/// <inheritdoc />
public IMesh Triangulate(IPolygon polygon, ConstraintOptions options, QualityOptions quality)
{
var mesh = (Mesh)triangulator.Triangulate(polygon.Points, config);
var cmesher = new ConstraintMesher(mesh, config);
var qmesher = new QualityMesher(mesh, config);
mesh.SetQualityMesher(qmesher);
// Insert segments.
cmesher.Apply(polygon, options);
// Refine mesh.
qmesher.Apply(quality);
return(mesh);
}
/// <inheritdoc />
public IMesh Triangulate(IPolygon polygon, ConstraintOptions options, QualityOptions quality)
{
var mesh = (Mesh)triangulator.Triangulate(polygon.Points, config);
var cmesher = new ConstraintMesher(mesh, config);
var qmesher = new QualityMesher(mesh, config);
mesh.SetQualityMesher(qmesher);
// Insert segments.
cmesher.Apply(polygon, options);
// Refine mesh.
qmesher.Apply(quality);
return mesh;
}
/// <summary>
/// Set QualityMesher for mesh refinement.
/// </summary>
/// <param name="qmesher"></param>
internal void SetQualityMesher(QualityMesher qmesher)
{
qualityMesher = qmesher;
}
public void Refine(QualityOptions quality, bool delaunay = false)
{
invertices = vertices.Count;
if (behavior.Poly)
{
insegments = behavior.useSegments ? subsegs.Count : hullsize;
}
Reset();
if (qualityMesher == null)
{
qualityMesher = new QualityMesher(this, new Configuration());
}
// Enforce angle and area constraints.
qualityMesher.Apply(quality, delaunay);
}
