public int RetirementYears(Client client)
{
var educationCost = expense.totalExpense();
if (educationCost > 0)
{
client.netWorth = client.netWorth - educationCost;
}
var totalAtRetirement = client.netWorth - (client.yearlyExpenses * (client.targetRetirementAge - client.currentAge)) + (client.yearlySavingContribution * (client.targetRetirementAge - client.currentAge));
var yearsAfterRetire = totalAtRetirement / (client.desiredMonthlySpending * 12);
return(Convert.ToInt32(yearsAfterRetire));
}
public int RetirementYears(Client client, IExpense expense = null)
{
int years;
double netWorthAtRetirement;
if (client.currentAge >= client.targetRetirementAge)
{
netWorthAtRetirement = client.netWorth;
}
else
{
int yearsToRetirement = client.targetRetirementAge - client.currentAge;
netWorthAtRetirement = client.netWorth + (client.yearlySavingContribution * yearsToRetirement);
}
if (expense != null)
{
netWorthAtRetirement -= expense.totalExpense();
}
years = (int)(netWorthAtRetirement / (client.desiredMonthlySpending * 12));
return(years);
}
public int RetirementYears(Client client)
{
var yearsToRetirement = client.targetRetirementAge - client.currentAge;
if (yearsToRetirement < 0)
{
yearsToRetirement = 0;
}
var projectedNetWorth = yearsToRetirement * client.yearlySavingContribution + client.netWorth - _expense.totalExpense();
var yearsMoneyWillLast = Convert.ToInt32(projectedNetWorth / client.desiredMonthlySpending) / 12;
return(yearsMoneyWillLast);
}
