# SPDX-FileCopyrightText: 2022 Tim C, written for Adafruit Industries # # SPDX-License-Identifier: MIT import board import keypad from displayio import Group from octopus_game_helpers import OctopusGame # built-in display display = board.DISPLAY # display.brightness = 0.3 # main group that we'll show in the display main_group = Group() # create instance of OctopusGame, high score disabled octopus_game = OctopusGame() # uncomment this instead, to use NVM highscore #octopus_game = OctopusGame(high_score_type=OctopusGame.HIGH_SCORE_NVM) # uncomment this instead, to use SDCard highscore #octopus_game = OctopusGame(high_score_type=OctopusGame.HIGH_SCORE_SDCARD) # add octopus game to main group main_group.append(octopus_game) # initialize the shiftregister keys to read hardware buttons buttons = keypad.ShiftRegisterKeys( clock=board.BUTTON_CLOCK, data=board.BUTTON_OUT, latch=board.BUTTON_LATCH, key_count=4, value_when_pressed=True, ) # show the main group on the display display.root_group = main_group # main loop while True: # get event from hardware buttons event = buttons.events.get() # if anything is pressed if event: # if the event is for the start button if event.key_number == 2: # if it's a pressed event if event.pressed: # trigger the right button press action function octopus_game.right_button_press() # if the event is for the select button elif event.key_number == 3: # if it's a pressed event if event.pressed: # trigger the left button press action function octopus_game.left_button_press() # if the event is for the b button elif event.key_number == 0: # if it's a pressed event if event.pressed: # trigger the b button press action function octopus_game.b_button_press() # if the event is for the a button elif event.key_number == 1: # if it's a pressed event if event.pressed: # trigger the a button press action function octopus_game.a_button_press() # call the game tick function octopus_game.tick()