Question

Python 3 Question

Please keep the code introductory friendly and include comments. Many thanks.

Prompt:

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 below).

Define a class 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 (setter/mutator) to get:

the employee's name, the hourly rate, the hours worked for the month (by the week, assume 4 weeks in a month)

(do not write separate setters for regular and overtime work hours)

--A method(getter/accessor) to return

the employee's name, the hourly rate, the total regular hours worked for the month, and the total overtime hours worked for the month

--A method(getter/accessor) to return

monthly regular pay

--A method(getter/accessor) to return

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 taxes, and 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.

(This is the tax table)

Bracket	If gross pay over	But not over	Tax
1	$0.00	$2,000.00	10%
2	$2,000.00	$3,500.00	15%
3	$3,500.00	$6,000.00	28%
4	$6,000.00	$10,000.00	31%
5	$10,000.00	N/A	36%

Run the program using:

John Doe

$35.10

40,30,40,35

Answer 1

#please provide a comment why a down vote since it is affecting my CF score
#I would definitely try to solve your issue

class Employee:
def __init__(self): #constructor to assign initial values
self.wage_per_hour = 7.25 #minimum wage
self.regular_hours = 0 #minimum regular hours
self.overtime_hours = 0 #minimum overtime hours
def setDetails(self,name,hourly_rate,hours_worked_list): #sets the details and sets the regular and overtime hours
self.name = name
self.wage_per_hour = hourly_rate
total_hours = sum(hours_worked_list) #sum(list) of hours
if total_hours > 160: # 160 since 4 weeks and every week upto 40 is for regular hence 4*40 = 160
self.regular_hours = 160 #assign 160 and rest is overtime
self.overtime_hours = total_hours - 160
else:
self.regular_hours = total_hours
def getDetails(self): #returns a list of details of the employee
li_ = [self.name,self.wage_per_hour,self.regular_hours,self.overtime_hours]
return li_
def getMonthlyRegularPay(self): #returns the monthly regular pay
return self.wage_per_hour * self.regular_hours
def getMonthlyOvertimePay(self):
return self.wage_per_hour * self.overtime_hours * 1.5 #returns the monthly overtime pay
def __str__(self):
self.calculate() # responsible for all the gross_payment and net_payment
string = str("\nEmployee Name: \t"+str(self.name)+ #returns string to print()
"\nTotal Regular Hours Worked: \t"+str(self.regular_hours)+
"\nTotal Overtime Hours Worked:\t"+str(self.overtime_hours)+
"\nTotal Hours Worked: \t"+str(self.regular_hours + self.overtime_hours)+
"\nMonthly Gross Pay: \t"+str(self.gross_pay)+
"\nMonthly Taxes: \t"+str(self.tax)+"%"+
"\nMonthly Net Pay: \t"+str(self.net_pay))
return string
def calculate(self): #calculates the gross_pay and net_pay
self.gross_pay = self.getMonthlyOvertimePay() + self.getMonthlyRegularPay() #getting monthlt regular and overtime pay
if self.gross_pay >= 0.00 and self.gross_pay < 2000.00: #selecting tax using if else
self.tax = 10
elif self.gross_pay >= 2000.00 and self.gross_pay < 3500.00:
self.tax = 15
elif self.gross_pay >= 3500.00 and self.gross_pay < 6000.00:
self.tax = 28
elif self.gross_pay >= 6000.00 and self.gross_pay < 10000.00:
self.tax = 31
elif self.gross_pay >= 10000.00:
self.tax = 36
self.net_pay = self.gross_pay - (self.gross_pay*self.tax/100) #assign net_pay
def handle_main(e): #responsible to run the whole program
while True:
try:
print("\n------------------------------------")
li_ = []
name = input("Enter the name: ")
hourly_rate = float(input("Enter the hourly rate: "))
li_.append(int(input("Enter hours worked in week:1 ")))
li_.append(int(input("Enter hours worked in week:2 ")))
li_.append(int(input("Enter hours worked in week:3 ")))
li_.append(int(input("Enter hours worked in week:4 ")))
e.setDetails(name,hourly_rate,li_)
print(e)
print("------------------------------------")
in_put = input("\nDo you wish to continue?\nEnter 'y' to continue: ")
if in_put != 'y':
print("Quitting...")
break
except Exception as e:
print("\nSomething went wrong..... input again.")
e = Employee() #creating an object in main
handle_main(e) #only one function which handles everything else
#No input or processing or output is done inside MAIN

class Employee: def _init_(self): #constructor to assign initial values self.wage_per_hour = 7.25 #minimum wage self.regular_hours = #minimum regular hours self.overtime_hours = #minimum overtime hours def setDetails(self,name, hourly rate, hours_worked_list): #sets the details and sets the regular and overtime hours self.name = name self.wage_per_hour = hourly rate total_hours = sum(hours_worked_list) #sum(List) of hours if total_hours > 160: # 160 since 4 weeks and every week upto 40 is for regular hence 4*40 = 160 self.regular_hours = 160 #assign 160 and rest is overtime self.overtime_hours = total_hours - 160 else: self.regular_hours = total_hours def getDetails(self): #returns a list of details of the employee li_ = [self.name, self.wage_per_hour, self.regular_hours, self.overtime_hours ] return li_ def getMonthlyRegularPay(self): #returns the monthly regular pay return self.wage_per_hour * self.regular_hours def getMonthlyOvertimePay(self): return self.wage_per_hour self.overtime_hours * 1.5 #returns the monthly overtime pay def str_(self): self.calculate() # responsible for all the gross_payment and net_payment string = str("\nEmployee Name: \t"+str(self.name)+ #returns string to print() "\nTotal Regular Hours Worked: \t"+str(self.regular_hours)+ "\nTotal Overtime Hours Worked:\t"+str(self.overtime_hours)+ "\nTotal Hours Worked: \t"+str(self.regular_hours + self.overtime_hours)+ "\nMonthly Gross Pay: \t"+str(self.gross_pay)+ "\nMonthly Taxes: \t"+str(self.tax)+"%"+ "\nMonthly Net Pay: \t"+str(self.net_pay)) return string def calculate(self): #calculates the gross_pay and net_pay self.gross_pay = self.getMonthlyOvertimePay() + self.getMonthlyRegularPay() #getting monthlt regular and overtime pay if self.gross_pay >= 0.00 and self.gross_pay < 2000.00: #selecting tax using if else self.tax = 10 elif self.gross_pay >= 2000.00 and self-gross_pay < 3500.00: self.tax = 15 elif self.gross_pay >= 3500.00 and self.gross_pay < 6000.00: self.tax = 28 elif self.gross_pay >= 6000.00 and self.gross_pay < 10000.00:

def calculate(self): #calculates the gross_pay and net_pay self-gross_pay self.getMonthlyOvertimePay() + self.getMonthlyRegularPay() #getting monthlt regular and overtime pay if self.gross_pay >= 0.00 and self.gross_pay < 2000.00: #selecting tax using if else self.tax = 10 elif self.gross_pay >= 2000.00 and self.gross_pay < 3500.00: self.tax = 15 elif self.gross_pay >= 3500.00 and self.gross_pay < 6000.00: self.tax = 28 elif self.gross_pay >= 6000.00 and self-gross_pay < 10000.00: self.tax = 31 elif self.gross_pay >= 10000.00: self.tax = 36 self.net_pay = self.gross_pay - (self.gross_pay*self.tax/100) #assign net_pay def handle_main(e): #responsible to run the whole program while True: try: print("\n :) li_ = [] name input("Enter the name: ") hourly_rate float(input("Enter the hourly rate: ")) li_.append(int(input("Enter hours worked in week:1 ")) li_.append(int(input("Enter hours worked in week:2 ")))) li_.append(int(input("Enter hours worked in week:3 "))) li_.append(int(input("Enter hours worked in week:4 "))) e.setDetails(name, hourly rate,li_) print(e) print in_put = input("\nDo you wish to continue?\nEnter 'y' to continue: ") if in_put != 'y': print("Quitting...") break except Exception as e: print("\nSomething went wrong..... input again.") e = Employee() #creating an object in main handle_main(e) #only one function which handles everything else #No input or processing or output is done inside MAIN ") Enter the name: John Enter the hourly rate: 37.5

Enter the name: John Enter the hourly rate: 37.5 Enter hours worked in week:1 40 Enter hours worked in week:2 35 Enter hours worked in week:3 49 Enter hours worked in week:4 35 John 150 Employee Name: Total Regular Hours Worked: Total Overtime Hours Worked: Total Hours Worked: Monthly Gross Pay: Monthly Taxes: Monthly Net Pay: 150 5625.0 28% 4050.0 Do you wish to continue? Enter 'y' to continue: y Enter the name: Harry Enter the hourly rate: 55.5 Enter hours worked in week:1 10 Enter hours worked in week:2 20 Enter hours worked in week:3 15 Enter hours worked in week:4 10 Employee Name: Total Regular Hours Worked: Total Overtime Hours Worked: Total Hours Worked: Monthly Gross Pay: Monthly Taxes: Monthly Net Pay: Harry 55 0 55 3052.5 15% 2594.625 Do you wish to continue? Enter 'y' to continue: n Quitting...

class Employee: def _init_(self): #constructor to assign initial values self.wage_per_hour = 7.25 #minimum wage self.regular_hours = #minimum regular hours self.overtime_hours = #minimum overtime hours def setDetails(self,name, hourly rate, hours_worked_list): #sets the details and sets the regular and overtime hours self.name = name self.wage_per_hour = hourly rate total_hours = sum(hours_worked_list) #sum(List) of hours if total_hours > 160: # 160 since 4 weeks and every week upto 40 is for regular hence 4*40 = 160 self.regular_hours = 160 #assign 160 and rest is overtime self.overtime_hours = total_hours - 160 else: self.regular_hours = total_hours def getDetails(self): #returns a list of details of the employee li_ = [self.name, self.wage_per_hour, self.regular_hours, self.overtime_hours ] return li_ def getMonthlyRegularPay(self): #returns the monthly regular pay return self.wage_per_hour * self.regular_hours def getMonthlyOvertimePay(self): return self.wage_per_hour self.overtime_hours * 1.5 #returns the monthly overtime pay def str_(self): self.calculate() # responsible for all the gross_payment and net_payment string = str("\nEmployee Name: \t"+str(self.name)+ #returns string to print() "\nTotal Regular Hours Worked: \t"+str(self.regular_hours)+ "\nTotal Overtime Hours Worked:\t"+str(self.overtime_hours)+ "\nTotal Hours Worked: \t"+str(self.regular_hours + self.overtime_hours)+ "\nMonthly Gross Pay: \t"+str(self.gross_pay)+ "\nMonthly Taxes: \t"+str(self.tax)+"%"+ "\nMonthly Net Pay: \t"+str(self.net_pay)) return string def calculate(self): #calculates the gross_pay and net_pay self.gross_pay = self.getMonthlyOvertimePay() + self.getMonthlyRegularPay() #getting monthlt regular and overtime pay if self.gross_pay >= 0.00 and self.gross_pay < 2000.00: #selecting tax using if else self.tax = 10 elif self.gross_pay >= 2000.00 and self-gross_pay < 3500.00: self.tax = 15 elif self.gross_pay >= 3500.00 and self.gross_pay < 6000.00: self.tax = 28 elif self.gross_pay >= 6000.00 and self.gross_pay < 10000.00:

def calculate(self): #calculates the gross_pay and net_pay self-gross_pay self.getMonthlyOvertimePay() + self.getMonthlyRegularPay() #getting monthlt regular and overtime pay if self.gross_pay >= 0.00 and self.gross_pay < 2000.00: #selecting tax using if else self.tax = 10 elif self.gross_pay >= 2000.00 and self.gross_pay < 3500.00: self.tax = 15 elif self.gross_pay >= 3500.00 and self.gross_pay < 6000.00: self.tax = 28 elif self.gross_pay >= 6000.00 and self-gross_pay < 10000.00: self.tax = 31 elif self.gross_pay >= 10000.00: self.tax = 36 self.net_pay = self.gross_pay - (self.gross_pay*self.tax/100) #assign net_pay def handle_main(e): #responsible to run the whole program while True: try: print("\n :) li_ = [] name input("Enter the name: ") hourly_rate float(input("Enter the hourly rate: ")) li_.append(int(input("Enter hours worked in week:1 ")) li_.append(int(input("Enter hours worked in week:2 ")))) li_.append(int(input("Enter hours worked in week:3 "))) li_.append(int(input("Enter hours worked in week:4 "))) e.setDetails(name, hourly rate,li_) print(e) print in_put = input("\nDo you wish to continue?\nEnter 'y' to continue: ") if in_put != 'y': print("Quitting...") break except Exception as e: print("\nSomething went wrong..... input again.") e = Employee() #creating an object in main handle_main(e) #only one function which handles everything else #No input or processing or output is done inside MAIN ") Enter the name: John Enter the hourly rate: 37.5

Enter the name: John Enter the hourly rate: 37.5 Enter hours worked in week:1 40 Enter hours worked in week:2 35 Enter hours worked in week:3 49 Enter hours worked in week:4 35 John 150 Employee Name: Total Regular Hours Worked: Total Overtime Hours Worked: Total Hours Worked: Monthly Gross Pay: Monthly Taxes: Monthly Net Pay: 150 5625.0 28% 4050.0 Do you wish to continue? Enter 'y' to continue: y Enter the name: Harry Enter the hourly rate: 55.5 Enter hours worked in week:1 10 Enter hours worked in week:2 20 Enter hours worked in week:3 15 Enter hours worked in week:4 10 Employee Name: Total Regular Hours Worked: Total Overtime Hours Worked: Total Hours Worked: Monthly Gross Pay: Monthly Taxes: Monthly Net Pay: Harry 55 0 55 3052.5 15% 2594.625 Do you wish to continue? Enter 'y' to continue: n Quitting...