/usr/share/games/kiki-the-nano-bot/py/world.py is in kiki-the-nano-bot-data 1.0.2+dfsg1-6build1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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import random
import types
execfile(kikipy_path + "colors.py")
execfile(kikipy_path + "action.py")
execfile(kikipy_path + "lang.py")
# .................................................................................................................
# KikiWorld Extensions
# .................................................................................................................
# .................................................................................................................
def toggle (self, objectName):
"""toggles object with name objectName"""
Controller.startTimedAction(self.getObjectWithName(objectName).getActionWithName("toggle"))
KikiWorld.toggle = toggle
del toggle
# .................................................................................................................
def activate (self, objectName):
"""activates object with name objectName"""
object = self.getObjectWithName(objectName)
if object.getClassName() == "KikiSwitch":
kikiObjectToSwitch(object).setActive(1)
elif object.getClassName() == "KikiGate":
kikiObjectToGate(object).setActive(1)
KikiWorld.activate = activate
del activate
# .................................................................................................................
def decenter (self, *args):
s = self.getSize()
if len(args) == 3:
x, y, z = args[0], args[1], args[2]
elif len(args) == 1:
x, y, z = args[0]
return KikiPos(x+s.x/2, y+s.y/2, z+s.z/2)
KikiWorld.decenter = decenter
del decenter
# .................................................................................................................
def addObjectLine (self, object, start, end):
"""adds a line of objects of type to the world. start and end should be 3-tuples or KikiPos objects"""
if isinstance (start, KikiPos):
start = (start.x, start.y, start.z)
sx, sy, sz = start
if isinstance (end, KikiPos):
end = (end.x, end.y, end.z)
ex, ey, ez = end
diff = map (lambda a,b: a-b, end, start)
maxdiff = max(map (abs, diff))
deltas = map (lambda a, d = float (maxdiff): a/d, diff)
for i in range (maxdiff):
pos = apply (KikiPos, (map (lambda a, b: int(a+i*b), start, deltas)))
if self.isUnoccupiedPos (pos):
if type(object) == types.StringType:
self.addObjectAtPos (eval(object), pos)
else:
self.addObjectAtPos (object(), pos)
KikiWorld.addObjectLine = addObjectLine
del addObjectLine
# .................................................................................................................
def addObjectPoly (self, object, points, close=1):
"""adds a polygon of objects of type to the world. points should be 3-tuples or KikiPos objects"""
if close:
points.append (points[0])
for index in range(1, len(points)):
self.addObjectLine (object, points[index-1], points[index])
KikiWorld.addObjectPoly = addObjectPoly
del addObjectPoly
# .................................................................................................................
def addObjectRandom (self, object, number):
"""adds number objects of type at random positions to the world"""
for i in range (number):
if type (object) == types.StringType:
self.setObjectRandom (eval(object))
else:
self.setObjectRandom (object())
KikiWorld.addObjectRandom = addObjectRandom
del addObjectRandom
# .................................................................................................................
def setObjectRandom (self, object):
"""adds number objects of type at random positions to the world"""
size = self.getSize()
object_set = 0
while not object_set: # hack alert!
random_pos = KikiPos (random.randrange (size.x), \
random.randrange (size.y), \
random.randrange (size.z))
if not object.isSpaceEgoistic() or self.isUnoccupiedPos (random_pos):
self.addObjectAtPos (object, random_pos)
object_set = 1
KikiWorld.setObjectRandom = setObjectRandom
del setObjectRandom
# .................................................................................................................
# KikiPyWorld
# .................................................................................................................
class KikiPyWorld (KikiPyActionObject):
"""class for creating worlds from dictionaries"""
# ................................................................ init
def __init__ (self):
"""initializes a KikiPyWorld object"""
KikiPyActionObject.__init__(self)
self.preview = false
# ................................................................ world creation
def create (self, world_dict = {}):
"""creates the world from a level name or a dictionary"""
if world_dict:
if type (world_dict) == types.StringType:
world.level_index = level_list.index (world_dict)
world.level_name = world_dict
self.dict = level_dict[world_dict]
else:
self.dict = world_dict
# ............................................................ appearance
x, y, z = self.dict["size"]
world.setSize (x, y, z)
if "scheme" in self.dict:
applyColorScheme (eval(self.dict["scheme"]))
else:
applyColorScheme (default_scheme)
if "border" in self.dict:
border = self.dict["border"]
else:
border = 1
world.setDisplayBorder (border)
# ............................................................ intro text
if "intro" in self.dict:
if not self.preview:
intro_text = KikiScreenText ()
intro_text.addText (self.dict["intro"])
intro_text.show ()
world.setName (self.dict["intro"])
else:
world.setName ("noname")
if self.preview:
world.getProjection().setViewport (0.0, 0.4, 1.0, 0.6)
else:
world.getProjection().setViewport (0.0, 0.0, 1.0, 1.0)
# ............................................................ escape
escape_event = Controller.getEventWithName ("escape")
escape_event.removeAllActions()
escape_event.addAction (continuous (self.escape, "escape"))
# ............................................................ exits
if "exits" in self.dict:
exit_id = 0
for entry in self.dict["exits"]:
exit_gate = KikiGate (entry["active"])
if "name" in entry:
name = entry["name"]
else:
name = "exit "+str(exit_id)
exit_gate.setName(name)
exit_action = once (self, "exit " + str(exit_id))
delay_action = once (lambda a = exit_action: Controller.timer_event.addAction (a))
exit_gate.getEventWithName ("enter").addAction (delay_action)
if "position" in entry:
pos = world.decenter (entry["position"])
elif "coordinates" in entry:
pos = apply (KikiPos, entry["coordinates"])
world.addObjectAtPos (exit_gate, pos)
exit_id += 1
# ............................................................ creation
if "create" in self.dict:
if callable(self.dict["create"]):
self.dict["create"]()
else:
exec self.dict["create"] in globals()
# ............................................................ player
player = Controller.player
player_dict = self.dict["player"]
if "orientation" in player_dict:
player.setOrientation (player_dict["orientation"])
else:
player.setOrientation (roty90)
if "position" in player_dict:
world.addObjectAtPos (player, world.decenter(player_dict["position"]))
elif "coordinates" in player_dict:
pos = player_dict["coordinates"]
world.addObjectAtPos (player, KikiPos(pos[0], pos[1], pos[2]))
if "nostatus" in player_dict:
if player_dict["nostatus"] or self.preview:
Controller.player_status.hide()
else:
Controller.player_status.show()
else:
if self.preview:
Controller.player_status.hide()
else:
Controller.player_status.show()
world.getProjection().setPosition (KVector())
Controller.player.getStatus().setMinMoves (highscore.levelParMoves (world.level_name))
Controller.player.getStatus().setMoves (0)
# ............................................................ init
world.init() # tell the world that we are finished
# ................................................................ restart level
def restart (self):
"""restores the player status and restarts the current level"""
Controller.player.getStatus().setMoves (0)
Controller.player.reborn()
self.create()
# ................................................................ finish level
def finish (self):
"""saves the current level status in highscore file"""
highscore.levelFinished (world.level_name, Controller.player.getStatus().getMoves())
# ................................................................ player reset
def resetPlayer (self):
"""reset the player to it's original position and orientation"""
player_dict = self.dict["player"]
player = Controller.getPlayer()
if "reset orientation" in player_dict:
player.setOrientation (player_dict["reset orientation"])
elif "orientation" in player_dict:
player.setOrientation (player_dict["orientation"])
else:
player.setOrientation (rot0)
if "reset position" in player_dict:
world.moveObjectToPos (player, world.decenter (player_dict["reset position"]))
else:
world.moveObjectToPos (player, world.decenter (player_dict["position"]))
# ................................................................ actions
def performAction (self, name, time):
"""action callback. used to exit current world"""
if name.find ("exit") == 0:
self.finish()
Controller.player.getStatus().setMoves (0)
if "world" in self.dict["exits"][int(name[5:])]:
w = self.dict["exits"][int(name[5:])]["world"]
if isinstance (w, KikiPyWorld):
w.create()
elif callable (w):
w()
else:
exec "KikiPyWorld().create(" + world + ")"
else:
KikiPyWorld().create (level_list[world.level_index+1])
# ................................................................ help
def help (self, index = 0):
"""displays help messages"""
text_list = self.dict["help"]
more_text = index < len (text_list) - 1
less_text = index > 0
list = text_list[index].split("$key(")
for i in range (1, len(list)):
close = list[i].find(")")
list[i] = Controller.player.getKeyForAction (list[i][:close]) + list[i][close+1:]
list.append ("\n\n$scale(0.5)(%d/%d)" % (index+1, len (text_list)))
help_text = KikiPageText ("".join(list), more_text, less_text)
if more_text:
help_text.getEventWithName ("next").addAction (once (lambda i=index+1: self.help (i)))
if less_text:
help_text.getEventWithName ("previous").addAction (once (lambda i=index-1: self.help (i)))
# ................................................................
def resetProjection(self):
world.getProjection().setViewport (0.0, 0.0, 1.0, 1.0)
# ................................................................ escape key
def escape (self):
"""handles an ESC key event"""
self.resetProjection()
if "escape" in self.dict:
if callable(self.dict["escape"]):
self.dict["escape"]()
else:
exec self.dict["escape"] in globals()
return
menu = KikiMenu()
menu.getEventWithName ("hide").addAction (once(self.resetProjection))
if Controller.isDebugVersion ():
menu.addItem (Controller.getLocalizedString ("next level"), once (lambda w=self: w.performAction("exit 0",0)))
if "help" in self.dict:
menu.addItem (Controller.getLocalizedString ("help"), once (self.help))
menu.addItem (Controller.getLocalizedString ("restart"), once (self.restart))
esc_menu_action = once (self.escape)
console.out("level_index %d" % world.level_index)
menu.addItem (Controller.getLocalizedString ("load level"), once (lambda i=world.level_index,a=esc_menu_action: levelSelection(i, a)))
menu.addItem (Controller.getLocalizedString ("setup"), once (quickSetup))
menu.addItem (Controller.getLocalizedString ("about"), once (display_about))
menu.addItem (Controller.getLocalizedString ("quit"), once (Controller.quit))
# .................................................................................................................
execfile (kikipy_path + "config.py")
execfile (kikipy_path + "setup.py")
execfile (kikipy_path + "levels.py")
execfile (kikipy_path + "levelselection.py")
execfile (kikipy_path + "highscore.py")
execfile (kikipy_path + "intro.py")
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