def score_tank(self, tank):
"""Score tank."""
my_base = self.team.base.center
if tank.flag:
ebase = tank.flag.team.base
dist_to = collisiontest.get_dist(my_base, tank.flag.team.base.center)
dist_back = collisiontest.get_dist(tank.pos, my_base)
more = 100.0 * (dist_to - dist_back)/dist_to
if dist_back > dist_to:
more = 0
self.setValue(500 + more)
else:
closest = None
for color,team in self.team.map.teams.items():
if team is self.team:
continue
dst = collisiontest.get_dist(tank.pos, team.base.center)
if closest is None or dst < closest[0]:
closest = dst, team.base
if not closest:
logger.warning("no closest found... %s" % self.team.color)
return False
total_dist = collisiontest.get_dist(my_base, closest[1].center)
dist_to = collisiontest.get_dist(tank.pos, closest[1].center)
if dist_to > total_dist:
return
self.setValue(100.0 * (total_dist-dist_to)/total_dist)
def score_tank(self, tank):
"""Score tank."""
my_base = self.team.base.center
if tank.flag:
ebase = tank.flag.team.base
dist_to = collisiontest.get_dist(my_base,
tank.flag.team.base.center)
dist_back = collisiontest.get_dist(tank.pos, my_base)
more = 100.0 * (dist_to - dist_back) / dist_to
if dist_back > dist_to:
more = 0
self.setValue(500 + more)
else:
closest = None
for color, team in self.team.map.teams.items():
if team is self.team:
continue
dst = collisiontest.get_dist(tank.pos, team.base.center)
if closest is None or dst < closest[0]:
closest = dst, team.base
if not closest:
logger.warning("no closest found... %s" % self.team.color)
return False
total_dist = collisiontest.get_dist(my_base, closest[1].center)
dist_to = collisiontest.get_dist(tank.pos, closest[1].center)
if dist_to > total_dist:
return
self.setValue(100.0 * (total_dist - dist_to) / total_dist)
def closest_base(self, pos):
"""Returns position of clossest base."""
items = tuple(sorted((collisiontest.get_dist(pos, base.center), base)
for base in self.bases.values()))
if abs(items[0][0] - items[1][0]) < 50:
return None
return items[0][1]
def closest_base(self, pos):
"""Returns position of clossest base."""
items = tuple(
sorted((collisiontest.get_dist(pos, base.center), base)
for base in self.bases.values()))
if abs(items[0][0] - items[1][0]) < 50:
return None
return items[0][1]