def perform_actions(attacker, target): # Do not remove vars target
if attacker.human_mode: # human's turn
while True:
action_key = input(f"{Action.text}")
if not_number(action_key):
continue
action_key = int(action_key)
if action_key > len(Action.collection) or action_key < 1:
print(f"Please enter only 1-{len(Action.collection)}")
continue
action_success = eval(
Action.collection[action_key][1]) # Return True or False
if not action_success: # if the action cannot be carried out
continue
time.sleep(Database.sleep)
break
else: # computer's turn
while True:
if not attacker.human_team: # if computer not in human team.
cprint(
f"{attacker.name.upper()}: ",
color=Color.name_bot,
attrs=["bold"],
)
action_key = random.randint(1, len(Action.collection))
action_success = eval(Action.collection[action_key][1])
if not action_success:
continue
time.sleep(Database.sleep)
break
def choose_victim(attacker, targets):
if attacker.human_mode: # human's mode
while True:
Game.show_computers()
index = input(
colored(f"Select enemy to attack: ", color=Color.command))
if not_number(index):
continue
index = int(index)
if index > Database.num_player or index < 1:
print(f"Please enter only 1-{Database.num_player}\n")
continue
victim = targets[index - 1]
if victim.dead:
print(
f"\n{victim.name.upper()} is {colored('DEAD', color=Color.dead_bot)}, pick another target\n"
)
continue
break
else: # computer's turn
while True:
victim = targets[random.randint(0, Database.num_player - 1)]
if victim.dead:
continue
break
return victim
def choose_mode():
print("""Available play mode
1: You + computer vs computers
2: You vs computer(s)""")
while True:
choice = input(colored("Choose play mode: ", Color.command))
if not_number(choice):
continue
choice = int(choice)
if choice not in [1, 2]:
print("Please enter only 1 or 2\n")
continue
break
if choice == 1:
man_vs_bot = False
else:
man_vs_bot = True
return man_vs_bot
def choose(attacker):
num_magics = len(Magic.collection)
magic = None
if attacker.human_mode: # human's turn
while True:
Magic.show(attacker)
index = input(colored("Select magic: ", color=Color.command))
if index == "*":
return None
if not_number(index):
continue
index = int(index)
if index > num_magics or index < 1:
print(f"Please enter only 1-{num_magics}")
continue
magic = Magic.collection[index]
break
else: # computer's turn
magic = Magic.collection[random.randint(1, num_magics)]
return magic
def choose(user):
num_items = len(Item.collection)
item = None
if user.human_mode: # human's turn
while True:
Item.show()
index = input(colored("Select item: ", color=Color.command))
if index == "*":
return None
if not_number(index):
continue
index = int(index)
if index > num_items or index < 1:
print(f"Please enter only 1-{num_items}")
continue
item = Item.collection[index]
break
else: # computer's turn
item = Item.collection[random.randint(1, num_items)]
return item
def create_players(enemy_names):
"""Create players - humans and computers"""
while True:
man_vs_bot = Game.choose_mode(
) # True if in mode players vs computers
num_player = input(
colored("Number of players (1-5, or * to go back): ",
color=Color.command))
if num_player == '*' or not_number(num_player):
continue
Database.num_player = int(num_player)
if Database.num_player > 5 or Database.num_player < 1:
print(
"The game can only have 1-5 players. Please enter the number of players again.\n"
)
continue
break
print("Please enter the name(s) of player(s)")
for i in range(Database.num_player):
text = colored(f"Player {i + 1}: ", Color.command)
if man_vs_bot: # Players vs computers mode
Database.players.append(
Person(name=input(text).capitalize(), human_mode=True))
else: # Player + computer vs computers mode
if i == 0:
Database.players.append(
Person(name=input(text).capitalize(), human_mode=True))
elif i > 0:
Database.players.append(
Person(
name=input(text).capitalize(),
human_mode=False,
human_team=True,
))
Database.computers.append(
Person(name=enemy_names[i], human_mode=False,
human_team=False))