def go(self, direction: str) -> Location:
dest_info = self.location.destinations.get(direction, None)
dest = None
print('***', self.location.name, direction, dest_info)
while not dest:
if isinstance(dest_info, str):
dest = game.locations.get(dest_info)
elif isinstance(dest_info, tuple):
if isinstance(dest_info[0], str):
dest = game.locations.get(dest_info[0])
default_dest_info = self.location.destinations.get(
'default', None)
if dest_info[0] == 'MESSAGE':
Util.print_message(dest_info[1])
if dest_info[2]:
if dest_info[2][0] == 'PROPERTY (must not be)':
item = game.objects[dest_info[2][1]]
if item.prop == dest_info[2][2]:
dest_info, dest = default_dest_info, None
elif dest_info[2][0] == 'REQUIRED_OBJECT_IN_ROOM':
if not (self.location.is_item_present(
dest_info[2][1])
or self.has_item(dest_info[2][1])):
dest_info, dest = default_dest_info, None
else:
return
else:
if dest_info[1][0] == 'PROPERTY (must not be)':
item = game.objects[dest_info[1][1]]
if item.prop == dest_info[1][2]:
dest_info, dest = default_dest_info, None
elif dest_info[1][0] == 'REQUIRED_OBJECT':
item = game.objects[dest_info[1][1]]
if not self.has_item(item.name):
dest_info, dest = default_dest_info, None
elif dest_info[1][0] == 'PROBABILITY':
# TODO replace None with Util.pct(dest_info[1][1]) after test
if None:
dest_info, dest = default_dest_info, None
elif dest_info[1][0] == 'REQUIRED_OBJECT_IN_ROOM':
if not (self.location.is_item_present(
dest_info[1][1])
or self.has_item(dest_info[1][1])):
dest_info, dest = default_dest_info, None
else:
raise NotImplemented(
'The move is not implemented!')
else:
break
if not dest:
Util.color_print('WARN', "You can't go that way.")
return
if self.location != dest:
self.location = dest
self.trajectory.append(self.location.name)
return self.location
def run(self) -> None:
while True:
locations[self.player.location.name].print_info(
objects['lantern'], self.player)
# available_exists = {dest for dir, dest in locations[self.player.location.name].destinations.items()}
# direction = input(f"Available exits are:\n{available_exists}\n:").casefold()
direction = input(":").casefold()
from colorama import Fore, Style
print(Fore.YELLOW, direction, Style.RESET_ALL)
# remove non-alph from the import and interpret each word
what_to_do = []
for d in direction.split():
word = re.sub(r'[^a-zA-Z]', '', d)[:6]
if w := Util.get_word_info(word):
what_to_do.append(w)
if what_to_do:
vocab_type, value = what_to_do[0]
# if the first word is a TYPE_MOTION, ignore the rest
if vocab_type == TYPE_MOTION:
self.player.go(value)
else:
action_vocab = ''
item_vocabs = []
for vocab_type, value in what_to_do:
if vocab_type == TYPE_ACTION:
action_vocab = value
elif vocab_type == TYPE_OBJECT:
item_vocabs.append(value)
if action_vocab and not item_vocabs:
getattr(Command, action_vocab)(player=self.player)
elif item_vocabs:
for item_name in item_vocabs:
if action_vocab:
getattr(Command,
action_vocab)(player=self.player,
item=objects[item_name])
# elif vocab_type == TYPE_SPECIAL_CASE:
# # special case verb
# print(arbitrary_messages[value])
else:
print("Please enter a valid input")
def manage_dwarves(self):
global dwarf_activation_level
loc = self.player.location
if not (loc.is_forced() or loc.bitset(3)):
for d in self.dwarves:
if d.old_loc == loc.name and d.seen:
Util.print_message(2)
break
if loc.is_forced() or loc.bitset(3):
loc.print_desc(self.player)
elif dwarf_activation_level != 0:
if dwarf_activation_level == 1:
# WHEN WE ENCOUNTER THE FIRST DWARF, WE KILL 0, 1, OR 2 OF THE 5 DWARVES.
# TODO replace `loc.index < 15` with `loc.index < 15 or Util.pct(95)` after test
if loc.index < 15:
loc.print_desc(self.player)
else:
dwarf_activation_level = 2
for d in random.sample(self.dwarves, 2):
if Util.pct(50):
d.loc = None
for d in self.dwarves:
if d.loc == loc.name:
d.old_loc = d.loc
d.loc = 'nugget_room'
Util.print_message(3)
loc.add_item(objects['axe'])
loc.print_desc(self.player)
else:
loc.print_desc(self.player)
# print('#6010')
elif dwarf_activation_level == 0 and loc.index >= 15:
dwarf_activation_level = 1
loc.print_desc(self.player)
else:
loc.print_desc(self.player)
def print_info(self, lamp, player):
# print('----- ', self.name, self.abb_desc_no)
if not self.short_description or (self.abb_desc_no % ABBNUM == 0):
desc = self.description
else:
desc = self.short_description
if self.is_forced() or not self.is_dark(lamp, player):
if player.has_item('bear'):
Util.print_message(141)
elif game.locations[player.trajectory[-1]].is_dark(
lamp, player) and Util.pct(35):
Util.print_message(23)
# 90 HE'S DEAD. LET'S GET ON WITH IT.
return
else:
desc = 16
if player.has_item('bear'):
Util.print_message(141)
Util.print_message(desc)
desc = None
# IF(FORCED(LOC))GOTO 8
# IF(LOC.EQ.33.AND.PCT(25).AND..NOT.CLOSNG)CALL RSPEAK(8)
if desc:
self.abb_desc_no += 1
Util.color_print('LOC_INFO', desc)
def print_message(self, prop: int = None) -> None:
prop_msg = prop if prop else self.prop
if (msg := self.messages[prop_msg]) != '>$<':
Util.color_print('ITEM_INFO', msg)