def did_monster_die(monster, hero):
if monster.resistance == 0:
main.clear_screen()
main.print_hero_stats(hero)
print(f"\n{monster.name} dog!")
monster.died()
input('\n-- Tryck på enter för att fortsätta --')
def run_tournament(self):
for gen_num in tqdm(range(1, self.num_generations + 1)):
self.gen_num = gen_num
time.sleep(1)
print(f'\nBEGINNING GENERATION {gen_num:03d}')
self.init_parents()
# self.output_parent_genomes()
self.generate_population()
matchup_count = Value('i', 0)
while len(self.population) > self.num_parents:
self.generate_tournament_mactchups()
self.num_matchups = sum([2**i for i in range(int(math.log2(self.num_parents)), int(math.log2(self.population_size)))])
matchup_lock = Lock()
update_lock = Lock()
temp = self.matchups
self.matchups = Queue()
for m in temp:
self.matchups.put(m)
processes = []
for i in range(cpu_count()):
processes.append(Process(target=self.do_work, args=(matchup_count, matchup_lock, update_lock)))
processes[i].start()
for i in range(cpu_count()):
processes[i].join()
self.population = sorted(self.population, key=lambda k: k['wins'], reverse=True)
self.population = self.population[:len(self.population)//2]
self.parents = self.population[:self.num_parents]
self.save_parents()
clear_screen()
def run_parallel(self):
for gen_num in tqdm(range(1, self.num_generations + 1)):
self.gen_num = gen_num
time.sleep(1)
print(f'\nBEGINNING GENERATION {gen_num:03d}')
self.init_parents()
self.output_parent_genomes()
self.generate_population()
self.generate_matchups()
self.num_matchups = len(self.matchups)
matchup_lock = Lock()
update_lock = Lock()
temp = self.matchups
self.matchups = Queue()
for m in temp:
self.matchups.put(m)
processes = []
for i in range(cpu_count()):
processes.append(Process(target=self.do_work, args=(matchup_lock, update_lock)))
processes[i].start()
for i in range(cpu_count()):
processes[i].join()
print('\n')
self.select_parents()
self.save_parents()
clear_screen()
def set_turn_order(monster_list, hero):
creature_list = monster_list.copy()
creature_list.append(hero)
creature_list = sort_turn_list(creature_list)
main.clear_screen()
main.print_hero_stats(hero)
print("\nSpelordningen följer:\n")
i = 1
for creature in creature_list:
print(f"{i}. {creature.name}")
i += 1
input('\n-- Tryck på enter för att fortsätta --')
return creature_list
def hero_attack(hero, monster_list, current_monster, room, game_board,
grid_size, room_list):
main.clear_screen()
main.print_hero_stats(hero)
monster = monster_list[current_monster]
if monster.resistance == 0:
try:
current_monster += 1
monster = monster_list[current_monster]
except IndexError:
check_for_living_monsters(room, game_board, hero, grid_size,
room_list)
attack_func(hero, monster, hero)
did_monster_die(monster, hero)
check_for_living_monsters(room, game_board, hero, grid_size, room_list)
def dead_message(hero):
while True:
main.clear_screen()
print(f"\n{hero.name} har dött.")
save_collected_treasure(hero)
print("\n[1] - Main menu\n" "[2] - Avsluta spelet")
choice = input("\nSkriv in ditt val: ")
if choice == "1":
main.main_menu()
elif choice == "2":
exit()
else:
print("\n-- Felaktig input, ange en siffra från menyn. --")
input('-- Tyck på enter för att fortsätta --')
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.')
def heroes_turn(hero, monster_list, current_monster, room, game_board,
grid_size, room_list):
while True:
print(f"\n-{hero.name}s tur-\n\n"
f"[1] - Attackera\n"
"[2] - Pröva att fly")
menu_choice = input("\nSkriv in ditt val: ")
if menu_choice == "1":
hero_attack(hero, monster_list, current_monster, room, game_board,
grid_size, room_list)
break
elif menu_choice == "2":
hero_flee(hero, game_board, monster_list, room, grid_size,
room_list)
break
else:
print("\n-- Felaktig input, ange en siffra från menyn. --")
input('-- Tyck på enter för att fortsätta --')
main.clear_screen()
main.print_hero_stats(hero)
def fight(hero, grid_size, game_board, room_list, room):
knight_ability = False
if hero.hero_class == "Riddare":
knight_ability = True
monster_list = room.monster_list
current_monster = 0
creature_list = set_turn_order(monster_list, hero)
while True:
for creature in creature_list:
if creature.is_alive:
if creature.name == hero.name:
main.clear_screen()
main.print_hero_stats(hero)
heroes_turn(hero, monster_list, current_monster, room,
game_board, grid_size, room_list)
else:
main.clear_screen()
main.print_hero_stats(hero)
knight_ability = monster_attacks(knight_ability, creature,
hero)