If I'm thinking correctly, the Mastercam.IO.Interop.SelectionManager.TranslateSelectedGeometry is using the translate_silent function. bool SelectionManager::TranslateSelectedGeometry (int geometryId) { auto spEntity = std::make_unique <ent> (); bool succ = false; GetEntityByID (geometryId, *spEntity, &succ); if (succ) succ = MoveEntity (spEntity.get ()); return succ; } bool SelectionManager::MoveEntity (ent *entity) { bool succf = false; p_3d fpt = entity->u.sld.min; p_3d tpt; tpt.Set (fpt[0], fpt[1], fpt[2] + 1); translate_silent (&entity->eptr, true, 0, fpt, tpt, 1, 1, &succf, true); return succf; } #pragma endregion }

Seem to still be having the same issue using this method. Unified morph op says the translated geometry is not a surface and going into the parameters and then regenerating the op places the cuts where the geometry was originally. Here is my code: var geometryFound = SearchManager.GetGeometry(); var geoIDs = new List<int>(); foreach (var entity in geometryFound) { geoIDs.Add(entity.GetEntityID()); } foreach(var geo in geoIDs) { Mastercam.IO.Interop.SelectionManager.TranslateSelectedGeometry(geo); }

Sounds like that could help! Do I need access to the c-hook SDK to be able to view that example? Looks like I don't have permission to view the C++ downloads page on the mastercam website.

I am making a c-hook using c# that includes translating the part along the z axis. After translating it, it shows an error when trying to regenerate the ops that use a surface as geometry. This is using SelectionManager.SelectAllGeometry and GeometryManipulationManager.TranslateGeometry