def check_deaths():
for p in range(len(players)):
if players[p].is_dead():
print("\n{} was defeated.".format(players[p].get_name()))
sleep(delay)
del players[p]
for e in range(len(enemies)):
if enemies[e].is_dead():
print("\n{} was defeated.".format(enemies[e].get_name()))
sleep(delay)
for player in players:
# Experience gain
player.change_exp(enemies[e].get_exp())
print("{} gained {} EXP.".format(player.get_name(),
enemies[e].get_exp()))
sleep(delay)
while player.check_lvl():
player.lvl_up()
print("{} leveled up to level {}.".format(
player.get_name(), player.get_lvl()))
sleep(delay)
# Rolls for items
with open("enemy_data/{}.txt".format(
enemies[e].get_name().lower().replace(' ',
'_'))) as f_in:
enemy = f_in.readlines()
if len(
enemy
) > 1: # Item drops of enemy are stored after first line of enemy file
for item_drop in enemy[1:]:
if randint(1, 100) <= int(
item_drop.split()[1]): # Rolls for item
with open("item_data/{}.txt".format(
item_drop.split()[0])) as f_in2:
item_type = f_in2.readline().strip()
# For equipment items
if item_type == "equipment":
new_item = f_in2.readline().split()
# If player does not already have an equipment item of the same type
if player.check_equipment_type(
new_item[1]) == -1:
potential_equip = Equipment(
new_item[0].replace('_', ' '),
new_item[1], int(new_item[2]),
int(new_item[3]),
int(new_item[4]),
int(new_item[5]))
print("{} found {}.".format(
player.get_name(),
potential_equip.get_name()))
sleep(delay)
potential_equip.display()
sleep(delay)
while True:
p_input = input(
"'T' to take equipment, 'D' to discard equipment."
)
if p_input.lower() == 't':
player.add_equipment(
potential_equip)
print("{} took {}.".format(
player.get_name(),
potential_equip.
get_name()))
sleep(delay)
break
elif p_input.lower() == 'd':
print(
"{} discarded {}.".
format(
player.get_name(),
potential_equip.
get_name()))
sleep(delay)
break
else:
print(
"Invalid response: Expected 'T' or 'D'."
)
sleep(delay)
# Else, asks player whether to replace it or not
else:
potential_equip = Equipment(
new_item[0].replace('_', ' '),
new_item[1], int(new_item[2]),
int(new_item[3]),
int(new_item[4]),
int(new_item[5]))
print(
"{} found {} but already has a(n) {}."
.format(
player.get_name(),
potential_equip.get_name(),
potential_equip.get_type()
))
sleep(delay)
print("Old:")
sleep(delay)
player.get_equipment()[
player.check_equipment_type(
potential_equip.get_type(
))].display()
sleep(delay)
print("New:")
sleep(delay)
potential_equip.display()
sleep(delay)
while True:
p_input = input(
"'T' to take new equipment, 'K' to keep old equipment."
)
if p_input.lower() == 't':
print(
"{} discarded {} and took {}."
.format(
player.get_name(),
player.
get_equipment()
[player.
check_equipment_type(
potential_equip
.get_type()
)].get_name(),
potential_equip.
get_name()))
player.add_equipment(
potential_equip)
sleep(delay)
break
elif p_input.lower() == 'k':
print(
"{} discarded {} and kept {}."
.format(
player.get_name(),
potential_equip.
get_name(),
player.
get_equipment()
[player.
check_equipment_type(
potential_equip
.get_type()
)].get_name()))
sleep(delay)
break
else:
print(
"Invalid response: Expected 'T' or 'K'."
)
sleep(delay)
# For consumable items
elif item_type == "consumable":
new_item = f_in2.readline().split()
potential_item = Consumable(
new_item[0].replace('_', ' '),
int(new_item[1]), int(new_item[2]))
print("{} found {}.".format(
player.get_name(),
potential_item.get_name()))
sleep(delay)
potential_item.display()
sleep(delay)
while True:
p_input = input(
"'T' to take item, 'D' to discard item."
)
if p_input.lower() == 't':
player.add_item(potential_item)
print("{} took {}.".format(
player.get_name(),
potential_item.get_name()))
sleep(delay)
break
elif p_input.lower() == 'd':
print(
"{} discarded {}.".format(
player.get_name(),
potential_item.
get_name()))
sleep(delay)
break
else:
print(
"Invalid response: Expected 'T' or 'D'."
)
sleep(delay)
del enemies[e]
