static public IncomeTaxes operator+(IncomeTaxes in1, IncomeTaxes in2)
{
IncomeTaxes sum = new IncomeTaxes();
sum.low = in1.low + in2.low;
sum.middle = in1.middle + in2.middle;
sum.high = in1.high + in2.high;
return(sum);
}
static public IncomeTaxes operator/(IncomeTaxes inc, float denominator)
{
IncomeTaxes result = new IncomeTaxes();
result.low = Mathf.RoundToInt((float)inc.low / denominator);
result.middle = Mathf.RoundToInt((float)inc.middle / denominator);
result.high = Mathf.RoundToInt((float)inc.high / denominator);
return(result);
}
int ComputeIncomeTaxes()
{
IncomeTaxes incomeTaxes = new IncomeTaxes();
//Since we already have WorkPlace classes holding both the number of workers AND the wages, we'll simply loop over them.
//This approach would make it easier to, in the future, complexify the wage computation (leaving it to the Workplace class)
foreach (WorkPlace workPlace in GameManager.buildingsMan.workPlaces)
{
foreach (Citizen employee in workPlace.Employees())
{
int employeeTax = incomeTaxes.AddToIncomeTaxes(employee.citizenClass, (int)workPlace.Wages(), incomeTaxRates); //AddToIncomeTaxes() returns amount that was added.
employee.SubstractTax(employeeTax);
}
}
//Update metrics
GameManager.resourceMan.IncomeTaxes() = incomeTaxes;
return(incomeTaxes.Sum());
}
public void SetIncomeTaxes(IncomeTaxes newIncomeTaxes)
{
low = newIncomeTaxes.low;
middle = newIncomeTaxes.middle;
high = newIncomeTaxes.high;
}
