![]() ![]() Number_2 = int ( input ( 'Enter your second number: ' ) ) # Addition print ( ' = '. Some options have advanced features, as described here: Number of digits - allows you to explicitly set the range of values to be used for the first number and the second number in the addition problems. ![]() upper ( ) = 'N' : print ( 'See you later.' ) else : format (number_1, number_2 ) ) print (number_1 / number_2 ) else : print ( 'You have not typed a valid operator, please run the program again.' ) # Add again() function to calculate() function again ( ) def again ( ) :Ĭalculate ( ) elif calc_again. Type in the equation in text and get the equation as an image. You can now run your program with python calculator.py in your terminal window and you’ll be able to calculate as many times as you would like. Very useful for submitting homeworks or putting it in the email. Now you have a nice, fully functional program. Thanks to vigilant tipster kacir for the news.However, there is a lot more you can do to improve this code. Sure you may still argue it's an overpriced piece of leather, but remember, for heaven's sake, it's Dooney & Bourke! Feel free to share your opinion in the on-going discussion. it may be coming with a credit for e-books from Sony's online store.it has an extra cloth to store the Reader in its case. ![]()
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