extra_attempts_divide = 0
for x in range(attempts):
num1 = random.randint(0, 9)
num2 = random.randint(0, 9)
operator = random.randint(1, 4)
print("What is .....\n")
if operator == 1:
total_addition += 1
myfunctions.printNum(num1, size)
print(myfunctions.plus(5))
myfunctions.printNum(num2, size)
answer = int(input("= "))
print(myfunctions.check_answer(num1, num2, answer, "+"))
if answer == num1 + num2:
total_score += 1
correct_addition += 1
while drill_mode == "yes" and myfunctions.check_answer(
num1, num2, answer, "+") != "Correct!\n":
answer = int(input("= "))
print(myfunctions.check_answer(num1, num2, answer, "+"))
extra_attempts_add += 1
elif operator == 2:
total_subtraction += 1
myfunctions.printNum(num1, size)
print(myfunctions.minus(5))
myfunctions.printNum(num2, size)
answer = int(input("= "))
num +=1
print ("What is .....")
a = random.randint(0,9)
b = random.randint(0,9)
c = random.randint(1,2)
myfunctions.print_number(a, width)
if c == 1:
print (myfunctions.plus(width))
c = "+"
else:
print(myfunctions.minus(width))
c="-"
myfunctions.print_number(b,width)
problem_answer = int(input("= "))
check_problem = myfunctions.check_answer(a,b,problem_answer,c)
if check_problem == True:
correct_answers += 1
print("Correct!")
elif check_problem == False:
print ("Sorry, that's not correct.")
print ()
print ("You got ", correct_answers, "out of ", problems, "correct!")
print()
myfunctions.print_operator(operator, digit, character)
print()
#draw second number
myfunctions.print_number(num2, digit, character)
#processing and counting based on whether drill mode or not
#drillmode
if drill == "yes":
wronganswer = True
while wronganswer:
#get user's guess
useranswer = int(input("= "))
#check if cororect answer
if myfunctions.check_answer(num1, num2, useranswer,
operator) == True:
print("Correct!")
wronganswer = False
else:
print("Sorry, that's not correct.")
#counting attempts
if operator == "plus":
addattempts += 1
elif operator == "minus":
subattempts += 1
elif operator == "times":
multattempts += 1
elif operator == "divide":
divattempts += 1
#not drill mode
myfunctions.plus(w)
print()
else:
print()
print()
operation = "-"
myfunctions.minus(w)
print()
print()
elif i == 1:
secondNum += randNum
myfunctions.number_9(w)
# user enters their answer
answer = int(input("= "))
# calls function from external module to validate user answer
ans = myfunctions.check_answer(firstNum, secondNum, answer, operation)
if ans == True:
print("Correct!")
correct += 1
else:
print("Sorry, that's not correct.")
print()
# tells user how many questions they got right
print("You got", correct, "out of", problems, "correct!")
elif b == 2:
myfunctions.number_2(w)
elif b == 3:
myfunctions.number_3(w)
elif b == 4:
myfunctions.number_4(w)
elif b == 5:
myfunctions.number_5(w)
elif b == 6:
myfunctions.number_6(w)
elif b == 7:
myfunctions.number_7(w)
elif b == 8:
myfunctions.number_8(w)
elif b == 9:
myfunctions.number_9(w)
entered_answer = int(input("= "))
if myfunctions.check_answer(a, b, entered_answer, op) == True:
print("Correct! ")
total_right += 1
elif myfunctions.check_answer(a, b, entered_answer, op) == False:
print("Sorry, that's not correct. ")
print()
print()
if question_n == problem_n:
print("You got", total_right, "out of", problem_n, "correct!")
question_n += 1
print()
print()
myfunctions.number_5(width)
elif y == 6:
myfunctions.number_6(width)
elif y == 7:
myfunctions.number_7(width)
elif y == 8:
myfunctions.number_8(width)
elif y == 9:
myfunctions.number_9(width)
# Asking user for answer
print("=", end="")
user_answer = int(input())
# Checking answer
answer = myfunctions.check_answer(x, y, user_answer, z)
if drill == "yes":
while answer == False:
print("Sorry, that's not correct.")
# Ask again
print("=", end="")
user_answer = int(input())
answer = myfunctions.check_answer(x, y, user_answer, z)
print("Correct!")
print()
continue
if answer == True:
correct_answers += 1
print("Correct!")
elif answer == False:
print("Sorry, that's not correct.")
correct = 0
for problem in range(num_problems):
print("What is .....")
print()
int1 = random.randint(0,9)
int2 = random.randint(0,9)
op = random.randint(1,2)
myfunctions.print_number(int1, width, character)
print()
if op == 1:
print(myfunctions.plus(width, character))
real_ans = myfunctions.check_answer(int1,int2,(int1+int2),'+')
else:
print(myfunctions.minus(width, character))
real_ans = myfunctions.check_answer(int1,int2,(int1-int2),'-')
print()
myfunctions.print_number(int2,width, character)
if op == 1:
user_ans = int(input('= '))
user_check = myfunctions.check_answer(int1,int2,user_ans,'+')
if user_check == real_ans:
print("Correct!")
print()
correct += 1
continue
print(myfunctions.minus(width, character))
print()
subtract_questions += 1
elif operator == "*":
print(myfunctions.multiply(width, character))
multiply_questions += 1
elif operator == "/":
print(myfunctions.divide(width, character))
divide_questions += 1
myfunctions.print_number(number2, width, character)
# prompt the user to enter an answer for each problem
answer = int(input("= "))
# if the user activates drill mode, when the user gets incorrect,
# ask the user to enter another answer until the correct answer is supplied
if drill == "yes":
while not myfunctions.check_answer(number1, number2, answer, operator):
print("Sorry, that's not correct.")
answer = int(input("= "))
# keep track of the number of extra attempts the user takes for each type of mathematical operations
if operator == "+":
add_extra_attempts += 1
elif operator == "-":
subtract_extra_attempts += 1
elif operator == "*":
multiply_extra_attempts += 1
elif operator == "/":
divide_extra_attempts += 1
print("Correct!")
# if the user doesn't activate drill mode, check if the answer is correct and tell the user
else:
if myfunctions.check_answer(number1, number2, answer, operator):