Question

Python 3 Script: A company has classified its employees as follows.

Managers Hourly workers

Commission workers Pieceworkers

- who receive a fixed weekly salary
- who receive a fixed hourly wage for up to the first 40 hours they work and

“time-and-a-half”, i.e. 1.5 times their hourly wage, for overtime hours worked), - who receive $250 plus 5.7% of their gross weekly sales)
- who receive a fixed amount of money per item for each of the items they

Produce. Each pieceworker in this company works on only one type of item. Write a Python program to compute the weekly pay for each employee. You do not know the number of employees in advance.

Each type of employee has its own pay method. A Manager has a weekly salary and is entered while processing. Hourly worker’s salary is calculated by multiplying the rate-per-hour and the number-of- hours-worked. Commission worker’s salary is based on the gross weekly sales and uses the formula shown above. Pieceworker’s salary is calculated by multiplying the rate-per-piece and the number-of- pieces completed. Prompt the user to enter the appropriate facts your program needs to calculate each employee’s pay based on that employee’s category.

Answer 1

Screenshot of the code:

Sample Output:

Code to copy:

#Define the function getManagerPay() to display the

#weekly sales entered for the managers.

def getManagerPay(weekly_salary_for_manager):

    print("\nThe weekly pay for the managers "

    + "is ${:.2f}\n".format

    (weekly_salary_for_manager))

#Define the function getHourlyWorkerWeeklyPay() to

#calculate and display the weekly pay for the hourly

#worker.

def getHourlyWorkerWeeklyPay(hourly_wage, hours_worked):

    weeklyPayForHourlyWorker = 0.0

    #If the total hours worked is less than or equal to

    #40.

    if(hours_worked <= 40):

        #Calculate the weeklyPayForHourlyWorker by

        #muliplying hourly wages with total hours

        #worked.

        weeklyPayForHourlyWorker = hourly_wage * \

        hours_worked

   

    #Otherwise,

    elif(hours_worked > 40):

        #Multiply the remaining working hours after the

        #initial 40 hours with the 1.5 times the hourly

        #wages.

        weeklyPayForHourlyWorker = (hours_worked - 40) * \

        1.5 * hourly_wage

    #Display the final weekly pay for hourly workers.

    print("\nThe weekly pay for hourly workers "

    + "is ${:.2f}\n".format(weeklyPayForHourlyWorker))

#Define the function getWeeklyPayForCommissionWorker()

#to calculate and display the weekly pay for the

#commission worker.

def getWeeklyPayForCommissionWorker(gross_weekly_sales):

    weeklyPayForCommissionWorker = 0.0

    #Add 250 to the 5.7% of the gross weekly sales.

    weeklyPayForCommissionWorker = 250 + 0.057 * \

    (gross_weekly_sales)

    #Display the final weekly pay for commission workers.

    print("\nThe weekly pay for the commission workers "

    + "is ${:.2f}\n".format(weeklyPayForCommissionWorker))

#Define the function getWeeklyPayForPieceWorker() to

#calculate and display the weekly pay for the

#pieceworker.

def getWeeklyPayForPieceWorker(rate_per_item,

num_items_produced):

    weeklyPayForPieceWorker = 0.0

    #Multiply the price per item produced with the

    #number of items produced.

    weeklyPayForPieceWorker = rate_per_item * \

    num_items_produced

   

    #Display the final weekly pay for pieceworkers.

    print("\nThe weekly pay for the pieceworkers "

    + "is ${:.2f}\n".format(weeklyPayForPieceWorker))

print("****** Employee Payment System ******")

#Start a while loop.

while True:

    #Display the menu of choices.

    print("1. Managers")

    print("2. Hourly Workers")

    print("3. Commission Workers")

    print("4. Piece Workers")

    #Prompt the user to enter a valid choice or -1 to

    #quit.

    userChoice = int(input("\nEnter your choice out "

    + "of the options given in the menu or enter -1 "

    + "to quit: "))

   

    #If user choose -1, then break the loop.

    if(userChoice == -1):

        print("Bye!!!")

        break

   

    #If user's choice is 1, then prompt the user to

    #enter the weekly salary for managers.

    elif(userChoice == 1):

        weekly_salary_for_manager = 0.0

        weekly_salary_for_manager = float(input("Enter "

        + "the weekly sales: "))

        #Call the function getManagerPay() and pass the

        #value weekly_salary_for_manager as argument.

        getManagerPay(weekly_salary_for_manager)

    #If user's choice is 2, then prompt the user to

    #enter the hourly wages and number of hours an

    #employee worked.

    elif(userChoice == 2):

        hourlyWages = float(input("Enter the hourly "

        + "wage for hourly workers: "))

        totalHoursWorked = int(input("Enter the number "

        + "of hours worked: "))

        #Call the function getHourlyWorkerWeeklyPay() by

        #passing the hourlyWages and totalHoursWorked to

        #the function as arguments.

        getHourlyWorkerWeeklyPay(hourlyWages,

        totalHoursWorked)

  

    #If user's choice is 3, then prompt the user to

    #enter the gross weekly sales for the commission

    #employee.

    elif(userChoice == 3):

        grossWeeklySales = float(input("Enter the gross "

        + "weekly sales for the commission workers: "))

        #Call the function

        #getWeeklyPayForCommissionWorker() and pass the

        #value grossWeeklySales as argument.

        getWeeklyPayForCommissionWorker

        (grossWeeklySales)

   

    #If user's choice is 4, then prompt the user to

    #enter the price for each item produced and number

    #of items produced.

    elif(userChoice == 4):

        payRatePerItem = float(input("Enter the pay "

        + "rate per item produced: "))

        numberOfPieces = int(input("Enter the number "

        + "of items produced: "))

        #Call the function getWeeklyPayForPieceWorker()

        #by passing the payRatePerItem and

        #numberOfPieces as function arguments.

        getWeeklyPayForPieceWorker(payRatePerItem,

        numberOfPieces)

   

    #Otherwise, display an appropriate message.

    else:

        print("\nInvalid Choice!\n")