private double NumberOfScans(List <Saccade> saccades)
{
Wordbook saccadeBook = new Wordbook(saccades);
AtomBook atomBook = new AtomBook(saccadeBook);
return(atomBook.NumberOfScans);
}
public void WriteInstacesForSlicesToFile(List <Slice> slices, int sliceTime, StreamWriter writer, string className)
{
foreach (Slice slice in slices)
{
Wordbook saccadeBook = new Wordbook(slice.saccades);
AtomBook atomBook = new AtomBook(saccadeBook);
FeatureExtractionWindow.patterns = atomBook;
foreach (var extractor in extractors)
{
switch (extractor.DataType())
{
case FeatureExtractionWindow.RequiredData.Fixation:
var fixationExtractor = extractor as FeatureExtractionWindow.FixationFeatureExtractor;
writer.Write(fixationExtractor.action(slice.fixations) + ", ");
break;
case FeatureExtractionWindow.RequiredData.Saccade:
var saccadeExtractor = extractor as FeatureExtractionWindow.SaccadeFeatureExtractor;
writer.Write(saccadeExtractor.action(slice.saccades) + ", ");
break;
}
}
writer.Write(className);
writer.Write("\n");
writer.Flush();
}
}
// Finding and showing ATOMS
private void localAlignmentButton_Click(object sender, RoutedEventArgs e)
{
Wordbook saccadeBook = new Wordbook(calculatedSaccades);
AtomBook atomBook = new AtomBook(saccadeBook);
MessageBox.Show(atomBook.NumberOfScans.ToString());
}
private void DrawNextAtom(AtomType type)
{
Wordbook saccadeBook = new Wordbook(calculatedSaccades);
AtomBook atomBook = new AtomBook(saccadeBook);
List <Atom> mediumLines = atomBook.atoms[type];
if (current < mediumLines.Count)
{
RemoveLabels();
RemoveFixationCircles();
RemoveSaccades();
DrawSaccades(mediumLines[current++].saccades);
}
else
{
current = 0;
}
}
