Python orrect=Label（特殊框架[1]，text=“没错！\n lifes:+str（lifes）+”\n Score:+str（Score），font=（“Helvetica”，35）） 正确。网格（行=0，行span=2，列=0，列span=5） 定

orrect=Label（特殊框架[1]，text=“没错！\n lifes:+str（lifes）+”\n Score:+str（Score），font=（“Helvetica”，35）） 正确。网格（行=0，行span=2，列=0，列span=5） 定义所有帧（忘记）： 对于范围（6）内的i:#这是用于问题框架 frames[i].grid_忘记（） 对于范围（3）中的i:#这是针对特殊帧，如正确和错误答案帧 特殊_框架[i].网格_（） def检查剩余生命（在当前帧、当前帧中创建小部件）：

---

如果是LiveSY，在进行此操作之前，您真的应该了解Python列表和循环。通常你只需要有一个指向列表中某一帧的索引，然后按下一个按钮就会增加或减少索引，这样图像就会改变。@purpleice，你能说得更具体一点吗？您认为代码的哪些部分会从循环中受益？你想到了什么？函数

在x\u框架中创建小部件可以重写为单个函数。此外，从代码来看，您已经知道如何使用索引向前/向后移动，所以我不知道您遇到了什么问题，只需按照切换问题的方式切换帧即可。@purpleice这是一个很好的建议。我没有这样做的原因是因为我不知道如何迭代问题编号。有什么建议吗？@PurpleIce，谢谢你的指导。在你的帮助下，我能解决我的问题！把我的答案贴在下面。或者他们可以正确地做，把他们的函数重写成
调用框架（frame\u numfer）
，这样就不会有不必要的if-ladder和大量的函数都做同样的事情。是的，“这不是很好的编码实践，因为框架的数量会增加……”。
Root_File_Name = "C:\\LearningArabic\\LiblibArriby\\"
def Part1():
    JSON_File = Root_File_Name + "Lessons\\Lesson_1\\"
    with open(JSON_File+"Arabic_Lesson_1.json", "r", encoding = "utf-8-sig") as question_file:   
        data = json.load(question_file)

    def create_widgets_in_first_frame():        # Create the label for the frame
        current_frame=frames[0]               #Make the frame number generic so as to make copy/paste easier. ##UPDATE PER QUESTION##
        question_number = "question0"
        question_frame_populator(current_frame, question_number)

    def create_widgets_in_second_frame():
        current_frame=frames[1]               #Make the frame number generic so as to make copy/paste easier. ##UPDATE PER QUESTION##
        question_number = "question1"
        question_frame_populator(current_frame, question_number)

    def create_widgets_in_third_frame():
        current_frame=frames[2]               #Make the frame number generic so as to make copy/paste easier
        question_number = "question2"      
        question_frame_populator(current_frame, question_number)

    def create_widgets_in_forth_frame():
        current_frame=frames[3]               #Make the frame number generic so as to make copy/paste easier
        question_number = "question3"
        question_frame_populator(current_frame, question_number)

    def create_widgets_in_fifth_frame():
        current_frame=frames[4]               #Make the frame number generic so as to make copy/paste easier
        question_number = "question4"
        question_frame_populator(current_frame, question_number)

    def create_widgets_in_sixth_frame():
        current_frame=frames[5]               #Make the frame number generic so as to make copy/paste easier
        question_number = "question5"
        question_frame_populator(current_frame, question_number)

    def question_frame_populator(current_frame, question_number): #This is what displayes all of the information on the frame
        questionDirectory = data["lesson 1"]["part one"][question_number]       ##UPDATE PER QUESTION##  This is the directory for the question.
        wronganswer = questionDirectory["wronganswer"]                      #This is the directory for the wrong answers
        question = questionDirectory.get("question")                        #This is the question text            
        correctanswer = questionDirectory.get("answer")                     #This is the answer for whichever question has been selected.
        arabic = questionDirectory.get("arabic")                            #This is the arabic text for the question
        transliteration = questionDirectory.get("transliteration")

        global var
        var = IntVar()
        var.set(0)  #Sets the initial radiobutton selection to nothing

        answers = generate_answers(wronganswer, correctanswer)  #Pulls answers generated from the "generate_answers" function
        choices = []
        for i in range(3):
            choice = Radiobutton(current_frame, image=answers[i], variable = var, value=i+1, command= Check_Answer)
            choice.image = answers[i]
            choices.append(choice)

        random.shuffle(choices) #This line of code randomizes the order of the radiobuttons. 
        choices[0].grid(row=1, column=0)
        choices[1].grid(row=1, column=1)
        choices[2].grid(row=1, column=2)

        L1 = Label(current_frame, text=question, font=("Helvetica", 35))    #This displays the question at the top of the screen
        L1.grid(columnspan=4, row=0)

        transliteration_button = Button(current_frame, text="Show Transliteration", command= lambda: Transliteration(current_frame, arabic, transliteration))    # Makes the phonetic pronunciation button. #####
        transliteration_button.grid(column=0, row=2)

        Previous_Button() # Creates the "previous" button and displays it.
        Next_Button()  # Creates the "next" button and displays it.
        Quit_Button(current_frame)  # Creates the "quit" button and displays it.

    def Transliteration(current_frame, arabic, transliteration):
        Transliteration = Label(current_frame, text="'"+arabic+"'" + " is pronounced " + "'"+transliteration+"'", font=("Helvetica", 35))
        Transliteration.grid(row=3, columnspan=4)

    def generate_answers(wronganswer, correctanswer):
        Wans=random.sample(wronganswer, 2)
        images = [os.path.join(ImagePath, f"{Wans[i]}.png") for i in range(2)]
        images += [os.path.join(ImagePath, f"{correctanswer}.png")]
        answers = [PhotoImage(file=images[i]) for i in range(3)]
        return answers

    def Check_Answer():
        global lives
        global score

        if str(var.get()) !="3":
            special_frames[1].grid_forget() #This is the frame for right answers
            special_frames[0].grid(column=1, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.E)) #This is the frame for wrong answers
            lives -=1

            Incorrect = Label(special_frames[0], text ="That's incorrect!\n Lives: " +str(lives) + "\n Score: " + str(score), font=("Helvetica", 35))
            Incorrect.grid(row=0, rowspan=2, column=0, columnspan=3)

        if str(var.get()) == "3":
            score +=1

            special_frames[0].grid_forget() #This is the frame for wrong answers
            special_frames[1].grid(column=1, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.E)) #This is the frame for right answers

            Correct = Label(special_frames[1], text = "    That's right!    \n Lives: " +str(lives)+ "\n Score: " + str(score), font=("Helvetica", 35))
            Correct.grid(row=0, rowspan=2, column=0, columnspan=5)
            first_frame_button = Button(special_frames[1], text = "Question 1", command = call_frame_1)
            first_frame_button.grid(column=0, row=3)
            second_frame_button = Button(special_frames[1], text = "Question 2", command = call_frame_2)
            second_frame_button.grid(column=1, row=3)
            third_frame_button = Button(special_frames[1], text = "Question 3", command = call_frame_3)
            third_frame_button.grid(column=2, row=3)
            forth_frame_button = Button(special_frames[1], text = "Question 4", command = call_frame_4)
            forth_frame_button.grid(column=4, row=3)
            fifth_frame_button = Button(special_frames[1], text = "Question 5", command = call_frame_5)
            fifth_frame_button.grid(column=0, row=4)                
            sixth_frame_button = Button(special_frames[1], text = "Question 6", command = call_frame_6)
            sixth_frame_button.grid(column=1, row=4)

    def all_frames_forget():
        for i in range(6):  #This is for question frames
            frames[i].grid_forget()
        for i in range(3):  #This is for special frames, like the correct and incorrect answer frames
            special_frames[i].grid_forget()

    def check_remaining_lives(create_widgets_in_current_frame, current_frame):
        if lives<= 0:
            Zero_Lives()
        else:
            create_widgets_in_current_frame
            current_frame.grid(column=0, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.N, tkinter.E))

    def Zero_Lives():
        special_frames[2].grid(column=0, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.E))

        L5 = Label(special_frames[2], text="You have no remaining lives. \nPlease quit the lesson and try again.", font=("Helvetica", 35))
        L5.grid(columnspan=4, row=0)

        quit_button = Button(special_frames[2], text = "Quit", command = root_window.destroy)
        quit_button.grid(column=1, columnspan = 2, row=2)

    def Previous_Button():
        previous_button = Button(special_frames[1], text = "Previous", command = previous_question)
        previous_button.grid(column=1, row=5)

    def previous_question():
        global frameNumber
        frameNumber -=1
        call_frame_frameNumber()

    def Next_Button():
        next_button = Button(special_frames[1], text = "Next", command = next_question)
        next_button.grid(column=2, row=5)

    def next_question():
        global frameNumber
        frameNumber +=1
        call_frame_frameNumber()

    def Quit_Button(current_frame):
        quit_button = Button(current_frame, text = "Quit", command = quit_program)
        quit_button.grid(column=4, row=4)

    def quit_program():
        root_window.destroy()

    def call_frame_1():
        all_frames_forget()
        create_widgets_in_current_frame = create_widgets_in_first_frame() #This line is unique
        current_frame = frames[0]     #This line is unique
        check_remaining_lives(create_widgets_in_current_frame, current_frame)

    def call_frame_2():
        all_frames_forget()
        create_widgets_in_current_frame = create_widgets_in_second_frame() #This line is unique
        current_frame = frames[1] #This line is unique         
        check_remaining_lives(create_widgets_in_current_frame, current_frame)

    def call_frame_3():
        all_frames_forget()
        create_widgets_in_current_frame = create_widgets_in_third_frame() #This line is unique
        current_frame = frames[2] #This line is unique         
        check_remaining_lives(create_widgets_in_current_frame, current_frame)

    def call_frame_4():
        all_frames_forget()
        create_widgets_in_current_frame = create_widgets_in_forth_frame() #This line is unique
        current_frame = frames[3] #This line is unique         
        check_remaining_lives(create_widgets_in_current_frame, current_frame)

    def call_frame_5():
        all_frames_forget()
        create_widgets_in_current_frame = create_widgets_in_fifth_frame() #This line is unique
        current_frame = frames[4] #This line is unique         
        check_remaining_lives(create_widgets_in_current_frame, current_frame)

    def call_frame_6():
        all_frames_forget()
        create_widgets_in_current_frame = create_widgets_in_sixth_frame() #This line is unique
        current_frame = frames[5] #This line is unique         
        check_remaining_lives(create_widgets_in_current_frame, current_frame)       

    ##### Program starts here  #####
    Lesson1_FilePath = Root_File_Name + "Lessons\\Lesson_1\\"
    ImagePath = Lesson1_FilePath + "Images\\"

    root_window = Tk() # Create the root GUI window.
    root_window.title("Lesson 1: Part 1") # Label the root GUI window.

    global score
    score = 0               #Setting the initial score to zero.
    global lives
    lives = 3               #Setting the initial number of lives.
    global frameNumber
    frameNumber = 1

    window_width = 200      # Define window size
    window_heigth = 100

    frames = []  # This includes frames for all questions
    for i in range(6):
        frame=tkinter.Frame(root_window, width=window_width, height=window_heigth)
        frame['borderwidth'] = 2
        frame['relief'] = 'sunken'
        frame.grid(column=0, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.N, tkinter.E))
        frames.append(frame)

    special_frames=[] #This includes the frames for: wrong answers, right answers, and zero lives
    for i in range(3):
        special=tkinter.Frame(root_window, width=window_width, height=window_heigth)
        special['borderwidth'] = 2
        special['relief'] = 'sunken'
        special.grid(column=1, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.E))
        special.grid_forget()
        special_frames.append(special)

    call_frame_1() #Calls the first function which creates the firist frame

    root_window.mainloop()

    def Previous_Button():
        previous_button = Button(special_frames[1], text = "Previous", command = previous_question)
        previous_button.grid(column=1, row=5)

    def previous_question():
        global frameNumber
        frameNumber -=1
        call_frame_frameNumber()

    def Next_Button():
        next_button = Button(special_frames[1], text = "Next", command = next_question)
        next_button.grid(column=2, row=5)

    def next_question():
        global frameNumber
        frameNumber +=1
        call_frame_frameNumber()

    global frameNumber
    frameNumber = 1

if frameNumber == 1:
    call_frame_1()

    def Next_Button():
        next_button = Button(special_frames[1], text = "Next Question", command = next_question)
        next_button.grid(column=0, columnspan=5, row=3)

    def next_question():
        global frameNumber
        frameNumber +=1
        call_frame(frameNumber)

    def create_widgets_function(frameNumber):
        current_frame=frames[frameNumber]               #Make the frame number generic so as to make copy/paste easier. ##UPDATE PER QUESTION##

        question_number = "question"+ str(frameNumber)
        question_frame_populator(current_frame, question_number)

    def call_frame(frameNumber):
        all_frames_forget()
        create_widgets_in_current_frame =create_widgets_function(frameNumber)
        current_frame = frames[frameNumber]
        check_remaining_lives(create_widgets_in_current_frame, current_frame)

    JSON_File = Root_File_Name + "Lessons\\Lesson_1\\"
    with open(JSON_File+"Arabic_Lesson_1.json", "r", encoding = "utf-8-sig") as question_file:   
        data = json.load(question_file)              

    def create_widgets_in_first_frame():        # Create the label for the frame
        current_frame=frames[0]               #Make the frame number generic so as to make copy/paste easier. ##UPDATE PER QUESTION##
        question_number = "question0"

        question_frame_populator(current_frame, question_number)

    def question_frame_populator(current_frame, question_number): #This is what displayes all of the information on the frame
        questionDirectory = data["lesson 1"]["part one"][question_number]       ##UPDATE PER QUESTION##  This is the directory for the question.
        wronganswer = questionDirectory["wronganswer"]                      #This is the directory for the wrong answers
        question = questionDirectory.get("question")                        #This is the question text            
        correctanswer = questionDirectory.get("answer")                     #This is the answer for whichever question has been selected.
        arabic = questionDirectory.get("arabic")                            #This is the arabic text for the question
        transliteration = questionDirectory.get("transliteration")

        global var
        var = IntVar()
        var.set(0)  #Sets the initial radiobutton selection to nothing

        answers = generate_answers(wronganswer, correctanswer)  #Pulls answers generated from the "generate_answers" function
        choices = []
        for i in range(3):
            choice = Radiobutton(current_frame, image=answers[i], variable = var, value=i+1, command= Check_Answer)
            choice.image = answers[i]
            choices.append(choice)

        random.shuffle(choices) #This line of code randomizes the order of the radiobuttons. 
        choices[0].grid(row=1, column=0)
        choices[1].grid(row=1, column=1)
        choices[2].grid(row=1, column=2)

        L1 = Label(current_frame, text=question, font=("Helvetica", 35))    #This displays the question at the top of the screen
        L1.grid(columnspan=4, row=0)

        transliteration_button = Button(current_frame, text="Show Transliteration", command= lambda: Transliteration(current_frame, arabic, transliteration))    # Makes the phonetic pronunciation button. #####
        transliteration_button.grid(column=0, row=2)

        #Previous_Button() # Creates the "previous" button and displays it.
        Next_Button()  # Creates the "next" button and displays it.
        Quit_Button(current_frame)  # Creates the "quit" button and displays it.

    def Transliteration(current_frame, arabic, transliteration):
        Transliteration = Label(current_frame, text="'"+arabic+"'" + " is pronounced " + "'"+transliteration+"'", font=("Helvetica", 35))
        Transliteration.grid(row=3, columnspan=4)

    def generate_answers(wronganswer, correctanswer):
        Wans=random.sample(wronganswer, 2)
        images = [os.path.join(ImagePath, f"{Wans[i]}.png") for i in range(2)]
        images += [os.path.join(ImagePath, f"{correctanswer}.png")]
        answers = [PhotoImage(file=images[i]) for i in range(3)]
        return answers

    def Check_Answer():
        global lives
        global score

        if str(var.get()) !="3":
            special_frames[1].grid_forget() #This is the frame for right answers
            special_frames[0].grid(column=1, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.E)) #This is the frame for wrong answers
            lives -=1

            Incorrect = Label(special_frames[0], text ="That's incorrect!\n Lives: " +str(lives) + "\n Score: " + str(score), font=("Helvetica", 35))
            Incorrect.grid(row=0, rowspan=2, column=0, columnspan=3)

        if str(var.get()) == "3":
            score +=1

            special_frames[0].grid_forget() #This is the frame for wrong answers
            special_frames[1].grid(column=1, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.E)) #This is the frame for right answers

            Correct = Label(special_frames[1], text = "    That's right!    \n Lives: " +str(lives)+ "\n Score: " + str(score), font=("Helvetica", 35))
            Correct.grid(row=0, rowspan=2, column=0, columnspan=5)

    def all_frames_forget():
        for i in range(6):  #This is for question frames
            frames[i].grid_forget()
        for i in range(3):  #This is for special frames, like the correct and incorrect answer frames
            special_frames[i].grid_forget()

    def check_remaining_lives(create_widgets_in_current_frame, current_frame):
        if lives<= 0:
            Zero_Lives()
        else:
            create_widgets_in_current_frame
            current_frame.grid(column=0, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.N, tkinter.E))

    def Zero_Lives():
        special_frames[2].grid(column=0, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.E))

        L5 = Label(special_frames[2], text="You have no remaining lives. \nPlease quit the lesson and try again.", font=("Helvetica", 35))
        L5.grid(columnspan=4, row=0)

        quit_button = Button(special_frames[2], text = "Quit", command = root_window.destroy)
        quit_button.grid(column=1, columnspan = 2, row=2)

    def Quit_Button(current_frame):
        quit_button = Button(current_frame, text = "Quit", command = quit_program)
        quit_button.grid(column=4, row=2)

    def quit_program():
        root_window.destroy()

    def Next_Button():
        next_button = Button(special_frames[1], text = "Next Question", command = next_question)
        next_button.grid(column=0, columnspan=5, row=3)

    def next_question():
        global frameNumber
        frameNumber +=1

        call_frame(frameNumber)

    def create_widgets_function(frameNumber):
        current_frame=frames[frameNumber]               #Make the frame number generic so as to make copy/paste easier. ##UPDATE PER QUESTION##

        question_number = "question"+ str(frameNumber)
        question_frame_populator(current_frame, question_number)

    def call_frame(frameNumber):
        all_frames_forget()
        create_widgets_in_current_frame =create_widgets_function(frameNumber)
        current_frame = frames[frameNumber]
        check_remaining_lives(create_widgets_in_current_frame, current_frame)

    def call_frame_1():
        all_frames_forget()
        create_widgets_in_current_frame = create_widgets_in_first_frame() #This line is unique
        current_frame = frames[0]     #This line is unique
        check_remaining_lives(create_widgets_in_current_frame, current_frame)        

    ##### Program starts here  #####
    Lesson1_FilePath = Root_File_Name + "Lessons\\Lesson_1\\"
    ImagePath = Lesson1_FilePath + "Images\\"

    root_window = Tk() # Create the root GUI window.
    root_window.title("Lesson 1: Part 1") # Label the root GUI window.

    global score
    score = 0               #Setting the initial score to zero.
    global lives
    lives = 3               #Setting the initial number of lives.
    global frameNumber
    frameNumber = 1

    window_width = 200      # Define window size
    window_heigth = 100

    frames = []  # This includes frames for all questions
    for i in range(6):
        frame=tkinter.Frame(root_window, width=window_width, height=window_heigth)
        frame['borderwidth'] = 2
        frame['relief'] = 'sunken'
        frame.grid(column=0, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.N, tkinter.E))
        frames.append(frame)

    special_frames=[] #This includes the frames for: wrong answers, right answers, and zero lives
    for i in range(3):
        special=tkinter.Frame(root_window, width=window_width, height=window_heigth)
        special['borderwidth'] = 2
        special['relief'] = 'sunken'
        special.grid(column=1, row=0, padx=20, pady=5, sticky=(tkinter.W, tkinter.E))
        special.grid_forget()
        special_frames.append(special)

    call_frame_1() #Calls the first function which creates the firist frame

    root_window.mainloop()