def show_hexagram(number):
for i in range(6):
tile_grid[5 - i] = (number >> i) & 0x01
def show_name(number):
hexname.text = HEXAGRAMS[number]
hexname.anchored_position = (120, 180)
#===================================
# MAIN CODE
#===================================
print("shake")
# wait for shake
while not clue.shake(shake_threshold=SHAKE_THRESHOLD):
pass
# calibrate the mystic universe
x, y, z = clue.acceleration
random.seed(int(time.monotonic() + abs(x) + abs(y) + abs(z)))
# cast a reading
reading = random.randrange(64)
print("reading = ", reading, HEXAGRAMS[reading])
# play a melody
for note, duration in MELODY:
clue.play_tone(note, duration)
# prompt to show
select_label.x = 120 - (select_label.bounding_box[2] // 2)
roll_label.text = ''
mode = SELECTING
update_display(number_of_dice, side_selection)
while True:
button_a.update()
button_b.update()
if mode == SELECTING:
if button_a.rose:
number_of_dice = ((number_of_dice + 1) % MAX_NUMBER_OF_DICE)
update_display(number_of_dice, side_selection)
elif button_b.rose:
side_selection = (side_selection + 1) % len(SIDES)
update_display(number_of_dice, side_selection)
elif clue.shake(shake_threshold=25):
mode = ROLL_RESULT
if SIDES[side_selection] == 100: # only roll one percentile
number_of_dice = 0
update_display(number_of_dice, side_selection)
roll(number_of_dice, SIDES[side_selection])
else:
if button_a.rose or button_b.rose: # back to dice selection
mode = SELECTING
update_display(number_of_dice, side_selection)
elif clue.shake(shake_threshold=25): # reroll
roll(number_of_dice, SIDES[side_selection])