void DrawSplineBySmothingThePolyline(PolyIntEdge edgePath, bool optimizeShortEdges) {
var smoothedPolyline = new SmoothedPolylineCalculator(edgePath, Database.Anchors, OriginalGraph, settings,
LayerArrays,
ProperLayeredGraph, Database);
ICurve spline = smoothedPolyline.GetSpline(optimizeShortEdges);
if (edgePath.Reversed) {
edgePath.Curve = spline.Reverse();
edgePath.UnderlyingPolyline = smoothedPolyline.Reverse().GetPolyline;
}
else {
edgePath.Curve = spline;
edgePath.UnderlyingPolyline = smoothedPolyline.GetPolyline;
}
}
internal SmoothedPolylineCalculator Reverse()
{
SmoothedPolylineCalculator ret = new SmoothedPolylineCalculator(this.edgePath, this.anchors, this.originalGraph, this.settings, this.layerArrays, this.layeredGraph, this.database);
Site site = this.headSite;
Site v = null;
while (site != null)
{
ret.headSite = site.Clone();
ret.headSite.Next = v;
if (v != null)
{
v.Previous = ret.headSite;
}
v = ret.headSite;
site = site.Next;
}
return(ret);
}
internal SmoothedPolylineCalculator Reverse() {
SmoothedPolylineCalculator ret = new SmoothedPolylineCalculator(this.edgePath, this.anchors, this.originalGraph, this.settings, this.layerArrays, this.layeredGraph, this.database);
Site site = this.headSite;
Site v = null;
while (site != null) {
ret.headSite = site.Clone();
ret.headSite.Next = v;
if (v != null)
v.Previous = ret.headSite;
v = ret.headSite;
site = site.Next;
}
return ret;
}
void DrawSplineBySmothingThePolyline(IntEdge edgePath) {
var smoothedPolyline = new SmoothedPolylineCalculator(edgePath, Database.Anchors, OriginalGraph, settings,
LayerArrays,
ProperLayeredGraph, Database);
ICurve spline = smoothedPolyline.GetSpline();
if (edgePath.Reversed) {
edgePath.Curve = spline.Reverse();
edgePath.UnderlyingPolyline = smoothedPolyline.Reverse().GetPolyline;
}
else {
edgePath.Curve = spline;
edgePath.UnderlyingPolyline = smoothedPolyline.GetPolyline;
}
}
