def resolve(self):
res = []
enemies = self.c.get_enemies()
allies = self.c.get_allies()
if self.c.me.type == TrooperType.FIELD_MEDIC:
# Medic shouldn't run too far
max_dist = max([self.c.distance_to(a.x, a.y)] for a in allies)
if max_dist > 4:
return []
for t in enemies:
dangerous = False
for a in allies:
if t.get_distance_to_unit(a) <= t.shooting_range:
dangerous = True
self.c.log('Enemy %s at (%d, %d) : %s' % (trooper_type_string(t.type), t.x, t.y, str(dangerous)))
if dangerous:
if not self.c.can_shoot(self.c.me, t):
res.append(MoveOrder(self.c, self.priority + 100 - 10*self.c.distance_to(t.x, t.y), t.x, t.y))
return res
def make_move(self, c):
self.c = c
self.c.log('\n=== TURN %d === ' % self.c.world.move_index)
self.c.log('Current player: %10s (%d, %d) AP: %d HP: %d' %
(trooper_type_string(self.c.me.type),
self.c.me.x,
self.c.me.y,
self.c.me.action_points,
self.c.me.hitpoints)
)
self.c.log('enemies: ', new_line=False)
for e in self.c.get_enemies():
self.c.log(str((e.x, e.y)), new_line=False)
self.c.log('')
orders = self.init_orders()
while True:
orders = filter(
lambda o: o.min_cost <= self.c.me.action_points,
orders
)
if not orders:
break
cur_order = max(orders, key=operator.attrgetter('priority'))
orders = filter(lambda o: o != cur_order, orders)
self.c.log('= Chosen: %s' % cur_order)
if isinstance(cur_order, IntentOrder):
new_orders = cur_order.resolve()
for order in new_orders:
self.c.log('\t%d %s' % (order.priority, order))
orders.extend(new_orders)
else:
if cur_order.make_move():
break
self.c.log('RESULT MOVE: %s direction: %s x: %s y: %s' %
(action_type_string(self.c.move.action),
direction_type_string(self.c.move.direction), self.c.move.x, self.c.move.y))
