
main.print_board(game_board, hero)
main.walk_on_board(hero, grid_size, game_board, room_list)
else:
print(f'\n{hero.name} lyckades inte fly ')
input('\n-- Tryck på enter för att fortsätta --')
def check_for_monsters(hero, grid_size, game_board, room_list, room):
if len(room.monster_list) > 0:
main.print_board(game_board, hero)
print(f"\nDu gick in i ett rum med {len(room.monster_list)} monster:")
i = 1
for monster in room.monster_list:
print(f"{i}. {monster.name}")
i += 1
start_fight_message(room.monster_list, hero)
input('\n-- Tryck på enter för att fortsätta --')
fight(hero, grid_size, game_board, room_list, room)
else:
return False
def check_for_living_monsters(room, game_board, hero, grid_size, room_list):
monsters_alive = []
for monster in room.monster_list:
if monster.resistance > 0:
monsters_alive.append(monster)
if len(monsters_alive) == 0:
room.monster_list = []
room.set_room_symbol()
room.sum_of_treasures = 0
main.print_board(game_board, hero)
check_for_treasures(room, hero, game_board, True)
main.walk_on_board(hero, grid_size, game_board, room_list)
def check_room(coordinates, room_list, hero, game_board, start_coordinates,
grid_size):
for room in room_list:
if room.coordinates == coordinates:
if room.symbol == "[ ]":
undiscovered_room(room, hero, room_list, game_board, grid_size)
elif room.symbol == "[O]":
main.print_board(game_board, hero)
exit_to_menu = main.exit_map(
game_board, (start_coordinates[0], start_coordinates[1]),
hero)
if exit_to_menu:
main.clear_screen()
save_collected_treasure(hero)
main.main_menu()
elif room.symbol == "[.]":
main.print_board(game_board, hero)
print('\nInga monster i rummet.')
print('Inga skatter hittades i rummet.')
[(7, 4), (5, 2), (3, 4), (1, 2), (3, 0), (5, 2), (7, 0)],
[(7, 4), (5, 2), (3, 4), (1, 6)]]
moves = ai.allowed_moves(board, 'b')
return board, ground_truth, check_moves(moves, ground_truth)
###############################################################################
if __name__ == "__main__":
def check_valid_position(test_name, board):
for row, line in enumerate(board):
for col, square in enumerate(line):
if (row + col) % 2 == 0:
if square != '_':
raise Exception(
"Ground truth for %s at row %d and column %d (starting at 0) is not valid, it should be '_' as it is a white square."
% (test_name, row, col))
for test_name in dir():
if test_name.startswith("test_"):
print("Running '%s':" % test_name)
(board, ground_truth, ok) = eval("%s()" % test_name)
check_valid_position(test_name, board)
if not ok:
main.print_board(board)
break
if ok:
print(
"You are good to go ! You can try your script against the other side one with 'make'"
)
board[randy][randx] = rand_val
cnt += 1
if cnt > 9:
return False
cnt = 0
while not solver.solve(board):
rand_val = random.randint(1,9)
board = copy.deepcopy(initial)
board[randy][randx] = rand_val
cnt += 1
if cnt > 9:
return False
initial[randy][randx] = rand_val
board = copy.deepcopy(initial)
cst2 += 1
return board
def main():
difficulty = 5-int(input("Select difficulty: Very Easy (0), Easy (1), Medium(2), Hard(3), Insane(4)"))
assert difficulty > 0 and difficulty <= 5, "Invalid entry"
return generate(difficulty)
if __name__ == "__main__":
board = main()
if type(board) == bool:
print("Generating failed")
else:
solver.print_board(board)
def function_incorrect(board):
print("FAIL on ")
print_board(board)
exit(1)