void UpdateSampling(SmoothCurveElement c)
{
if (MinimizeSampling && c.source is Segment2d)
{
c.polyLine = new PolyLine2d();
c.polyLine.AppendVertex(((Segment2d)c.source).P0);
c.polyLine.AppendVertex(((Segment2d)c.source).P1);
}
else
{
c.polyLine = new PolyLine2d(
CurveSampler2.AutoSample(c.source, DistanceAccuracy, SpacingT));
}
}
/// <summary>
/// Resample parametric solid into polygonal solid
/// </summary>
public GeneralPolygon2d Convert(double fSpacingLength, double fSpacingT, double fDeviationTolerance)
{
GeneralPolygon2d poly = new GeneralPolygon2d();
poly.Outer = new Polygon2d(
CurveSampler2.AutoSample(this.outer, fSpacingLength, fSpacingT));
poly.Outer.Simplify(0, fDeviationTolerance);
foreach (var hole in this.Holes)
{
Polygon2d holePoly = new Polygon2d(
CurveSampler2.AutoSample(hole, fSpacingLength, fSpacingT));
holePoly.Simplify(0, fDeviationTolerance);
poly.AddHole(holePoly, false);
}
return(poly);
}
void UpdateSampling(SmoothLoopElement l)
{
l.polygon = new Polygon2d(
CurveSampler2.AutoSample(l.source, DistanceAccuracy, SpacingT));
}