def __init__(self, map_screen, background_screen, text_screen):
"""
Constructor.
:param map_screen: Surface
:param background_screen: Surface
:param text_screen: Surface
"""
self.amount_of_enemies = 0
self.amount_of_empty_colonies = 0
self.map_to_load = None
self.race_manager = RaceManager()
self.human_players = []
self.players = []
self.map = Map(GUISettings.SCREEN_WIDTH, GUISettings.SCREEN_HEIGHT)
self.event_handler = EventHandler(self)
self.screen = map_screen
self.background_screen = background_screen
self.player_one = Player()
self.human_players.append(self.player_one)
self.sound_driver = SoundDriver()
self.map_loader = MapLoader(self)
self.text_screen = text_screen
self.running = True
self.map_manager = MapManager()
self.state = MainMenu(self)
self.menu = MenuSettings.MAIN_MENU(self)
def __init__(self, race, position=None, event_answer=[], _map=None):
"""
Constructor to create action
Args:
race ([int]): The race of the NPC.
position ([(float,float)], optional): The position (x,y) of the NPC if not set, it will try to find the closest NPC if it is in a diferent map. Defaults to None.
event_answer (list, optional): A list of indexes containing the index of the event answers. Defaults to [].
_map ([str], optional): A map name, if not set, it will use the current map. Defaults to None.
"""
self.race = race
self.event_answer = event_answer
self.position = position
self.mapName = _map
if self.mapName == None:
map_path, self.mapName = MapManager.GetClosestMapPathWithNPC(
self.race)
if self.position == None:
self.position = MapManager.GetNpcFromMap(self.mapName, self.race)
OpenLog.DebugPrint("[NPC-ACTION] - New NPC Action race " +
str(self.race) + " on map " + str(self.mapName) +
" at position " + str(self.position))
def __init__(self, gametype, pgui):
self.gui = pgui
self.filesystem = FileSystem()
self.iohandler = IOHandler(gametype, pgui)
self.mapmanager = MapManager(self.filesystem.getData('map'))
self.mapmanager.getVisibleObjects()
self.messagehandler = MessageHandler(
self.filesystem.getData("messages"))
self.gamerun = False
self.securitycamera = True
self.talked = False
def MoveToMapPosition(self,
finalPosition,
mapName=None,
listLinks=[],
callback=None,
maxDist=250):
if len(listLinks) == 0:
if mapName == None or mapName == background.GetCurrentMapName():
OpenLog.DebugPrint("Moving to (" + str(finalPosition[0]) +
"," + str(finalPosition[1]) + ") on " +
str(background.GetCurrentMapName()))
return Movement.GoToPositionAvoidingObjects(finalPosition[0],
finalPosition[1],
maxDist,
callback=callback)
listLinks = MapManager.GetMapPath(mapName)
if len(listLinks) == 0:
OpenLog.DebugPrint("Error no map found by the name: " +
str(mapName))
return None
self.maxDist = maxDist
self.leftLinkList = listLinks
self.finalPosition = finalPosition
self.callback = callback
self.SetStateMoving()
def __init__(self, name, author, description, version, menuText, gplugins):
Plugin.Plugin.__init__(self, name, author, description, version,
menuText, gplugins)
self.mm = MapManager.getMapManager()
self.mm_names = self.mm.getMapNames()
random.seed(time.time())
self.mm_dndx = random.randint(0, len(self.mm_names) - 1)
def mapCacheGet(self, mapName): mapMan = MapManager.getMapManager() if mapName in self.mapCache: return self.mapCache[mapName] qimg = mapMan.getMiniMap(mapName) if qimg is None: return None #qimg = QtGui.QPixmap.fromImage(qimg) self.mapCache[mapName] = qimg return qimg
def run(map_filename, starting_step):
"""
the main game loop. runs until user hits quit button (F4)
"""
atexit.register(WinMan.terminate)
input_listener = InputListener()
input_listener.start()
MapMan.init_map(map_filename)
while not global_vars.quit:
global_vars.step += 1
step_start = time()
MapMan.update()
if global_vars.hidden_run:
if global_vars.step >= starting_step:
WinMan.init()
global_vars.hidden_run = False
else:
WinMan.progress_info(starting_step)
else:
WinMan.update(MapMan.token_map(), MapMan.watch_info())
current_time = time()
if (current_time - step_start) < global_vars.step_duration:
sleep(global_vars.step_duration - (current_time - step_start))
while global_vars.pause and not global_vars.quit:
if global_vars.single_step:
global_vars.single_step = False
break
sleep(0.01)
input_listener.join()
import TaxiManager
import threading
import json
import TaxiMove
import urlparse
import sys
import time
reload(sys)
sys.setdefaultencoding('utf-8')
# -------------------------------------
# MAIN
# -------------------------------------
if __name__ == '__main__':
MapManager.mapManager = MapManager.MapManager("NomMap")
MapManager.mapManager.loadFileMap()
TaxiManager.taxiManager = TaxiManager.TaxiManager(MapManager.mapManager)
TaxiManager.taxiManager.newTaxi()
"""
# TEST TAXI MOVE
# Test request
clientMessageHandle = {"cabRequest":{"location":{"location":{"to":"m","progression":0.8,"name":"mh","from":"h"},"area":"Quartier Sud","locationType":"street"},"area":"Quartier Sud"}}
#clientMessageHandle = {"cabRequest":{"location":{"location":"m","area":"Quartier Sud","locationType":"vertex"},"area":"Quartier Sud"}}
TaxiManager.taxiManager.addCabRequest(clientMessageHandle)
TaxiManager.taxiManager.onRequestAnswer("yes")
path = []
p0 = {}
p0["area"] = "Quartier Nord"
#! /usr/bin/env python
from MapManager import *
if __name__ == '__main__':
Map = MapManager("toto")
Map.LoadFileMap()
def __init__(self):
self.handrail_locator = HandrailLocator.calibrate_from_package_return_handrail_filter()
self.map_manager = MapManager.create_sample_map_manager()
self.camera = CameraController()
class Driver:
"""
Game driver. Sets matches, takes input, controls game flow and checks for a winner.
"""
def __init__(self, map_screen, background_screen, text_screen):
"""
Constructor.
:param map_screen: Surface
:param background_screen: Surface
:param text_screen: Surface
"""
self.amount_of_enemies = 0
self.amount_of_empty_colonies = 0
self.map_to_load = None
self.race_manager = RaceManager()
self.human_players = []
self.players = []
self.map = Map(GUISettings.SCREEN_WIDTH, GUISettings.SCREEN_HEIGHT)
self.event_handler = EventHandler(self)
self.screen = map_screen
self.background_screen = background_screen
self.player_one = Player()
self.human_players.append(self.player_one)
self.sound_driver = SoundDriver()
self.map_loader = MapLoader(self)
self.text_screen = text_screen
self.running = True
self.map_manager = MapManager()
self.state = MainMenu(self)
self.menu = MenuSettings.MAIN_MENU(self)
def get_races(self):
"""
:return: Dictionary with available races
"""
return self.race_manager.get_races()
def get_races_array(self):
"""
:return: Array with available races
"""
return self.race_manager.get_races_array()
def get_maps(self):
"""
:return: Dictionary with available maps
"""
return self.map_manager.get_maps()
def get_maps_array(self):
"""
:return: Array with available maps
"""
return self.map_manager.get_maps_array()
def is_running(self):
"""
:return: True if the game is running and False otherwise
:rtype: bool
"""
return self.running
def quit(self):
"""
Set running state to False.
"""
self.running = False
def load_map(self):
"""
Load map from selected data.
"""
# Clear players
self.players = []
# Load map
self.map_loader.load_in_map(self.map_to_load, self.map,
self.human_players)
# Set new players
self.players = self.map_loader.players
def add_random_player(self):
"""
Add an enemy with a random race.
"""
self.players.append(RandomPlayer())
def set_player_name(self, name):
"""
Set a name for the player.
:param name: Name to set
"""
# TODO: Set and use player name
self.player_one.set_name(name)
def set_player_race(self, race):
"""
Set race for the human player.
:param race: Race to set
"""
self.player_one.set_race(race)
def get_player_name(self):
"""
:return: Player's name
"""
return self.player_one.name
def get_player_race(self):
"""
:return: Player's race
"""
return self.player_one.race
def add_player(self, player):
"""
:param player: Add a new player to the game
"""
self.players.append(player)
def check_winning_condition(self):
"""
Check if there's a winner. A race is the winning race when there are no other races on the map.
:return The winner
:rtype AbstractRace
"""
win = NullRace()
for gr_col in self.map.graphic_colonies:
race = gr_col.colony.race
if win.same_type(NullRace()):
win = race
if not race.same_type(NullRace()) and not race.same_type(win):
return NullRace()
for gr_pty in self.map.graphic_parties:
if not gr_pty.party.race.same_type(win):
return NullRace()
self.won(win)
return win
def won(self, race):
"""
React after a winner has been found.
:param race: Winning race
:type race: AbstractRace
"""
self.state.won(race)
def set_state(self, state):
"""
Change current game state.
:param state: The new state
:type state: GameState
"""
self.state = state
def tick(self):
"""
Actions to perform every tick.
"""
# Handle input
self.handle_events()
# Update background
self.map.tick_background()
# Draw background
self.map.draw_background(self.background_screen)
# Run main
self.run()
# Check for a winner
self.check_winning_condition()
def handle_events(self):
"""
Ask the event handler to handle input.
"""
self.event_handler.handle_events()
def run(self):
"""
Run main, specified by current state.
"""
self.state.run()
def get_colonies_in(self, position):
"""
Get colonies that contain given point.
:param position: Point to scan
:type position: Point
:return: Array of colonies
:rtype List
"""
return self.map.get_colonies_in(position)
def select(self, position):
"""
Select given position and act according to current state.
:param position: Position selected
:type position: tuple
"""
position = Point(position[0], position[1])
self.state.select(position)
def release_mouse(self, position):
"""
Release mouse at given position and act according to current state.
:param position: Position where release occurs
:type position: tuple
"""
position = Point(position[0], position[1])
self.state.release_mouse(position)
def hover(self, position):
"""
Hover at given position and act according to current state.
:param position: Position to hover
:type position: tuple
"""
position = Point(position[0], position[1])
self.state.hover(position)
def update_mouse_position(self, position):
"""
Acknowledge current mouse position.
:param position: Mouse position
:type position: tuple
"""
position = Point(position[0], position[1])
self.state.update_mouse_position(position)
def pause_key(self):
"""
Pause key has been pressed.
"""
self.state.pause()
def main_menu_key(self):
"""
Main menu key has been pressed.
"""
self.state.main_menu_key()
def selection_left(self):
"""
Selection left key has been pressed.
"""
self.state.selection_left()
def selection_right(self):
"""
Selection right key has been pressed.
"""
self.state.selection_right()
def selection_up(self):
"""
Selection up key has been pressed.
"""
self.state.selection_up()
def selection_down(self):
"""
Selection down key has been pressed.
"""
self.state.selection_down()
def select_key(self):
"""
Selection key has been pressed.
"""
self.state.select_key()
def load_random_map(self):
"""
Load a random map.
"""
# Make screen transparent in one tick
self.move_alpha_to(self.screen, 0, 255)
# Remove all players
self.players = []
# Load map
# # self.map_loader.load_in_map(FOUR_BASES, self.map, self.human_players)
self.map_loader.load_random(self.map, self.amount_of_empty_colonies,
40, 60, self.human_players,
self.amount_of_enemies,
self.race_manager.get_races_array())
# Retrieve players for this match
self.players = self.map_loader.players
@staticmethod
def move_alpha_to(surface,
target,
speed=GUISettings.DEFAULT_ALPHA_CHANGE_SPEED):
"""
Move alpha of a given surface towards a target value.
:param surface: Surface which alpha to change
:type surface: Surface
:param target: Target alpha value
:type target: int
:param speed: Maximum change
:type speed: int
"""
current_alpha = surface.get_alpha()
if not current_alpha == target:
move_dir = (target - current_alpha) / abs(target - current_alpha)
move_amount = min(speed, abs(target - current_alpha))
surface.set_alpha(current_alpha + move_dir * move_amount)
def start_game(self):
"""
Start game. Load a map and change state.
"""
self.load_random_map()
self.set_state(InGame(self))
def start_custom_map_game(self):
"""
Start game. Load a map and change state.
"""
self.load_map()
self.set_state(InGame(self))
def set_menu(self, menu):
"""
Set current menu.
:param menu: Next menu
:type menu: Menu
"""
self.menu = menu
def play_select(self):
"""
Play select sound.
"""
self.sound_driver.play_select()
def play_move_selection(self):
"""
Play move selection sound.
"""
self.sound_driver.play_move_selection()
def play_taken(self):
"""
Play taken sound.
"""
self.sound_driver.play_taken()
def __init__(self, name, author, description, version, menuText, gplugins): Plugin.Plugin.__init__(self, name, author, description, version, menuText, gplugins) self.mm = MapManager.getMapManager() self.mm_names = self.mm.getMapNames() random.seed(time.time()) self.mm_dndx = random.randint(0, len(self.mm_names) - 1)
class GameManager(object):
def __init__(self, gametype, pgui):
self.gui = pgui
self.filesystem = FileSystem()
self.iohandler = IOHandler(gametype, pgui)
self.mapmanager = MapManager(self.filesystem.getData('map'))
self.mapmanager.getVisibleObjects()
self.messagehandler = MessageHandler(
self.filesystem.getData("messages"))
self.gamerun = False
self.securitycamera = True
self.talked = False
def start(self):
msghandler = self.messagehandler
iohandler = self.iohandler
if self.gui is None:
# Tutorial
p = self.mapmanager.getPlayer()
iohandler.setOutput(msghandler.getMessage("introduction-welcome"))
name = iohandler.getInput(
msghandler.getMessage("introduction-name"))
p.setName(name)
iohandler.setOutput(
msghandler.getMessage("introduction-personalwelcome").replace(
"%name%", p.getName()))
iohandler.setOutput(msghandler.getMessage("introduction-help"))
res = iohandler.getInput(
msghandler.getMessage("introduction-helpcommands"))
while res != "help commands":
res = iohandler.getInput(
msghandler.getMessage(
"general-invalidintroductionhelpcommand"))
iohandler.setOutput(msghandler.getMessage("general-seperator"))
iohandler.setOutput(
msghandler.getMessage("commands-commands-info"))
iohandler.setOutput(msghandler.getMessage("introduction-end"))
# Game begin
self.gamerun = True
while self.gamerun:
iohandler.setOutput(msghandler.getMessage("general-seperator"))
input = self.iohandler.getInput(
msghandler.getMessage("general-input"))
self.__handleCommand(input)
else:
msg = msghandler.getMessage("introduction-welcome")
msg = msg + "\n" + msghandler.getMessage("introduction-help")
msg = msg + "\n" + msghandler.getMessage(
"introduction-helpcommands")
self.gui.write(msg)
self.gui.start()
def inputtrigger(self):
input = self.iohandler.getInput(
self.messagehandler.getMessage("general-input"))
self.__handleCommand(input)
# TODO: REMOVE L2-KARTE FROM DEFAULT INVENTORY
def __handleCommand(self, input: str):
msghandler = self.messagehandler
iohandler = self.iohandler
rawcommand = input.split(" ")
command = rawcommand[0]
args = rawcommand[1:]
if command == "help" and len(args) == 1:
iohandler.setOutput(
msghandler.getMessage("commands-" + args[0] + "-info"))
elif command == "quit":
exit(0)
elif command == "commands":
iohandler.setOutput(
msghandler.getMessage("commands-commands-info"))
elif command == "left":
self.mapmanager.rotatePlayer("left")
direction = msghandler.getMessage("turn-left")
facing = msghandler.getMessage(
"turn-" + self.mapmanager.getPlayer().getFacing())
msg = msghandler.getMessage("turn-general").replace(
"%direction%", direction).replace("%facing%", facing)
iohandler.setOutput(msg)
elif command == "right":
self.mapmanager.rotatePlayer("right")
direction = msghandler.getMessage("turn-right")
facing = msghandler.getMessage(
"turn-" + self.mapmanager.getPlayer().getFacing())
msg = msghandler.getMessage("turn-general").replace(
"%direction%", direction).replace("%facing%", facing)
iohandler.setOutput(msg)
elif command == "lookaround":
objects = self.mapmanager.getVisibleObjects()
for o in objects:
direction = o[2]
objtype = o[0]
msg = ""
# left
if direction == 0:
if objtype == "wall":
msg = msghandler.getMessage("lookaround-left").replace(
"%object%",
msghandler.getMessage("lookaround-wall"))
elif objtype == "door":
msg = msghandler.getMessage("lookaround-left").replace(
"%object%",
msghandler.getMessage("lookaround-door"))
msg = msg + "\n" + msghandler.getMessage(
"lookaround-doorname").replace(
"%doorname%", o[1].getName())
msg = msg + "\n" + msghandler.getMessage(
"lookaround-doorstatus").replace(
"%status%",
msghandler.getMessage("lookaround-" +
o[1].getStatus()))
elif objtype == "object":
msg = msghandler.getMessage("lookaround-left").replace(
"%object%", o[1].getName())
elif objtype == "narrator":
msg = msghandler.getMessage("lookaround-left").replace(
"%object%", o[1].getName())
# front
elif direction == 1:
if objtype == "wall":
msg = msghandler.getMessage(
"lookaround-front").replace(
"%object%",
msghandler.getMessage("lookaround-wall"))
elif objtype == "door":
msg = msghandler.getMessage(
"lookaround-front").replace(
"%object%",
msghandler.getMessage("lookaround-door"))
msg = msg + "\n" + msghandler.getMessage(
"lookaround-doorname").replace(
"%doorname%", o[1].getName())
msg = msg + "\n" + msghandler.getMessage(
"lookaround-doorstatus").replace(
"%status%",
msghandler.getMessage("lookaround-" +
o[1].getStatus()))
elif objtype == "object":
msg = msghandler.getMessage(
"lookaround-front").replace(
"%object%", o[1].getName())
elif objtype == "narrator":
msg = msghandler.getMessage(
"lookaround-front").replace(
"%object%", o[1].getName())
# right
elif direction == 2:
if objtype == "wall":
msg = msghandler.getMessage(
"lookaround-right").replace(
"%object%",
msghandler.getMessage("lookaround-wall"))
elif objtype == "door":
msg = msghandler.getMessage(
"lookaround-right").replace(
"%object%",
msghandler.getMessage("lookaround-door"))
msg = msg + "\n" + msghandler.getMessage(
"lookaround-doorname").replace(
"%doorname%", o[1].getName())
msg = msg + "\n" + msghandler.getMessage(
"lookaround-doorstatus").replace(
"%status%",
msghandler.getMessage("lookaround-" +
o[1].getStatus()))
elif objtype == "object":
msg = msghandler.getMessage(
"lookaround-right").replace(
"%object%", o[1].getName())
elif objtype == "narrator":
msg = msghandler.getMessage(
"lookaround-right").replace(
"%object%", o[1].getName())
if len(msg) > 0:
iohandler.setOutput(msg)
else:
iohandler.setOutput(
msghandler.getMessage("lookaround-nothing"))
elif command == "move":
objects = self.mapmanager.getVisibleObjects()
obj = None
msg = ""
for o in objects:
direction = o[2]
objtype = o[0]
if direction == 1:
if objtype == "door":
if o[1].getStatus() is not "open":
msg = msghandler.getMessage(
"lookaround-nomove") + " "
obj = o
break
else:
if o[1].getName() == "Portal":
self.gamerun = False
iohandler.setOutput(
msghandler.getMessage("general-portalend"))
return
else:
msg = msghandler.getMessage(
"lookaround-nomove") + " "
obj = o
break
if obj is not None:
objtype = obj[0]
if objtype == "wall":
msg = msg + msghandler.getMessage(
"lookaround-front").replace(
"%object%",
msghandler.getMessage("lookaround-wall"))
elif objtype == "door":
if obj[1].getStatus() is not "open":
msg = msg + msghandler.getMessage(
"lookaround-front").replace(
"%object%",
msghandler.getMessage("lookaround-door"))
elif objtype == "object":
msg = msg + msghandler.getMessage(
"lookaround-front").replace("%object%",
obj[1].getName())
elif objtype == "narrator":
msg = msg + msghandler.getMessage(
"lookaround-front").replace("%object%",
obj[1].getName())
if len(msg) > 0:
iohandler.setOutput(msg)
else:
p = self.mapmanager.getPlayer()
pos = p.getPosition()
facing = p.getFacing()
if facing == "n":
pos = [pos[0], pos[1] + 1]
elif facing == "e":
pos = [pos[0] + 1, pos[1]]
elif facing == "s":
pos = [pos[0], pos[1] - 1]
elif facing == "w":
pos = [pos[0] - 1, pos[1]]
p.setPosition(pos)
if pos == [6, 15] or pos == [7, 15]:
if self.securitycamera:
self.gamerun = False
iohandler.setOutput(
msghandler.getMessage("general-gamefailded"))
return
iohandler.setOutput(msghandler.getMessage("lookaround-move"))
elif command == "goto" and len(args) >= 2:
pos = [int(args[0]), int(args[1])]
objatpos = self.mapmanager.objectAtPosition(pos)
if objatpos is not None:
iohandler.setOutput(msghandler.getMessage("goto-nomove"))
else:
p = self.mapmanager.getPlayer()
p.setPosition(pos)
iohandler.setOutput(
msghandler.getMessage("goto-move").replace(
"%x%", args[0]).replace("%y%", args[1]))
pass
elif command == "showinventory":
p = self.mapmanager.getPlayer()
inv = p.getInventory()
if len(inv) == 0:
iohandler.setOutput(msghandler.getMessage("inventory-noitems"))
else:
msg = msghandler.getMessage("inventory-show")
for o in inv:
msg = msg + "\n" + o.getName()
iohandler.setOutput(msg)
elif command == "door" and len(args) >= 1:
if not (args[0] == "open" or args[0] == "close"):
iohandler.setOutput(
msghandler.getMessage("general-invalidcommand"))
return
objects = self.mapmanager.getVisibleObjects()
obj = None
for o in objects:
direction = o[2]
objtype = o[0]
if direction == 1 and objtype == "door":
obj = o[1]
break
if obj is None:
iohandler.setOutput(msghandler.getMessage("door-nodoor"))
return
status = obj.getStatus()
if status == "broken":
iohandler.setOutput(msghandler.getMessage("door-broken"))
return
if args[0] == "open":
if status == "open":
iohandler.setOutput(
msghandler.getMessage("door-alreadystatus").replace(
"%status%",
msghandler.getMessage("lookaround-open")))
return
elif type(obj) == CardDoor:
p = self.mapmanager.getPlayer()
inv = p.getInventory()
# Find the highest keycard in inventory
keylevel = ""
for o in inv:
if "-Karte" in o.getName():
kl = o.getName().replace("-Karte", "")
if len(kl) == 2:
if len(keylevel) > 0:
kllist = kl.split('')
keylevellist = keylevel.split('')
if kllist[1] > keylevellist[1]:
keylevel = kl
else:
keylevel = kl
# Test for exitdoor:
if obj.getName() == "Ausgang":
found = False
for o in inv:
if o.getName() == "USB-Stick":
found = True
if found:
res = obj.open(keylevel)
if not res:
iohandler.setOutput(
msghandler.getMessage("door-noperm"))
return
else:
self.gamerun = False
iohandler.setOutput(
msghandler.getMessage(
"general-gamefinished"))
return
else:
iohandler.setOutput(
msghandler.getMessage("door-noexit"))
return
res = obj.open(keylevel)
if not res:
iohandler.setOutput(
msghandler.getMessage("door-noperm"))
else:
iohandler.setOutput(
msghandler.getMessage("door-action").replace(
"%action%",
msghandler.getMessage("door-opened")))
# Find a matching door code in the inventory
elif type(obj) == CodeDoor:
p = self.mapmanager.getPlayer()
inv = p.getInventory()
res = False
for o in inv:
if "Pincodezettel-" in o.getName():
code = o.getName().replace("Pincodezettel-", "")
res = obj.open(code)
if res:
iohandler.setOutput(
msghandler.getMessage("door-action").
replace(
"%action%",
msghandler.getMessage("door-opened")))
return
if not res:
iohandler.setOutput(
msghandler.getMessage("door-noperm"))
else:
obj.open()
elif args[0] == "close":
if status == "close":
iohandler.setOutput(
msghandler.getMessage("door-alreadystatus").replace(
"%status%",
msghandler.getMessage("lookaround-close")))
return
else:
obj.close()
iohandler.setOutput(
msghandler.getMessage("door-action").replace(
"%action%", msghandler.getMessage("door-closed")))
elif command == "getposition":
p = self.mapmanager.getPlayer()
pos = p.getPosition()
iohandler.setOutput(
msghandler.getMessage("goto-position").replace(
"%x%", str(pos[0])).replace("%y%", str(pos[1])))
elif command == "facing":
p = self.mapmanager.getPlayer()
facing = p.getFacing()
facingmsg = msghandler.getMessage("turn-" + facing)
iohandler.setOutput(
msghandler.getMessage("turn-facing").replace(
"%facing%", facingmsg))
elif command == "object" and len(args) >= 1:
if not (args[0] == "showinventory" or args[0] == "getitem"
or args[0] == "putitem" or args[0] == "move"):
iohandler.setOutput(
msghandler.getMessage("general-invalidcommand"))
return
objects = self.mapmanager.getVisibleObjects()
obj = None
for o in objects:
direction = o[2]
objtype = o[0]
if direction == 1 and objtype == "object":
obj = o[1]
break
if obj is None:
iohandler.setOutput(msghandler.getMessage("object-noobject"))
return
if args[0] == "showinventory":
inv = obj.getInventory()
if len(inv) == 0:
iohandler.setOutput(
msghandler.getMessage("object-noitems").replace(
"%objectname%", obj.getName()))
return
else:
msg = msghandler.getMessage("object-show").replace(
"%objectname%", obj.getName())
for o in inv:
msg = msg + "\n" + o.getName()
iohandler.setOutput(msg)
elif args[0] == "getitem" and len(args) >= 2:
inv = obj.getInventory()
p = self.mapmanager.getPlayer()
pinv = p.getInventory()
for o in inv:
if o.getName() == args[1]:
inv.remove(o)
obj.setInventory(inv)
pinv.append(o)
p.setInventory(pinv)
iohandler.setOutput(
msghandler.getMessage("object-get").replace(
"%item%",
o.getName()).replace("%objectname%",
obj.getName()))
return
iohandler.setOutput(
msghandler.getMessage("object-noget").replace(
"%name%", args[1]).replace("%objectname%",
obj.getName()))
elif args[0] == "putitem" and len(args) >= 2:
inv = obj.getInventory()
p = self.mapmanager.getPlayer()
pinv = p.getInventory()
for o in pinv:
if o.getName() == args[1]:
pinv.remove(o)
p.setInventory(pinv)
inv.append(o)
obj.setInventory(inv)
iohandler.setOutput(
msghandler.getMessage("object-put").replace(
"%item%",
o.getName()).replace("%objectname%",
obj.getName()))
return
iohandler.setOutput(
msghandler.getMessage("object-noput").replace(
"%name%", args[1]))
elif args[0] == "move" and len(args) >= 2:
if not (args[1] == "left" or args[1] == "right"
or args[1] == "forward"):
iohandler.setOutput(
msghandler.getMessage("general-invalidcommand"))
return
p = self.mapmanager.getPlayer()
ppos = p.getPosition()
pfacing = p.getFacing()
if not obj.isMovable():
iohandler.setOutput(
msghandler.getMessage("object-nomove").replace(
"%objectname%", obj.getName()))
return
objpos = obj.getPosition()
postomove = objpos
if pfacing == "n":
if args[1] == "left":
postomove = [objpos[0] - 1, objpos[1]]
elif args[1] == "right":
postomove = [objpos[0] + 1, objpos[1]]
elif args[1] == "forward":
postomove = [objpos[0], objpos[1] + 1]
elif pfacing == "e":
if args[1] == "left":
postomove = [objpos[0], objpos[1] + 1]
elif args[1] == "right":
postomove = [objpos[0], objpos[1] - 1]
elif args[1] == "forward":
postomove = [objpos[0] + 1, objpos[1]]
elif pfacing == "s":
if args[1] == "left":
postomove = [objpos[0] + 1, objpos[1]]
elif args[1] == "right":
postomove = [objpos[0] - 1, objpos[1]]
elif args[1] == "forward":
postomove = [objpos[0], objpos[1] - 1]
elif pfacing == "w":
if args[1] == "left":
postomove = [objpos[0], objpos[1] - 1]
elif args[1] == "right":
postomove = [objpos[0], objpos[1] + 1]
elif args[1] == "forward":
postomove = [objpos[0] - 1, objpos[1]]
objatpos = self.mapmanager.objectAtPosition(postomove)
if objatpos is not None:
objname = ""
if type(objatpos) == list:
objname = msghandler.getMessage("lookaround-wall")
elif type(objatpos) == Object:
objname = objatpos.getName()
else:
objname = msghandler.getMessage("lookaround-door")
iohandler.setOutput(
msghandler.getMessage("object-nomoveblocked").replace(
"%objectname%", objname))
return
obj.setPosition(postomove)
dir = msghandler.getMessage("turn-" + args[1])
iohandler.setOutput(
msghandler.getMessage("object-moved").replace(
"%direction%", dir))
elif command == "hackserver":
objects = self.mapmanager.getVisibleObjects()
obj = None
msg = ""
for o in objects:
direction = o[2]
objtype = o[0]
if direction == 1:
if type(o[1]) == Object:
if o[1].getName() == "Server":
obj = o[1]
break
if not obj:
msg = msghandler.getMessage("server-noserver")
else:
if not self.securitycamera:
msg = msghandler.getMessage("server-alreadyhacked")
else:
self.securitycamera = False
msg = msghandler.getMessage("server-hacked")
iohandler.setOutput(msg)
elif command == "talk":
objects = self.mapmanager.getVisibleObjects()
obj = None
msg = ""
for o in objects:
direction = o[2]
objtype = o[0]
if direction == 1:
if objtype == "narrator":
obj = o[1]
if obj is None:
msg = msghandler.getMessage("talk-notalk")
else:
if self.talked:
msg = msghandler.getMessage("talk-talk")
else:
msg = msghandler.getMessage("talk-talk")
self.talked = True
p = self.mapmanager.getPlayer()
inv = p.getInventory()
key = Object("L2-Karte", 999, False, True, None, None)
inv.append(key)
p.setInventory(inv)
msg = msg + "\n" + msghandler.getMessage("talk-keycard")
iohandler.setOutput(msg)
else:
iohandler.setOutput(
msghandler.getMessage("general-invalidcommand"))
def updateUI(self):
# Battle Rooms
if self.paneltab == 1:
# current battle
return
if self.paneltab == 2:
# all battles
panel = self.wParent
w = panel.width()
h = panel.height()
# this is set by a callback from the MapManager module
# when a asynchronous URL fetch is done to get the
# minimap image, or anything else and we need to redraw
self.mapsUpdated = False
painter = QtGui.QPainter(panel)
painter.setFont(QtGui.QFont('Tahoma'))
fontm = painter.fontMetrics()
# create options
# - option for show empty
# - option for show full
# - option for official games
# - search box for game description
# - button to open new battle
# clear any controls from the other panel
widgets = self.widgets
for k in widgets:
if k.find('bs_') != 0:
w = widgets[k]
# unref it from the wid
w.setParent(None)
widgets[k] = None
# basically we create them like this so we can easily
# clear them if they switch to the current battle panel
if 'bs_scroll' not in widgets:
widgets['bs_scroll'] = QtGui.QScrollBar(panel)
widgets['bs_scroll'].valueChanged.connect(self.sbValueChanged)
bs_scroll = widgets['bs_scroll']
bs_scroll.move(panel.width() - 15, 50)
bs_scroll.resize(15, panel.height() - 50)
bs_scroll.show()
if 'bs_spanel' not in widgets:
bs_spanel = QtGui.QWidget(panel)
bs_bl = QtGui.QHBoxLayout()
widgets['bs_spanel'] = bs_spanel
bs_spanel.move(0, 0)
bs_spanel.resize(panel.rect().width(), 50)
bs_spanel.setLayout(bs_bl)
bs_spanel.show()
widgets['bs_newbattle'] = QtGui.QPushButton(panel)
widgets['bs_newbattle'].setText('New Battle')
widgets['bs_newbattle'].show()
bs_bl.addWidget(widgets['bs_newbattle'])
widgets['bs_showempty'] = QtGui.QCheckBox(panel)
widgets['bs_showempty'].setText('Show Empty')
widgets['bs_showempty'].show()
bs_bl.addWidget(widgets['bs_showempty'])
widgets['bs_showfull'] = QtGui.QCheckBox(panel)
widgets['bs_showfull'].setText('Show Full')
widgets['bs_showfull'].show()
bs_bl.addWidget(widgets['bs_showfull'])
widgets['bs_nextpage'] = QtGui.QPushButton(panel)
widgets['bs_nextpage'].setText('Next Page')
widgets['bs_nextpage'].show()
bs_bl.addWidget(widgets['bs_nextpage'])
widgets['bs_prevpage'] = QtGui.QPushButton(panel)
widgets['bs_prevpage'].setText('Prev Page')
widgets['bs_prevpage'].show()
bs_bl.addWidget(widgets['bs_prevpage'])
gyoff = 50
gridw = 400
gridh = 100
colcnt = int(w / gridw)
rowcnt = int(h / (gridh - gyoff)) + 1
widgets['bs_scroll'].setRange(0, rowcnt * gridh)
if 'battleimg' not in self.image_cache:
self.image_cache['battleimg'] = QtGui.QImage('./images/surprised-skull-2.png')
if colcnt < 1:
colcnt = 1
if rowcnt < 1:
rowcnt = 1
# battles
bc = 0
sz = colcnt * rowcnt
off = self.page * (colcnt * rowcnt)
for bk in self.battles:
b = self.battles[bk]
#andx = bc - off # actual index (relative to page)
andx = bc
bc = bc + 1
arow = int(andx / colcnt) # actual row
acol = andx - (arow * colcnt) # actual col
ax = acol * gridw # actual x (col)
ay = arow * gridh # actual y (row)
# above the top
if ay + gridh < self.sbpixel:
continue
# past the bottom
if ay > (self.sbpixel + h):
continue
# adjust for slider position
ay = ay - self.sbpixel
# okay render this to the panel
#mapImage = self.mapCacheGet(b['map'])
mapImage = MapManager.fetchMiniMapAsync(b['map'], self.mapFetchAsyncCb)
if mapImage is not None:
painter.drawImage(
QtCore.QRect(ax, ay + gyoff, 100, 100),
mapImage,
QtCore.QRect(0, 0, -1, -1)
)
for p in b['players']:
if p in self.players:
if self.players[p]['inGame']:
painter.drawImage(
QtCore.QRect(ax, ay + gyoff, 100, 100),
self.image_cache['battleimg'],
QtCore.QRect(0, 0, -1, -1)
)
break
#########################
if acol == colcnt - 1:
tw = w - ax
else:
tw = gridw
painter.drawRect(ax, ay + gyoff, tw, gridh)
painter.drawText(ax + 110, gyoff + ay + fontm.height() * 0 + 10, 'Mod: %s' % b['mod'])
painter.drawText(ax + 110, gyoff + ay + fontm.height() * 1 + 10, 'Desc: %s' % b['desc'])
painter.drawText(ax + 110, gyoff + ay + fontm.height() * 2 + 10, 'Map: %s' % b['map'])
painter.drawText(ax + 110, gyoff + ay + fontm.height() * 3 + 10, 'Players/Specs: %s/%s' % (len(b['players']) - b['specs'], b['specs']))
####################################
cntSpecs = b['specs']
cntInGame = 0
for p in b['players']:
if p in self.players:
if self.players[p]['inGame']:
cntInGame = cntInGame + 1
cntIdle = len(b['players']) - cntInGame - cntSpecs
maxp = b['maxPlayers']
perRow = 20
c_InGame = QtGui.QColor(0x00, 0xff, 0x00)
c_Spec = QtGui.QColor(0x00, 0xff, 0xff)
c_Idle = QtGui.QColor(0x00, 0x00, 0x00)
c_Empty = QtGui.QColor(0x99, 0x99, 0x99)
i = 0
while i < maxp:
row = int(i / perRow)
col = i - (row * perRow)
__y = row * 10 + ay + fontm.height() * 4 + 10 + gyoff
__x = col * 10 + ax + 110
if cntInGame > 0:
cntInGame = cntInGame - 1
c = c_InGame
elif cntSpecs > 0:
cntSpecs = cntSpecs - 1
c = c_Spec
elif cntIdle > 0:
cntIdle = cntIdle - 1
c = c_Idle
else:
c = c_Empty
painter.fillRect(__x, __y, 7, 7, c)
i = i + 1
#####################
continue
#####################
return
return
if __name__ == '__main__':
curses.initscr()
curses.beep()
curses.beep()
window = curses.newwin(HEIGHT, WIDTH, 0, 0)
window.timeout(TIMEOUT)
window.keypad(1)
curses.noecho()
curses.curs_set(0)
window.border(0)
characterManager = CharactersManager()
treasureManager = TreasureManager()
myMap = MapManager.Map()
myMap.creer_niveau()
coord = myMap.listeSalles[1][1].pos
character = Characters("me", (coord[0] + 2, coord[1] + 2), 100, 10, 0.8,
10)
while True:
window.clear()
window.border(0)
renderMap(window, myMap.carte)
window.addstr(character.position[0] + 1, character.position[1] + 1,
'*')
for monster in characterManager.instance.charactersList:
window.addstr(monster.position[0] + 1, monster.position[1] + 1,
import MapMonitor, MapManager, TimeManager, DijkstraHandler
mapM = MapManager.MapManager()
mapM.inputManager()
dijH = DijkstraHandler.DijkstraHandler(mapM.getGraph())
while True:
inStr = input().split()
dijH.dijkstra(float(inStr[1]), float(inStr[2]), float(inStr[0]) / 120)
monM = MapMonitor.MapMonitor(dijH.dstnc, dijH.prvus, mapM.getGraph(),
float(inStr[2]))
monM.ploter()
print(
"Time :{}\n_____________________________________________________________________________\n "
.format(dijH.dstnc[float(inStr[2])] * 120))
def setUp(self): # Init core-objects self.mapManager = MapManager([200, 200]) self.network = BayesianNetwork(self.mapManager) self.nodes = [BayesianNode(self.network) for i in range(0,10)]
def run(self):
"""
periodically querys the keyboard keypress and acts accordingly in its
own thread. responds to the following keypresses: F1, F2, F3, F4 and mouse clicks
"""
while not global_vars.quit:
sleep(0.01)
key = WinMan.key_pressed()
if key == 268: #F4 / Quit
global_vars.quit = True
continue
if global_vars.hidden_run:
continue
if key == 265: #F1 / Pause
global_vars.pause = True
WinMan.replace_option("Pause", "Resume")
WinMan.replace_option("Faster", "Single Step")
WinMan.replace_option("Slower", "")
WinMan.update()
global_vars.swap_step_duration = global_vars.step_duration
global_vars.step_duration = 0.1
while True:
key = WinMan.key_pressed()
if key == 265: #F1 / Resume (changed at this point)
global_vars.pause = False
global_vars.step_duration = global_vars.swap_step_duration
WinMan.replace_option("Resume", "Pause")
WinMan.replace_option("Single Step", "Faster")
WinMan.replace_option("", "Slower")
break
elif key == 266:
global_vars.single_step = True
elif key == 268: #F4 / Quit
global_vars.quit = True
break
elif key == curses.KEY_MOUSE:
id, x, y, z, bstate = curses.getmouse()
MapMan.set_watched_entity(y - 2, x)
WinMan.update(tile_info=MapMan.watch_info())
sleep(0.01)
elif key == 266: #F2 / Faster
global_vars.step_duration = round(
global_vars.step_duration - 0.1, 1
)
if global_vars.step_duration <= 0:
global_vars.step_duration = 0.1
WinMan.update()
elif key == 267: #F3 / Slower
global_vars.step_duration = round(
global_vars.step_duration + 0.1, 1
)
if global_vars.step_duration > 2:
global_vars.step_duration = 2
WinMan.update()
elif key == curses.KEY_MOUSE:
id, x, y, z, bstate = curses.getmouse()
MapMan.set_watched_entity(y - 2, x)