def handle_effect(self, camp, originator, pos, anims, delay=0):
"""Do whatever is required of effect; return list of child effects."""
target = camp.scene.get_character_at_spot(pos)
if target:
if context.matches_description(target.TEMPLATES, self.pat):
return self.on_true
return self.on_false
return self.on_false
def handle_effect( self, camp, originator, pos, anims, delay=0 ):
"""Do whatever is required of effect; return list of child effects."""
target = camp.scene.get_character_at_spot( pos )
if target:
if context.matches_description( target.TEMPLATES, self.pat ):
return self.on_true
else:
return self.on_false
else:
return self.on_false
def choose_monster_type( min_rank, max_rank, habitat=() ):
"""Choose a random monster class as close to range as possible."""
possible_list = list()
backup_list = list()
for m in MONSTER_LIST:
if m.ENC_LEVEL <= max_rank:
n = context.matches_description( m.HABITAT, habitat )
if n:
backup_list += (m,) * m.ENC_LEVEL
if m.ENC_LEVEL >= min_rank:
possible_list += (m,) * max( n * 2 - 3, 1 )
if possible_list:
return random.choice( possible_list )
elif backup_list:
return random.choice( backup_list )
def handle_effect( self, camp, originator, pos, anims, delay=0 ):
"""Do whatever is required of effect; return list of child effects."""
target = camp.scene.get_character_at_spot( pos )
if target:
# match = True
# for k,v in self.pat.iteritems():
# if v:
# This key must exist in target's templates.
# if k not in target.TEMPLATES:
# match = False
# break
# else:
# This key must not exist in target's templates.
# if k in target.TEMPLATES:
# match = False
# break
if context.matches_description( target.TEMPLATES, self.pat ):
return self.on_true
else:
return self.on_false
else:
return self.on_false