def change_game_state(self, **state):
import BigWorld, Avatar, Account
assert self.mod_tessumod, "Mod must be loaded first before changing game state"
if state["mode"] == "battle":
BigWorld.player(Avatar.Avatar())
if "players" in state:
for player in state["players"]:
vehicle_id = random.randint(0, 1000000)
dbid = random.randint(0, 1000000)
BigWorld.player().arena.vehicles[vehicle_id] = {
"accountDBID": dbid,
"name": player["name"],
"isAlive": True
}
if vehicle_id not in BigWorld.entities:
BigWorld.entities[vehicle_id] = BigWorld.Entity()
if "position" in player:
BigWorld.player(
).arena.positions[vehicle_id] = player["position"]
BigWorld.entities[
vehicle_id].position = BigWorld.Vector(
*player["position"])
if "camera" in state:
if "position" in state["camera"]:
BigWorld.camera().position = BigWorld.Vector(
*state["camera"]["position"])
if "direction" in state["camera"]:
BigWorld.camera().direction = BigWorld.Vector(
*state["camera"]["direction"])
elif state["mode"] == "lobby":
BigWorld.player(Account.PlayerAccount())
if "players" in state:
for id, player in enumerate(state["players"]):
BigWorld.player().prebattle.rosters[0][id] = {
"name": player["name"],
"dbID": random.randint(0, 1000000)
}
#Cajas
caja1 = Textura(caja1Im, 45, 45)
bolaExtra = Textura(bolaExtraIm, 25, 25)
randomThrow = Textura(randomThIm, 25, 25)
blFila = Textura(blowFilaIm, 25, 25)
blCol = Textura(blowColIm, 25, 25)
#Bolas
pokebola = Textura(pokeIm, 10, 10)
pong = Textura(pongIm, 15, 15)
paty = Textura(patyIm, 30, 30)
todasLasBolas = [pong, pokebola]
#Flecha
flecha = Textura(flechaIm, 120, 120)
#Botones
playTex = [Textura(playIm, 57 * 4, 80), Textura(playIm2, 57 * 4, 80)]
restartTex = [Textura(restartIm, 57 * 4, 80), Textura(restartIm2, 57 * 4, 80)]
pausaTex = [Textura(pausaIm, 50, 50), Textura(pausaIm2, 50, 50)]
quitTex = [Textura(quitIm, 57 * 4, 80), Textura(quitIm2, 57 * 4, 80)]
cambioDerTex = [Textura(cambioDerIm, 60, 60), Textura(cambioDerIm2, 60, 60)]
cambioIzqTex = [Textura(cambioIzqIm, 60, 60), Textura(cambioIzqIm2, 60, 60)]
backTex = [Textura(backIm, 57 * 4, 80), Textura(backIm2, 57 * 4, 80)]
customTex = [Textura(customIm, 57 * 4, 80), Textura(customIm2, 57 * 4, 80)]
#Avatares
cisnerosIm = pygame.image.load('images/avatarCisneros275.png')
avatarCisneros = Avatar(cisnerosIm, 60.5, 57.75)
def setSprite(self):
self.__sprite = Avatar.Avatar('/path/to/picture')
def my_constructor(self,
USER,
DISPLAY_GROUP,
VIEW_TRANSFORM_NODE,
VIRTUAL_USER_REPR_DISPLAY_INDEX=-1,
HEAD_NODE_NAME='head',
COMPLEX_SETUP=True):
## @var USER
# Reference to the user to be represented.
self.USER = USER
## @var DISPLAY_GROUP
# Reference to the display group this user representation is responsible for.
self.DISPLAY_GROUP = DISPLAY_GROUP
## @var view_transform_node
# Transform node to be filled by one navigation of the display group.
self.view_transform_node = VIEW_TRANSFORM_NODE
## @var screens
# List of screen nodes for each display of the display group.
self.screens = []
## @var dependent_nodes
# Placeholder for scenegraph nodes which are relevant for the transformation policy.
self.dependent_nodes = []
## @var execute_transformation_policy
# Boolean indicating if the transformation policy is evaluated every frame.
self.execute_transformation_policy = True
## create user representation nodes ##
## @var stereo_display_group
# Boolean saying if this DisplayGroup contains of only stereo displays.
self.stereo_display_group = True
for _display in DISPLAY_GROUP.displays:
if _display.stereo == False:
self.stereo_display_group = False
break
## @var head
# Head node of the user.
self.head = avango.gua.nodes.TransformNode(Name=HEAD_NODE_NAME)
self.view_transform_node.Children.value.append(self.head)
## @var left_eye
# Left eye node of the user.
self.left_eye = avango.gua.nodes.TransformNode(Name="eyeL")
self.head.Children.value.append(self.left_eye)
## @var right_eye
# Right eye node of the user.
self.right_eye = avango.gua.nodes.TransformNode(Name="eyeR")
self.head.Children.value.append(self.right_eye)
# assign correct transformations to nodes
if COMPLEX_SETUP:
self.make_complex_viewing_setup()
else:
self.make_default_viewing_setup()
## @var connected_navigation_id
# Navigation ID within the display group that is currently used.
self.connected_navigation_id = -1
## @var avatar
# Avatar instance belonging to this UserRepresentation.
self.avatar = Avatar()
self.avatar.my_constructor(self)
## @var virtual_user_repr_display_index
# If this is a portal user representation, ID giving the display index within the display group. -1 otherwise.
self.virtual_user_repr_display_index = VIRTUAL_USER_REPR_DISPLAY_INDEX
## @var frame_trigger
# Triggers framewise evaluation of frame_callback method.
self.frame_trigger = avango.script.nodes.Update(
Callback=self.frame_callback, Active=True)
## @var thumbnail_mode
# Boolean indicating if the portal if a default viewing setup is activated although the portal might suggest it differently.
self.thumbnail_mode = False
def setSprite(self, image):
self.__sprite = Avatar.Avatar(image)
import Avatar
avatar = Avatar.Avatar('Avatar.png')
avatar.GetNewAvatar('circleflag')
