def keyPressEvent(self, event):
"""
Метод обработки ввода с клав.
:param event: Параметр сигнала с квал.
:return: None
"""
if event.key() == Qt.Key_Left:
self.player.move('left')
self.player.anim_left = True
elif event.key() == Qt.Key_Right:
self.player.move('right')
self.player.anim_right = True
elif event.key() == Qt.Key_Up:
self.player.move('up')
self.player.anim_up = True
elif event.key() == Qt.Key_Down:
self.player.move('down')
self.player.anim_down = True
elif event.key() == Qt.Key_Shift:
self.player.roll_bomb()
elif event.key() == Qt.Key_Space:
self.player.drop_bomb()
elif event.key() == Qt.Key_S:
map.save_map()
elif event.key() == Qt.Key_L:
map.load_map()
elif event.key() == Qt.Key_I:
get_info_game(self)
elif event.key() == Qt.Key_N:
map.scroll_map()
self.update()
def save_game(self, nom):
# Map
self.out("Saving "+nom+"...")
for i in self.maps:
map.save_map("save_srv/"+nom+"/map"+str(i.id), i.map)
# Perso
for i in self.clients:
self.clients_saved.append(i)
file = open("data/save_srv/"+nom+"/char", "w")
buffer = ""
for i in self.clients_saved:
buffer += i.nom+";"+i.inv.save()+"\n"
file.write(buffer)
file.close()
def submit(self, action):
if action == "save.png":
self.next = SaveMap(self.screen, self.mapdata)
elif action == "load.png":
self.next = LoadMap(self.screen)
elif action == "test.png":
#save map to tmp
self.next_was = "game"
self.mapcopy = self.mapdata.copy()
save_map(self.mapdata, "TMP", MAP_folder)
self.next = EditorGame(self.mapdata)
else:
return
self.pause()
self.quit()
def submit_entry(self):
#save map
filename = self.entry.text + ".map"
if save_map(self.mapdata, filename, MAP_folder):
self.show_msg("Map saved.")
else:
self.show_msg("ERROR: Saving map failed.")
self.quit()
def main():
doctest.testmod()
moved_list = ['north', 'east', 'south', 'west']
# load or create a character and map
character.get_user()
map.get_user_map()
# prints initial map, character, and message
print(
'You are in an abandoned village in your search for a hidden treasure.'
)
print('Type north, east, south, or west to move')
print('Type help to see a list of other keywords you can use')
map.display_map()
character.print_character()
player_input = user_input()
# game loop continues until user inputs quit
while player_input != 'quit':
print_message(player_input)
map.display_map()
# If player moves checks for monster encounter
if player_input in moved_list:
# Checks for a monster encounter
if not monster.check_monster_encounter():
# If not encounter is found increase health
if character.get_hitpoints() < 10:
character.set_hitpoints(character.get_hitpoints() + 1)
# exits game loop if user dies
if character.get_hitpoints() <= 0:
print('You died :(')
break
# prints character and asks for next input
character.print_character()
player_input = user_input()
# saves user and map in .json files if user did not die
if character.get_hitpoints() > 0:
character.save_user()
map.save_map()
def new_game(self, nom):
self.out("Generating "+nom+"...")
# Copie map std
i = 0
if not os.path.isdir("data/save_srv/"):
os.mkdir("data/save_srv/")
if not os.path.isdir("data/save_srv/"+nom+"/"):
os.mkdir("data/save_srv/"+nom+"/")
while map.open_map("map/std/map"+str(i)) != []:
map.save_map("save_srv/"+nom+"/map"+str(i),map.open_map("map/std/map"+str(i)))
i = i+1
# Génération sous-sol
map.save_map("save_srv/"+nom+"/map-1", self.gen_map(-1))
# Fichier global
file = open("data/save_srv/"+nom+"/char", "w")
file.write("")
file.close()
def read(self):
clients_to_read = []
try:
clients_to_read, wlist, xlist = select.select(self.get_clients(), [], [], 0.05)
except select.error:
pass
else:
for client in clients_to_read:
try:
pbuffer = client.recv(1024)
buffer_ret = " "
if pbuffer == "exit":
self.runned = False
buffer = pbuffer.split(";")
if buffer[0] == "co_perso":
founded = False
for i in self.clients:
if i.nom == buffer[1]:
founded = True
break
if not founded:
founded = False
for i in self.clients_saved:
if i.nom == buffer[1]:
self.get_client(client).inv.empty()
self.get_client(client).inv.load(i.inv.save())
self.clients_saved.remove(i)
break
self.get_client(client).nom = buffer[1]
self.get_client(client).color = []
self.get_client(client).color.append(buffer[2])
self.get_client(client).color.append(buffer[3])
self.get_client(client).color.append(buffer[4])
self.get_client(client).color.append(buffer[5])
self.get_client(client).color.append(buffer[6])
self.event.append("connect;"+self.get_client(client).nom)
self.event.append("say;"+self.get_client(client).nom+" connected")
buffer_ret = "Connected"
self.out(str(self.get_client(client).adr)+self.get_client(client).nom+" connected !\a")
else:
buffer_ret = "Pseudo already used"
elif buffer[0] == "get_welcome":
buffer_ret="say;"+self.msg_welcome
elif buffer[0] == "get_persos":
buffer_ret = ""
for i in self.clients:
if i != self.get_client(client):
buffer_ret += i.get_char()+"\n"
buffer_ret+= " "
elif buffer[0] == "get_perso":
if buffer[1] != self.get_client(client).nom and self.get_client_nom(buffer[1]) != None:
buffer_ret = self.get_client_nom(buffer[1]).get_char()
elif buffer[0] == "get_mobs":
buffer_ret=str(int(self.mobs))
# Inventory
elif buffer[0] == "set_inv":
self.get_client(client).inv.empty()
self.get_client(client).inv.load(buffer[1])
elif buffer[0] == "get_inv":
buffer_ret=self.get_client(client).inv.save()
# Map
elif buffer[0] == "get_map":
buffer_ret=map.map2char(self.get_map(int(buffer[1])).map)
elif buffer[0] == "set_map":
id_map = int(buffer[1])
self.get_client(client).map = id_map
found = False
for i in self.maps:
if i.id == id_map:
found = True
if not found:
map.save_map("save_srv/"+self.world+"/map"+str(id_map), self.gen_map(id_map))
self.maps.append(map.Map(map.open_map("save_srv/"+self.world+"/map"+str(id_map)),id_map))
elif buffer[0] == "set_map_perso":
self.get_client(client).map = int(buffer[1])
self.get_client(client).id_porte = int(buffer[2])
elif buffer[0] == "set_vie":
self.get_client(client).vie = int(buffer[1])
elif buffer[0] == "nbr_player":
buffer_ret = str(len(self.clients))
elif buffer[0] == "get_last_event":
buffer_ret=str(len(self.event))
elif buffer[0] == "get_last_event_map":
buffer_ret=str(len(self.get_map(int(buffer[1])).event))
elif buffer[0] == "get_event_map":
buffer_ret=self.get_map(self.get_client(client).map).send_event(int(buffer[1]), self.get_client(client).nom)
elif buffer[0] == "get_event":
buffer_ret=self.send_event(int(buffer[1]))
elif buffer[0] == "jump":
self.get_client(client).isingrav = True
elif buffer[0] == "stop_jump":
self.get_client(client).isingrav = False
elif buffer[0] == "destroy_block":
self.get_map(self.get_client(client).map).event.append(self.get_client(client).nom+";"+pbuffer)
x = int(buffer[1])
y = int(buffer[2])
for i in self.get_map(self.get_client(client).map).map:
if i.x == x and i.y == y:
if isinstance(i, Coal):
self.get_client(client).inv.add(item.Item(34, 4))
else:
self.get_client(client).inv.add(i)
self.get_map(self.get_client(client).map).map.remove(i)
# hit block
elif buffer[0] == "hit_block":
self.get_map(self.get_client(client).map).event.append(self.get_client(client).nom+";"+pbuffer)
x = int(buffer[1])
y = int(buffer[2])
damage = float(buffer[3])
for i in self.get_map(self.get_client(client).map).map:
if i.x == x and i.y == y:
if i.hit(damage):
if isinstance(i, Coal):
self.get_client(client).inv.add(item.Item(34, 4))
else:
self.get_client(client).inv.add(i)
self.get_map(self.get_client(client).map).map.remove(i)
# Set Block
elif buffer[0] == "set_block":
self.get_map(self.get_client(client).map).event.append(self.get_client(client).nom+";"+pbuffer)
x = int(buffer[1])
y = int(buffer[2])
for i in self.get_map(self.get_client(client).map).map:
if i.x == x and i.y == y:
self.get_map(self.get_client(client).map).map.remove(i)
self.get_map(self.get_client(client).map).map.append(map.char2bloc(buffer[3]))
# Add block
elif buffer[0] == "add_block":
self.get_map(self.get_client(client).map).event.append(self.get_client(client).nom+";"+pbuffer)
bloc = map.char2bloc(buffer[1])
self.get_client(client).inv.changer_select(self.get_client(client).inv.search(item.Item_Bloc(bloc)))
self.get_client(client).inv.delete()
self.get_map(self.get_client(client).map).map.append(bloc)
elif buffer[0] == "lock_chest":
self.get_map(self.get_client(client).map).event.append(self.get_client(client).nom+";"+pbuffer)
elif buffer[0] == "say":
self.out(self.get_client(client).nom+"> "+buffer[1])
buffer_unspaced = buffer[1].split()
if buffer_unspaced[0] == "/me" and len(buffer_unspaced)>1:
del buffer_unspaced[0]
buffer[1] = " ".join(buffer_unspaced)
self.event.append("say;"+self.get_client(client).nom+" "+buffer[1])
elif buffer_unspaced[0] == "/help":
buffer_ret = "say;"+\
"Commands help : "+\
"\n/help : Shows a list of server commands"+\
"\n/welcome : Shows welcome message"+\
"\n/list or /ls : list all connected players"+\
"\n/me action : Sends a message as an action"
elif buffer_unspaced[0] == "/list" or buffer_unspaced[0] == "/ls":
buffer_ret = "say;"+str(len(self.clients))+" player(s) connected :"
for i in self.clients:
buffer_ret += "\n-"+i.nom
elif buffer_unspaced[0] == "/welcome":
buffer_ret="say;"+self.msg_welcome
elif buffer_unspaced[0] == "/sign":
map_temp = self.get_map(self.get_client(client).map).map[:]
map_temp.reverse()
for i in map_temp:
if isinstance(i, Sign):
del buffer_unspaced[0]
buffer[1] = " ".join(buffer_unspaced)
i.txt = buffer[1]
self.get_map(self.get_client(client).map).event.append("server;set_block;"+str(i.x)+";"+str(i.y)+";"+map.bloc2char(i))
break
map_temp = None
else:
self.event.append("say;"+self.get_client(client).nom+"> "+buffer[1])
client.send(buffer_ret)
except socket.error:
self.break_connection(client)
parser.add_option("-s", "--mintps", type="choice", choices=[str(tps) for tps in mapmod.TPS], dest="mintps", default='0', help="minimum tps to smooth (optional, default 0)")
parser.add_option("-t", "--maxtps", type="choice", choices=[str(tps) for tps in mapmod.TPS], dest="maxtps", default='100', help="maximum tps to smooth (optional, default 100)")
(options, args) = parser.parse_args()
if len(args) != 1:
parser.error("missing map filename")
filename = args[0]
original_map = mapmod.read_map_file(filename)
new_map = smooth_map(original_map, options.weight, options.iterations,
mapmod.rpm_to_pos(int(options.minrpm)),
mapmod.rpm_to_pos(int(options.maxrpm)),
mapmod.tps_to_pos(int(options.mintps)),
mapmod.tps_to_pos(int(options.maxtps)))
if options.dump:
mapmod.dump_map(original_map, "original")
mapmod.dump_map(new_map, "new")
head,tail = os.path.split(filename)
newfilename = os.path.join(head, "smooth_"+tail)
mapmod.save_map(filename, newfilename, new_map)
print "New map file saved as %s" % newfilename
