if count % 4 == 0:
if codey.is_button('A'):
music_lock = False
axis_y -= 1
down_lock = True
else:
down_lock = False
if music_lock == False:
codey.say('jump.wav', False, None)
music_lock = True
if game_status == GAME_PLAYING:
if count % run_speed == 0 and (not down_lock):
axis_y += 1
if last_axis_y != axis_y:
codey.pixel_off(7, last_axis_y)
codey.pixel(7, axis_y)
last_axis_y = axis_y
if axis_y >= 7:
axis_y = 7
elif axis_y < 0:
axis_y = 0
game_over_check()
time.sleep(0.01)
count += 1
codey.on_start(on_start_callback)
t_count = 0
t_count += 1
time.sleep(0.020)
def button_a_cb():
global plane_cur_pos
global plane_last_pos
plane_cur_pos -= 1
if plane_cur_pos < 0:
plane_cur_pos = 0
def button_b_cb():
global plane_cur_pos
global plane_last_pos
plane_cur_pos += 1
if plane_cur_pos > 13:
plane_cur_pos = 13
codey.on_button("A", button_a_cb)
codey.on_button("B", button_b_cb)
def main_fun():
plane_contril()
codey.on_start(main_fun)
def on_light_under_callback():
global test_num
test_num = 5
codey.color("#ff0000", 0.2)
codey.on_light_under(10, on_light_under_callback)
def start_cb():
global test_num
test_num = 0
codey.message(str('hello'))
print("button and message test begin")
while True:
if test_num == 1:
print("button_A event succeed")
test_num = 0
elif test_num == 2:
print("button_B event succeed")
test_num = 0
elif test_num == 3:
print("button_C event succeed")
test_num = 0
elif test_num == 4:
print("message event succeed")
test_num = 0
if test_num == 5:
print("light event succeed")
test_num = 0
codey.on_start(start_cb)
a.rotate()
if count % 2 == 0:
b.rotate()
if count % 15 == 0:
down_flag = True
c.show()
if down_flag:
c.down()
if c.meet_border_check() == DOWN_MEET:
c.hide()
c.home()
down_flag = False
if codey.is_button('B'):
p.right()
elif codey.is_button('A'):
p.left()
if game.collision_check(p, a) or game.collision_check(
p, b) or game.collision_check(p, c):
codey.say("wrong")
codey.color("#ff0000", 0.05)
p.home()
time.sleep(0.05)
count += 1
codey.on_start(test)