The question asks me to create a class TheaterTicket and a function called get_ticket_price. The second question requires the usage of get_ticket_price by calling it, to create a process called find_best_ticket. I could not determine how to use the get_ticket_price function from the first part of the question to obtain a value in find_best_ticket. #Create a class called TheaterTicket.TheaterTicket#should have two attributes (instance variables): section#and matinee. Make sure the variable names match those#words. section will be a string; matinee will be a boolean.##TheaterTicket should have a constructor with two required#parameters, one for each of those attributes (section and#matinee in that order).##TheaterTicket should also have a method called#get_ticket_price. get_ticket_price should have one#additional parameter (other than self): quantity, an#integer representing the number of tickets between 1 and# 10.##get_ticket_price should return the price of the tickets#represented by the instance. The price is determined first#by section:#- If section is 'floor', the price is 200.If section is'orchestra', the price is 100.'mezzanine', the price is 60.If section is# - If section is 'gallery', the price is 30.#The section price is multiplied by the number of tickets.#Then, if matinee is true, $20 per ticket is deducted from#the final cost. The price should be returned as an integer.##For example:##test_ticket = TheaterTicket('floor', True)#print (test_ticket.get_ticket_price(5)) -> 900##A floor ticket is $200. There are 5 tickets, for a total#of $1000. The show is a matinee, so $20 per ticket is#deducted, and $1000 - ($20 * 5) = $900. So, the method#returns 900. #This problem will make use of the TheaterTicket class you wrote#in Problem 1. You can copy/paste it into this problem if you want#to, but you don't need to. When you click Submit, your code will#be tested with our TheaterTicket class.##Write a function called find best ticket. find best ticket should#have three parameters: a list of available tickets (a list of#instances of the TheaterTicket class), a quantity (an integer),#and a budget (an integer).##find_best_ticket should return the price of the most expensive#tickets available from the list that is less than or equal to#the given budget for the given quantity of tickets. If there are no#available tickets that come under the budget for the given quantity,#find_best_ticket should return False.##As a reminder, every instance of TheaterTicket has a method called#get_ticket_price. get_ticket_price has one parameter, a quantity.#get_ticket_price returns the cost of the given quantity of that#ticket. For example, if quantity is 5 and budget is 500, then the#function would return the largest number to result from calling#get_ticket_price(5) from each instance in the list of TheaterTicket.##For example, imagine that the customer's budget was $100 for 5#tickets. The only tickets that could be affordable at this price#would be gallery seats at the matinee, which are $10 per ticket#(the next lowest price would be gallery seats at a non-matinee,#at $30 per ticket or $150, over the customer's budget).##So, if there was a ticket in the list of tickets that with#'gallery' as the section and True for matinee, then#find_best_ticket would return $50, the price of five gallery#matinee tickets. If not, it would return False, since no other#tickets are affordable.##HINT: You don't need to worry about the inner workings of the#TheaterTicket class. You just need to find the highest result#under the given budget from calling get_ticket_price (quantity).

#Have provided the code for above. In the comments, express your doubts. If it was useful, please like it:)class TheatreTicket:section=""matinee=True# parameterized constructordef __init__(self, s, m):self.section = sself.matinee = mdef get_ticket_price(self,quantity):if self.section=='floor':tprice=200elif self.section=='orchestra':tprice=100elif self.section=='mezzaine':tprice=60else:tprice=30if self.matinee==True:return (tprice)*quantity-(20*quantity)else: return tprice*quantity