void OnSelection (object sender, SelectedItemChangedEventArgs e)
{
if (e.SelectedItem == null) {
return; //ItemSelected is called on deselection, which results in SelectedItem being set to null
}
Sections s = (Sections)e.SelectedItem;
switch (s.SectionName) {
case "Geometric Brownian Motion":
SimulatingAndAnalyzingAssetPrices.RandomWalk rw = new SimulatingAndAnalyzingAssetPrices.RandomWalk (10.0);
Navigation.PushAsync (new BrownianMotionChartPage (rw.BrownianSeq, rw.BrownianSeq1, rw.BrownianSeq2));
break;
case "MSFT Actual vs. GBM":
var item = e.SelectedItem;
Navigation.PushAsync (new CompareMsftHistoricalVolDriftChartPage ());
break;
case "Msft vs. Improved GBM":
// this is not properly implemented. needs non optimized drift/vol
// SimulatingAndAnalyzingAssetPrices.RandomWalk rw = new SimulatingAndAnalyzingAssetPrices.RandomWalk (10.0);
Navigation.PushAsync (new CompareMsftGbmChartPage ());
break;
}
;
((ListView)sender).SelectedItem = null;
}
void OnSelection(object sender, SelectedItemChangedEventArgs e)
{
if (e.SelectedItem == null)
{
return; //ItemSelected is called on deselection, which results in SelectedItem being set to null
}
Sections s = (Sections)e.SelectedItem;
switch (s.SectionName)
{
case "Geometric Brownian Motion":
SimulatingAndAnalyzingAssetPrices.RandomWalk rw = new SimulatingAndAnalyzingAssetPrices.RandomWalk(10.0);
Navigation.PushAsync(new BrownianMotionChartPage(rw.BrownianSeq, rw.BrownianSeq1, rw.BrownianSeq2));
break;
case "MSFT Actual vs. GBM":
var item = e.SelectedItem;
Navigation.PushAsync(new CompareMsftHistoricalVolDriftChartPage());
break;
case "Msft vs. Improved GBM":
// this is not properly implemented. needs non optimized drift/vol
// SimulatingAndAnalyzingAssetPrices.RandomWalk rw = new SimulatingAndAnalyzingAssetPrices.RandomWalk (10.0);
Navigation.PushAsync(new CompareMsftGbmChartPage());
break;
}
;
((ListView)sender).SelectedItem = null;
}
