def _create_monster_npc(encounter):
current_monster = monster.Monster()
current_monster.load_from_db(encounter['monster'])
# Set the monster's level based on the specified level range
if len(encounter['level_range']) > 1:
level = random.randrange(encounter['level_range'][0],
encounter['level_range'][1])
else:
level = encounter['level_range'][0]
# Set the monster's level
current_monster.level = 1
current_monster.set_level(level)
current_monster.current_hp = current_monster.hp
# Create an NPC object which will be this monster's "trainer"
npc = NPC("maple_girl")
npc.add_monster(current_monster)
# NOTE: random battles are implemented as trainer battles.
# this is a hack. remove this once trainer/random battlers are fixed
current_monster.owner = None
npc.party_limit = 0
# Set the NPC object's AI model.
npc.ai = ai.AI()
return npc
def start(self):
player = self.session.player
for slot, current_monster in enumerate(player.monsters):
new_slug = current_monster.get_evolution(self.parameters.path)
if new_slug:
# TODO: implement an evolution animation
# Store the properties of the old monster then remove it
old_level = current_monster.level
old_current_hp = current_monster.current_hp
old_name = current_monster.name
old_flairs = current_monster.flairs
player.remove_monster(current_monster)
# Add the new monster and load the old properties
new_monster = monster.Monster()
new_monster.load_from_db(new_slug)
new_monster.set_level(old_level)
new_monster.current_hp = min(old_current_hp, new_monster.hp)
new_monster.name = old_name
player.add_monster(new_monster)
# If the new monster has a flair matching that of the old monster, copy it
for new_flair in new_monster.flairs.values():
for old_flair in old_flairs.values():
if new_flair.category == old_flair.category:
new_monster.flairs[new_flair.category] = old_flair
# Removing the old monster caused all monsters in front to move a slot back
# Bring our new monster from the end of the list to its previous position
for i in range(len(player.monsters) - 1, slot, -1):
player.switch_monsters(i, i - 1)
# Only do one evolution per call
return
def start(self):
monster_slug, monster_level = self.parameters
current_monster = monster.Monster()
current_monster.load_from_db(monster_slug)
current_monster.set_level(monster_level)
current_monster.current_hp = current_monster.hp
self.session.player.add_monster(current_monster)