public static IntPoint[][] nfpToClipperCoordinates(NFP nfp, double clipperScale = 10000000)
{
List <IntPoint[]> clipperNfp = new List <IntPoint[]>();
// children first
if (nfp.Childrens != null && nfp.Childrens.Count > 0)
{
for (var j = 0; j < nfp.Childrens.Count; j++)
{
if (GeometryUtil.polygonArea(nfp.Childrens[j]) < 0)
{
nfp.Childrens[j].reverse();
}
var childNfp = ClipperHelper.ScaleUpPaths(nfp.Childrens[j], clipperScale);
clipperNfp.Add(childNfp);
}
}
if (GeometryUtil.polygonArea(nfp) > 0)
{
nfp.reverse();
}
var outerNfp = ClipperHelper.ScaleUpPaths(nfp, clipperScale);
clipperNfp.Add(outerNfp);
return(clipperNfp.ToArray());
}
public static IntPoint[][] nfpToClipperCoordinates(NFP nfp, double clipperScale = 10000000)
{
List <IntPoint[]> clipperNfp = new List <IntPoint[]>();
// children first
if (nfp.Childrens != null && nfp.Childrens.Count > 0)
{
for (var j = 0; j < nfp.Childrens.Count; j++)
{
if (GeometryUtil.polygonArea(nfp.Childrens[j]) < 0)
{
nfp.Childrens[j].reverse();
}
//var childNfp = SvgNest.toClipperCoordinates(nfp.children[j]);
var childNfp = ScaleUpPaths(nfp.Childrens[j], clipperScale);
clipperNfp.Add(childNfp);
}
}
if (GeometryUtil.polygonArea(nfp) > 0)
{
nfp.reverse();
}
//var outerNfp = SvgNest.toClipperCoordinates(nfp);
// clipper js defines holes based on orientation
var outerNfp = ScaleUpPaths(nfp, clipperScale);
//var cleaned = ClipperLib.Clipper.CleanPolygon(outerNfp, 0.00001*config.clipperScale);
clipperNfp.Add(outerNfp);
//var area = Math.abs(ClipperLib.Clipper.Area(cleaned));
return(clipperNfp.ToArray());
}