def __init__(self, game):
objects.RenderedNPC.__init__(self) #init NPC renderer
self.g = game.g #store parameters
self.game = game
#load animations
self.animator = animation.AnimationGroup(self.g, self, "objects/player/player_animation.xml")
self.collidepoint = (16, 23) #set where to check for collisions
self.size = (32, 32) #set sprite size
self.tile_pos = self.g.save.get_prop("player", "pos", [5, 8]) #load current position
self.game.set_obj_pos(self, self.tile_pos)
self.pos = [((self.tile_pos[0]-1)*16)+8, (self.tile_pos[1]-1)*16] #set position in pixels
self.rect = pygame.Rect(self.pos, self.size) #turn it into a rect
self.move_direction = (0, 0) #we aren't moving in a particular direction
self.direction = self.g.save.get_prop("player", "direction", 1) #load direction
self.animator.set_animation("stand_"+get_direction_name(self.direction)) #set proper direction
self.animator.update() #let it update
self.moving = False #we aren't moving at all
self.was_moving = False
self.move_frames = 0 #amount of movement frames left
self.in_water = False #whether we're currently walking in water
self.notify_dlog = dialog.Dialog(self.g, "notify") #initialize a notify dialog
self.move_manager = objects.MovementManager(self) #make a movement manager so we can be controlled in cutscenes
self.party = self.g.save.get_prop("player", "pokemon", None) #load pokemon
if self.party is None: #if none were loaded
self.party = [pokemon.get_data("reuniclus").generate(5)] #make a new one
else: #if they were
t = self.party
self.party = []
for data in t: #load pokemon data
p = pokemon.Pokemon() #make a new pokemon
p.load(data) #load its saved data
self.party.append(p) #add it to list of pokemon
def set_enemy_mon(self, mon, level):
self.enemy_mon = pokemon.get_data(mon).generate(
level) #create a trainers pokemon
self.enemy_mon_anim = animation.PartAnimationSet(
self.g, self.enemy_mon.data.anim_front) #load its animation
self.enemy_mon_anim.set_animation("demo")
self.front_anim_ready = True
self.next_task()
def start_wild(self, type, level): #start a wild battle
self.wild = True #this is a wild battle
self.start_battle() #prepare battle
self.enemy_mon = pokemon.get_data(type).generate(level) #create a new wild pokemon
self.enemy_mon_anim = animation.PartAnimationSet(self.g, self.enemy_mon.data.anim_front) #load its animation
self.enemy_mon_anim.set_animation("demo")
self.front_anim_ready = True
#initialize task list
self.task_list = [[self.wait_transition, None], #wait for transition to complete
[self.show_wild_mon, None], #show the wild pokemon appearing
[self.wait_dialog, None], #wait for the dialog text to finish
[self.draw_text, ("Go, " + self.player.activepokemon.show_name + "!{wait}{br}",)],
[self.wait_dialog, None],
[self.set_player_mon, None],
[self.command_loop, None]] #start command loop
self.next_task() #kick off task list
def __init__(self, game):
objects.RenderedNPC.__init__(self) #init NPC renderer
self.g = game.g #store parameters
self.game = game
#load animations
self.animator = animation.AnimationGroup(
self.g, self, "objects/player/player_animation.xml")
self.collidepoint = (16, 23) #set where to check for collisions
self.size = (32, 32) #set sprite size
self.tile_pos = self.g.save.get_prop("player", "pos",
[5, 8]) #load current position
self.game.set_obj_pos(self, self.tile_pos)
self.pos = [((self.tile_pos[0] - 1) * 16) + 8,
(self.tile_pos[1] - 1) * 16] #set position in pixels
self.rect = pygame.Rect(self.pos, self.size) #turn it into a rect
self.move_direction = (0, 0
) #we aren't moving in a particular direction
self.direction = self.g.save.get_prop("player", "direction",
1) #load direction
self.animator.set_animation(
"stand_" +
get_direction_name(self.direction)) #set proper direction
self.animator.update() #let it update
self.moving = False #we aren't moving at all
self.was_moving = False
self.move_frames = 0 #amount of movement frames left
self.in_water = False #whether we're currently walking in water
self.notify_dlog = dialog.Dialog(self.g,
"notify") #initialize a notify dialog
self.move_manager = objects.MovementManager(
self
) #make a movement manager so we can be controlled in cutscenes
self.party = self.g.save.get_prop("player", "pokemon",
None) #load pokemon
if self.party is None: #if none were loaded
self.party = [pokemon.get_data("reuniclus").generate(5)
] #make a new one
else: #if they were
t = self.party
self.party = []
for data in t: #load pokemon data
p = pokemon.Pokemon() #make a new pokemon
p.load(data) #load its saved data
self.party.append(p) #add it to list of pokemon
def start_wild(self, type, level): #start a wild battle
self.wild = True #this is a wild battle
self.start_battle() #prepare battle
self.enemy_mon = pokemon.get_data(type).generate(
level) #create a new wild pokemon
self.enemy_mon_anim = animation.PartAnimationSet(
self.g, self.enemy_mon.data.anim_front) #load its animation
self.enemy_mon_anim.set_animation("demo")
self.front_anim_ready = True
#initialize task list
self.task_list = [
[self.wait_transition, None], #wait for transition to complete
[self.show_wild_mon, None], #show the wild pokemon appearing
[self.wait_dialog, None], #wait for the dialog text to finish
[
self.draw_text,
("Go, " + self.player.activepokemon.show_name +
"!{wait}{br}", )
],
[self.wait_dialog, None],
[self.set_player_mon, None],
[self.command_loop, None]
] #start command loop
self.next_task() #kick off task list
def set_enemy_mon(self, mon, level):
self.enemy_mon = pokemon.get_data(mon).generate(level) #create a trainers pokemon
self.enemy_mon_anim = animation.PartAnimationSet(self.g, self.enemy_mon.data.anim_front) #load its animation
self.enemy_mon_anim.set_animation("demo")
self.front_anim_ready = True
self.next_task()
