Пример создания утилиты для Unigraphics NX с помощью библиотеки NXOpen на языке Java

// NX 12.0.1.7 // Journal created by Aleksandr on Sun Nov  3 19:49:32 2019 RTZ 2 (зима)  // import nxopen.*; public class journalTT {   public static void main(String [] args) throws NXException, java.rmi.RemoteException   {     nxopen.Session theSession = (nxopen.Session)nxopen.SessionFactory.get("Session");     nxopen.cae.FemPart workFemPart = ((nxopen.cae.FemPart)theSession.parts().baseWork());     nxopen.cae.FemPart displayFemPart = ((nxopen.cae.FemPart)theSession.parts().baseDisplay());     // ----------------------------------------------     //   Меню: Вставить->Сетка->2D сетка...     // ----------------------------------------------     int markId1;     markId1 = theSession.setUndoMark(nxopen.Session.MarkVisibility.VISIBLE, "Начало");          nxopen.cae.FEModel fEModel1 = ((nxopen.cae.FEModel)workFemPart.findObject("FEModel"));     nxopen.cae.MeshManager meshManager1 = ((nxopen.cae.MeshManager)fEModel1.find("MeshManager"));     nxopen.cae.Mesh2d nullNXOpen_CAE_Mesh2d = null;     nxopen.cae.Mesh2dBuilder mesh2dBuilder1;     mesh2dBuilder1 = meshManager1.createMesh2dBuilder(nullNXOpen_CAE_Mesh2d);          nxopen.cae.MeshCollector nullNXOpen_CAE_MeshCollector = null;     mesh2dBuilder1.elementType().destinationCollector().setElementContainer(nullNXOpen_CAE_MeshCollector);          mesh2dBuilder1.elementType().setElementTypeName("CQUAD4");          nxopen.Unit unit1 = ((nxopen.Unit)workFemPart.unitCollection().findObject("MilliMeter"));     mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("quad mesh overall edge size", "10", unit1);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("target minimum element edge length", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("surface curvature threshold", "5.05", unit1);          nxopen.Unit nullNXOpen_Unit = null;     mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("small feature value", "1", nullNXOpen_Unit);          theSession.setUndoMarkName(markId1, "Диалоговое окно 2D сетка");          nxopen.DisplayableObject [] objects1  = new nxopen.DisplayableObject[1];     nxopen.cae.CAEBody cAEBody1 = ((nxopen.cae.CAEBody)workFemPart.findObject("CAE_Body(14)"));     nxopen.cae.CAEFace cAEFace1 = ((nxopen.cae.CAEFace)cAEBody1.findObject("CAE_Face(14)"));     objects1[0] = cAEFace1;     boolean added1;     added1 = mesh2dBuilder1.selectionList().add(objects1);          nxopen.DisplayableObject [] objects2  = new nxopen.DisplayableObject[1];     nxopen.cae.CAEBody cAEBody2 = ((nxopen.cae.CAEBody)workFemPart.findObject("CAE_Body(3)"));     nxopen.cae.CAEFace cAEFace2 = ((nxopen.cae.CAEFace)cAEBody2.findObject("CAE_Face(3)"));     objects2[0] = cAEFace2;     boolean added2;     added2 = mesh2dBuilder1.selectionList().add(objects2);          nxopen.DisplayableObject [] objects3  = new nxopen.DisplayableObject[1];     nxopen.cae.CAEBody cAEBody3 = ((nxopen.cae.CAEBody)workFemPart.findObject("CAE_Body(2)"));     nxopen.cae.CAEFace cAEFace3 = ((nxopen.cae.CAEFace)cAEBody3.findObject("CAE_Face(2)"));     objects3[0] = cAEFace3;     boolean added3;     added3 = mesh2dBuilder1.selectionList().add(objects3);          nxopen.DisplayableObject [] objects4  = new nxopen.DisplayableObject[1];     nxopen.cae.CAEBody cAEBody4 = ((nxopen.cae.CAEBody)workFemPart.findObject("CAE_Body(1)"));     nxopen.cae.CAEFace cAEFace4 = ((nxopen.cae.CAEFace)cAEBody4.findObject("CAE_Face(1)"));     objects4[0] = cAEFace4;     boolean added4;     added4 = mesh2dBuilder1.selectionList().add(objects4);          int markId2;     markId2 = theSession.setUndoMark(nxopen.Session.MarkVisibility.INVISIBLE, "2D сетка");          theSession.deleteUndoMark(markId2, null);          int markId3;     markId3 = theSession.setUndoMark(nxopen.Session.MarkVisibility.INVISIBLE, "2D сетка");          mesh2dBuilder1.setAutoResetOption(false);          mesh2dBuilder1.elementType().setElementDimension(nxopen.cae.ElementTypeBuilder.ElementType.SHELL);          mesh2dBuilder1.elementType().setElementTypeName("CQUAD4");          nxopen.cae.DestinationCollectorBuilder destinationCollectorBuilder1;     destinationCollectorBuilder1 = mesh2dBuilder1.elementType().destinationCollector();          destinationCollectorBuilder1.setElementContainer(nullNXOpen_CAE_MeshCollector);          destinationCollectorBuilder1.setAutomaticMode(true);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("meshing method", 0);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("quad mesh overall edge size", "10", unit1);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("block decomposition option bool", false);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("mapped mesh option bool", false);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("fillet num elements", 3);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("num elements on cylinder circumference", 6);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("element size on cylinder height", "1", unit1);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("quad only option", 0);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("mesh individual faces option bool", false);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("midnodes", 0);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("geometry tolerance option bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("geometry tolerance", "0", unit1);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("target maximum element edge length bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("maximum element edge length", "1", unit1);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("target minimum element edge length", false);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("split poor quads bool", false);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("move nodes off geometry bool", false);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("max quad warp option bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("max quad warp", "5", nullNXOpen_Unit);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("max jacobian", "5", nullNXOpen_Unit);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("target element skew bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("element skew", "30", nullNXOpen_Unit);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("max included angle quad option bool", false);          nxopen.Unit unit2 = ((nxopen.Unit)workFemPart.unitCollection().findObject("Degrees"));     mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("max included angle quad", "150", unit2);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("min included angle quad option bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("min included angle quad", "30", unit2);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("max included angle tria option bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("max included angle tria", "150", unit2);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("min included angle tria option bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("min included angle tria", "30", unit2);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("mesh transition bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("mesh size variation", "50", nullNXOpen_Unit);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("surface curvature threshold", "5.05", unit1);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("alternate feature abstraction bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("minimum feature element size", "0.001", unit1);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("small feature tolerance", "10", nullNXOpen_Unit);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("small feature value", "1", nullNXOpen_Unit);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("suppress hole option bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("hole diameter tolerance", "0", unit1);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("hole suppresion point type", 0);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("merge edge toggle bool", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("edge angle", "15", unit2);          mesh2dBuilder1.propertyTable().setBooleanPropertyValue("quad mesh edge match toggle", false);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("quad mesh edge match tolerance", "0.02", unit1);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("quad mesh smoothness tolerance", "0.01", unit1);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("quad mesh surface match tolerance", "0.001", unit1);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("quad mesh transitional rows", 3);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("min face angle", "20", unit2);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("mesh time stamp", 0);          mesh2dBuilder1.propertyTable().setBaseScalarWithDataPropertyValue("quad mesh node coincidence tolerance", "0.0001", unit1);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("mesh edit allowed", 0);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("transition edge seeding", 0);          mesh2dBuilder1.propertyTable().setIntegerPropertyValue("cylinder curved end num elements", 6);          int id1;     id1 = theSession.newestVisibleUndoMark();          int nErrs1;     nErrs1 = theSession.updateManager().doUpdate(id1);          nxopen.cae.Mesh [] meshes1 ;     meshes1 = mesh2dBuilder1.commitMesh();          theSession.deleteUndoMark(markId3, null);          theSession.setUndoMarkName(id1, "2D сетка");          mesh2dBuilder1.destroy();          // ----------------------------------------------     //   Меню: Инструменты->Повторить команду->3 Остановка записи журнала     // ----------------------------------------------     // ----------------------------------------------     //   Меню: Инструменты->Журнал->Остановка записи     // ----------------------------------------------      }      public static final int getUnloadOption() { return nxopen.BaseSession.LibraryUnloadOption.IMMEDIATELY; }    }     }