public override void getNXInfo()
{
for (int i = 0; i < nx_RefGeoms.Length; i++)
{
if (nx_RefGeoms[i].ToString().Contains("Face"))
{
Face planarFace = (Face)nx_RefGeoms[i];
Face.FaceType faceType = planarFace.SolidFaceType;
Edge[] faceEdges = planarFace.GetEdges();
Point3d[] v1 = new Point3d[planarFace.GetEdges().Count()];
Point3d[] v2 = new Point3d[planarFace.GetEdges().Count()];
for (int j = 0; j < planarFace.GetEdges().Count(); j++)
{
faceEdges[j].GetVertices(out v1[j], out v2[j]);
convertWorldToLocal LocalConv = new convertWorldToLocal();
Point3d localPoint1 = LocalConv.calculateLocalCoord(v1[j], refGeomPartPositions[i], refGeomPartOrientations[i]);
Point3d localPoint2 = LocalConv.calculateLocalCoord(v2[j], refGeomPartPositions[i], refGeomPartOrientations[i]);
switch (i)
{
case 0:
NXrefPoints1.Add(localPoint1);
break;
case 1:
NXrefPoints2.Add(localPoint1);
break;
}
}
}
}
ConstType = nxConst.ConstraintType.ToString();
}
public override void getNXInfo()
{
for (int i = 0; i < nx_RefGeoms.Length; i++)
{
if (nx_RefGeoms[i].ToString().Contains("Face"))
{
Face tempconst = (Face)nx_RefGeoms[i];
Edge[] circularedges = tempconst.GetEdges();
Edge circularEdge = circularedges[0];
Edge.EdgeType edgeType = circularEdge.SolidEdgeType;
Point3d a, b;
circularEdge.GetVertices(out a, out b); //a, b are same since circular edge starts and ends at same position
convertWorldToLocal worldToLocalConv = new convertWorldToLocal();
Point3d tcad_Coord = worldToLocalConv.calculateLocalCoord(a, refGeomPartPositions[i], refGeomPartOrientations[i]);
tcad_RefGeoms[i] = tcad_refGeomRelatedParts[i].SelectCurveBy3Points(tcad_Coord.X, tcad_Coord.Y, tcad_Coord.Z, tcad_Coord.X, tcad_Coord.Y, tcad_Coord.Z, tcad_Coord.X, tcad_Coord.Y, tcad_Coord.Z);
if (tcad_RefGeoms[i] == null)
{
tcad_RefGeoms[i] = tcad_refGeomRelatedParts[i].SelectCurveBy3Points(-tcad_Coord.X, tcad_Coord.Y, tcad_Coord.Z, -tcad_Coord.X, tcad_Coord.Y, tcad_Coord.Z, -tcad_Coord.X, tcad_Coord.Y, tcad_Coord.Z);
}
}
}
}
