private void AddIsotopesToPlots()
{
if (this.CurrentFeature == null)
{
return;
}
var precursor = new Feature(this.CurrentFeature.Statistics);
var precursorBoundary = precursor.GetBoundary();
foreach (var isotopeEntry in this.IsotopeFeaturesDictionary)
{
var isotopeName = isotopeEntry.Key;
foreach (var featureBlob in isotopeEntry.Value)
{
var feature = new Feature(featureBlob.Statistics);
var boundary = feature.GetBoundary();
var intersection = Rectangle.Intersect(precursorBoundary, boundary);
// Ignore features that do not intersect at all
if (intersection.IsEmpty)
{
continue;
}
AddToLcPlot(featureBlob, isotopeName, OxyColors.DeepSkyBlue);
AddToImsPlot(featureBlob, isotopeName, OxyColors.DeepSkyBlue);
}
}
}
private void MatchPrecursorToFragments()
{
if (this.CurrentFeature == null)
{
return;
}
var precursor = new Feature(this.CurrentFeature.Statistics);
var precursorBoundary = precursor.GetBoundary();
foreach (var kvp in this.FragmentFeaturesDictionary)
{
var ionTypeTuple = kvp.Key;
// Skip any fragments that do not meet the UI filter criteria
if (!ShouldShowFragment(ionTypeTuple))
{
continue;
}
var residueNumber = ionTypeTuple.Item2;
var fragmentName = ionTypeTuple.Item1.GetName(residueNumber);
var fragmentFeatureList = kvp.Value;
foreach (var fragmentFeature in fragmentFeatureList)
{
var feature = new Feature(fragmentFeature.Statistics);
var fragmentBoundary = feature.GetBoundary();
var intersection = Rectangle.Intersect(precursorBoundary, fragmentBoundary);
// Ignore fragment features that do not intersect at all
if (intersection.IsEmpty)
{
continue;
}
AddToLcPlot(fragmentFeature, fragmentName, OxyColors.Red);
AddToImsPlot(fragmentFeature, fragmentName, OxyColors.Red);
}
}
}
