# Write your code here :-) #libraries for debounced buttons, touchpad, lightstrip import board, digitalio, adafruit_mpr121, neopixel import mount_sd from adafruit_debouncer import Button from audiopwmio import PWMAudioOut as AudioOut from audiocore import WaveFile import time # set up the speaker audio = AudioOut(board.GP18) #setup light strip = neopixel.NeoPixel(board.GP16, 30, brightness = 0.5, auto_write=True) #set up touch sensors i2c = board.STEMMA_I2C() touch_pad = adafruit_mpr121.MPR121(i2c) pads = [] # array that will hold our debounced pads (Buttons) for t_pad in touch_pad: pads.append(Button(t_pad, value_when_pressed=True)) button_1_input = digitalio.DigitalInOut(board.GP6) # Wired to GP6 button_1_input.switch_to_input(digitalio.Pull.UP) # Note: Pull.UP for external buttons button_1 = Button(button_1_input) # NOTE: False for external buttons button_2_input = digitalio.DigitalInOut(board.GP7) # Wired to GP7 button_2_input.switch_to_input(digitalio.Pull.UP) # Note: Pull.UP for external buttons button_2 = Button(button_2_input) # NOTE: False for external buttons button_3_input = digitalio.DigitalInOut(board.GP8) # Wired to GP15 button_3_input.switch_to_input(digitalio.Pull.UP) # Note: Pull.UP for external buttons button_3 = Button(button_3_input) # NOTE: False for external buttons button_4_input = digitalio.DigitalInOut(board.GP9) # Wired to GP15 button_4_input.switch_to_input(digitalio.Pull.UP) # Note: Pull.UP for external buttons button_4 = Button(button_4_input) # NOTE: False for external buttons button_next_input = digitalio.DigitalInOut(board.GP17) # Wired to GP15 button_next_input.switch_to_input(digitalio.Pull.UP) # Note: Pull.UP for external buttons button_next = Button(button_next_input) # NOTE: False for external buttons path = "/sd/final-proj-sounds/" # play_sound function - pass in the FULL NAME of file to play def play_sound(filename): with open(path + filename, "rb") as wave_file: wave = WaveFile(wave_file) audio.play(wave) while audio.playing: pass def play_countdown(filename): with open(path + filename, "rb") as wave_file: wave = WaveFile(wave_file) audio.play(wave) while audio.playing: r = 255 g = 255 b = 255 for i in range(3): strip.fill((r,g,b)) g -= 25 b -= 25 time.sleep(1) strip.fill((0,0,0)) #questions and answers questions = ["question1.wav", "question2.wav","question3.wav","question4.wav","question5.wav", "question6.wav","question7.wav","question8.wav","question9.wav","question10.wav"] answers = ["answer1.wav", "answer2.wav","answer3.wav","answer4.wav","answer5.wav", "answer6.wav","answer7.wav","answer8.wav","answer9.wav","answer10.wav"] player1_score = 0 player2_score = 0 player3_score = 0 player4_score= 0 def score_count(player_tracker): global player1_score global player2_score global player3_score global player4_score if player_tracker == "player1": player1_score +=1 elif player_tracker == "player2": player2_score +=1 elif player_tracker == "player3": player3_score +=1 else: player4_score +=1 player_list = ["player1", "player2", "player3", "player4"] def score_read(): for player in player_list: play = player + ".wav" play_sound(play) print("player", player) if player == "player1": find_score(player1_score) elif player == "player2": find_score(player2_score) elif player == "player3": find_score(player3_score) else: find_score(player4_score) def find_score(score): print("score: ", score) if score == 0: play_sound("0.wav") if score == 1: play_sound("1.wav") elif score == 2: play_sound("2.wav") elif score == 3: play_sound("3.wav") elif score == 4: play_sound("4.wav") elif score == 5: play_sound("5.wav") elif score == 6: play_sound("6.wav") elif score == 7: play_sound("7.wav") elif score == 8: play_sound("8.wav") elif score == 9: play_sound("9.wav") if score == 10: play_sound("10.wav") def find_winner(): potential_winners = [player1_score, player2_score, player3_score, player4_score] potential_winners.sort(reverse=True) if potential_winners[0] == player1_score: print("PLAYER 1 WINS") play_sound("player1wins.wav") if potential_winners[0] == player2_score: print("PLAYER 2 WINS") play_sound("player2wins.wav") if potential_winners[0] == player3_score: print("PLAYER 3 WINS") play_sound("player3wins.wav") if potential_winners[0] == player4_score: print("PLAYER 4 WINS") play_sound("player4wins.wav") def instructions(): play_sound("instructions.wav") def correct(): print("CORRECT") play_sound("correct.wav") def wrong(): print("WRONG") play_sound("wrong.wav") WHITE = (255,255,255) BLACK = (0,0,0) GREEN = (0,255,0) ORANGE = (255,128,0) PINK = (255,51,153) BLUE = (0,0,255) def player_pressed(player): filename = player + ".wav" with open(path + filename, "rb") as wave_file: wave = WaveFile(wave_file) audio.play(wave) while audio.playing: for i in range(30): if player == "player1": strip[i] = GREEN elif player == "player2": strip[i] = ORANGE elif player == "player3": strip[i] = BLUE if player == "player4": strip[i] = PINK strip.fill(BLACK) def next_question(): play_sound(questions[0]) #wait til player presses -- time.monotonic== not_pressed = True while not_pressed: button_1.update() button_2.update() button_3.update() button_4.update() player_tracker = "" if button_1.pressed: print("player1 pressed") player_pressed("player1") player_tracker = "player1" not_pressed = not not_pressed elif button_2.pressed: print("player2 pressed") player_pressed("player2") player_tracker = "player2" not_pressed = not not_pressed elif button_3.pressed: print("player3 pressed") player_pressed("player3") player_tracker = "player3" not_pressed = not not_pressed elif button_4.pressed: print("player4 pressed") player_pressed("player4") player_tracker = "player4" not_pressed = not not_pressed play_countdown("countdown.wav") #should be countdown but just testing play_sound("theansweris.wav") play_sound(answers[0]) questions.pop(0) answers.pop(0) play_sound("correctorwrong.wav") correct_or_wrong_not_pressed = True while correct_or_wrong_not_pressed: pads[2].update() pads[3].update() if pads[2].pressed: correct() score_count(player_tracker) correct_or_wrong_not_pressed = not correct_or_wrong_not_pressed if pads[3].pressed: wrong() correct_or_wrong_not_pressed = not correct_or_wrong_not_pressed if len(questions) == 0: find_winner() #instructions() while True: for i in range(len(pads)): pads[i].update() # gets current state of each debounced pad button_next.update() if pads[4].pressed: score_read() if button_next.pressed: print("next question button") next_question()