def main_automated(moves=[]):
text = checking_file("maps\map_good.txt")
new_game = Map(text)
new_map = new_game.mapping()
move = Moves(new_map)
if new_map is not False:
current_room = new_map[0].name
for move_to in moves:
print("You are in room: " + current_room)
if new_game.mapping() is not False:
print("Possible moves: " +
str(move.possible_moves_in_room(current_room).keys()))
print("For exit press 'x'")
next_move = move_to
print("Your choice: " + move_to)
if next_move.strip() == 'x':
break
if next_move in new_game.moves.keys():
current_room = move.move(next_move, current_room)
else:
print("Wrong letter, you did not move")
time.sleep(1)
else:
print("Error in map - check the map")
return False
def __init__(self, screen):
self.players = default_players()
self.map = Map.new()
self.map.cells = []
self.screen = screen
self.buttons = [Button("Menu", (window_width - 60, 0, 60, 30))]
self.messagebox = []
self.adjustrect = []
self.textbox = []
self.box = []
self.map_buttons = []
def main(argv):
if len(argv) != 2:
print 'USAGE:'
print argv[0],'level'
exit()
m = Map.load(argv[1])
while not m.done:
m.show()
c = raw_input('>')
print 'res:', m.execute(c)
m.show()
def main_bad_map():
text = checking_file("maps\map_wrong_direction.txt")
new_game = Map(text)
new_map = new_game.mapping()
move = Moves(new_map)
if new_map is not False:
current_room = new_map[0].name
while True:
print("You are in room: " + current_room)
if new_game.mapping() is not False:
print("Possible moves: " +
str(move.possible_moves_in_room(current_room).keys()))
print("For exit press 'x'")
next_move = input("your choice: ")
if next_move.strip() == 'x':
break
if next_move in new_game.moves.keys():
current_room = move.move(next_move, current_room)
else:
print("Wrong letter, you did not move")
else:
print("Error in map - check the map")
return False
def __init__(self, maps, key_handler):
self.score = 0
self.target = type('', (), dict(x=600, y=20))
self.player = None
self.draw = False
self.start_position = dict(x=190, y=550, rotation=-30)
maps = maps or []
self.key_handler = key_handler
self.maps = [Map(map) for map in maps]
if len(maps) == 2:
self.gates = Gate(maps[0], maps[1])
# neat
self.population = Population(
target=self.target,
player=lambda: Player(rotation=0, x=20, y=20),
maps=self.maps,
count=1000,
)
def load(self, map_name):
self.map = Map.load(map_name)
player_list = maps.player_list()
self.map.init_players(player_list)
def play():
"""Initiate a game, using the command line arguments as configuration."""
arguments = docopt(__doc__)
if arguments['list_rules']:
# list all possible game rules
names = [
name.replace('.py', '') for name in listdir('rules')
if '__init__' not in name and '.pyc' not in name
]
print('\n'.join(names))
elif arguments['list_maps']:
# list all possible maps
print('\n'.join(listdir('maps')))
else:
# start a game
# parse arguments
rules_name = arguments['RULES']
initial_zombies = int(arguments['-z'])
minimum_zombies = int(arguments['-n'])
docker_isolator = arguments['-i']
debug = arguments['-d']
isolator_port = int(arguments['-p'])
use_basic_icons = arguments['-b']
max_frames = int(arguments['-f'])
use_arduino = arguments['-a']
arduino_device = arguments['-v']
arduino_bauds = int(arguments['-u'])
player_names = []
for player_part in arguments['PLAYERS'].split(','):
if ':' in player_part:
player_name, count = player_part.split(':')
count = int(count)
else:
player_name = player_part
count = 1
player_names.extend([
player_name,
] * count)
size = arguments['-s']
if size:
size = tuple(map(int, size.split('x')))
map_name = arguments['-m']
if map_name:
map_file = path.join('maps', map_name)
map_ = Map.from_file(map_file)
if size:
if size[0] < map_.size[0] or size[1] < map_.size[1]:
message = "Map (%s) doesn't fit in specified size (%s) " \
"(leave it empty to use best fit)"
raise Exception(message % (str(map_.size), str(size)))
else:
map_.size = size
else:
if not size:
size = 30, 10
map_ = Map(size, [])
# create and start game
g = Game(rules_name=rules_name,
player_names=player_names,
map_=map_,
initial_zombies=initial_zombies,
minimum_zombies=minimum_zombies,
docker_isolator=docker_isolator,
isolator_port=isolator_port,
debug=debug,
use_basic_icons=use_basic_icons,
use_arduino=use_arduino,
arduino_device=arduino_device,
arduino_bauds=arduino_bauds)
g.play(max_frames)
def __setMap(self):
self.map = Map.Map(self.ctl, self.MAX_HEIGHT_COUNT)
for e in event.get():
if e.type == QUIT or (e.type == KEYDOWN and e.key == K_ESCAPE):
MAIN_LOOP = False
HOME_LOOP = False
GAME_LOOP = False
display.flip()
if e.type == KEYDOWN and e.key == K_RETURN:
window.blit(transform.scale(BACKGROUND, SCREEN_SIZE), (0, 0))
window.blit(transform.scale(WELCOME, SCREEN_SIZE), (0, 0))
display.flip()
HOME_LOOP = False
GAME_LOOP = True
window.blit(transform.scale(BACKGROUND, SCREEN_SIZE), (0, 0))
labyrinth = Map(FILE)
labyrinth.generate()
labyrinth.display(window)
display.flip()
Macgyver = Player(labyrinth)
display.flip()
while GAME_LOOP:
time.Clock().tick(30)
for e in event.get():
if e.type == QUIT:
MAIN_LOOP = False
GAME_LOOP = False
if e.type == KEYDOWN:
if e.key == K_RIGHT:
Macgyver.move('right')
if e.key == K_LEFT:
def play():
"""Initiate a game, using the command line arguments as configuration."""
arguments = docopt(__doc__)
if arguments['list_rules']:
# list all possible game rules
names = [name.replace('.py', '')
for name in listdir('rules')
if '__init__' not in name and '.pyc' not in name]
print('\n'.join(names))
elif arguments['list_maps']:
# list all possible maps
print('\n'.join(listdir('maps')))
else:
# start a game
# parse arguments
rules_name = arguments['RULES']
initial_zombies = int(arguments['-z'])
minimum_zombies = int(arguments['-n'])
docker_isolator = arguments['-i']
debug = arguments['-d']
isolator_port = int(arguments['-p'])
use_basic_icons = arguments['-b']
max_frames = int(arguments['-f'])
use_arduino = arguments['-a']
arduino_device = arguments['-v']
arduino_bauds = int(arguments['-u'])
player_names = []
for player_part in arguments['PLAYERS'].split(','):
if ':' in player_part:
player_name, count = player_part.split(':')
count = int(count)
else:
player_name = player_part
count = 1
player_names.extend([player_name, ] * count)
size = arguments['-s']
if size:
size = tuple(map(int, size.split('x')))
map_name = arguments['-m']
if map_name:
map_file = path.join('maps', map_name)
map_ = Map.from_file(map_file)
if size:
if size[0] < map_.size[0] or size[1] < map_.size[1]:
message = "Map (%s) doesn't fit in specified size (%s) " \
"(leave it empty to use best fit)"
raise Exception(message % (str(map_.size), str(size)))
else:
map_.size = size
else:
if not size:
size = 30, 10
map_ = Map(size, [])
# create and start game
g = Game(rules_name=rules_name,
player_names=player_names,
map_=map_,
initial_zombies=initial_zombies,
minimum_zombies=minimum_zombies,
docker_isolator=docker_isolator,
isolator_port=isolator_port,
debug=debug,
use_basic_icons=use_basic_icons,
use_arduino=use_arduino,
arduino_device=arduino_device,
arduino_bauds=arduino_bauds)
g.play(max_frames)
def handle_msg_all(self, msg):
if msg['msg_type_id'] == 1 and msg['content']['type'] == 0:
if re.search(r"restart",msg['content']['data'])!=None:
self.m=Map()
self.robot_switch=True
self.send_msg_by_uid(u"游戏重新启动！",self.group_id)
if not self.robot_switch: # and msg['msg_type_id'] != 1
return
if msg['msg_type_id'] == 3 and msg['content']['type'] == 0: # group text message
if 'detail' in msg['content']:
src_id=msg['content']['user']['id']
self.group_id=msg['user']['id']
if msg['content']['type'] == 0: # text message
mm=msg['content']['desc']
result_join=re.match(self.pattern_join,mm)
if result_join!=None:
src_name=result_join.group(2)
if src_id in self.m.players:
self.send_msg_by_uid("@"+src_name+'\n'+"已经加入！",self.group_id)
else:
if src_name in self.m.names:
self.send_msg_by_uid("@"+src_name+'\n'+"名字已存在！",self.group_id)
return
p = Player(src_id,src_name)
self.m.addplayer(p)
self.send_msg_by_uid("@"+src_name+'\n'+"加入成功！",self.group_id)
#else:
#self.send_msg_by_uid("sorry，错误的名字格式不利于游戏平衡\n正确格式：1至4个英文字母",self.group_id)
elif msg['msg_type_id'] == 4 and msg['content']['type'] == 0:
src_id=msg['user']['id']
mm=msg['content']['data']
result_atk=re.match(self.pattern_atk,mm)
result_skl=re.match(self.pattern_skl,mm)
result_mov=re.match(self.pattern_mov,mm)
if mm == 's':
if src_id in self.m.players:
self.send_msg_by_uid(self.m.getplayerinfo(src_id), src_id)
elif result_mov!=None:
if src_id in self.m.players:
self.send_msg_by_uid(self.m.moveplayer(src_id,mm), src_id)
elif result_atk!=None:
pid=self.get_id(result_atk.group(2))
if pid==None or src_id==pid:
self.send_msg_by_uid("无效攻击！",src_id)
return
msga=self.m.attackplayer(src_id,pid)
self.send_msg_by_uid(msga[0],src_id)
self.send_msg_by_uid(msga[1],pid)
self.send_msg_by_uid(msga[2],self.group_id)
elif result_skl!=None:
pid=self.get_id(result_skl.group(2))
if pid!=None:
pid=pid[1:]
if src_id in self.m.players==False:
return
msgk=self.m.castskill(src_id,pid)
self.send_msg_by_uid(msgk[0],src_id)
if msgk[1]!=():
for victim in msgk[1][1]:
self.send_msg_by_uid(msgk[1][0],victim)
self.send_msg_by_uid(msgk[2],self.group_id)
if self.m.event_death!=[]:
for event in self.m.event_death:
if event[0].character!=0:
self.send_msg_by_uid(u"竞争就是这么残酷，杀手永远无情，唯有活到最后，才是真的王者！\n\n"+event[0].name+u'被'+event[1].name+event[2],self.group_id)
self.send_msg_by_uid(u"很遗憾！你出局了！凶手："+event[1].name,event[0].id)
self.m.event_death=[]
if len(self.m.players)<=1:
for winner in self.m.players.values():
self.send_msg_by_uid(u"Winner Winner, Chicken Dinner!\n恭喜"+winner.name+u'!'+'\n\n等待造物主xzq授权重新开始游戏...',self.group_id)
self.robot_switch = False
def __init__(self):
WXBot.__init__(self)
self.m=Map()
self.group_id=''
self.robot_switch = True
def createEmptyMap(self):
emptyMap = Map(self.scene, self, editor=True)
emptyMap.addTile("NONE", [0, 0], 0)
emptyMap.addTile("NONE", [1, 0], 1)
emptyMap.addTile("NONE", [2, 0], 2)
emptyMap.addTile("NONE", [0, 1], 3)
emptyMap.addTile("NONE", [1, 1], 4)
emptyMap.addTile("NONE", [2, 1], 5)
emptyMap.addTile("NONE", [3, 1], 6)
emptyMap.addTile("NONE", [-1, 2], 7)
emptyMap.addTile("NONE", [0, 2], 8)
emptyMap.addTile("NONE", [1, 2], 9)
emptyMap.addTile("NONE", [2, 2], 10)
emptyMap.addTile("NONE", [3, 2], 11)
emptyMap.addTile("NONE", [0, 3], 12)
emptyMap.addTile("NONE", [1, 3], 13)
emptyMap.addTile("NONE", [2, 3], 14)
emptyMap.addTile("NONE", [3, 3], 15)
emptyMap.addTile("NONE", [0, 4], 16)
emptyMap.addTile("NONE", [1, 4], 17)
emptyMap.addTile("NONE", [2, 4], 18)
emptyMap.setTileNumbers(arg=[-1] * 19)
return emptyMap
