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#include <fstream>
#include <iostream>
#include <cstdlib>
#include <string>
using namespace std;
/* This function calculates taxes withheld based on gross pay,
and the number of dependents entered by the user */
double computeWithholding(int dependents, double gross)
{
double withheldAmount;
if(dependents > 2)
withheldAmount = 0.15;
else if (dependents = 2)
withheldAmount = 0.18;
else if (dependents = 1)
withheldAmount = 0.2;
else // no dependents
withheldAmount = 0.28;
withheldAmount = gross * withheldAmount;
return (withheldAmount);
}
// This function calculates the IRA deduction based on gross pay
double computeIRAdeduction(double gross)
{
double deductionAmount;
if(gross >= 500)
deductionAmount = gross * 0.10;
else if (gross >= 400)
deductionAmount = gross * 0.05;
else
deductionAmount = 0;
return(deductionAmount);
}
double modNetPay(double netPay) // pass by value, reconsider this when we review pass by reference
{
double newNetPay;
newNetPay = netPay - (netPay * 0.7);
return(newNetPay);
}
// declaration for the function that computes taxes withheld
double computeWithholding(int dependents, double gross);
double computeIRAdeduction(double gross);
double modNetPay(double netPay);
int main()
{
int hours = 0, empnumber = 1, overTimeHours=0, doubleTimeHours=0, dependents=0, fullTime =0, counter = 0;
double hourlyRate = 0, basePay=0, overTimePay=0, doubleTimePay=0, grossPay=0, modGrossPay=0, withholding=0, depositAmount=0, netPay=0;
ifstream in_stream;
in_stream.open("infile.dat");
if(!in_stream)
{
cout << "infile.dat could not be accessed!" << endl;
return 0;
}
while (!in_stream.eof())
{
in_stream >> counter >> hourlyRate >> hours >> dependents >> fullTime;
overTimePay = 0; // initialize
overTimeHours = 0;
doubleTimePay = 0; // initialize
doubleTimeHours = 0;
empnumber ++;
if (hours > 40) // Test for overtime first
{
basePay = hourlyRate * 40;
overTimeHours = hours - 40;
if (overTimeHours > 10) // If there's double time
{
doubleTimeHours = overTimeHours - 10;
overTimeHours = 10;
doubleTimePay = hourlyRate * 2 * doubleTimeHours;
overTimePay = hourlyRate * 1.5 * overTimeHours;
}
else // There's no double time
overTimePay = hourlyRate * 1.5 * overTimeHours;
grossPay = basePay + overTimePay + doubleTimePay;
}
else
{
// There's no overtime at all
grossPay = hours * hourlyRate;
basePay = grossPay;
}
// This calls the IRA deduction function and reduces gross pay
// before withholding taxes are calculated
depositAmount = computeIRAdeduction(grossPay);
modGrossPay = grossPay - depositAmount;
// This calls the withholding amount function
withholding = computeWithholding(dependents, modGrossPay);
netPay = modGrossPay - withholding;
if (fullTime == 1)
modNetPay(netPay);
// OUTPUT SECTION
cout.setf(ios::fixed);
cout.setf(ios::showpoint);
cout.precision(2);
ofstream out_stream;
out_stream.open("outfile.dat");
if(!out_stream)
{
cout << "outfile.dat failed!" << endl;
return 0;
}
out_stream <<"Employee Number " << empnumber << endl
<< "Total Hours Worked = " << hours <<endl
<< "Hourly pay rate = $" << hourlyRate <<endl
<< "Base pay = $" << basePay << endl
<< "Overtime hours at time and a half = " << overTimeHours<< endl
<< "Overtime pay at time and a half = $" << overTimePay<< endl
<< "Overtime hours at double time = " << doubleTimeHours<< endl
<< "Overtime pay at double time = $" << doubleTimePay<< endl
<< "Gross pay = $" << grossPay<< endl
<< "IRA Deduction = $" << grossPay<< endl
<< "Modified Gross Pay = $" << modGrossPay<< endl
<< "Taxes withheld = $" << withholding<< endl
<< "Net pay = $" << netPay<< endl
<< endl;
in_stream >> counter >> hourlyRate >> hours >> dependents >> fullTime;
if (counter != 1)
{
break;
}
}
cout << "Process Successful......\n\n\n";
return 0;
}
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