public static void Main(string[] args)
{
int indication = 1;
List <UnitFlow> fullList = new List <UnitFlow>();
Loan loan = new Loan();
while (indication > 0)
{
Console.Write("Please enter in your loan amount: ");
string amount1 = Console.ReadLine();
loan.Amount = decimal.Parse(amount1);
Console.Write("Please enter in your loan duration: ");
string duration1 = Console.ReadLine();
loan.Duration = Int32.Parse(duration1);
Console.Write("Please enter in your interest rate: ");
string r1 = Console.ReadLine();
loan.Rate = decimal.Parse(r1);
LoanService.AddLoan(loan);
UnitFlow unitFlow = Calculator.CalculateCashflow(loan);
fullList.Add(unitFlow);
Console.WriteLine("Month\t\tInterest\tPrincipal\tRemaining Balance");
foreach (var row in unitFlow.Unit)
{
Console.WriteLine(row.Month + "\t\t" + Math.Round(row.InterestPayment, 2) + "\t\t" +
Math.Round(row.PrincipalPayment, 2) + "\t\t" + Math.Round(row.RemainingBalance, 2));
}
Console.Write("Would you want to enter another one? yes(1)/no(0)");
indication = int.Parse(Console.ReadLine());
}
UnitFlow pool = new UnitFlow();
pool = Calculator.CalculatePoolCashflow(fullList);
Console.WriteLine("Month\t\tInterest\tPrincipal\tRemaining Balance");
foreach (var row in pool.Unit)
{
Console.WriteLine(row.Month + "\t\t" + Math.Round(row.InterestPayment, 2) + "\t\t" +
Math.Round(row.PrincipalPayment, 2) + "\t\t" + Math.Round(row.RemainingBalance, 2));
}
}
public static UnitFlow CalculateCashflow(Loan loan)
{
UnitFlow unitflow = new UnitFlow();
decimal monthlyPay = MonthlyPayment(loan.Amount, loan.Duration, loan.Rate);
decimal RemainingBalance = loan.Amount;
for (int month = 1; month <= loan.Duration; month++)
{
CashflowRow flowRow = new CashflowRow();
flowRow.RemainingBalance = RemainingBalance;
flowRow.Month = month;
flowRow.InterestPayment = InterestCalc(loan.Rate, flowRow.RemainingBalance);
flowRow.PrincipalPayment = PrincipalPay(monthlyPay, flowRow.InterestPayment);
flowRow.RemainingBalance = flowRow.RemainingBalance - flowRow.PrincipalPayment;
unitflow.Unit.Add(flowRow);
RemainingBalance = flowRow.RemainingBalance;
}
return(unitflow);
}
