posy = 50
# Define Circle characteristics
circle_radius = 20
circle = Circle(posx, posy, circle_radius, fill=0x00FF00, outline=0xFF00FF)
main_group.append(circle)
# Define Circle Animation Steps
delta_x = 2
delta_y = 2
# Showing the items on the screen
display.show(main_group)
while True:
if circle.y + circle_radius >= display.height - circle_radius:
delta_y = -1
if circle.x + circle_radius >= display.width - circle_radius:
delta_x = -1
if circle.x - circle_radius <= 0 - circle_radius:
delta_x = 1
if circle.y - circle_radius <= 0 - circle_radius:
delta_y = 1
circle.x = circle.x + delta_x
circle.y = circle.y + delta_y
time.sleep(0.02)
gc.collect()
current_mode = LTRS
send_character(current_mode.index("LTRS"))
# Send char mode at beginning of message and every 72 characters
if char_count >= 72 or char_count == 0:
print("Resending mode")
if current_mode == LTRS:
send_character(current_mode.index("LTRS"))
elif current_mode == FIGS:
send_character(current_mode.index("FIGS"))
# reset counter
char_count = 0
print(char)
send_character(current_mode.index(char))
time.sleep(char_pause)
# increment counter
char_count += 1
message_pick = 0
while True:
if clue.button_a:
message_pick = (message_pick + 1) % 4 # loop through the lines
dot.y = dot_y[message_pick]
time.sleep(0.4) # debounce
if clue.button_b:
dot.fill = VFD_GREEN
send_message(messages[message_pick])
dot.fill = VFD_BG
left_group = displayio.Group(max_size=4)
mask.left_display.show(left_group)
right_group = displayio.Group(max_size=4)
mask.right_display.show(right_group)
right_circle = Circle(SCREEN_SIZE // 2, SCREEN_SIZE // 2, 40, fill=0x0000FF)
right_group.append(right_circle)
left_circle = Circle(SCREEN_SIZE // 2, SCREEN_SIZE // 2, 40, fill=0x00AA66)
left_group.append(left_circle)
while True:
# print(mask.boop)
if mask.boop:
left_circle.x = 0
right_circle.x = SCREEN_SIZE - 40 - 40 - 2
right_circle.y = SCREEN_SIZE // 4 - 40
left_circle.y = SCREEN_SIZE // 4 - 40 + LEFT_Y_OFFSET
print(mask.acceleration)
print(mask.light)
time.sleep(0.5)
else:
left_circle.x = SCREEN_SIZE // 2 - 40
right_circle.x = SCREEN_SIZE // 2 - 40
right_circle.y = SCREEN_SIZE // 2 - 40
left_circle.y = SCREEN_SIZE // 2 - 40 + LEFT_Y_OFFSET
nau7802.channel = 2 # Set to first channel
chan_2_zero = zero_channel() # Re-calibrate and get raw zero offset value
clue.pixel[0] = (0, 16, 0) # Set status indicator to green
clue.play_tone(1660, 0.15)
clue.play_tone(1440, 0.15)
### Main loop: Read sample, move bubble, and display values
while True:
nau7802.channel = 1
value = read(SAMPLE_AVG)
chan_1_mass_gr = round((value - chan_1_zero) * CALIB_RATIO_1, 1)
chan_1_mass_oz = round(chan_1_mass_gr * 0.03527, 2)
chan_1_value.text = "%5.1f" % (chan_1_mass_gr)
chan_1_bubble.y = int(map_range(chan_1_mass_gr, MIN_GR, MAX_GR, 240,
0)) - 8
if chan_1_mass_gr > MAX_GR or chan_1_mass_gr < MIN_GR:
chan_1_bubble.fill = clue.RED
else:
chan_1_bubble.fill = None
nau7802.channel = 2
value = read(SAMPLE_AVG)
chan_2_mass_gr = round((value - chan_2_zero) * CALIB_RATIO_2, 1)
chan_2_mass_oz = round(chan_2_mass_gr * 0.03527, 2)
chan_2_value.text = "%5.1f" % (chan_2_mass_gr)
chan_2_bubble.y = int(map_range(chan_2_mass_gr, MIN_GR, MAX_GR, 240,
0)) - 8
if chan_2_mass_gr > MAX_GR or chan_2_mass_gr < MIN_GR:
chan_2_bubble.fill = clue.RED
