def __init__(self, game, element):
self.g = game.g
objects.NPC.__init__(self, game, element) #initialize our parent
self.vision = int(data.get_xml_prop(element, "vision")) #load properties
self.reward = int(data.get_xml_prop(element, "reward"))
self.class_name = data.get_xml_prop(element, "class")
self.trainer_name = data.get_xml_prop(element, "name")
self.pre_script = data.get_node(element, "pre_script")
self.post_script = data.get_node(element, "post_script")
#load spotted icon
self.spotted_pic = data.load_image("objects/spotted.png")
self.spotted_pic.convert_alpha()
#get whether we have been fought or not
self.fought = self.g.save.get_prop(self.id, "fought", False)
self.moving = True
self.seen = False #set if we've seen somebody
self.move_data = [0, 0, 0] #store the movement we're going to do
self.wait_time = 0 #amount of time to display icon
#load party data
party = []
for node in data.get_node(element, "party").childNodes: #loop through pokemon
if node.localName == "pokemon": #if it's a pokemon
t = [node.getAttribute("type"), node.getAttribute("level")] #generate data
party.append(t) #and save it
self.party = party
def __init__(self, game, element):
self.g = game.g
objects.NPC.__init__(self, game, element) #initialize our parent
self.vision = int(data.get_xml_prop(element,
"vision")) #load properties
self.reward = int(data.get_xml_prop(element, "reward"))
self.class_name = data.get_xml_prop(element, "class")
self.trainer_name = data.get_xml_prop(element, "name")
self.pre_script = data.get_node(element, "pre_script")
self.post_script = data.get_node(element, "post_script")
#load spotted icon
self.spotted_pic = data.load_image("trainers/spotted.png")
self.spotted_pic.convert_alpha()
#get whether we have been fought or not
self.fought = self.g.save.get_prop(self.id, "fought", False)
self.moving = True
self.seen = False #set if we've seen somebody
self.move_data = [0, 0, 0] #store the movement we're going to do
self.wait_time = 0 #amount of time to display icon
#load party data
party = []
for node in data.get_node(element,
"party").childNodes: #loop through pokemon
if node.localName == "pokemon": #if it's a pokemon
t = [node.getAttribute("type"),
node.getAttribute("level")] #generate data
party.append(t) #and save it
self.party = party
def __init__(self, game, element):
MapObj.__init__(self, game, element)
properties = {}
self.tile_x, self.tile_y = self.tile_pos
#load destination properties
dest_warp = data.get_xml_prop(element, "dest_warp")
dest_map = data.get_xml_prop(element, "dest_map")
if dest_warp is not None: #if there is a destination
properties["dest_warp"] = dest_warp #store properties
properties["dest_map"] = dest_map
if self.sound: properties["sound"] = self.sound
game.add_warp(tuple(self.tile_pos), properties) #add the warp
def __init__(self, game, element):
self.g = game.g #store parameters
self.game = game
properties = {}
#get tile we're monitoring
t = element.getAttribute("pos").split(",")
self.tile_x = int(t[0].strip())
self.tile_y = int(t[1].strip())
#load destination properties
dest_warp = data.get_xml_prop(element, "dest_warp")
dest_map = data.get_xml_prop(element, "dest_map")
if dest_warp is not None: #if there is a destination
properties["dest_warp"] = dest_warp #store properties
properties["dest_map"] = dest_map
game.add_warp((self.tile_x, self.tile_y), properties) #add the warp
self.visible = False #we're not rendering anything
def __init__(self, game, element):
self.game = game #store parameters
self.text = data.get_xml_prop(element, "text") #store text to show
#get our tile position
t = element.getAttribute("pos").split(",")
self.tile_pos = (int(t[0].strip()), int(t[1].strip())) #store position
game.set_obj_pos(self, self.tile_pos) #set our position
self.visible = False #we're not rendering anything
def __init__(self, game, element):
self.game = game #store parameters
self.text = data.get_xml_prop(element, "text") #store text to show
#get our tile position
t = element.getAttribute("pos").split(",")
self.tile_pos = (int(t[0].strip()), int(t[1].strip())) #store position
game.set_obj_pos(self, self.tile_pos) #set our position
self.visible = False #we're not rendering anything
def __init__(self, game, element):
self.g = game.g #store parameters
self.game = game
properties = {}
#get tile we're monitoring
t = element.getAttribute("pos").split(",")
self.tile_x = int(t[0].strip())
self.tile_y = int(t[1].strip())
#load destination properties
dest_warp = data.get_xml_prop(element, "dest_warp")
dest_map = data.get_xml_prop(element, "dest_map")
if dest_warp is not None: #if there is a destination
properties["dest_warp"] = dest_warp #store properties
properties["dest_map"] = dest_map
game.add_warp((self.tile_x, self.tile_y),
properties) #add the warp
self.visible = False #we're not rendering anything
def __init__(self, game, element): MapObj.__init__(self, game, element) self.text = data.get_xml_prop(element, "text") #store text to show #get our tile position game.set_obj_pos(self, self.tile_pos) #set our position self.dlog = dialog.Dialog(self.g, 'sign')
