def damage(cls, target, amount, actor=None): from trigger import Trigger target.hp -= amount target.save() print "damage:",amount,"target:",target,"hp left:",target.hp Trigger.invoke_triggers(target, "receive damage") if actor: Trigger.invoke_triggers(actor, "deal damage")
def next_round(self):
from main.utils import distribute
self.turn += 1
self.save()
for hero in self.heros():
hero.combat_messages.append([])
hero.save()
combatants = Combatant.objects.filter(combat=self, alive=True).all()
magerys = map(lambda s: s.__getattribute__("magery"), combatants)
num_mp = 5 * len(combatants)
mp_gains = distribute(num_mp, magerys)
for i in xrange(len(combatants)):
combatants[i].mp = min(combatants[i].max_mp, combatants[i].mp + mp_gains[i])
combatants[i].save()
Trigger.invoke_triggers(combatants[i], "end of round")
def generic_attack(cls, actor, target, stats={}):
'''
returns damage dealt (None on miss)
case accuracy: 'Inf', attack hits, None: attack misses, else: roll some dice
case critical: 'Inf', critical hit, None: normal damage, else: roll some dice
case exact_damage: None: roll some dice, else: damage = exact_damage
'''
import random, math
from trigger import Trigger
DEFAULT_STATS = {
"accuracy": actor.finesse,
"critical": actor.lore,
"exact_damage": None,
"might": actor.brawn,
"weapon": 3, #actor.weapon_power
"plus_damage": 0,
}
stats_in = stats
stats = DEFAULT_STATS.copy()
stats.update(stats_in)
#print "actor:", actor, "target:", target
#print "stats:", stats
Trigger.invoke_triggers(target, "receive attack")
Trigger.invoke_triggers(actor, "deal attack")
if (stats['accuracy'] != None) and (float(stats['accuracy']) * 2.0 / 3.0 / target.charm >= random.random()):
Trigger.invoke_triggers(target, "receive hit")
Trigger.invoke_triggers(actor, "deal hit")
else:
Trigger.invoke_triggers(target, "receive miss")
Trigger.invoke_triggers(actor, "deal miss")
return None
if stats['exact_damage'] == None:
damage = int(math.ceil(stats['might'] * stats['weapon'] * (0.8 + 0.4 * random.random()) / target.stamina))
damage += stats['plus_damage']
else:
damage = stats['exact_damage']
if damage > 0:
if stats['critical'] != None:
if 0.25 * (float(stats['critical'])-target.lore)/target.lore >= random.random():
damage = int(math.ceil(damage * 1.5))
Action.damage(target, damage)
else:
damage = 0
return damage
