def new_ship(self, field, length):
try:
start = get_input('Input start position for \
{}-ship in format ROW,COL (ex. 1,2): '.format(length))
d = start.split(',')
row_start = int(d[0]) - 1
col_start = int(d[1]) - 1
ship = []
pos = [row_start, col_start]
if (
self.is_duplicate(pos) is True or
self.check_perimeter(pos, field.size)):
raise ValueError
else:
ship.append(pos)
if int(length) > 1:
direction = get_input('Input directions for \
{}-ship (WASD):'.format(length))
it = int(length) - 1
while it > 0:
if direction == 'w':
pos = [row_start - it, col_start]
elif direction == 'a':
pos = [row_start, col_start - it]
elif direction == 's':
pos = [row_start + it, col_start]
elif direction == 'd':
pos = [row_start, col_start + it]
if (
self.is_duplicate(pos) is True or
self.check_perimeter(pos, field.size)):
raise ValueError
else:
ship.append(pos)
it -= 1
self._ships.append(Ship(ship))
except ValueError:
print('Wrong position, try again!')
self.new_ship(field, length)
except IndexError:
print('Wrong direction, try again!')
self.new_ship(field, length)
def new_ship(self, field, length):
try:
start = get_input('Input start position for \
{}-ship in format ROW,COL (ex. 1,2): '.format(length))
d = start.split(',')
row_start = int(d[0]) - 1
col_start = int(d[1]) - 1
ship = []
pos = [row_start, col_start]
if (self.is_duplicate(pos) is True
or self.check_perimeter(pos, field.size)):
raise ValueError
else:
ship.append(pos)
if int(length) > 1:
direction = get_input('Input directions for \
{}-ship (WASD):'.format(length))
it = int(length) - 1
while it > 0:
if direction == 'w':
pos = [row_start - it, col_start]
elif direction == 'a':
pos = [row_start, col_start - it]
elif direction == 's':
pos = [row_start + it, col_start]
elif direction == 'd':
pos = [row_start, col_start + it]
if (self.is_duplicate(pos) is True
or self.check_perimeter(pos, field.size)):
raise ValueError
else:
ship.append(pos)
it -= 1
self._ships.append(Ship(ship))
except ValueError:
print('Wrong position, try again!')
self.new_ship(field, length)
except IndexError:
print('Wrong direction, try again!')
self.new_ship(field, length)
def new_game(self):
# PARTY.current_dungeon.start()
if self.webbed:
party_size = base.get_input('enter the size of your party: ')
if int(party_size) is 0:
base.put("you can't play with zero people, dingus")
sys.exit()
# creating all the players in the party
for a in range(int(party_size)):
name = base.get_input('enter the name of player %d: ' % a)
PARTY.add_player(Player(name))
base.put('Game Start')
base.put(PARTY.to_str())
dungeon = Hub(PARTY)
PARTY.hub = dungeon
PARTY.current_dungeon = dungeon
PARTY.current_dungeon.start()
while (PARTY.end):
PARTY.handle_player_turn()
if (PARTY.end):
PARTY.current_dungeon.handle_monster_turn()
base.put("\n\n------------=========GAME OVER=========------------")
else:
party_size = base.get_input('enter the size of your party: ')
if int(party_size) is 0:
base.put("you can't play with zero people, dingus")
sys.exit()
# creating all the players in the party
for a in range(int(party_size)):
name = base.get_input('enter the name of player %d: ' % a)
PARTY.add_player(Player(name))
base.put('Game Start')
base.put(PARTY.to_str())
dungeon = Hub(PARTY)
PARTY.hub = dungeon
PARTY.current_dungeon = dungeon
PARTY.current_dungeon.start()
while (PARTY.end):
PARTY.handle_player_turn()
if (PARTY.end):
PARTY.current_dungeon.handle_monster_turn()
base.put("\n\n------------=========GAME OVER=========------------")
def do_turn(self, option):
# effectiveness coefficient
ec = self.owner.attributes['mana'] / 5
if option == self.options[0]:
p = base.make_choice([
'cast %s' % self.name,
'rename %s' % self.name,
'examine %s' % self.name
])
if p == 1:
name = base.get_input('enter a new name for %s' % self.name)
self.name = name
self.options = ['%s' % self.name]
if p == 2:
base.put(self.ploop())
if p == 0:
if not self.on_cooldown:
if not self.is_healing:
if not self.aoe:
self.murder(self.owner.select_target())
self.owner.statuses.append(
s.Cooldown(self, self.cooldown_time))
else:
self.owner.do_aoe_monster(self.murder)
self.owner.statuses.append(
s.Cooldown(self, self.cooldown_time))
else:
if not self.aoe:
self.murder(self.owner.select_player_target())
self.owner.statuses.append(
s.Cooldown(self, self.cooldown_time))
else:
self.owner.do_aoe_player(self.murder)
self.owner.statuses.append(
s.Cooldown(self, self.cooldown_time))
else:
base.put('%s is on cooldown!' % self.name)
def shooting(self, field, enemy_ships):
def valid_shoot_position():
return (shot is not None) and (shot not in self._shots)
shot = None
while not valid_shoot_position():
try:
cords_input = get_input('Enter coordinates your shot (x, y): ')
c = cords_input.split(',')
row = int(c[0]) - 1
col = int(c[1]) - 1
cords = [row, col]
if self.check_perimeter(cords, field.size):
raise ValueError()
# if (row < 0 or col < 0) or \
# (row >= field.size or col >= field.size):
# raise ValueError()
shot = Shot(cords, enemy_ships)
self._shots.append(shot)
return shot
except (IndexError, ValueError):
print('Wrong input, try again!')
def shooting(self, field, enemy_ships):
def valid_shoot_position():
return (shot is not None) and (shot not in self._shots)
shot = None
while not valid_shoot_position():
try:
cords_input = get_input('Enter coordinates your shot (x, y): ')
c = cords_input.split(',')
row = int(c[0]) - 1
col = int(c[1]) - 1
cords = [row, col]
if self.check_perimeter(cords, field.size):
raise ValueError()
# if (row < 0 or col < 0) or \
# (row >= field.size or col >= field.size):
# raise ValueError()
shot = Shot(cords, enemy_ships)
self._shots.append(shot)
return shot
except (IndexError, ValueError):
print('Wrong input, try again!')
],
[
sg.Text(size=(64, 20), key='-OUTPUT-'),
sg.Text(size=(10, 10)),
sg.Text(size=(64, 20), key='-FREQUENCY-')
],
]
changes = []
window = sg.Window('Cracking the code', layout)
while True:
event, values = window.read()
if event == 'Load':
filepath = 'result.txt' if values[0] == '' else values[0]
text = get_input(filepath)
str_text = ''
window['-OUTPUT-'].update(format_text_string(text))
frequency_stat = count_frequency(text)
window['-FREQUENCY-'].update(frequency_stat)
elif event == 'Change':
if len(values[1].split()) != len(values[2].split()):
raise Exception('Different amount of elements')
substitute = {}
for s, d in zip(values[1].split(), values[2].split()):
substitute.update({s: d + ' '})
changes.append(substitute)
text = change_text(text, substitute)
def do_turn(self):
if base.IS_WEB_VERSION:
base.put(self.get_info())
for x in self.statuses:
x.do_turn(None)
ireallyhatemylife=len(self.owner.current_dungeon.things)
for a in range(ireallyhatemylife):
# im not entirely sure what's going on here, but 'a' is an int
# so it will never be an instance of monster.
if isinstance(a,Monster):
if not a.alive:
self.owner.current_dungeon.things.remove(a)
a-=1
ireallyhatemylife-=1
# since action points can be removed in the statuses, we need to check it here
if self.action_points > 0:
args = self.return_options()[base.make_choice(self.return_options())]
if args == 'save':
if dill:
name = base.get_input('enter the name of your save: ')
if not os.path.exists('%s/saves/' % base.BASE_DIR):
os.makedirs('%s/saves/' % base.BASE_DIR)
path = '%s/saves/%s.dunce' % (base.BASE_DIR,name)
# have to create the file before we take a dump in it
with open(path,'w+'):
pass
dill.dump_session(path)
if args == 'load':
li = []
if os.path.exists('%s/saves/' % base.BASE_DIR):
for dirpath, dirname, filename in os.walk('%s/saves/' % base.BASE_DIR):
for fi in filename:
if '.dunce' in fi:
li.append(fi)
else:
base.put('no saves to choose from!')
op = base.make_choice(li,"savefile")
if dill:
if op is not None:
go = False
base.put('loading session')
self.action_points = 0
dill.load_session('%s/saves/%s' % (base.BASE_DIR,li[op]))
else:
base.put('save/load support is disabled because you haven\'t installed dill!')
if args == 'exit room':
# door should be the INDEX of the returned list, ie 0 1 2 3
door = base.make_choice([a for a in self.party.current_dungeon.active_room.get_neighbors().keys()],'room')
self.party.current_dungeon.active_room.move_to(door)
## This is the examine method.
if args == 'examine':
s = ''
for ind, a in enumerate(self.party.current_dungeon.active_room.things):
if ind != len(self.party.current_dungeon.active_room.things) - 1:
s+='a %s, ' % a.examine(self)
else:
s+='and a %s.' % a.examine(self)
if not s:
s = 'absolutely nothing.'
base.put('you examine the room and notice %s' % s)
# if p == 2:
# base.put('you can\'t do that yet, lol')
if args == 'shop':
self.party.current_dungeon.enter_shop()
if args == 'enter a dungeon':
self.party.current_dungeon.leave_dungeon()
if args == 'repair':
self.party.current_dungeon.repair_items()
for a in self.inventory:
if isinstance(a,weapons.Weapon):
if a.equipped: a.do_turn(args)
else:
a.do_turn(args)
if not isinstance(self.party.current_dungeon,dungeon.Hub):
for a in self.party.current_dungeon.active_room.things:
if isinstance(a,thing.InteractiveObject):
a.do_turn(args)
self.action_points -= 1
def __init__(self, human=True):
self._human = human
self._ships = []
self._shots = []
self.name = get_input('Please enter Player name: ')
def __init__(self, human=True):
self._human = human
self._ships = []
self._shots = []
self.name = get_input('Please enter Player name: ')