DInsight

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We have corrected that.
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Hi Mark The sample was built from C++ code and it has a bug: In ExtractionProximityDlg::Extract() there is m_iExtractedEnt->SetTransient(VARIANT_TRUE); which should not be there. Other languages are OK. If you delete the line it will work OK. We have fixed this for v6.2. The saved mode will also hav...

Hello, Dernbauer Sorry for the late answer You need to make a BRep vertex, which represents your point: IBRepVertex_DG iVtx = iGener.Create("BRepVertex_DG") as IBRepVertex_DG; iVtx.SetPosition(x, y, z); Make an entity for it: IEntity_DG iEntityPoint = iGener.Create("IEntity_DG") as IEntity_DG; IBRep...

Sorry about that, Stan
We have corrected the problem.
In case it ever happens again, the executables downloaded from https://dynoinsight.com/ProDown.htm are safe. The warnings normally have an option to ignore them.
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Hi Rudy

Get it from the entity: IMaterial material = entity as IMaterial;

It is a good point though. We will add handling the query in v6.2.

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Hello Adbou
We have fixed that in today's 5165 update.
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Hi Tom Thank you for reporting. The last 5162 update should fix it. For performance vertex selection is not completely precise. Some visible vertices may not be selected because its average normal (average among adjacent faces) is directed away from the viewer. So sometimes a small rotation is neede...

Hi Adam,
Sorry for the late answer.
Position is defined as POSN type which in 64 bit product resolves to long (64 bit unsigned integer).
We have corrected the documentation. Thank you for pointing this out.

Hi Peter There are no group notion per se. DGK is using an empty entity to group its children. Empty means without a geometry. IEntity_DG.GetGeometry() returns null in the case. These come, for an example, from IModel_DG.AddNewEntity(). It can also have a non-null but empty geometry. Like a mesh wit...

Hi Pham Normally it is not a good idea. I would suggest using a wire instead and add the edge to it. An edge is defined by a single 3D curve. If you know that the curves are geometrically identical, the merge means extending range of the first edge. You can do it like this: Point_DG ptLastEnd = iEdg...