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 load_data(self, dom): #load data from a dom
self.dom = dom
self.data = Container()
d = self.data
g = data.get_xml_prop
d.name = g(dom, "name") #load various root properties
d.show_name = g(dom, "show_name")
d.anim_front = g(dom, "anim_front")
d.anim_back = g(dom, "anim_back")
d.species = g(dom, "species")
d.exp_growth = g(dom, "exp")
d.number = int(g(dom, "num"))
d.catch_rate = int(g(dom, "catch"))
d.gender_ratio = int(g(dom, "gender"))
#load type data
d.type = [x for x in g(dom, "type").split("|")]
#load pokedex data
t = data.get_node(dom, "pokedex")
d.pokedex = Container()
d = d.pokedex
d.height = int(g(t, "height"))
d.weight = float(g(t, "weight"))
d.description = g(t, "desc")
d.color = g(t, "color")
d.number = int(g(t, "num"))
d.type = g(dom, "type").split("|")
#load ability data
self.data.ability = Container()
self.data.ability.normal = []
self.data.ability.hidden = []
t = data.get_node(dom, "ability").getElementsByTagName("normal")
for ability in t:
self.data.ability.normal.append(data.get_node_text(ability))
t = data.get_node(dom, "ability").getElementsByTagName("hidden")
for ability in t:
self.data.ability.hidden.append(data.get_node_text(ability))
self.data.breeding = Container()
d = self.data.breeding #load breeding data
d.group = g(dom, "group")
d.cycles = int(g(dom, "cycles"))
self.data.base = Container() #base yield data load
d = self.data.base
t = data.get_node(dom, "base")
d.exp = int(g(t, "exp"))
d.ev = []
d.stats = []
for ev in g(t, "ev").split("|"):
d.ev.append(int(ev))
for stat in g(t, "stats").split("|"):
d.stats.append(int(stat))
#DOES NOT LOAD EVOLUTION DATA!!!
self.data.learnset = Container()
d = self.data.learnset
t = data.get_node(dom, "learnset")
d.level = []
for level in data.get_node(dom, "level").getElementsByTagName("move"):
d.level.append(
(int(level.getAttribute("level")), data.get_node_text(level)))
d.tm = []
d.hm = []
for tm in g(t, "tm").split("|"):
d.tm.append(int(tm))
for hm in g(t, "hm").split("|"):
d.hm.append(int(hm))
def load_data(self, dom): #load data from a dom
self.dom = dom
self.data = Container()
d = self.data
g = data.get_xml_prop
d.name = g(dom, "name") #load various root properties
d.show_name = g(dom, "show_name")
d.anim_front = g(dom, "anim_front")
d.anim_back = g(dom, "anim_back")
d.species = g(dom, "species")
d.exp_growth = g(dom, "exp")
d.number = int(g(dom, "num"))
d.catch_rate = int(g(dom, "catch"))
d.gender_ratio = int(g(dom, "gender"))
#load type data
d.type = [x for x in g(dom, "type").split("|")]
#load pokedex data
t = data.get_node(dom, "pokedex")
d.pokedex = Container()
d = d.pokedex
d.height = int(g(t, "height"))
d.weight = float(g(t, "weight"))
d.description = g(t, "desc")
d.color = g(t, "color")
d.number = int(g(t, "num"))
d.type = g(dom, "type").split("|")
#load ability data
self.data.ability = Container()
self.data.ability.normal = []
self.data.ability.hidden = []
t = data.get_node(dom, "ability").getElementsByTagName("normal")
for ability in t:
self.data.ability.normal.append(data.get_node_text(ability))
t = data.get_node(dom, "ability").getElementsByTagName("hidden")
for ability in t:
self.data.ability.hidden.append(data.get_node_text(ability))
self.data.breeding = Container()
d = self.data.breeding #load breeding data
d.group = g(dom, "group")
d.cycles = int(g(dom, "cycles"))
self.data.base = Container() #base yield data load
d = self.data.base
t = data.get_node(dom, "base")
d.exp = int(g(t, "exp"))
d.ev = []
d.stats = []
for ev in g(t, "ev").split("|"):
d.ev.append(int(ev))
for stat in g(t, "stats").split("|"):
d.stats.append(int(stat))
#DOES NOT LOAD EVOLUTION DATA!!!
self.data.learnset = Container()
d = self.data.learnset
t = data.get_node(dom, "learnset")
d.level = []
for level in data.get_node(dom, "level").getElementsByTagName("move"):
d.level.append((int(level.getAttribute("level")), data.get_node_text(level)))
d.tm = []
d.hm = []
for tm in g(t, "tm").split("|"):
d.tm.append(int(tm))
for hm in g(t, "hm").split("|"):
d.hm.append(int(hm))
text_color=(255-color[0],255-color[1],255-color[2])
if len(yp[i])==1:
#add text here
myfont=pygame.font.SysFont("Comic Sans MS", 20)
label=myfont.render(curr_node.children[i].name, 1, text_color)
window.blit(label, (xp[i]*xwidth,0))
for j in range(len(yp[i])-1):
color=(curr_node.children[i]).children[j].color
pygame.draw.rect(window,color,(xp[i]*xwidth,yp[i][j]*ywidth,(xp[i+1]-xp[i])*xwidth,(yp[i][j+1]-yp[i][j])*ywidth))
#add text here
text_color=(255-color[0],255-color[1],255-color[2])
myfont=pygame.font.SysFont("Comic Sans MS", 20)
label=myfont.render(curr_node.children[i].children[j].name, 1, text_color)
window.blit(label, (xp[i]*xwidth,yp[i][j]*ywidth))
flag=0
pygame.display.update()
for event in pygame.event.get():
if event.type==MOUSEBUTTONDOWN and event.button==1:
mousex,mousey=pygame.mouse.get_pos()
chld=data.get_node(mousex,xp,xwidth)
if len(curr_node.children)!=0:
flag=1
stack.append(curr_node)
curr_node=curr_node.children[chld]
elif event.type==MOUSEBUTTONDOWN and event.button==3:
if len(stack)!=0:
curr_node=stack.pop()
flag=1
elif event.type==pygame.QUIT:
sys.exit(0)
