protected override void OnNavigatedTo()
{
base.OnNavigatedTo();
using (_dataPoints.SuppressChangeNotifications())
{
_dataPoints.Clear();
if (HasValidInputs)
{
// get the current coverage, if any
var current = Person.ExistingCoverage ?? 0;
var pt1 = new GapDataPoint("Existing Coverage", current);
_dataPoints.Add(new GapDataPoint("", current));
_dataPoints.Add(new GapDataPoint("Existing Coverage", current));
_dataPoints.Add(new GapDataPoint("", current));
// Calc current
// (Annual income)(retirement age – current age) – 30% for taxes
var lifetime = Math.Round((double)((Person.AnnualIncome * (Person.RetirementAge - Person.Age)) * .7), 0, MidpointRounding.ToEven);
_dataPoints.Add(new GapDataPoint("", (int)lifetime));
_dataPoints.Add(new GapDataPoint("Lifetime Value", (int)lifetime));
_dataPoints.Add(new GapDataPoint("", (int)lifetime));
}
}
}
protected override void OnNavigatedTo()
{
base.OnNavigatedTo();
using (_dataPoints.SuppressChangeNotifications())
{
_dataPoints.Clear();
if (HasValidInputs)
{
// get the current coverage, if any
var current = Person.ExistingCoverage ?? 0;
var pt1 = new GapDataPoint("Existing Coverage", current);
_dataPoints.Add(new GapDataPoint("", current));
_dataPoints.Add(new GapDataPoint("Existing Coverage", current));
_dataPoints.Add(new GapDataPoint("", current));
// Calc current
// (Annual income)(retirement age – current age) – 30% for taxes
var lifetime = Math.Round((double)((Person.AnnualIncome * (Person.RetirementAge - Person.Age)) * .7), 0, MidpointRounding.ToEven);
_dataPoints.Add(new GapDataPoint("", (int)lifetime));
_dataPoints.Add(new GapDataPoint("Lifetime Value", (int)lifetime));
_dataPoints.Add(new GapDataPoint("", (int)lifetime));
}
}
}
