public List <SubStrokeDescriptor> GetSubStrokes(double charWidth, double charHeight)
{
if (!this.isAnalyzed)
{
this.AnalyzeAndMark();
}
List <SubStrokeDescriptor> subStrokes = new List <SubStrokeDescriptor>();
// Any WrittenStroke should have at least two points, (a single point cannot constitute a Stroke).
// We should therefore be safe calling an iterator without checking for the first point.
WrittenPoint previousPoint = pointList[0];
for (int i = 1; i != pointList.Count; ++i)
{
WrittenPoint nextPoint = pointList[i];
if (nextPoint.IsPivot)
{
// The direction from each previous point to each successive point, in radians.
double direction = previousPoint.GetDirection(nextPoint);
// Use the normalized length, to account for relative character size.
double normalizedLength = previousPoint.GetDistanceNormalized(nextPoint, charWidth, charHeight);
SubStrokeDescriptor subStroke = new SubStrokeDescriptor(direction, normalizedLength);
subStrokes.Add(subStroke);
previousPoint = nextPoint;
}
}
return(subStrokes);
}
public List<SubStrokeDescriptor> GetSubStrokes(double charWidth, double charHeight)
{
if(!this.isAnalyzed) this.AnalyzeAndMark();
List<SubStrokeDescriptor> subStrokes = new List<SubStrokeDescriptor>();
// Any WrittenStroke should have at least two points, (a single point cannot constitute a Stroke).
// We should therefore be safe calling an iterator without checking for the first point.
WrittenPoint previousPoint = pointList[0];
for (int i = 1; i != pointList.Count; ++i)
{
WrittenPoint nextPoint = pointList[i];
if(nextPoint.IsPivot)
{
// The direction from each previous point to each successive point, in radians.
double direction = previousPoint.GetDirection(nextPoint);
// Use the normalized length, to account for relative character size.
double normalizedLength = previousPoint.GetDistanceNormalized(nextPoint, charWidth, charHeight);
SubStrokeDescriptor subStroke = new SubStrokeDescriptor(direction, normalizedLength);
subStrokes.Add(subStroke);
previousPoint = nextPoint;
}
}
return subStrokes;
}
