Question

COSC 1336 - Programming Fundamentals i Program 12 - Classes and Object-Oriented Programming . The owners of the Annan Supermarket would like to have a program that computes the weekly gross pay of their employees. The user will enter an employee's first name, last name, the hourly rate of pay, and the number of hours worked for the week. In addition, Annan Supermarkets would like the program to compute the employee's net pay and overtime pay, Overtime hours, any hours over 40, are paid at 1.5 the regular hourly rate. Net pay is gross pay minus taxes (Refer to the tax table on the second page) Define a dass called Employee. The class must have private attributes to store the employee's name, hourly rate, and regular ( 40) and overtime hours worked. The class must also have methods to perform the following tasks: A constructor to initialize the hourly rate to the minimum wage of $7.25 per hour and the hours worked (regular and overtime) to 0.0 • A method to get a setter/mutator method) the employee's name the hourly rate the hours work for the month by the week - assume 4 weeks in a month. Do not write separate setters for regular and overtime hours • A method to retum (a getter/accessor method) • the employee's name + the hourly rate the total regular hours work for the month • the total overtime hours for the month • A methad to return (a gatter/accessor method) + the monthly regular pay . A method to return (a getter/accessor method) the monthly overtime pay A_str_method to display the output which must include the following information • Employee's name • Total regular hours worked Total overtime hours worked Total hours worked • Pay rate • Monthly Regular Pay • Monthly overtime pay • Monthly gross pay + Monthly takes • Monthly net pay + Write a main function that declares an object for the class defined and test the functions and methods written for the class. Allow the user to run the program as many times as possible. No Input, processing, or output should happen in the main function. All work should be delegated to other functions. Include the recommended minimum documentation for each function. See the program one template for more details. You will not get credit if the program is not written or does not work as expected. Tax Table If the CEOSS Bracket pay la over Tut not over Tax 2 3 4 $0.00 $2,000.00 $3,500.00 $6,000.00 $13,000.00 52,000.00 $3,500.00 $6,000.00 $10,000.00 N/A 101 155 285 312 365 5 Run 1 Run 2 Name: John Don Hourly rate: $35.10 Hours worked: 40, 30, 40,35 Name Lana Doc Hourly rate: $3720 Hours worked: 40. 40. 40. 40 Run 3 Name Your Name (First Last > Hourly rate $65.60 Hours worked 50, 35, 40, 55 Run your program three times with the data above. Create a folder named, fullname_program12. Copy your source code and the cutout le to the folder. Zip the folder and upload it to Blackboard.

THIS IS WHAT I HAVE I NEED TO FIX IT SO:

hours_worked should not be inputed separately.

Get the hours as 40 40 40 40 or 40, 40, 40, 40 whichever separator suits you.

How do I do this?

How would you change what I have in to it getting into that kind of input.

Thank you!

class Employee:
again = 'y'
def __init__(self):
self.__rate = 7.25
self.__totalhour = 0
self.__regularpay = 0
self.__overtimepay = 0
self.__totalpay = 0
self.__tax = 0
self.__netpay = 0

  
def set_name(self):
self.__name = input("Enter your name (First Last): ")

def set_rate(self):
self.__rate = float(input("Enter your hourly rate: "))

def set_hour(self):
h1 = 0
h2 = 0
oh = 0
for a in range(1, 5):
hours = int(input("Enter hours worked for week :"))
if hours > 40:
oh += hours - 40
h1 += 40
else:
h2 += hours
self.__Rhour = h1 + h2
self.__Ohour = oh

def set_total_hour(self):
self.__totalhour = self.__Rhour + self.__Ohour

def set_regular_pay(self):
self.__regularpay = self.__Rhour * self.__rate

def set_overtime_pay(self):
self.__overtimepay = self.__Ohour*(self.__rate * 1.5)

def set_total_pay(self):
self.__totalpay = self.__regularpay + self.__overtimepay

def set_tax(self):
if self.__totalpay > 10000:
self.__tax = self.__totalpay * 0.36
elif self.__totalpay > 6000:
self.__tax = self.__totalpay * 0.31
elif self.__totalpay > 3500:
self.__tax = self.__totalpay * 0.28
elif self.__totalpay > 2000:
self.__tax = self.__totalpay * 0.15
else:
self.__tax = self.__totalpay * 0.1

def set_net_pay(self):
self.__netpay = self.__totalpay - self.__tax

  

def get_name(self):
return self.__name

def get_rate(self):
return self.__rate

def get_regular_hour(self):
return self.__Rhour

def get_overtime_hour(self):
return self.__Ohour

def get_total_hour(self):
return self.__totalhour

def get_regular_pay(self):
return self.__regularpay

def get_overtime_pay(self):
return self.__overtimepay

def get_total_pay(self):
return self.__totalpay

def get_tax(self):
return self.__tax

def get_net_pay(self):
return self.__netpay

def __str__(self):
  
  
return "Employee`s name: " + self.get_name() +\
"\nRegular hours worked: " + str(self.get_regular_hour())+\
"\nOvertime hours worked: " + str(self.get_overtime_hour()) +\
"\nTotal hours worked: " + str(self.get_total_hour())+\
"\nPay rate: $" + str(format(self.get_rate(),',.2f')) +\
"\nRegular Pay: $" + str(format(self.get_regular_pay(),',.2f')) +\
"\nMonthly overtime pay: $" + str(format(self.get_overtime_pay(),',.2f')) +\
"\nMonthly gross pay: $" + str(format(self.get_total_pay(),',.2f')) +\
"\nMonthly taxes: $" + str(format(self.get_tax(),',.2f')) +\
"\nMonthly net pay: $" + str(format(self.get_net_pay(),',.2f'))
  
  
  

def menu():
again = "y"
while again == "y":
main()
print()
again = input("Do you want to run the program again < y - Yes / n - No>? ")
print()
print()

  

def main():

test = Employee()

test.set_name()
test.set_rate()
print()
test.set_hour()
test.set_total_hour()
test.set_regular_pay()
test.set_overtime_pay()
test.set_total_pay()
test.set_tax()
test.set_net_pay()

print()

print(test)
menu()

Answer 1

In case of any query do comment. Thanks

Code:

=================main.py========

class Employee:
    again = 'y'
    def __init__(self):
        self.__rate = 7.25
        self.__totalhour = 0
        self.__regularpay = 0
        self.__overtimepay = 0
        self.__totalpay = 0
        self.__tax = 0
        self.__netpay = 0
    
      
    def set_name(self):
        self.__name = input("Enter your name (First Last): ")
    
    def set_rate(self):
        self.__rate = float(input("Enter your hourly rate: "))
    
    def set_hour(self):
        h1 = 0
        h2 = 0
        oh = 0
        #get the list of hours separated by comma 
        hour1,hour2,hour3,hour4 = [int(hour) for hour in input("Enter hours worked for week :").split(",")] 
        hours = [hour1,hour2,hour3,hour4] #construct a list to iterate for common logic in for each else write separately for each hour
        #iterate over hours entered by the user and calculate regular and overtime hours
        for h in hours:
            if h > 40:
                oh += h - 40
                h1 += 40
            else:
                h2 += h
        self.__Rhour = h1 + h2
        self.__Ohour = oh
    
    def set_total_hour(self):
        self.__totalhour = self.__Rhour + self.__Ohour
    
    def set_regular_pay(self):
        self.__regularpay = self.__Rhour * self.__rate
    
    def set_overtime_pay(self):
        self.__overtimepay = self.__Ohour*(self.__rate * 1.5)
    
    def set_total_pay(self):
        self.__totalpay = self.__regularpay + self.__overtimepay
    
    def set_tax(self):
        if self.__totalpay > 10000:
            self.__tax = self.__totalpay * 0.36
        elif self.__totalpay > 6000:
            self.__tax = self.__totalpay * 0.31
        elif self.__totalpay > 3500:
            self.__tax = self.__totalpay * 0.28
        elif self.__totalpay > 2000:
            self.__tax = self.__totalpay * 0.15
        else:
            self.__tax = self.__totalpay * 0.1
    
    def set_net_pay(self):
        self.__netpay = self.__totalpay - self.__tax
    
      
    
    def get_name(self):
        return self.__name
    
    def get_rate(self):
        return self.__rate
    
    def get_regular_hour(self):
        return self.__Rhour
    
    def get_overtime_hour(self):
        return self.__Ohour
    
    def get_total_hour(self):
        return self.__totalhour
    
    def get_regular_pay(self):
        return self.__regularpay
    
    def get_overtime_pay(self):
        return self.__overtimepay
    
    def get_total_pay(self):
        return self.__totalpay
    
    def get_tax(self):
        return self.__tax
    
    def get_net_pay(self):
        return self.__netpay
    
    def __str__(self):
      
        return "Employee`s name: " + self.get_name() +\
        "\nRegular hours worked: " + str(self.get_regular_hour())+\
        "\nOvertime hours worked: " + str(self.get_overtime_hour()) +\
        "\nTotal hours worked: " + str(self.get_total_hour())+\
        "\nPay rate: $" + str(format(self.get_rate(),',.2f')) +\
        "\nRegular Pay: $" + str(format(self.get_regular_pay(),',.2f')) +\
        "\nMonthly overtime pay: $" + str(format(self.get_overtime_pay(),',.2f')) +\
        "\nMonthly gross pay: $" + str(format(self.get_total_pay(),',.2f')) +\
        "\nMonthly taxes: $" + str(format(self.get_tax(),',.2f')) +\
        "\nMonthly net pay: $" + str(format(self.get_net_pay(),',.2f'))
  
  
  


def menu():
    again = "y"
    while again == "y":
        main()
        print()
        again = input("Do you want to run the program again < y - Yes / n - No>? ")
        print()
        print()

  


def main():
    test = Employee()
    test.set_name()
    test.set_rate()
    print()
    test.set_hour()
    test.set_total_hour()
    test.set_regular_pay()
    test.set_overtime_pay()
    test.set_total_pay()
    test.set_tax()
    test.set_net_pay()
    
    print()
    
    print(test)
menu()

=======Code modification highlight=======

output:

input Enter your name (First Last): Abhishek Enter your hourly rate: 20 Enter hours worked for week :40, 45, 48, 45 Employee's name: Abhishek Regular hours worked: 160 Overtime hours worked: 18 Total hours worked: 178 Pay rate: $20.00 Regular Pay: $3,200.00 Monthly overtime pay: $540.00 Monthly gross pay: $3,740.00 Monthly taxes: $1,047.20 Monthly net pay: $2,692.80 Do you want to run the program again < y - Yes/n - No>? n