def interact_with_conn(self, player):
if self.toggle_condition is None:
rpg_print("You can't go through the " + self.name + ".")
return
else: # door has possible passage, if unlocked go through, if locked check inventory
if self.locked is False:
return self.connecting_room
else:
# check inventory for required item
# Ask player if want to use item
# if player yes:
# use item, remove item, toggle locked, go to next room
# if player no: pass
if player.check_for_item(self.toggle_condition):
rpg_print(
"Your {} will open {}. Would you like to use it? (y/n)"
.format(self.toggle_condition, self.name))
print("Input> ", end='')
player_input = str(input()).strip()
if player_input == 'y' or 'Y':
player.use_key(self.toggle_condition)
self.locked = False # make door unlocked
pass # proceed through door, etc
else:
rpg_print(
"You have chosen not to leave your current location..."
)
return
else:
rpg_print(
"{} is locked but you don't have the key.".format(
self.name))
return
pass
def object_menu(self, player):
if not self.objects:
rpg_print(
"There doesn't appear to be any unusual objects in the room")
return
else:
for i, o in enumerate(self.objects):
i += 1
o.print_obj_descr(i)
# Ask player if they want to take item. Return true or false.
# If statement to handle either case
if req_player_interaction():
self.add_room_item_to_inv((i - 1), player)
else:
return
def connection_menu(self, player):
if not self.connections:
rpg_print("There don't appear to be any ways out of this room")
else: # If there are connections in the room
for i, c in enumerate(self.connections):
i += 1
c.print_conn_descr(i)
print("Interact with door or exit? (0 for no)")
print("Door> ", end='')
player_input = int(input())
if player_input < 1 or player_input > len(
self.connections
): # if input num is in range of connections
print("EXITING DOOR SELECTION")
pass
else:
return self.connections[player_input - 1].interact_with_conn(
player) # player ref is for inv check
pass
def print_player_inventory(self):
while True:
hp.rpg_print("In your inventory you currently possess the following:")
for i, val in enumerate(self.inventory):
print('{}. {}'.format((i+1), val.name))
print("Inspect which item? (0 to return)")
print('> ', end='')
player_input = int(input()) - 1
print("*****")
if player_input < 0:
return
elif player_input > len(self.inventory):
return
else:
print(self.inventory[player_input])
print("Press enter to continue...", end='')
input()
print("*****")
def room_menu(self, player):
self.print_room_descr()
# Player can interact with objects, NPCs and connections (doors)
print("What would you like to inspect?")
rpg_print(
"1. Doors\n2. Look for interesting objects.\n3. Interact with NPCs. 4. Back to main."
)
player_input = int(input())
# go to conn menu and if player changes room, return the room back to player.play then world.play
if (player_input == 1):
return self.connection_menu(player)
elif player_input == 2:
self.object_menu(player)
elif player_input == 3:
self.npc_menu()
elif player_input == 4:
return self # Returning to main menu, return room to show no change has ocurred
else:
print("What??")
self.room_menu(player)
def print_conn_descr(self, conn_num):
rpg_print('{}. {} there is a {}.{}.'.format(
conn_num, self.location, self.descr,
' It is locked.' if self.locked else ''))
def print_room_descr(self):
print("***** {} *****".format(self.name))
rpg_print(self.description)
def print_obj_descr(self, obj_num):
rpg_print('{}. {} Would you like to take the {}?'.format(obj_num,
self.room_descr, self.name))