def main():
    pass

if __name__ == '__main__':
    main()

def main():
    pass

if __name__ == '__main__':
    main()



def doEasy(): ##This function will start operating when the easy difficulty is selected by the user
    global eq1
    global eq2
    global eq3
    global eq4
    easy1 = input("")
    easy1lower = easy1.lower()
    easy1answer = easy1lower[0:1]
    if easy1answer == "t":
        eq1 = "Correct"
    else:
           eq1 = "Incorrect"
    easy2 = input("")
    easy2lower = easy2.lower()
    easy2answer = easy2lower[0:1]
    if easy2answer == "n":
        eq2 = "Correct"
    else:
        eq2 = "Incorrect"
    easy3 = input("")
    easy3lower = easy3.lower()
    easy3answer = easy3lower[0:1]
    if easy3answer == "y":
        eq3 = "Correct"
    else:
        eq3 = "Incorrect"
    easy4 = input("")
    if easy4 == "49":
        eq4 = "Correct"
    else:
        eq4 = "Incorrect"

    answerWriter()

def doMedium(): ##This function will start operating when the medium difficulty is selected by the user
    global mq1
    global mq2
    global mq3
    global mq4
    medium1ans = input("")
    if medium1ans == "5!":
        mq1 = "Correct"
    else:
        mq1 = "Incorrect"
    medium2ans = input("")
    if medium2ans == "1":
        mq2 = "Correct"
    else:
        mq2 = "Incorrect"
    medium3ans = input("")
    if medium3ans == "225":
        mq3 = "Correct"
    else:
        mq3 = "Incorrect"
    medium4ans = input("")
    if medium4ans == "13":
        mq4 = "Correct"
    else:
        mq4 = "Incorrect"

    answerWriter()
print("You chose: Easy")
        doEasy() ##Executes the easy function, beginning the quiz
    else:
        mediumHard() ##Executes the function that checks whether the difficulty is medium or hard

    difcap = dif1.upper()

def mediumHard(): ##This is my GENIUS way around not being able to create a proper function that will quit if a number is inputted as a difficulty
    difcap = dif1.upper()
    fallback = input("I'm sorry, did you say " + difcap + "?")
    confirmation = fallback[0:1] #These two lines transform the input into a single lower case character for simpler input recognition
    confirmation1 = confirmation.lower() #These two lines transform the input into a single lower case character for simpler input recognition
    if difcap == "C" and confirmation1 == "y":
        print("You chose: Hard")
        doHard()
    elif difcap == "B" and confirmation1 == "y":
        print("You chose: Medium")
        doMedium()
    else:
        quit

def play(): ##This function asks the user if they would like to play or not, and may also give some information about the game if requested
    start = input("Would you like to begin? \nPlease simply enter Yes or No \nPlease enter help for more information.")
    main1 = start[0:1] #These two lines transform the input into a single lower case character for simpler input recognition
    maincase = main1.lower() #These two lines transform the input into a single lower case character for simpler input recognition
    if maincase == "h": ##This will give the user information about the quiz if they so choose to input anything beginning with 'H'
        helped = input("This game is a Quiz that will test your knowledge on a range of maths questions. \nYou can play on either Easy, Medium, or Hard modes.\nEach mode consists of FOUR questions.\nEasy is a 50/50 multiple choice. Medium is a 33/33/33. Hard is a 25/25/25/25.\n\nContinue?")
        helped1 = helped.lower()
        helped2 = helped1[0:1]
        if helped2 == "y":
            user()  ##If the user chooses to continue after getting their information, this will start the quiz
        else:
            quit
    elif maincase == "y": ##This will begin the 'user' function if the user inputs anything beginning 'Y'
        user()
    elif maincase == "n": ##This will turn off the game if the user inputs anything beginning 'N'
        quit

def answerWriter():
    difcap = dif1.upper()
    writer = open((username)+ ".txt","w")
    writer.write("Difficulty chosen is " + difcap + "\n")
    if difcap == "A":
        writer.write("----------------------------------------------------\n")
        writer.write("Q1 "+ eq1 + "\n")
        writer.write("Q2 "+ eq2 + "\n")
        writer.write("Q3 "+ eq3 + "\n")
        writer.write("Q4 "+ eq4 + "\n")
        writer.write("----------------------------------------------------\n")
    elif difcap == "B":
        writer.write("----------------------------------------------------\n")
        writer.write("Q1 "+ mq1 + "\n")
        writer.write("Q2 "+ mq2 + "\n")
        writer.write("Q3 "+ mq3 + "\n")
        writer.write("Q4 "+ mq4 + "\n")
        writer.write("----------------------------------------------------\n")
    elif difcap == "C":
        writer.write("----------------------------------------------------\n")
        writer.write("Q1 "+ hq1 + "\n")
        writer.write("Q2 "+ hq2 + "\n")
        writer.write("Q3 "+ hq3 + "\n")
        writer.write("Q4 "+ hq4 + "\n")
        writer.write("----------------------------------------------------\n")
    writer.close()

play()