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NXOpen .NET Reference
12.0.0
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This is the complete list of members for NXOpen.UF.UFSf, including all inherited members.
| _0D_density_type_ enum name | NXOpen.UF.UFSf | |
| _0D_element_type_ enum name | NXOpen.UF.UFSf | |
| _1D_density_type_ enum name | NXOpen.UF.UFSf | |
| _1D_element_type_ enum name | NXOpen.UF.UFSf | |
| AddToSolutionNx(int num_of_lbc, ref NXOpen.Tag lbc) | NXOpen.UF.UFSf | |
| AddToStepNx(int num_of_lbc, ref NXOpen.Tag lbc) | NXOpen.UF.UFSf | |
| AllocDefeatureParms(int num_ret_faces, NXOpen.Tag[] ret_faces_a, int num_rem_faces, NXOpen.Tag[] rem_faces_a, NXOpen.Tag seed_face, int num_bnd_faces, NXOpen.Tag[] bnd_faces, NXOpen.Tag angle_exp, out DefeatureParms[] defeature_parms_p) | NXOpen.UF.UFSf | |
| AllocIdealizeParms(out IntPtr parms_p) | NXOpen.UF.UFSf | |
| AllocIdealizeRegion(NXOpen.Tag seed_face, int num_bnd_faces, NXOpen.Tag[] bnd_faces, NXOpen.Tag angle_exp, out IntPtr region_p) | NXOpen.UF.UFSf | |
| ApplyBeamEndMass(string end_a_nsm_exp, string end_b_nsm_exp, int num_items, NXOpen.Tag[] items_array) | NXOpen.UF.UFSf | |
| AskActiveSolutionNx(out NXOpen.Tag active_solution) | NXOpen.UF.UFSf | |
| AskActiveStepNx(out NXOpen.Tag active_step) | NXOpen.UF.UFSf | |
| AskAllPolygonBodies(out int num_polygon_bodies, out NXOpen.Tag[] polygon_bodies) | NXOpen.UF.UFSf | |
| AskBeamEndMass(NXOpen.Tag object_tag, out double end_a_nsm, out double end_b_nsm) | NXOpen.UF.UFSf | |
| AskClosestPoint(double[] point, NXOpen.Tag entity,[Out] double[] closest_point, out double min_dist) | NXOpen.UF.UFSf | |
| AskCombinedLoadCase(NXOpen.Tag clc_tag, out string clc_name, out int num_comps, out NXOpen.Tag[] lbc_tags, out double[] lbc_scales) | NXOpen.UF.UFSf | |
| AskCombinedLoadCases(NXOpen.Tag part_tag, out int num_clcs, out NXOpen.Tag[] clc_tags) | NXOpen.UF.UFSf | |
| AskDomElmType(NXOpen.Tag mesh_recipe, out ElementType elm_type) | NXOpen.UF.UFSf | |
| AskDursolNx(NXOpen.Tag dursol_tag, out string dursol_name, out NXOpen.Tag solution_tag, out DursolStressCriterion stress_criterion, out DursolStressType stress_type, out DursolDesignLifeCriterion design_life_criterion, out int fatigue_cycles, out double k_factor, out DursolFatigueLifeCriterion fatigue_life_criterion, out int design_cycles) | NXOpen.UF.UFSf | |
| AskEdgeDensity(NXOpen.Tag object_tag, out EdgeDensityData edge_density_data_ptr) | NXOpen.UF.UFSf | |
| AskElement(NXOpen.Tag elm_tag, out int elm_id, out ElmAdaptivityType adaptivity, out ElmDimensionType dimension, out ElementType element_type) | NXOpen.UF.UFSf | |
| AskElementEdges(NXOpen.Tag elem_tag, out int num_edges, out NXOpen.Tag[] start_nodes, out NXOpen.Tag[] end_nodes, out NXOpen.Tag[] mid_nodes) | NXOpen.UF.UFSf | |
| AskElementTypeNames(ElementType element_type, out string element_name_array) | NXOpen.UF.UFSf | |
| AskGeomData(NXOpen.Tag mesh_object, MeshGeomUsage usage_type, out int num_geom_items, out NXOpen.Tag[] geom_items_p) | NXOpen.UF.UFSf | |
| AskIdealizeParmExp(IntPtr parms_p, IdealizeParmExp parm_exp_t, out NXOpen.Tag exp_tag) | NXOpen.UF.UFSf | |
| AskIdealizeParmFaces(IntPtr parms_p, IdealizeParmFace parm_face_t, out int num_faces, out NXOpen.Tag[] faces) | NXOpen.UF.UFSf | |
| AskIdealizeParms(NXOpen.Tag feature_tag, out bool is_region, IntPtr body_region, IntPtr idealize_parms) | NXOpen.UF.UFSf | |
| AskIdealizeRegion(IntPtr region_p, out NXOpen.Tag seed_face, out int num_bnd_faces, out NXOpen.Tag[] bnd_faces, ref NXOpen.Tag angle_exp) | NXOpen.UF.UFSf | |
| AskLanguage(NXOpen.Tag language_tag, out string language_name, out int version, out SfLangAnalysisType analysis_type, out SfLangProblemAbstract problem_abstraction, out SfLangLinearity linearity, out SfLangTimeDepend time_dependency, out string solver_name) | NXOpen.UF.UFSf | |
| AskLibraryMaterials(string type_filter, string category_filter, string name_filter, out int material_count, out string[] material_librefs, out string[] material_names, out string[] material_types) | NXOpen.UF.UFSf | |
| AskLvNx(NXOpen.Tag lv_tag, out string lv_name, out double scaling_factor, out int count, out LvFunctionMode function_type, out NXOpen.Tag solution_step_tag) | NXOpen.UF.UFSf | |
| AskMaterialType(NXOpen.Tag material_tag, out NeutralMaterialTypes material_type) | NXOpen.UF.UFSf | |
| AskMeshDimension(NXOpen.Tag mesh_recipe, out MeshDimension dimension) | NXOpen.UF.UFSf | |
| AskMeshMatingCondition(NXOpen.Tag assembly_mesh_tag, out NXOpen.Tag assembling_geom, out NXOpen.Tag target_geom, out string assembly_name, out int seed_mesh, out AssemblyType assembly_type, out double merge_tolerance, out double match_tolerance) | NXOpen.UF.UFSf | |
| AskMeshVisuals(NXOpen.Tag mesh_tag, out MeshVisuals mesh_vis) | NXOpen.UF.UFSf | |
| AskMidsrfFrecType(NXOpen.Tag feature_tag, out int midsrf_type) | NXOpen.UF.UFSf | |
| AskNode(NXOpen.Tag node_tag, out int node_id, out NodeBtype b_type, out MidNodeType e_type,[Out] double[] abspos) | NXOpen.UF.UFSf | |
| AskNodePgeoms(NXOpen.Tag node_tag, out int parent_cnt, out NXOpen.Tag[] parent_list, out MeshGeometryTypes[] geom_types) | NXOpen.UF.UFSf | |
| AskNthDursolNx(int index, out NXOpen.Tag dursol_tag) | NXOpen.UF.UFSf | |
| AskNthMeshRecipe(NXOpen.Tag fem_tag, int index, out NXOpen.Tag mesh_recipe_tag) | NXOpen.UF.UFSf | |
| AskNthSolutionNx(int solution, out NXOpen.Tag solution_tag) | NXOpen.UF.UFSf | |
| AskNumDursolsNx(out int num_dursols) | NXOpen.UF.UFSf | |
| AskNumMeshRecipes(NXOpen.Tag fem_tag, out int num_mesh_recipes) | NXOpen.UF.UFSf | |
| AskNumSolutionsNx(out int solution_count) | NXOpen.UF.UFSf | |
| AskOffsetMidsrfThickness(NXOpen.Tag midsrf_tag, out double thickness) | NXOpen.UF.UFSf | |
| AskSolutionNx(NXOpen.Tag lbc_tag, out int num_members, out NXOpen.Tag[] solution_pp) | NXOpen.UF.UFSf | |
| AskStepNx(NXOpen.Tag lbc_tag, out int num_members, out NXOpen.Tag[] step_pp) | NXOpen.UF.UFSf | |
| AskUgs2dMeshParms(NXOpen.Tag mesh_tag, out Ugs2dMeshParms mesh_parms) | NXOpen.UF.UFSf | |
| AskUgsTetMeshParms(NXOpen.Tag mesh_tag, out UgsTetMeshParms mesh_parms) | NXOpen.UF.UFSf | |
| AssemblyType enum name | NXOpen.UF.UFSf | |
| AutoCreateMeshMatingCondition(int entity_num, NXOpen.Tag[] entity_array, double merge_tolerance, int make_mesh_coincident, int coincident_face_only, int mesh_mating_type, out int num_assembly_meshes, out NXOpen.Tag[] assembly_meshes) | NXOpen.UF.UFSf | |
| AutoCreateSurfaceContactMesh(double capture_distance, IntPtr property, out int num_meshes, out NXOpen.Tag[] mesh_recipes) | NXOpen.UF.UFSf | |
| BodyAskBoundingBox(NXOpen.Tag cae_tag,[Out] double[] pad_bounding_volume) | NXOpen.UF.UFSf | |
| BodyAskEdges(NXOpen.Tag cae_tag, out int num_edges, out NXOpen.Tag[] edges) | NXOpen.UF.UFSf | |
| BodyAskFaces(NXOpen.Tag cae_tag, out int num_faces, out NXOpen.Tag[] faces) | NXOpen.UF.UFSf | |
| BodyAskModlBody(NXOpen.Tag cae_tag, out NXOpen.Tag modl_body_p) | NXOpen.UF.UFSf | |
| BodyAskVolumeAndCentroid(NXOpen.Tag cae_tag, out double pd_volume,[Out] double[] centroid) | NXOpen.UF.UFSf | |
| CaeInformation(ScenarioInfo info_type, int num_entities, NXOpen.Tag[] entities_tags, string output_file_with_path) | NXOpen.UF.UFSf | |
| CheckModelComprehensive(bool detailed_message, string ouput_file_with_path) | NXOpen.UF.UFSf | |
| CheckModelDuplicateNodes(int num_meshes, ref NXOpen.Tag mesh_tags, bool merge_duplicates, double tolerance, out int num_duplicates) | NXOpen.UF.UFSf | |
| CheckModelElementShapes(int num_meshes, NXOpen.Tag[] mesh_tags, bool list_all_elems, string output_file_with_path, int FILE) | NXOpen.UF.UFSf | |
| CleanMshvldErrorContainer(ref MeshErrorContainer container) | NXOpen.UF.UFSf | |
| CloneScenario(NXOpen.Tag master_part_tag, string orig_scen, string cloned_scen) | NXOpen.UF.UFSf | |
| CloseScenario() | NXOpen.UF.UFSf | |
| CountAllNodesOfValidElements(out int number_of_all_valid_nodes) | NXOpen.UF.UFSf | |
| CountAllValidElements(out int number_of_all_valid_elements) | NXOpen.UF.UFSf | |
| CountElements(NXOpen.Tag mesh, out int number_of_elements) | NXOpen.UF.UFSf | |
| CountNodes(NXOpen.Tag mesh, out int number_of_nodes) | NXOpen.UF.UFSf | |
| Create0dMesh(int num_geom_objects, NXOpen.Tag[] geom_array, _0D_element_type_ element_type, double default_density, _0D_density_type_ default_density_type, double mass_value, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| Create0dMeshDistMass(int num_geom_objects, NXOpen.Tag[] geom_array, _0D_element_type_ element_type, double default_density, _0D_density_type_ default_density_type, double mass_value, int distribute_mass, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| Create1dConnectionMesh(ref _1d_mesh_data_ mesh_data, ref OrientationData orient_data, int num_group1_objects, NXOpen.Tag[] group1_array, MeshGeomMeshdir[] group1_direction_array, int num_group2_objects, NXOpen.Tag[] group2_array, MeshGeomMeshdir[] group2_direction_array, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| Create1dMesh(ref _1d_mesh_data_ mesh_data, ref OrientationData orient_data, int num_group1_objects, NXOpen.Tag[] group1_array, int num_group2_objects, NXOpen.Tag[] group2_array, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| CreateAutoFaceSubdiv(NXOpen.Tag[] objects, int obj_count, double distance_tolerance, int subdivision_needed, int face_search_option, out ResultingFacePairs[] resulting_pairs, out int resulting_pairs_count) | NXOpen.UF.UFSf | |
| CreateCombinedLoadCase(string clc_name, int num_comps, NXOpen.Tag[] lbc_tags, double[] lbc_scales, out NXOpen.Tag clc_tag) | NXOpen.UF.UFSf | |
| CreateContactMesh(ref NXOpen.Tag mesh, ref ContactMeshData mesh_data, ref OrientationData orient_data) | NXOpen.UF.UFSf | |
| CreateDefeatureBody(ref DefeatureParms defeature_parms_p, out NXOpen.Tag feature_tag, out int n_failing_wound_edges, out NXOpen.Tag[] failing_wound_edges) | NXOpen.UF.UFSf | |
| CreateDursolNx(string name, NXOpen.Tag solution_tag, out NXOpen.Tag dursol_tag) | NXOpen.UF.UFSf | |
| CreateEdgeFaceConn(ref EfConnInfo uf_ef_conn_info, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| CreateFem(string fem_name, NXOpen.Tag cad_part_tag, string idealized_part_name, bool use_all_bodies_flag, int num_bodies, NXOpen.Tag[] body_tags, string solver_name, string analysis_type_name, int num_desc_lines, string[] description, out NXOpen.Tag new_fem_tag) | NXOpen.UF.UFSf | |
| CreateFemWithGeomOpts(string fem_name, NXOpen.Tag cad_part_tag, string idealized_part_name, bool use_all_bodies_flag, int num_bodies, ref NXOpen.Tag body_tags, string solver_name, string analysis_type_name, int num_desc_lines, string[] description, GeomOptions geom_options, out NXOpen.Tag new_fem_tag) | NXOpen.UF.UFSf | |
| CreateHardpointOnGeom(NXOpen.Tag geom_tag, double[] ref_point, out NXOpen.Tag hardpoint_tag) | NXOpen.UF.UFSf | |
| CreateIdealizeBody(NXOpen.Tag body_tag, IntPtr parms_p, out NXOpen.Tag feature_tag, out int n_failing_wound_edges, out NXOpen.Tag[] failing_wound_edges) | NXOpen.UF.UFSf | |
| CreateIdealizeRegion(IntPtr region_p, IntPtr parms_p, out NXOpen.Tag feature_tag, out int n_failing_wound_edges, out NXOpen.Tag[] failing_wound_edges) | NXOpen.UF.UFSf | |
| CreateLvNx(string lv_name, double scaling_factor, int count, LvFunctionMode function_type, NXOpen.Tag solution_step_tag, NXOpen.Tag dursol_tag, out NXOpen.Tag lv_tag) | NXOpen.UF.UFSf | |
| CreateMeshMatingCondition(NXOpen.Tag assembling_geom, NXOpen.Tag target_geom, string assembly_name, int seed_mesh, AssemblyType assembly_type, double merge_tolerance, double match_tolerance, out NXOpen.Tag assembly_mesh) | NXOpen.UF.UFSf | |
| CreateOffsetMidsrf(NXOpen.Tag seed_face, double cliff_angle, double percentage_dist, out NXOpen.Tag midsurface_tag) | NXOpen.UF.UFSf | |
| CreateReport() | NXOpen.UF.UFSf | |
| CreateScenarioNx(string scenario_name, out NXOpen.Tag new_scenario_tag) | NXOpen.UF.UFSf | |
| CreateSimulation(string simulation_name, NXOpen.Tag fem_tag, int num_desc_lines, string[] description, out NXOpen.Tag new_simulation_tag) | NXOpen.UF.UFSf | |
| CreateSolutionNx(NXOpen.Tag solution_desc, NXOpen.Tag solver_desc, string solution_name, out NXOpen.Tag solution_tag) | NXOpen.UF.UFSf | |
| CreateStepNx(NXOpen.Tag step_desc, string step_name, NXOpen.Tag solution_tag, out NXOpen.Tag step_tag) | NXOpen.UF.UFSf | |
| CreateSurfaceContactMesh(NXOpen.Tag source_face, NXOpen.Tag target_face, IntPtr property, out NXOpen.Tag mesh_recipe) | NXOpen.UF.UFSf | |
| CreateSweptHexMesh(NXOpen.Tag solid_body, NXOpen.Tag source_face, bool midnodes, double elem_size, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| CreateUgs2dMesh(ref Ugs2dMeshParms mesh_parms, int num_geoms, NXOpen.Tag[] geoms_p, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| CreateUgs2dMeshWithHdpts(ref Ugs2dMeshParms mesh_parms, int num_geoms, NXOpen.Tag[] geoms_p, int num_hardpoints, NXOpen.Tag[] hardpoints_p, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| CreateUgs2dMeshWtAbstractionControl(ref Ugs2dMeshParms mesh_parms, ref UgsMeshAbstractionParams abs_data_p, int num_geoms, NXOpen.Tag[] geoms_p, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| CreateUgsTetMesh(ref UgsTetMeshParms mesh_parms, int num_bodies, NXOpen.Tag[] bodies_p, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| CreateUgsTetMeshWtAbstractionControl(ref UgsTetMeshParms mesh_parms, ref UgsMeshAbstractionParams abs_data_p, int num_bodies, NXOpen.Tag[] bodies_p, int f_partial_surf_mesh, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| CreateUserdefMidsrf(ref MidsrfUserParms parms_p, out NXOpen.Tag feature_tag) | NXOpen.UF.UFSf | |
| CreateWeldMesh(ref _1d_mesh_data_ mesh_data, ref OrientationData orient_data, int num_objects, NXOpen.Tag[] obj_array, int num_top_faces, NXOpen.Tag[] top_face_array, int num_bot_faces, ref NXOpen.Tag bot_face_array, out NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| DeleteDispResults(int delete_legend_sw) | NXOpen.UF.UFSf | |
| DeleteDursolNx(NXOpen.Tag dursol_tag) | NXOpen.UF.UFSf | |
| DeleteLvNx(NXOpen.Tag dursol_tag, NXOpen.Tag lv_tag) | NXOpen.UF.UFSf | |
| DeleteMeshMatingCondition(int num_mmc, NXOpen.Tag[] mmc_array) | NXOpen.UF.UFSf | |
| DeleteScenario(NXOpen.Tag master_tag, string scenario_name) | NXOpen.UF.UFSf | |
| DeleteSolutionNx(NXOpen.Tag solution) | NXOpen.UF.UFSf | |
| DeleteStepNx(NXOpen.Tag step) | NXOpen.UF.UFSf | |
| DisplayMesh(NXOpen.Tag mesh_tag) | NXOpen.UF.UFSf | |
| DursolAddLoadNx(NXOpen.Tag dursol_tag, NXOpen.Tag lv_tag) | NXOpen.UF.UFSf | |
| DursolAskLoadCountNx(NXOpen.Tag dursol_tag, out int num_lv) | NXOpen.UF.UFSf | |
| DursolAskLoadNx(NXOpen.Tag dursol_tag, int lv_index, out NXOpen.Tag lv_tag) | NXOpen.UF.UFSf | |
| DursolDesignLifeCriterion enum name | NXOpen.UF.UFSf | |
| DursolFatigueLifeCriterion enum name | NXOpen.UF.UFSf | |
| DursolLocateAllMembersNx(NXOpen.Tag dursol_tag, out int num_lv, out NXOpen.Tag[] lv_pp) | NXOpen.UF.UFSf | |
| DursolRemoveLoadNx(NXOpen.Tag dursol_tag, NXOpen.Tag lv_tag) | NXOpen.UF.UFSf | |
| DursolStressCriterion enum name | NXOpen.UF.UFSf | |
| DursolStressType enum name | NXOpen.UF.UFSf | |
| EdgeAskAdjacentEdges(NXOpen.Tag cae_tag, out int num_edges, out NXOpen.Tag[] edges) | NXOpen.UF.UFSf | |
| EdgeAskBody(NXOpen.Tag cae_tag, out NXOpen.Tag body_p) | NXOpen.UF.UFSf | |
| EdgeAskBoundingBox(NXOpen.Tag cae_tag,[Out] double[] pad_bounding_box) | NXOpen.UF.UFSf | |
| EdgeAskEndPoints(NXOpen.Tag cae_tag,[Out] double[] start_pt,[Out] double[] end_pt,[Out] double[] start_tangent,[Out] double[] end_tangent) | NXOpen.UF.UFSf | |
| EdgeAskFaces(NXOpen.Tag cae_tag, out int num_faces, out NXOpen.Tag[] faces) | NXOpen.UF.UFSf | |
| EdgeAskLength(NXOpen.Tag cae_tag, out double pd_length) | NXOpen.UF.UFSf | |
| EdgeDensityType enum name | NXOpen.UF.UFSf | |
| EdgeEvaluateClosestPoint(NXOpen.Tag cae_tag, double[] ad_point,[Out] double[] ad_out_point, out double pd_param) | NXOpen.UF.UFSf | |
| EdgeEvaluateParamLocation(NXOpen.Tag cae_tag, double d_param,[Out] double[] ad_out_point) | NXOpen.UF.UFSf | |
| EditBeamOrientation(NXOpen.Tag mesh_tag, ref OrientationData orient_data) | NXOpen.UF.UFSf | |
| EditDefeatureParms(NXOpen.Tag feature_tag, ref DefeatureParms defeature_parms_p, out int n_failing_wound_edges, out NXOpen.Tag[] failing_wound_edges) | NXOpen.UF.UFSf | |
| EditDursolNx(NXOpen.Tag dursol_tag, string dursol_name, ref DursolStressCriterion stress_criterion, ref DursolStressType stress_type, ref DursolDesignLifeCriterion design_life_criterion, ref int fatigue_cycles, ref double k_factor, ref DursolFatigueLifeCriterion fatigue_life_criterion, ref int design_cycles) | NXOpen.UF.UFSf | |
| EditIdealizeParms(NXOpen.Tag feature_tag, IntPtr parms_p, out int n_failing_wound_edges, out NXOpen.Tag[] failing_wound_edges) | NXOpen.UF.UFSf | |
| EditLvNx(NXOpen.Tag lv_tag, string lv_name, ref double scaling_factor, ref int count, ref LvFunctionMode function_type) | NXOpen.UF.UFSf | |
| EditMeshMatingCondition(int num_mmc, NXOpen.Tag[] mmc_array, int make_mesh_coincident, int mesh_mating_type) | NXOpen.UF.UFSf | |
| EditOffsetMidsrf(NXOpen.Tag seed_face, double cliff_angle, double percentage_dist, ref NXOpen.Tag midsurface_tag) | NXOpen.UF.UFSf | |
| EditUserdefMidsrf(ref MidsrfUserParms parms_p, ref NXOpen.Tag feature_tag) | NXOpen.UF.UFSf | |
| ElementType enum name | NXOpen.UF.UFSf | |
| ElmAdaptivityType enum name | NXOpen.UF.UFSf | |
| ElmDimensionType enum name | NXOpen.UF.UFSf | |
| FaceAskAdjacentFaces(NXOpen.Tag cae_tag, out int num_faces, out NXOpen.Tag[] faces) | NXOpen.UF.UFSf | |
| FaceAskArea(NXOpen.Tag cae_tag, out double pd_area) | NXOpen.UF.UFSf | |
| FaceAskBody(NXOpen.Tag cae_tag, out NXOpen.Tag body_p) | NXOpen.UF.UFSf | |
| FaceAskBoundingBox(NXOpen.Tag cae_tag,[Out] double[] pad_bounding_box) | NXOpen.UF.UFSf | |
| FaceAskEdges(NXOpen.Tag cae_tag, out int num_edges, out NXOpen.Tag[] edges) | NXOpen.UF.UFSf | |
| FaceEvaluateClosestPoint(NXOpen.Tag cae_tag, int num_evaluations, double[] xyz,[Out] double[] xyz_cl,[Out] double[] uv_cl,[Out] double[] nrml,[Out] double[] dist,[Out] int[] in_out) | NXOpen.UF.UFSf | |
| FaceEvaluateParamLocation(NXOpen.Tag cae_tag, double[] ad_param,[Out] double[] ad_out_point) | NXOpen.UF.UFSf | |
| FacepairAskMidsrfFrec(NXOpen.Tag facepair_feature_tag, out NXOpen.Tag midsrf_feature_tag) | NXOpen.UF.UFSf | |
| FaceSubdivStatus enum name | NXOpen.UF.UFSf | |
| FemAskCadPart(NXOpen.Tag fem_tag, out bool is_idealized_part) | NXOpen.UF.UFSf | |
| FemValueType enum name | NXOpen.UF.UFSf | |
| FindMesh(NXOpen.Tag object_tag, MeshDimension dimension, out int num_of_meshes, out NXOpen.Tag[] mesh_items_p) | NXOpen.UF.UFSf | |
| FindMinimumDistance(NXOpen.Tag entity_1, NXOpen.Tag entity_2, out double min_dist,[Out] double[] point1,[Out] double[] point2) | NXOpen.UF.UFSf | |
| FreeDefeatureParms(ref DefeatureParms def_parms_p) | NXOpen.UF.UFSf | |
| FreeIdealizeParms(IntPtr parms_p) | NXOpen.UF.UFSf | |
| FreeIdealizeRegion(IntPtr region_p) | NXOpen.UF.UFSf | |
| FreeMidsrfUserParms(ref MidsrfUserParms parms_p) | NXOpen.UF.UFSf | |
| GetAutoElementSize(int num_objects, ref NXOpen.Tag objects_p, out double esize) | NXOpen.UF.UFSf | |
| IdealizedPartAskMasterPart(NXOpen.Tag idealized_part_tag) | NXOpen.UF.UFSf | |
| IdealizeParmExp enum name | NXOpen.UF.UFSf | |
| IdealizeParmFace enum name | NXOpen.UF.UFSf | |
| InitMshvldErrorContainer(ref MeshErrorContainer container) | NXOpen.UF.UFSf | |
| IsFem(NXOpen.Tag fem_tag) | NXOpen.UF.UFSf | |
| IsIdealizedPart(NXOpen.Tag idealized_part_tag) | NXOpen.UF.UFSf | |
| IsMidsrf(NXOpen.Tag sheet_body_tag, out bool is_midsrf, out int midsrf_type, out NXOpen.Tag feature_tag) | NXOpen.UF.UFSf | |
| IsOffsetMidsrf(NXOpen.Tag sheet_body_tag, out bool is_midsrf) | NXOpen.UF.UFSf | |
| IsScenarioPart() | NXOpen.UF.UFSf | |
| IsSimulation(NXOpen.Tag simulation_tag) | NXOpen.UF.UFSf | |
| IsUserdefMidsrf(NXOpen.Tag sheet_body_tag, out bool is_midsrf, out NXOpen.Tag feature_tag) | NXOpen.UF.UFSf | |
| LibraryMaterial enum name | NXOpen.UF.UFSf | |
| LinkMaterial(NXOpen.Tag material_tag, NXOpen.Tag object_tag) | NXOpen.UF.UFSf | |
| LinkSection(NXOpen.Tag section_tag, NXOpen.Tag mesh_geom_tag) | NXOpen.UF.UFSf | |
| LocateAllMeshes(NXOpen.Tag mesh_tag, out int mesh_count, out NXOpen.Tag[] mesh_pointer) | NXOpen.UF.UFSf | |
| LocateElement(NXOpen.Tag mesh_tag, out int num_of_elements, out NXOpen.Tag[] element_tags_p) | NXOpen.UF.UFSf | |
| LocateElementById(NXOpen.Tag mesh_tag, int num_of_ids, int[] element_ids, out int num_of_elements, out NXOpen.Tag[] element_tags_p) | NXOpen.UF.UFSf | |
| LocateHptMgParents(NXOpen.Tag point_tag, out int parent_cnt, out NXOpen.Tag[] parent_list) | NXOpen.UF.UFSf | |
| LocateMaterial(NXOpen.Tag object_tag, out NXOpen.Tag material_tag) | NXOpen.UF.UFSf | |
| LocateMeshMatingConditionByName(string assembly_name, out NXOpen.Tag assembly_mesh) | NXOpen.UF.UFSf | |
| LocateMeshMatingConditionList(out int assembly_mesh_cnt, out NXOpen.Tag[] assembly_mesh_tags) | NXOpen.UF.UFSf | |
| LocateNamedDursolNx(string dursol_name, out NXOpen.Tag dursol_tag) | NXOpen.UF.UFSf | |
| LocateNamedMaterial(string material_name, out NXOpen.Tag material_tag_ptr) | NXOpen.UF.UFSf | |
| LocateNamedSection(string section_name, out NXOpen.Tag section_tag_ptr) | NXOpen.UF.UFSf | |
| LocateNamedSolutionNx(string solution_name, out NXOpen.Tag solution_tag) | NXOpen.UF.UFSf | |
| LocateNamedStepNx(NXOpen.Tag solution_tag, string step_name, out NXOpen.Tag step_tag) | NXOpen.UF.UFSf | |
| LocateNodeById(NXOpen.Tag mesh_tag, int num_of_ids, int[] node_ids, out int num_of_node, out NXOpen.Tag[] node_tags_p) | NXOpen.UF.UFSf | |
| LocateNodesOnElement(NXOpen.Tag element_tag, out int num_of_nodes, out NXOpen.Tag[] node_tags_p) | NXOpen.UF.UFSf | |
| LocateNodesOnGeometry(NXOpen.Tag geom_tag, NodeSwitch type_sw, out int nodes_cnt, out NXOpen.Tag[] nodes_list) | NXOpen.UF.UFSf | |
| LocateNodesOnMesh(NXOpen.Tag mesh_tag, out int num_of_nodes, out NXOpen.Tag[] node_tags_p) | NXOpen.UF.UFSf | |
| LocateScenarios(out int number_of_scenarios, out string[] scenario_names) | NXOpen.UF.UFSf | |
| LocateSection(NXOpen.Tag mesh_object, out NXOpen.Tag section_tag) | NXOpen.UF.UFSf | |
| LocateSolutionBoundaryConditionsNx(NXOpen.Tag solution, out int num_members, out NXOpen.Tag[] membs_pp) | NXOpen.UF.UFSf | |
| LocateSolutionLoadsNx(NXOpen.Tag solution, out int num_members, out NXOpen.Tag[] membs_pp) | NXOpen.UF.UFSf | |
| LocateStepBoundaryConditionsNx(NXOpen.Tag step, out int num_members, out NXOpen.Tag[] membs_pp) | NXOpen.UF.UFSf | |
| LocateStepLoadsNx(NXOpen.Tag step, out int num_members, out NXOpen.Tag[] membs_pp) | NXOpen.UF.UFSf | |
| LvFunctionMode enum name | NXOpen.UF.UFSf | |
| MapObjectToCurrentPart(NXOpen.Tag object_tag) | NXOpen.UF.UFSf | |
| Mc2dAngle(ElementType element_type, double[] abspos, int node_count, McResultFormat results_format, double min_threshold, double max_threshold, out double min_angle, out double max_angle, out SfmcResult min_status_ptr, out SfmcResult max_status_ptr) | NXOpen.UF.UFSf | |
| McAspectRatio(ElementType element_type, double[] abspos, int node_count, McResultFormat result_format, double threshold, out double aspect_ratio, out SfmcResult status_ptr) | NXOpen.UF.UFSf | |
| McElementCheck(NXOpen.Tag mesh_tag, out int failed_elm_count) | NXOpen.UF.UFSf | |
| McJacobianRatio(ElementType element_type, double[] abspos, int node_count, McResultFormat results_format, double threshold, out double jacobian_ratio, out SfmcResult status_ptr) | NXOpen.UF.UFSf | |
| McJacobianZero(ElementType element_type, double[] abspos, int node_count, McResultFormat results_format, double threshold, out double jacobian_zero, out SfmcResult status_ptr) | NXOpen.UF.UFSf | |
| McResultFormat enum name | NXOpen.UF.UFSf | |
| McSkew(ElementType element_type, double[] abspos, int node_count, McResultFormat result_format, double threshold, out double skew, out SfmcResult status_ptr) | NXOpen.UF.UFSf | |
| McTaper(ElementType element_type, double[] abspos, int node_count, McResultFormat result_format, double threshold, out double taper, out SfmcResult status_ptr) | NXOpen.UF.UFSf | |
| McTetCollapse(ElementType element_type, double[] abspos, int node_count, McResultFormat result_format, double threshold, out double tet_collapse, out SfmcResult status_ptr) | NXOpen.UF.UFSf | |
| McTetraAngle(double[] abspos, int node_count, McResultFormat results_format, double min_threshold, double max_threshold, out double min_angle, out double max_angle, out SfmcResult min_status_ptr, out SfmcResult max_status_ptr) | NXOpen.UF.UFSf | |
| McTwist(ElementType element_type, double[] abspos, int node_count, McResultFormat result_format, double threshold, out double twist, out SfmcResult status_ptr) | NXOpen.UF.UFSf | |
| McWarp(ElementType element_type, double[] abspos, int node_count, McResultFormat result_format, double threshold, out double warp, out SfmcResult status_ptr) | NXOpen.UF.UFSf | |
| MeshDimension enum name | NXOpen.UF.UFSf | |
| MeshErrorType enum name | NXOpen.UF.UFSf | |
| MeshGeometryTypes enum name | NXOpen.UF.UFSf | |
| MeshGeomMeshdir enum name | NXOpen.UF.UFSf | |
| MeshGeomUsage enum name | NXOpen.UF.UFSf | |
| MidNodeType enum name | NXOpen.UF.UFSf | |
| ModlBodyAskBody(NXOpen.Tag modl_body, out NXOpen.Tag cae_body_p) | NXOpen.UF.UFSf | |
| NeutralMaterialTypes enum name | NXOpen.UF.UFSf | |
| NodeBtype enum name | NXOpen.UF.UFSf | |
| NodeSwitch enum name | NXOpen.UF.UFSf | |
| OpenScenario(string scenario_name, NXOpen.Tag master_part_tag) | NXOpen.UF.UFSf | |
| PartitionBody(int num_solid_bodies, NXOpen.Tag[] solid_body_tags, NXOpen.Tag tool_body, out int num_partitioned_bodies, out NXOpen.Tag[] partitioned_bodies) | NXOpen.UF.UFSf | |
| PartitionBodyNx5(int associate, int num_solid_bodies, NXOpen.Tag[] solid_body_tags, NXOpen.Tag tool_body, out int num_partitioned_bodies, out NXOpen.Tag[] partitioned_bodies) | NXOpen.UF.UFSf | |
| PolygonBodyAskType(NXOpen.Tag polygon_body, out int body_type) | NXOpen.UF.UFSf | |
| PropertyAskNameNx(NXOpen.Tag property_tag, out string property_name_pp) | NXOpen.UF.UFSf | |
| PropertyAskTypeNx(NXOpen.Tag property_tag, out FemValueType property_type) | NXOpen.UF.UFSf | |
| PropertyAskValueNx(NXOpen.Tag property_tag, out bool bool_value, out int int_value, out double scalar_value, out string text_value, out int num_lines, out string[] multi_text_value) | NXOpen.UF.UFSf | |
| PropertySetValueNx(NXOpen.Tag property_tag, bool bool_value, int int_value, double scalar_value, string text_value, int num_lines, string[] multi_text_value) | NXOpen.UF.UFSf | |
| RemoveFromSolutionNx(int num_of_lbc, ref NXOpen.Tag lbc) | NXOpen.UF.UFSf | |
| RemoveFromStepNx(int num_of_lbc, ref NXOpen.Tag lbc) | NXOpen.UF.UFSf | |
| RenameScenario(NXOpen.Tag master_tag, string old_scenario, string new_scenario) | NXOpen.UF.UFSf | |
| ResetElementIds(int start_id) | NXOpen.UF.UFSf | |
| ResetNodeIds(int start_id) | NXOpen.UF.UFSf | |
| RetrieveLibraryMaterial(string libref, out NXOpen.Tag material_tag) | NXOpen.UF.UFSf | |
| SaveScenario() | NXOpen.UF.UFSf | |
| ScenarioInfo enum name | NXOpen.UF.UFSf | |
| SetActiveSolutionAndStepNx(NXOpen.Tag active_solution, NXOpen.Tag active_step) | NXOpen.UF.UFSf | |
| SetEdgeDensity(NXOpen.Tag object_tag, EdgeDensityData edge_density_data) | NXOpen.UF.UFSf | |
| SetIdealizeParmExp(IntPtr parms_p, IdealizeParmExp parm_exp_t, NXOpen.Tag exp_tag) | NXOpen.UF.UFSf | |
| SetIdealizeParmFaces(IntPtr parms_p, IdealizeParmFace parm_face_t, int num_faces, NXOpen.Tag[] faces) | NXOpen.UF.UFSf | |
| SetMeshVisuals(NXOpen.Tag mesh_tag, ref MeshVisuals mesh_vis) | NXOpen.UF.UFSf | |
| SetShellThickness(string shell_thick_exp, int num_items, NXOpen.Tag[] items_array) | NXOpen.UF.UFSf | |
| SimulationAskFem(NXOpen.Tag simulation_tag) | NXOpen.UF.UFSf | |
| SolutionAskDescriptorNx(NXOpen.Tag solution, out NXOpen.Tag descriptor) | NXOpen.UF.UFSf | |
| SolutionAskLanguageNx(NXOpen.Tag solution, out NXOpen.Tag language) | NXOpen.UF.UFSf | |
| SolutionAskNameNx(NXOpen.Tag solution, out string solution_name) | NXOpen.UF.UFSf | |
| SolutionAskNthStepNx(NXOpen.Tag solution_tag, int step, out NXOpen.Tag step_tag) | NXOpen.UF.UFSf | |
| SolutionAskNumStepsNx(NXOpen.Tag solution_tag, out int step_count) | NXOpen.UF.UFSf | |
| SolutionAskPropertyByIndexNx(NXOpen.Tag solution, int property, out NXOpen.Tag property_tag) | NXOpen.UF.UFSf | |
| SolutionAskPropertyCountNx(NXOpen.Tag solution, out int num_props) | NXOpen.UF.UFSf | |
| SolutionAskPropertyNx(NXOpen.Tag solution, string property_name, out NXOpen.Tag property_tag) | NXOpen.UF.UFSf | |
| SolutionAskSolverPropertyByIndexNx(NXOpen.Tag solution, int property, out NXOpen.Tag property_tag) | NXOpen.UF.UFSf | |
| SolutionAskSolverPropertyCountNx(NXOpen.Tag solution, out int num_props) | NXOpen.UF.UFSf | |
| SolutionAskSolverPropertyNx(NXOpen.Tag solution, string property_name, out NXOpen.Tag property_tag) | NXOpen.UF.UFSf | |
| SolutionSetNameNx(NXOpen.Tag solution, string solution_name, bool rename_result_file) | NXOpen.UF.UFSf | |
| SolveActiveSolutionNx(int format_choice) | NXOpen.UF.UFSf | |
| StepAskNameNx(NXOpen.Tag step, out string step_name) | NXOpen.UF.UFSf | |
| StepAskPropertyByIndexNx(NXOpen.Tag step, int property, out NXOpen.Tag property_tag) | NXOpen.UF.UFSf | |
| StepAskPropertyCountNx(NXOpen.Tag step, out int num_props) | NXOpen.UF.UFSf | |
| StepAskPropertyNx(NXOpen.Tag step, string property_name, out NXOpen.Tag property_tag) | NXOpen.UF.UFSf | |
| StepSetNameNx(NXOpen.Tag solution, NXOpen.Tag step, string step_name) | NXOpen.UF.UFSf | |
| SwitchScenarios(string scenario_1_name, string scenario_2_name) | NXOpen.UF.UFSf | |
| TempDisplayElement(NXOpen.Tag node_tag, int color, double height, bool display_edges, bool display_id, bool display_nodes, UFDisp.PolyMarker node_marker, bool display_orientation) | NXOpen.UF.UFSf | |
| TempDisplayNode(NXOpen.Tag node_tag, int color, double height, bool display_id, string object_symbol, UFDisp.PolyMarker node_marker) | NXOpen.UF.UFSf | |
| TempDispResults(ref SfColorAttr color_att_p, ref SfLegendAttr legend_attr_p) | NXOpen.UF.UFSf | |
| TestGpe() | NXOpen.UF.UFSf | |
| Ugs2dMesherElemType enum name | NXOpen.UF.UFSf | |
| UgsAbstractionFilletTypeOption enum name | NXOpen.UF.UFSf | |
| UgsMesherMidnodeOption enum name | NXOpen.UF.UFSf | |
| UgsTetMeshFilletTypeOption enum name | NXOpen.UF.UFSf | |
| UnlinkMaterial(NXOpen.Tag object_tag) | NXOpen.UF.UFSf | |
| UnlinkSection(NXOpen.Tag section_tag, NXOpen.Tag mesh_geom_tag) | NXOpen.UF.UFSf | |
| UpdateScenario() | NXOpen.UF.UFSf | |
| WriteReport() | NXOpen.UF.UFSf |