EDTC 6030 Showcase

Notes on the code

To shorten the code and eliminate the need for so many "if" statements, use a "while" statement that continues as long as the number correct is less than nine.

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Code to copy

import random
print ("Can you get nine in a row?")
i = []
while len(i) < 9:

    random1 = (int)(random.randrange(1,13))
    random2 = (int)(random.randrange(1,13))
    problem = "What is " + (str(random1)) + " times " +  (str(random2)) + "?"
    answer = (random1) * (random2)
    correctMessage = "Great job! " + (str(random1)) + " times " + (str(random2)) + " equals " + (str(answer)) + "."
    incorrectMessage = "Keep trying! " + (str(random1)) + " times " + (str(random2)) + " equals " + (str(answer)) + "."
    
    print (problem)
    userAnswer = input("Enter your answer: ")

    if userAnswer.isdigit() and (int(userAnswer)) == (int(answer)):
        print (correctMessage) 
        i.append(int(answer))
        if len(i) == 1:
            print ("Great start!")
        if len(i) == 2:
            print ("Two in row!")
        if len(i) == 3:
             print ("Three in row!")
        if len(i) == 4:
            print ("Four in a row!")
        if len(i) == 5:
            print ("Five in a row!")
        if len(i) == 6:
             print ("Six in row! Getting closer!")
        if len(i) == 7:
            print ("Seven in row! You're so close!")
        if len(i) == 8:
            print ("Eight in a row! Don't blow it now!")
        if len(i) == 9:
            print ("Nine in row! Well done!")
        
    elif userAnswer.isdigit() and (int(userAnswer)) != (int(answer)):
        print (incorrectMessage)
        i.clear()
        
    else:
        print ("Be sure to enter your response as a whole number using digits.")
        
print ("Now go tell someone you can multiply numbers between 1 and 12!")

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Link to download

Click multiplication.py to download the file. (The download does not appear to work in Chrome).