Raspberry_Pi_Bop_it/Bop_it_sensors.py

import random
import time
from gpiozero import Button
from gpiozero import RotaryEncoder
import json

laser = Button(17) #Die Zahl entspricht dem Pin auf dem ARPI600 Board
sound = Button(18, pull_up=True)
rotate = RotaryEncoder(20, 21)
tilt = Button(23)
round_duration = 4
highscore_file_path = "./Highscores.json" #das heisst, die Datei wird im selben Verzeichnis wie der Code gespeichert
score_separator = " --- "
highscore_length = 5

def save_highscore(highscores):
    with open(highscore_file_path, mode="w", encoding="utf-8") as write_file:
        json.dump(highscores, write_file)

def load_highscore():
    try:
        with open(highscore_file_path, mode="r" , encoding="utf-8") as read_file:
            return json.load(read_file)
    except Exception:
        return []

def show_menu():
    print(" __________________________________________________")
    print("|                                                  |")
    print("|                        MENU                      |")
    print("|__________________________________________________|")
    print("")
    print("1 - Play a round of Bop it!")
    print("2 - Show Highscores")
    print("3 - End game")
    print("----------------------------------------------------")
    print("Enter choice: ")
    print("----------------------------------------------------")
    return input()

def show_highscores():
    scores = load_highscore()
    print("")
    if len(scores) == 0:
        print("Be the first to Bop it!")
    else:
        for index, element in enumerate(scores):
            print(f"{index + 1}. {element}")
    print("")

def get_name_for_highscore(rank, score):
    print("----------------------------------------------------")
    print(f"Congratulations! You are the new number {rank}")
    print("----------------------------------------------------")
    print("Enter your name, champ: ")
    new_name = input()
    return new_name + score_separator + str(score)

def check_if_highscore(score):
    scores = load_highscore()
    has_highscore = False
    for index, entry in enumerate(scores):
        name, entry_score = entry.split(score_separator)
        if score > int(entry_score):
            new_entry = get_name_for_highscore(index + 1, score)
            scores.insert(index, new_entry)
            if len(scores) > highscore_length:
                loser = scores.pop().split(score_separator)[0]
                print("----------------------------------------------------")
                print(f"{loser} was kicked off the highscore list. Bye bye!")
                print("----------------------------------------------------")
            has_highscore = True
            break
    if not has_highscore and len(scores) < highscore_length:
        scores.append(get_name_for_highscore(len(scores)+1, score))
    save_highscore(scores)

def decrease_round_duration():
    global round_duration
    round_duration = round_duration * 0.97

def command_tilt():
    print("Tilt me!")
    result = tilt.wait_for_press(timeout=round_duration)
    if result:
        time.sleep(0.3) # soll verhindern, dass die vorherige Runde die jetzige beeinflusst
        print(success_message())
        return 1
    else:
        return -1



def command_blind():
    print('Blind me!')
    result = laser.wait_for_press(timeout=round_duration)
    if result:
        print(success_message())
        return 1
    else:
        return -1

def command_scream():
    print('Make noise at me!')
    result = sound.wait_for_press(timeout=round_duration)
    if result:
        time.sleep(0.3) #soll verhindern, dass dasGeräuschsignal aus der vorherigen Runde gezählt wird
        print(success_message())
        return 1
    else:
        return -1

def command_spin():
    directions = ["clockwise", "counter-clockwise"]
    used_direction = random.choice(directions)
    print(f"Spin me... {used_direction}!")
    rotate.value = 0 # damit jede Runde wieder bei Null anfängt, Werte würden allgemein vom -1 bis 1 reichen
    result = rotate.wait_for_rotate(timeout=round_duration)
    if result and rotate.value > 0 and used_direction == "clockwise" or result and rotate.value < 0 and used_direction == "counter-clockwise":
        print(success_message())
        return 1
    else:
        print("You waited too long or used the wrong direction!")
        return -1


def success_message():
    list_of_messages = ["Great job!", "Correct!", "Nice!", "You know it!", "That's what I'm talking about", "Perfect!"]
    message = random.choice(list_of_messages)
    return message

def play_game():
    result = 0
    score = 0
    list_command_choices =[command_spin, command_tilt, command_blind, command_scream]
    while result != -1:
        score += result # war zuerst ein paar Zeilen weiter unten, hat dann aber nach einer falschen Runde den Score erhöht
        time.sleep(0.5)
        print("----------------------------------------------------")
        print("Get ready for the next round!")
        print(f"Your time is {round_duration} seconds.")
        print("----------------------------------------------------")
        round = random.choice(list_command_choices)
        result = round()
        decrease_round_duration()
    print("----------------------------------------------------")
    print(f"Game over! Your Score is {score}")
    print("----------------------------------------------------")
    check_if_highscore(score)

def main():
    user_choice = None
    print("=== WELCOME TO BOP IT! ===")
    print("Raspberry will now tell you what to do.")
    print("Every correct action will give you a point.")
    print("How many can you get?")
    print("Let's go!")
    user_choice = show_menu()
    while user_choice != "3":
        if user_choice == "1":
            play_game()
        elif user_choice == "2":
            show_highscores()
        user_choice = show_menu()


main()