def main():
pk_set_debug_options(warning=False,
trace=False,
debug=True,
info=False,
verbous=False)
logging.basicConfig(level=logging.WARN)
pygame.init()
screen = pygame.display.set_mode(screen_size)
gw = ui.GameWindow(screen)
allsprites = pygame.sprite.RenderUpdates()
clock = pygame.time.Clock()
world = Box2D.b2World(gravity=(0,0))
lwall, rwall, twall, bwall = conf.create_playground(world)
rbl = [] # robot body list
rsl = [] # robot sprite list
rrl = [] # robot role list
bbl = [] # ball body list
bsl = [] # ball sprite list
for ID,pos,heading,leader,role,team in robot_info_list:
body, sprite, role = conf.create_robot(ID, pos, heading,
world, leader, role, team)
rbl.append(body)
rsl.append(sprite)
rrl.append(role)
for name,pos in ball_info_list:
body, sprite = conf.create_ball(name, pos, world)
bbl.append(body)
bsl.append(sprite)
allsprites.add(rsl)
allsprites.add(bsl)
gw.add_spritegroup(allsprites)
fps = 60
dt = 1.0 / 60
vel_iters = 10
pos_iters = 10
t0 = time.time()
counter = 0
while True:
clock.tick(fps)
for e in pygame.event.get():
if e.type == QUIT:
pygame.quit()
sys.exit()
elif e.type == KEYDOWN:
if e.key == K_ESCAPE:
pygame.quit()
sys.exit()
wb_r_data = conf.build_wb_robot_data(rbl)
wb_o_data = conf.build_wb_object_data(bbl)
for i, body, role in itertools.izip(range(len(rbl)), rbl, rrl):
if not counter:
ml = []
for b, r in itertools.izip(rbl, rrl):
if body.ID == b.ID:
continue
elif role.team != r.team:
continue
ml.extend(r.wm.comm_out)
role.wm.comm_update(ml)
vi_r_data = conf.build_vi_robot_data(body, role,
itertools.izip(rbl, rrl))
vi_o_data = conf.build_vi_object_data(body, role, bbl)
in_grabber = conf.object_in_grabber(body, role, bbl)
role.feed_workbench_data(wb_r_data, wb_o_data)
role.feed_vision_data(vi_r_data, vi_o_data, in_grabber)
role.run()
# v_t, v_r = conf.get_speed(role.speed())
v_t = role.wm.translational_velocity
v_r = role.wm.phi_dot
li = body.set_linear_impulse(v_t, v_r, dt)
ai = body.set_angular_impulse(v_t, v_r, dt)
text = '{}: {} [{}]'.format(role.ID, role.role, role.state)
gw.add_dynamictext(text, (705, 120 + 20*i))
counter = (counter + 1) % 12
world.Step(dt, vel_iters, pos_iters)
score_red = 0
score_blue = 0
for body, sprite in itertools.izip(rbl, rsl):
sprite.set_pos(conf.b2g_pos(body.get_pos()))
sprite.rotate(conf.b2g_angle(body.get_angle()))
for body, sprite in itertools.izip(bbl, bsl):
sprite.set_pos(conf.b2g_pos(body.get_pos()))
sprite.rotate(conf.b2g_angle(body.get_angle()))
score_red += sprite.score_red
score_blue += sprite.score_blue
running_time = timedelta(seconds=int(time.time()-t0))
gw.add_dynamictext('Time: {}'.format(running_time), (705,20))
gw.add_dynamictext('Team Red: {}'.format(score_red), (705,50))
gw.add_dynamictext('Team Blue: {}'.format(score_blue), (705,70))
gw.update()
('2', (1.8,1.8), 0, 'collector', 'blue'),
('3', (2.1,2.1), 0, 'collector', 'blue'),
('4', (2.5,2.5), 0, 'collector', 'red'),
('5', (2.8,2.8), 0, 'collector', 'red'),
('6', (3.2,3.2), 0, 'collector', 'red')
)
ball_info_list = (
('Ball', (3,3)),
('Ball', (4.0,4.0))
)
world = b2World()
rbl = [] # robot body list
rrl = [] # robot role list
bbl = [] # ball body list
bsl = [] # ball sprite list
for ID,pos,heading,role,team in robot_info_list:
body = physics.RobotBody(world, ID, pos)
size = int(body.width*conf.bg_ratio), int(body.height*conf.bg_ratio)
role = behaviour.RobotRole(ID, role, team)
rbl.append(body)
rrl.append(role)
for name,pos in ball_info_list:
body = physics.BallBody(world, name, pos)
bbl.append(body)
print conf.build_wb_robot_data(rbl)
print conf.build_wb_object_data(bbl)