def main (tank, game):
x, y = tank.position
tank.throttle = 1
tank.rotation = - math.pi / 2
yield (lambda: tank.position.y <= 50)
tank.rotation = 0
yield (lambda: tank.position.x >= 500)
tank.rotation = math.pi / 2
yield (lambda: tank.position.y >= 250)
tank.rotation = - 5/6 * math.pi
tank.throttle = 1
yield (lambda: tank.position.x <= x)
diff = y - tank.position.y
tank.rotation = math.pi / 2 * diff / abs (diff)
log = get_logger ("DemoTank")
log.info ("Imma driving a circle!")
tank.throttle = .5
yield from drive_circle (tank, game, 4)
tank.throttle = 0
tank.rotation = 0
log.info ("I'll be shooting everything in a radius of 200px.")
cannon = tank.mounts [0]
radar = tank.mounts [1]
for o in radar.visible:
d = o.position - tank.position
if abs (d) <= 200 and o != tank and o not in tank.mounts:
log.info ("Aiming at %s", o.e)
cannon.rotation = d.angle
yield (lambda: destroy_target(cannon, o))
from collections import defaultdict
import math
from copanzers.scripts import get_logger
L = get_logger ("Defender")
def main (tank, game):
gun = tank.mounts [0]
center = Vec2d (*map (lambda x: x / 2, game.size))
tank.throttle = 1
tank.rotation = (center - tank.position).angle
start = game.time
dt = (center - tank.position).length / tank.max_speed
yield (lambda: start + dt <= game.time)
tank.throttle = 0
positions = defaultdict (list)
dealtwith = set ()
targets = set ()
width = max (tank.size)
delta = gun.reload_time
while 1:
incoming = set (filter (lambda x: x ["Class"] == "Bullet", tank.visible))
incoming.difference_update (dealtwith)
for b in incoming:
ps = positions [b]
