Final Project

#Gregory Houston, CIS-115, 05/03/2022, User input grocery list

#Defining Class and Attributes
class Item:
    def __init__(self):
        self.item_name = str('')
        self.item_price = float(0)
        self.item_quantity = int(0)
    def print_item_cost(self):
        print(self.item_name, end = ' ')
        print(self.item_quantity, '@ $', self.item_price, '= $', (self.item_quantity * self.item_price))
if __name__ == "__main__":  #First Instance calling class (Req. user input)
        print('Item 1')
        name = input('Enter item name:\n') #User input item name
        price = float(input('Enter item price:\n')) #User input item price
        quantity = int(input('Enter item quantity:\n')) #User input item quantity
        item1 = Item() #Calls Class
        item1.item_name = name #Assign user value for item name
        item1.item_price = price #Assign user value for item price
        item1.item_quantity = quantity #Assign user value for item quantity
        #Second instance (Req. user input)
        print('Item 2')
        name = input('Enter item name:\n') #User input item name
        price = float(input('Enter item price:\n')) #User input item price
        quantity = int(input('Enter item quantity:\n')) #User input item quantity
        item2 = Item() #Calls Class
        item2.item_name = name #Assign user value for name
        item2.item_price = price #Assign user value for price
        item2.item_quantity = quantity #Assign user value for quantity

#Assigns total_cost with Item1 price X Item2 price
total_cost = (item1.item_price * item1.item_quantity) + (item2.item_price * item2.item_quantity)

print('TOTAL COST') #Prints TOTAL COST
print(item1.print_item_cost(), '\n') #Output for Item 1
print(item2.print_item_cost(), '\n') #Output for Item 2
print('Total:', f'{total_cost:.2f}') #Returns Grand Total