private static ObjectTypes.SubType GetFaceType(Snap.NX.Face snapFace)
{
ObjectTypes.SubType faceUnknown = ObjectTypes.SubType.FaceUnknown;
NXOpen.Face.FaceType undefined = NXOpen.Face.FaceType.Undefined;
try
{
undefined = snapFace.NXOpenFace.SolidFaceType;
}
catch
{
}
switch (undefined)
{
case NXOpen.Face.FaceType.Planar:
faceUnknown = ObjectTypes.SubType.FacePlane;
break;
case NXOpen.Face.FaceType.Cylindrical:
faceUnknown = ObjectTypes.SubType.FaceCylinder;
break;
case NXOpen.Face.FaceType.Conical:
faceUnknown = ObjectTypes.SubType.FaceCone;
break;
case NXOpen.Face.FaceType.Spherical:
faceUnknown = ObjectTypes.SubType.FaceSphere;
break;
case NXOpen.Face.FaceType.Parametric:
faceUnknown = ObjectTypes.SubType.FaceBsurface;
break;
case NXOpen.Face.FaceType.Blending:
faceUnknown = ObjectTypes.SubType.FaceBlend;
break;
case NXOpen.Face.FaceType.Offset:
faceUnknown = ObjectTypes.SubType.FaceOffset;
break;
case NXOpen.Face.FaceType.Swept:
faceUnknown = ObjectTypes.SubType.FaceExtruded;
break;
}
if (undefined != NXOpen.Face.FaceType.SurfaceOfRevolution)
{
return(faceUnknown);
}
double num = GetSurfaceRadii(snapFace)[1];
if (num != 0.0)
{
return(ObjectTypes.SubType.FaceTorus);
}
return(ObjectTypes.SubType.FaceRevolved);
}
internal Torus(NXOpen.Face nxopenFace) : base(nxopenFace)
{
NXOpen.Face.FaceType solidFaceType = nxopenFace.SolidFaceType;
base.NXOpenTaggedObject = nxopenFace;
}
