def resolve_all_collisions(balls, holes, table_sides):
# destroys any circles that are in a hole
for ball_hole_combination in itertools.product(balls, holes):
if physics.distance_less_equal(ball_hole_combination[0].ball.pos,
ball_hole_combination[1].pos,
config.hole_radius):
zope.event.notify(
event.GameEvent("POTTED", ball_hole_combination[0]))
# collides balls with the table where it is needed
for line_ball_combination in itertools.product(table_sides, balls):
if physics.line_ball_collision_check(line_ball_combination[0],
line_ball_combination[1].ball):
physics.collide_line_ball(line_ball_combination[0],
line_ball_combination[1].ball)
ball_list = balls.sprites()
# ball list is shuffled to randomize ball collisions on the 1st break
random.shuffle(ball_list)
for ball_combination in itertools.combinations(ball_list, 2):
if physics.ball_collision_check(ball_combination[0].ball,
ball_combination[1].ball):
physics.collide_balls(ball_combination[0].ball,
ball_combination[1].ball)
zope.event.notify(event.GameEvent("COLLISION", ball_combination))
def resolve_all_collisions(balls, holes, table_sides):
# destroys any circles that are in a hole
for ball_hole_combination in itertools.product(balls, holes):
if physics.distance_less_equal(ball_hole_combination[0].ball.pos, ball_hole_combination[1].pos, config.hole_radius):
ball_hole_combination[0].ball.velocity = np.zeros(2, dtype=float)
if ball_hole_combination[0].number not in config.potted.keys():
#print(ball_hole_combination[0].number)
#print(ball_hole_combination[0].ball.pos)
#print("saved")
config.potted[ball_hole_combination[0].number] = [ball_hole_combination[0].number, ball_hole_combination[0].ball.pos, ball_hole_combination[1].num]
# #making sure that the first point the ball went in is recorded
# if len(config.potted) > 0 and (config.potted[-1][0] != ball_hole_combination[0].number or config.shot_num != config.potted[-1][-1]):
# print(str(ball_hole_combination[0].number), "saved")
# config.potted.append([ball_hole_combination[0].number, ball_hole_combination[0].ball.pos, ball_hole_combination[1].num, config.shot_num]) #stores [ball number, hold identifier pos]
# elif len(config.potted) == 0:
# print(str(ball_hole_combination[0].number), "saved")
# config.potted.append([ball_hole_combination[0].number, ball_hole_combination[0].ball.pos, ball_hole_combination[1].num, config.shot_num]) #stores [ball number, hold identifier pos]
#zope.event.notify(event.GameEvent("POTTED", ball_hole_combination[0]))
# collides balls with the table where it is needed
for line_ball_combination in itertools.product(table_sides, balls):
if physics.line_ball_collision_check(line_ball_combination[0], line_ball_combination[1].ball):
physics.collide_line_ball(line_ball_combination[0], line_ball_combination[1].ball)
#print(balls)
ball_list = balls
# ball list is shuffled to randomize ball collisions on the 1st break
random.shuffle(ball_list)
for ball_combination in itertools.combinations(ball_list, 2):
if physics.ball_collision_check(ball_combination[0].ball, ball_combination[1].ball):
physics.collide_balls(ball_combination[0].ball, ball_combination[1].ball)
zope.event.notify(event.GameEvent("COLLISION", ball_combination))
def resolve_all_collisions(balls, holes, table_sides,reward):
# destroys any circles that are in a hole
for ball_hole_combination in itertools.product(balls, holes):
if physics.distance_less_equal(ball_hole_combination[0].ball.pos, ball_hole_combination[1].pos, config.hole_radius):
print("***************************ball_hole_combination[0]",ball_hole_combination[0].number)
if ball_hole_combination[0].number==9:
reward=reward+10.
elif ball_hole_combination[0].number>=2 and ball_hole_combination[0].number<=8:
reward =reward+0.1
elif ball_hole_combination[0].number==0:
reward = reward - 10.
zope.event.notify(event.GameEvent("POTTED", ball_hole_combination[0]))
# collides balls with the table where it is needed
for line_ball_combination in itertools.product(table_sides, balls):
if physics.line_ball_collision_check(line_ball_combination[0], line_ball_combination[1].ball):
physics.collide_line_ball(line_ball_combination[0], line_ball_combination[1].ball)
ball_list = balls.sprites()
# ball list is shuffled to randomize ball collisions on the 1st break
random.shuffle(ball_list)
for ball_combination in itertools.combinations(ball_list, 2):
if physics.ball_collision_check(ball_combination[0].ball, ball_combination[1].ball):
physics.collide_balls(ball_combination[0].ball, ball_combination[1].ball)
#print("ball_combination[0].ball.pos : {}".format(ball_combination[0].ball.pos))
# print("ball_combination[0].number : {}".format(ball_combination[0].number))
# print("ball_combination[1].number : {}".format(ball_combination[1].number))
if ball_combination[0].number==0:
if ball_combination[1].number==9:
reward = reward+1.
elif ball_combination[1].number>=2 and ball_combination[0].number<=9:
reward=reward+0.01
elif ball_combination[1].number==0:
if ball_combination[0].number==9:
reward = reward+1
elif ball_combination[0].number>=2 and ball_combination[0].number<=9:
reward=reward+0.01
zope.event.notify(event.GameEvent("COLLISION", ball_combination))
return reward
def resolve_all_collisions(balls, holes, table_sides):
for ball_hole_combination in itertools.product(balls, holes):
if physics.distance_less_equal(ball_hole_combination[0].ball.pos, ball_hole_combination[1].pos, config.hole_radius):
zope.event.notify(event.GameEvent("POTTED", ball_hole_combination[0]))
for line_ball_combination in itertools.product(table_sides, balls):
if physics.line_ball_collision_check(line_ball_combination[0], line_ball_combination[1].ball):
physics.collide_line_ball(line_ball_combination[0], line_ball_combination[1].ball)
ball_list = balls.sprites()
random.shuffle(ball_list)
for ball_combination in itertools.combinations(ball_list, 2):
if physics.ball_collision_check(ball_combination[0].ball, ball_combination[1].ball):
physics.collide_balls(ball_combination[0].ball, ball_combination[1].ball)
zope.event.notify(event.GameEvent("COLLISION", ball_combination))