splash.remove(carret)
else:
splash.append(carret)
carret_blink_state = not carret_blink_state
carret_blink_time = time.monotonic()
# Get UART incoming data and print to terminal on screen
if uart.in_waiting > 0:
uart_in = uart.read(uart.in_waiting)
print(uart_in)
term.write(uart_in)
# Process keyboard
if kbd.key_count > 0:
k = kbd.key
if k[0] == STATE_RELEASE:
if k[1] == '\x08': # Backspace
if len(input_text.text) > 0:
input_text.text = input_text.text[:-1]
elif k[1] == '\n': # Enter, send over UART
text = input_text.text + '\n'
uart.write(text.encode('utf-8'))
input_text.text = ''
else: # Anything else, we add to the text field
input_text.text += k[1]
carret.x = input_text.x + input_text.bounding_box[2] + 1
if cur_b_val and not old_b_val: # if the button was released
print("b released")
if CUR_STATE != STATE_DISCHARGING:
CUR_STATE = STATE_DISCHARGING
else:
CUR_STATE = STATE_IDLE
# print(cur_time)
if last_tick_time + TICK_INTERVAL <= cur_time:
last_tick_time = cur_time
if CUR_STATE == STATE_DISCHARGING:
discharge_tick()
elif CUR_STATE == STATE_CHARGING:
charge_tick()
# print("{} - charge_level: {:4} charge_brightness: {:4}".format(CUR_STATE, charge_level, charge_brightness))
new_progress = charge_level / MAX_CHARGE_LEVEL
text_brightness.text = "Brightness: {:3} %".format(int((charge_brightness / MAX_CHARGE_BRIGHTNESS) * 100))
new_width = int(board.DISPLAY.width * new_progress)
rect.x = -240 + new_width
if CUR_STATE == STATE_DISCHARGING:
if charge_level > 0:
led.duty_cycle = max(200, charge_brightness)
else:
CUR_STATE = STATE_IDLE
charge_brightness = 0
else:
led.duty_cycle = 0
old_a_val = cur_a_val
old_b_val = cur_b_val
x_pos = left_scroll
right_scroll = left_scroll
# if you press right on the 5-way switch...
if not right.value and right_state is None:
# print("scroll", down_scroll)
right_state = "pressed"
# track the switch's position
right_scroll += 1
if right_scroll > 3:
right_scroll = 0
x_pos = right_scroll
left_scroll = right_scroll
# update square's position on the GUI
rect.y = select_y[y_pos]
rect.x = select_x[x_pos]
# update the currently highlighted button on the GUI
for coords in switch_coordinates:
if x_pos == coords[0] and y_pos == coords[1]:
button_pos = switch_coordinates.index(coords)
# print(button_pos)
button_num = text_labels[button_pos].text
# if you press select on the 5-way switch...
if not select.value and select_state is None:
select_state = "pressed"
# grab the selected button's MIDI note
midi_num = int(button_num)
# change into the secondary GUI menu
sub_state = True
