Class UFSf

Inheritance
object
MarshalByRefObject
NXRemotableObject
UFSf
Implements
IMessageSink
Inherited Members
Namespace: NXOpen.UF
Assembly: NXOpen.UF.dll
Syntax
public class UFSf : NXRemotableObject, IMessageSink

Methods

AddToSolutionNx(int, ref Tag)

Declaration
public void AddToSolutionNx(int num_of_lbc, ref Tag lbc)
Parameters
Type Name Description
int num_of_lbc
Tag lbc

AddToStepNx(int, ref Tag)

Declaration
public void AddToStepNx(int num_of_lbc, ref Tag lbc)
Parameters
Type Name Description
int num_of_lbc
Tag lbc

AllocDefeatureParms(int, Tag[], int, Tag[], Tag, int, Tag[], Tag, out DefeatureParms[])

Declaration
public void AllocDefeatureParms(int num_ret_faces, Tag[] ret_faces_a, int num_rem_faces, Tag[] rem_faces_a, Tag seed_face, int num_bnd_faces, Tag[] bnd_faces, Tag angle_exp, out UFSf.DefeatureParms[] defeature_parms_p)
Parameters
Type Name Description
int num_ret_faces
Tag[] ret_faces_a
int num_rem_faces
Tag[] rem_faces_a
Tag seed_face
int num_bnd_faces
Tag[] bnd_faces
Tag angle_exp
DefeatureParms[] defeature_parms_p

AllocIdealizeParms(out nint)

Declaration
public void AllocIdealizeParms(out nint parms_p)
Parameters
Type Name Description
nint parms_p

AllocIdealizeRegion(Tag, int, Tag[], Tag, out nint)

Declaration
public void AllocIdealizeRegion(Tag seed_face, int num_bnd_faces, Tag[] bnd_faces, Tag angle_exp, out nint region_p)
Parameters
Type Name Description
Tag seed_face
int num_bnd_faces
Tag[] bnd_faces
Tag angle_exp
nint region_p

ApplyBeamEndMass(string, string, int, Tag[])

Declaration
public void ApplyBeamEndMass(string end_a_nsm_exp, string end_b_nsm_exp, int num_items, Tag[] items_array)
Parameters
Type Name Description
string end_a_nsm_exp
string end_b_nsm_exp
int num_items
Tag[] items_array

AskActiveSolutionNx(out Tag)

Declaration
public void AskActiveSolutionNx(out Tag active_solution)
Parameters
Type Name Description
Tag active_solution

AskActiveStepNx(out Tag)

Declaration
public void AskActiveStepNx(out Tag active_step)
Parameters
Type Name Description
Tag active_step

AskAllPolygonBodies(out int, out Tag[])

Declaration
public void AskAllPolygonBodies(out int num_polygon_bodies, out Tag[] polygon_bodies)
Parameters
Type Name Description
int num_polygon_bodies
Tag[] polygon_bodies

AskBeamEndMass(Tag, out double, out double)

Declaration
public void AskBeamEndMass(Tag object_tag, out double end_a_nsm, out double end_b_nsm)
Parameters
Type Name Description
Tag object_tag
double end_a_nsm
double end_b_nsm

AskClosestPoint(double[], Tag, double[], out double)

Declaration
public void AskClosestPoint(double[] point, Tag entity, double[] closest_point, out double min_dist)
Parameters
Type Name Description
double[] point
Tag entity
double[] closest_point
double min_dist

AskCombinedLoadCase(Tag, out string, out int, out Tag[], out double[])

Declaration
public void AskCombinedLoadCase(Tag clc_tag, out string clc_name, out int num_comps, out Tag[] lbc_tags, out double[] lbc_scales)
Parameters
Type Name Description
Tag clc_tag
string clc_name
int num_comps
Tag[] lbc_tags
double[] lbc_scales

AskCombinedLoadCases(Tag, out int, out Tag[])

Declaration
public void AskCombinedLoadCases(Tag part_tag, out int num_clcs, out Tag[] clc_tags)
Parameters
Type Name Description
Tag part_tag
int num_clcs
Tag[] clc_tags

AskDomElmType(Tag, out ElementType)

Declaration
public void AskDomElmType(Tag mesh_recipe, out UFSf.ElementType elm_type)
Parameters
Type Name Description
Tag mesh_recipe
UFSf.ElementType elm_type

AskDursolNx(Tag, out string, out Tag, out DursolStressCriterion, out DursolStressType, out DursolDesignLifeCriterion, out int, out double, out DursolFatigueLifeCriterion, out int)

Declaration
public void AskDursolNx(Tag dursol_tag, out string dursol_name, out Tag solution_tag, out UFSf.DursolStressCriterion stress_criterion, out UFSf.DursolStressType stress_type, out UFSf.DursolDesignLifeCriterion design_life_criterion, out int fatigue_cycles, out double k_factor, out UFSf.DursolFatigueLifeCriterion fatigue_life_criterion, out int design_cycles)
Parameters
Type Name Description
Tag dursol_tag
string dursol_name
Tag solution_tag
UFSf.DursolStressCriterion stress_criterion
UFSf.DursolStressType stress_type
UFSf.DursolDesignLifeCriterion design_life_criterion
int fatigue_cycles
double k_factor
UFSf.DursolFatigueLifeCriterion fatigue_life_criterion
int design_cycles

AskEdgeDensity(Tag, out EdgeDensityData)

Declaration
public void AskEdgeDensity(Tag object_tag, out UFSf.EdgeDensityData edge_density_data_ptr)
Parameters
Type Name Description
Tag object_tag
UFSf.EdgeDensityData edge_density_data_ptr

AskElement(Tag, out int, out ElmAdaptivityType, out ElmDimensionType, out ElementType)

Declaration
public void AskElement(Tag elm_tag, out int elm_id, out UFSf.ElmAdaptivityType adaptivity, out UFSf.ElmDimensionType dimension, out UFSf.ElementType element_type)
Parameters
Type Name Description
Tag elm_tag
int elm_id
UFSf.ElmAdaptivityType adaptivity
UFSf.ElmDimensionType dimension
UFSf.ElementType element_type

AskElementEdges(Tag, out int, out Tag[], out Tag[], out Tag[])

Declaration
public void AskElementEdges(Tag elem_tag, out int num_edges, out Tag[] start_nodes, out Tag[] end_nodes, out Tag[] mid_nodes)
Parameters
Type Name Description
Tag elem_tag
int num_edges
Tag[] start_nodes
Tag[] end_nodes
Tag[] mid_nodes

AskElementTypeNames(ElementType, out string)

Declaration
public void AskElementTypeNames(UFSf.ElementType element_type, out string element_name_array)
Parameters
Type Name Description
UFSf.ElementType element_type
string element_name_array

AskGeomData(Tag, MeshGeomUsage, out int, out Tag[])

Declaration
public void AskGeomData(Tag mesh_object, UFSf.MeshGeomUsage usage_type, out int num_geom_items, out Tag[] geom_items_p)
Parameters
Type Name Description
Tag mesh_object
UFSf.MeshGeomUsage usage_type
int num_geom_items
Tag[] geom_items_p

AskIdealizeParmExp(nint, IdealizeParmExp, out Tag)

Declaration
public void AskIdealizeParmExp(nint parms_p, UFSf.IdealizeParmExp parm_exp_t, out Tag exp_tag)
Parameters
Type Name Description
nint parms_p
UFSf.IdealizeParmExp parm_exp_t
Tag exp_tag

AskIdealizeParmFaces(nint, IdealizeParmFace, out int, out Tag[])

Declaration
public void AskIdealizeParmFaces(nint parms_p, UFSf.IdealizeParmFace parm_face_t, out int num_faces, out Tag[] faces)
Parameters
Type Name Description
nint parms_p
UFSf.IdealizeParmFace parm_face_t
int num_faces
Tag[] faces

AskIdealizeParms(Tag, out bool, nint, nint)

Declaration
public void AskIdealizeParms(Tag feature_tag, out bool is_region, nint body_region, nint idealize_parms)
Parameters
Type Name Description
Tag feature_tag
bool is_region
nint body_region
nint idealize_parms

AskIdealizeRegion(nint, out Tag, out int, out Tag[], ref Tag)

Declaration
public void AskIdealizeRegion(nint region_p, out Tag seed_face, out int num_bnd_faces, out Tag[] bnd_faces, ref Tag angle_exp)
Parameters
Type Name Description
nint region_p
Tag seed_face
int num_bnd_faces
Tag[] bnd_faces
Tag angle_exp

AskLanguage(Tag, out string, out int, out SfLangAnalysisType, out SfLangProblemAbstract, out SfLangLinearity, out SfLangTimeDepend, out string)

Declaration
public void AskLanguage(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)
Parameters
Type Name Description
Tag language_tag
string language_name
int version
SfLangAnalysisType analysis_type
SfLangProblemAbstract problem_abstraction
SfLangLinearity linearity
SfLangTimeDepend time_dependency
string solver_name

AskLibraryMaterials(string, string, string, out int, out string[], out string[], out string[])

Declaration
public void 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)
Parameters
Type Name Description
string type_filter
string category_filter
string name_filter
int material_count
string[] material_librefs
string[] material_names
string[] material_types

AskLvNx(Tag, out string, out double, out int, out LvFunctionMode, out Tag)

Declaration
public void AskLvNx(Tag lv_tag, out string lv_name, out double scaling_factor, out int count, out UFSf.LvFunctionMode function_type, out Tag solution_step_tag)
Parameters
Type Name Description
Tag lv_tag
string lv_name
double scaling_factor
int count
UFSf.LvFunctionMode function_type
Tag solution_step_tag

AskMaterialType(Tag, out NeutralMaterialTypes)

Declaration
public void AskMaterialType(Tag material_tag, out UFSf.NeutralMaterialTypes material_type)
Parameters
Type Name Description
Tag material_tag
UFSf.NeutralMaterialTypes material_type

AskMeshDimension(Tag, out MeshDimension)

Declaration
public void AskMeshDimension(Tag mesh_recipe, out UFSf.MeshDimension dimension)
Parameters
Type Name Description
Tag mesh_recipe
UFSf.MeshDimension dimension

AskMeshMatingCondition(Tag, out Tag, out Tag, out string, out int, out AssemblyType, out double, out double)

Declaration
public void AskMeshMatingCondition(Tag assembly_mesh_tag, out Tag assembling_geom, out Tag target_geom, out string assembly_name, out int seed_mesh, out UFSf.AssemblyType assembly_type, out double merge_tolerance, out double match_tolerance)
Parameters
Type Name Description
Tag assembly_mesh_tag
Tag assembling_geom
Tag target_geom
string assembly_name
int seed_mesh
UFSf.AssemblyType assembly_type
double merge_tolerance
double match_tolerance

AskMeshVisuals(Tag, out MeshVisuals)

Declaration
public void AskMeshVisuals(Tag mesh_tag, out UFSf.MeshVisuals mesh_vis)
Parameters
Type Name Description
Tag mesh_tag
UFSf.MeshVisuals mesh_vis

AskMidsrfFrecType(Tag, out int)

Declaration
public void AskMidsrfFrecType(Tag feature_tag, out int midsrf_type)
Parameters
Type Name Description
Tag feature_tag
int midsrf_type

AskNode(Tag, out int, out NodeBtype, out MidNodeType, double[])

Declaration
public void AskNode(Tag node_tag, out int node_id, out UFSf.NodeBtype b_type, out UFSf.MidNodeType e_type, double[] abspos)
Parameters
Type Name Description
Tag node_tag
int node_id
UFSf.NodeBtype b_type
UFSf.MidNodeType e_type
double[] abspos

AskNodePgeoms(Tag, out int, out Tag[], out MeshGeometryTypes[])

Declaration
public void AskNodePgeoms(Tag node_tag, out int parent_cnt, out Tag[] parent_list, out UFSf.MeshGeometryTypes[] geom_types)
Parameters
Type Name Description
Tag node_tag
int parent_cnt
Tag[] parent_list
MeshGeometryTypes[] geom_types

AskNthDursolNx(int, out Tag)

Declaration
public void AskNthDursolNx(int index, out Tag dursol_tag)
Parameters
Type Name Description
int index
Tag dursol_tag

AskNthMeshRecipe(Tag, int, out Tag)

Declaration
public void AskNthMeshRecipe(Tag fem_tag, int index, out Tag mesh_recipe_tag)
Parameters
Type Name Description
Tag fem_tag
int index
Tag mesh_recipe_tag

AskNthSolutionNx(int, out Tag)

Declaration
public void AskNthSolutionNx(int solution, out Tag solution_tag)
Parameters
Type Name Description
int solution
Tag solution_tag

AskNumDursolsNx(out int)

Declaration
public void AskNumDursolsNx(out int num_dursols)
Parameters
Type Name Description
int num_dursols

AskNumMeshRecipes(Tag, out int)

Declaration
public void AskNumMeshRecipes(Tag fem_tag, out int num_mesh_recipes)
Parameters
Type Name Description
Tag fem_tag
int num_mesh_recipes

AskNumSolutionsNx(out int)

Declaration
public void AskNumSolutionsNx(out int solution_count)
Parameters
Type Name Description
int solution_count

AskOffsetMidsrfThickness(Tag, out double)

Declaration
public void AskOffsetMidsrfThickness(Tag midsrf_tag, out double thickness)
Parameters
Type Name Description
Tag midsrf_tag
double thickness

AskSolutionNx(Tag, out int, out Tag[])

Declaration
public void AskSolutionNx(Tag lbc_tag, out int num_members, out Tag[] solution_pp)
Parameters
Type Name Description
Tag lbc_tag
int num_members
Tag[] solution_pp

AskStepNx(Tag, out int, out Tag[])

Declaration
public void AskStepNx(Tag lbc_tag, out int num_members, out Tag[] step_pp)
Parameters
Type Name Description
Tag lbc_tag
int num_members
Tag[] step_pp

AskUgs2dMeshParms(Tag, out Ugs2dMeshParms)

Declaration
public void AskUgs2dMeshParms(Tag mesh_tag, out UFSf.Ugs2dMeshParms mesh_parms)
Parameters
Type Name Description
Tag mesh_tag
UFSf.Ugs2dMeshParms mesh_parms

AskUgsTetMeshParms(Tag, out UgsTetMeshParms)

Declaration
public void AskUgsTetMeshParms(Tag mesh_tag, out UFSf.UgsTetMeshParms mesh_parms)
Parameters
Type Name Description
Tag mesh_tag
UFSf.UgsTetMeshParms mesh_parms

AutoCreateMeshMatingCondition(int, Tag[], double, int, int, int, out int, out Tag[])

Declaration
public void AutoCreateMeshMatingCondition(int entity_num, Tag[] entity_array, double merge_tolerance, int make_mesh_coincident, int coincident_face_only, int mesh_mating_type, out int num_assembly_meshes, out Tag[] assembly_meshes)
Parameters
Type Name Description
int entity_num
Tag[] entity_array
double merge_tolerance
int make_mesh_coincident
int coincident_face_only
int mesh_mating_type
int num_assembly_meshes
Tag[] assembly_meshes

AutoCreateSurfaceContactMesh(double, nint, out int, out Tag[])

Declaration
public void AutoCreateSurfaceContactMesh(double capture_distance, nint property, out int num_meshes, out Tag[] mesh_recipes)
Parameters
Type Name Description
double capture_distance
nint property
int num_meshes
Tag[] mesh_recipes

BodyAskBoundingBox(Tag, double[])

Declaration
public void BodyAskBoundingBox(Tag cae_tag, double[] pad_bounding_volume)
Parameters
Type Name Description
Tag cae_tag
double[] pad_bounding_volume

BodyAskEdges(Tag, out int, out Tag[])

Declaration
public void BodyAskEdges(Tag cae_tag, out int num_edges, out Tag[] edges)
Parameters
Type Name Description
Tag cae_tag
int num_edges
Tag[] edges

BodyAskFaces(Tag, out int, out Tag[])

Declaration
public void BodyAskFaces(Tag cae_tag, out int num_faces, out Tag[] faces)
Parameters
Type Name Description
Tag cae_tag
int num_faces
Tag[] faces

BodyAskModlBody(Tag, out Tag)

Declaration
public void BodyAskModlBody(Tag cae_tag, out Tag modl_body_p)
Parameters
Type Name Description
Tag cae_tag
Tag modl_body_p

BodyAskVolumeAndCentroid(Tag, out double, double[])

Declaration
public void BodyAskVolumeAndCentroid(Tag cae_tag, out double pd_volume, double[] centroid)
Parameters
Type Name Description
Tag cae_tag
double pd_volume
double[] centroid

CaeInformation(ScenarioInfo, int, Tag[], string)

Declaration
public void CaeInformation(UFSf.ScenarioInfo info_type, int num_entities, Tag[] entities_tags, string output_file_with_path)
Parameters
Type Name Description
UFSf.ScenarioInfo info_type
int num_entities
Tag[] entities_tags
string output_file_with_path

CheckModelComprehensive(bool, string)

Declaration
public void CheckModelComprehensive(bool detailed_message, string ouput_file_with_path)
Parameters
Type Name Description
bool detailed_message
string ouput_file_with_path

CheckModelDuplicateNodes(int, ref Tag, bool, double, out int)

Declaration
public void CheckModelDuplicateNodes(int num_meshes, ref Tag mesh_tags, bool merge_duplicates, double tolerance, out int num_duplicates)
Parameters
Type Name Description
int num_meshes
Tag mesh_tags
bool merge_duplicates
double tolerance
int num_duplicates

CleanMshvldErrorContainer(ref MeshErrorContainer)

Declaration
public void CleanMshvldErrorContainer(ref UFSf.MeshErrorContainer container)
Parameters
Type Name Description
UFSf.MeshErrorContainer container

CloneScenario(Tag, string, string)

Declaration
public void CloneScenario(Tag master_part_tag, string orig_scen, string cloned_scen)
Parameters
Type Name Description
Tag master_part_tag
string orig_scen
string cloned_scen

CloseScenario()

Declaration
public void CloseScenario()

CountAllNodesOfValidElements(out int)

Declaration
public void CountAllNodesOfValidElements(out int number_of_all_valid_nodes)
Parameters
Type Name Description
int number_of_all_valid_nodes

CountAllValidElements(out int)

Declaration
public void CountAllValidElements(out int number_of_all_valid_elements)
Parameters
Type Name Description
int number_of_all_valid_elements

CountElements(Tag, out int)

Declaration
public void CountElements(Tag mesh, out int number_of_elements)
Parameters
Type Name Description
Tag mesh
int number_of_elements

CountNodes(Tag, out int)

Declaration
public void CountNodes(Tag mesh, out int number_of_nodes)
Parameters
Type Name Description
Tag mesh
int number_of_nodes

Create0dMesh(int, Tag[], _0D_element_type_, double, _0D_density_type_, double, out Tag)

Declaration
public void Create0dMesh(int num_geom_objects, Tag[] geom_array, UFSf._0D_element_type_ element_type, double default_density, UFSf._0D_density_type_ default_density_type, double mass_value, out Tag mesh_tag)
Parameters
Type Name Description
int num_geom_objects
Tag[] geom_array
UFSf._0D_element_type_ element_type
double default_density
UFSf._0D_density_type_ default_density_type
double mass_value
Tag mesh_tag

Create0dMeshDistMass(int, Tag[], _0D_element_type_, double, _0D_density_type_, double, int, out Tag)

Declaration
public void Create0dMeshDistMass(int num_geom_objects, Tag[] geom_array, UFSf._0D_element_type_ element_type, double default_density, UFSf._0D_density_type_ default_density_type, double mass_value, int distribute_mass, out Tag mesh_tag)
Parameters
Type Name Description
int num_geom_objects
Tag[] geom_array
UFSf._0D_element_type_ element_type
double default_density
UFSf._0D_density_type_ default_density_type
double mass_value
int distribute_mass
Tag mesh_tag

Create1dConnectionMesh(ref _1d_mesh_data_, ref OrientationData, int, Tag[], MeshGeomMeshdir[], int, Tag[], MeshGeomMeshdir[], out Tag)

Declaration
public void Create1dConnectionMesh(ref UFSf._1d_mesh_data_ mesh_data, ref UFSf.OrientationData orient_data, int num_group1_objects, Tag[] group1_array, UFSf.MeshGeomMeshdir[] group1_direction_array, int num_group2_objects, Tag[] group2_array, UFSf.MeshGeomMeshdir[] group2_direction_array, out Tag mesh_tag)
Parameters
Type Name Description
UFSf._1d_mesh_data_ mesh_data
UFSf.OrientationData orient_data
int num_group1_objects
Tag[] group1_array
MeshGeomMeshdir[] group1_direction_array
int num_group2_objects
Tag[] group2_array
MeshGeomMeshdir[] group2_direction_array
Tag mesh_tag

Create1dMesh(ref _1d_mesh_data_, ref OrientationData, int, Tag[], int, Tag[], out Tag)

Declaration
public void Create1dMesh(ref UFSf._1d_mesh_data_ mesh_data, ref UFSf.OrientationData orient_data, int num_group1_objects, Tag[] group1_array, int num_group2_objects, Tag[] group2_array, out Tag mesh_tag)
Parameters
Type Name Description
UFSf._1d_mesh_data_ mesh_data
UFSf.OrientationData orient_data
int num_group1_objects
Tag[] group1_array
int num_group2_objects
Tag[] group2_array
Tag mesh_tag

CreateAutoFaceSubdiv(Tag[], int, double, int, int, out ResultingFacePairs[], out int)

Declaration
public void CreateAutoFaceSubdiv(Tag[] objects, int obj_count, double distance_tolerance, int subdivision_needed, int face_search_option, out UFSf.ResultingFacePairs[] resulting_pairs, out int resulting_pairs_count)
Parameters
Type Name Description
Tag[] objects
int obj_count
double distance_tolerance
int subdivision_needed
int face_search_option
ResultingFacePairs[] resulting_pairs
int resulting_pairs_count

CreateCombinedLoadCase(string, int, Tag[], double[], out Tag)

Declaration
public void CreateCombinedLoadCase(string clc_name, int num_comps, Tag[] lbc_tags, double[] lbc_scales, out Tag clc_tag)
Parameters
Type Name Description
string clc_name
int num_comps
Tag[] lbc_tags
double[] lbc_scales
Tag clc_tag

CreateDefeatureBody(ref DefeatureParms, out Tag, out int, out Tag[])

Declaration
public void CreateDefeatureBody(ref UFSf.DefeatureParms defeature_parms_p, out Tag feature_tag, out int n_failing_wound_edges, out Tag[] failing_wound_edges)
Parameters
Type Name Description
UFSf.DefeatureParms defeature_parms_p
Tag feature_tag
int n_failing_wound_edges
Tag[] failing_wound_edges

CreateDursolNx(string, Tag, out Tag)

Declaration
public void CreateDursolNx(string name, Tag solution_tag, out Tag dursol_tag)
Parameters
Type Name Description
string name
Tag solution_tag
Tag dursol_tag

CreateFem(string, Tag, string, bool, int, Tag[], string, string, int, string[], out Tag)

Declaration
public void CreateFem(string fem_name, Tag cad_part_tag, string idealized_part_name, bool use_all_bodies_flag, int num_bodies, Tag[] body_tags, string solver_name, string analysis_type_name, int num_desc_lines, string[] description, out Tag new_fem_tag)
Parameters
Type Name Description
string fem_name
Tag cad_part_tag
string idealized_part_name
bool use_all_bodies_flag
int num_bodies
Tag[] body_tags
string solver_name
string analysis_type_name
int num_desc_lines
string[] description
Tag new_fem_tag

CreateFemWithGeomOpts(string, Tag, string, bool, int, ref Tag, string, string, int, string[], GeomOptions, out Tag)

Declaration
public void CreateFemWithGeomOpts(string fem_name, Tag cad_part_tag, string idealized_part_name, bool use_all_bodies_flag, int num_bodies, ref Tag body_tags, string solver_name, string analysis_type_name, int num_desc_lines, string[] description, UFSf.GeomOptions geom_options, out Tag new_fem_tag)
Parameters
Type Name Description
string fem_name
Tag cad_part_tag
string idealized_part_name
bool use_all_bodies_flag
int num_bodies
Tag body_tags
string solver_name
string analysis_type_name
int num_desc_lines
string[] description
UFSf.GeomOptions geom_options
Tag new_fem_tag

CreateHardpointOnGeom(Tag, double[], out Tag)

Declaration
public void CreateHardpointOnGeom(Tag geom_tag, double[] ref_point, out Tag hardpoint_tag)
Parameters
Type Name Description
Tag geom_tag
double[] ref_point
Tag hardpoint_tag

CreateIdealizeBody(Tag, nint, out Tag, out int, out Tag[])

Declaration
public void CreateIdealizeBody(Tag body_tag, nint parms_p, out Tag feature_tag, out int n_failing_wound_edges, out Tag[] failing_wound_edges)
Parameters
Type Name Description
Tag body_tag
nint parms_p
Tag feature_tag
int n_failing_wound_edges
Tag[] failing_wound_edges

CreateIdealizeRegion(nint, nint, out Tag, out int, out Tag[])

Declaration
public void CreateIdealizeRegion(nint region_p, nint parms_p, out Tag feature_tag, out int n_failing_wound_edges, out Tag[] failing_wound_edges)
Parameters
Type Name Description
nint region_p
nint parms_p
Tag feature_tag
int n_failing_wound_edges
Tag[] failing_wound_edges

CreateLvNx(string, double, int, LvFunctionMode, Tag, Tag, out Tag)

Declaration
public void CreateLvNx(string lv_name, double scaling_factor, int count, UFSf.LvFunctionMode function_type, Tag solution_step_tag, Tag dursol_tag, out Tag lv_tag)
Parameters
Type Name Description
string lv_name
double scaling_factor
int count
UFSf.LvFunctionMode function_type
Tag solution_step_tag
Tag dursol_tag
Tag lv_tag

CreateMeshMatingCondition(Tag, Tag, string, int, AssemblyType, double, double, out Tag)

Declaration
public void CreateMeshMatingCondition(Tag assembling_geom, Tag target_geom, string assembly_name, int seed_mesh, UFSf.AssemblyType assembly_type, double merge_tolerance, double match_tolerance, out Tag assembly_mesh)
Parameters
Type Name Description
Tag assembling_geom
Tag target_geom
string assembly_name
int seed_mesh
UFSf.AssemblyType assembly_type
double merge_tolerance
double match_tolerance
Tag assembly_mesh

CreateOffsetMidsrf(Tag, double, double, out Tag)

Declaration
public void CreateOffsetMidsrf(Tag seed_face, double cliff_angle, double percentage_dist, out Tag midsurface_tag)
Parameters
Type Name Description
Tag seed_face
double cliff_angle
double percentage_dist
Tag midsurface_tag

CreateReport()

Declaration
public void CreateReport()

CreateScenarioNx(string, out Tag)

Declaration
public void CreateScenarioNx(string scenario_name, out Tag new_scenario_tag)
Parameters
Type Name Description
string scenario_name
Tag new_scenario_tag

CreateSimulation(string, Tag, int, string[], out Tag)

Declaration
public void CreateSimulation(string simulation_name, Tag fem_tag, int num_desc_lines, string[] description, out Tag new_simulation_tag)
Parameters
Type Name Description
string simulation_name
Tag fem_tag
int num_desc_lines
string[] description
Tag new_simulation_tag

CreateSolutionNx(Tag, Tag, string, out Tag)

Declaration
public void CreateSolutionNx(Tag solution_desc, Tag solver_desc, string solution_name, out Tag solution_tag)
Parameters
Type Name Description
Tag solution_desc
Tag solver_desc
string solution_name
Tag solution_tag

CreateStepNx(Tag, string, Tag, out Tag)

Declaration
public void CreateStepNx(Tag step_desc, string step_name, Tag solution_tag, out Tag step_tag)
Parameters
Type Name Description
Tag step_desc
string step_name
Tag solution_tag
Tag step_tag

CreateSurfaceContactMesh(Tag, Tag, nint, out Tag)

Declaration
public void CreateSurfaceContactMesh(Tag source_face, Tag target_face, nint property, out Tag mesh_recipe)
Parameters
Type Name Description
Tag source_face
Tag target_face
nint property
Tag mesh_recipe

CreateSweptHexMesh(Tag, Tag, bool, double, out Tag)

Declaration
public void CreateSweptHexMesh(Tag solid_body, Tag source_face, bool midnodes, double elem_size, out Tag mesh_tag)
Parameters
Type Name Description
Tag solid_body
Tag source_face
bool midnodes
double elem_size
Tag mesh_tag

CreateUserdefMidsrf(ref MidsrfUserParms, out Tag)

Declaration
public void CreateUserdefMidsrf(ref UFSf.MidsrfUserParms parms_p, out Tag feature_tag)
Parameters
Type Name Description
UFSf.MidsrfUserParms parms_p
Tag feature_tag

CreateWeldMesh(ref _1d_mesh_data_, ref OrientationData, int, Tag[], int, Tag[], int, ref Tag, out Tag)

Declaration
public void CreateWeldMesh(ref UFSf._1d_mesh_data_ mesh_data, ref UFSf.OrientationData orient_data, int num_objects, Tag[] obj_array, int num_top_faces, Tag[] top_face_array, int num_bot_faces, ref Tag bot_face_array, out Tag mesh_tag)
Parameters
Type Name Description
UFSf._1d_mesh_data_ mesh_data
UFSf.OrientationData orient_data
int num_objects
Tag[] obj_array
int num_top_faces
Tag[] top_face_array
int num_bot_faces
Tag bot_face_array
Tag mesh_tag

DeleteDispResults(int)

Declaration
public void DeleteDispResults(int delete_legend_sw)
Parameters
Type Name Description
int delete_legend_sw

DeleteDursolNx(Tag)

Declaration
public void DeleteDursolNx(Tag dursol_tag)
Parameters
Type Name Description
Tag dursol_tag

DeleteLvNx(Tag, Tag)

Declaration
public void DeleteLvNx(Tag dursol_tag, Tag lv_tag)
Parameters
Type Name Description
Tag dursol_tag
Tag lv_tag

DeleteMeshMatingCondition(int, Tag[])

Declaration
public void DeleteMeshMatingCondition(int num_mmc, Tag[] mmc_array)
Parameters
Type Name Description
int num_mmc
Tag[] mmc_array

DeleteScenario(Tag, string)

Declaration
public void DeleteScenario(Tag master_tag, string scenario_name)
Parameters
Type Name Description
Tag master_tag
string scenario_name

DeleteSolutionNx(Tag)

Declaration
public void DeleteSolutionNx(Tag solution)
Parameters
Type Name Description
Tag solution

DeleteStepNx(Tag)

Declaration
public void DeleteStepNx(Tag step)
Parameters
Type Name Description
Tag step

DisplayMesh(Tag)

Declaration
public void DisplayMesh(Tag mesh_tag)
Parameters
Type Name Description
Tag mesh_tag

DursolAddLoadNx(Tag, Tag)

Declaration
public void DursolAddLoadNx(Tag dursol_tag, Tag lv_tag)
Parameters
Type Name Description
Tag dursol_tag
Tag lv_tag

DursolAskLoadCountNx(Tag, out int)

Declaration
public void DursolAskLoadCountNx(Tag dursol_tag, out int num_lv)
Parameters
Type Name Description
Tag dursol_tag
int num_lv

DursolAskLoadNx(Tag, int, out Tag)

Declaration
public void DursolAskLoadNx(Tag dursol_tag, int lv_index, out Tag lv_tag)
Parameters
Type Name Description
Tag dursol_tag
int lv_index
Tag lv_tag

DursolLocateAllMembersNx(Tag, out int, out Tag[])

Declaration
public void DursolLocateAllMembersNx(Tag dursol_tag, out int num_lv, out Tag[] lv_pp)
Parameters
Type Name Description
Tag dursol_tag
int num_lv
Tag[] lv_pp

DursolRemoveLoadNx(Tag, Tag)

Declaration
public void DursolRemoveLoadNx(Tag dursol_tag, Tag lv_tag)
Parameters
Type Name Description
Tag dursol_tag
Tag lv_tag

EdgeAskAdjacentEdges(Tag, out int, out Tag[])

Declaration
public void EdgeAskAdjacentEdges(Tag cae_tag, out int num_edges, out Tag[] edges)
Parameters
Type Name Description
Tag cae_tag
int num_edges
Tag[] edges

EdgeAskBody(Tag, out Tag)

Declaration
public void EdgeAskBody(Tag cae_tag, out Tag body_p)
Parameters
Type Name Description
Tag cae_tag
Tag body_p

EdgeAskBoundingBox(Tag, double[])

Declaration
public void EdgeAskBoundingBox(Tag cae_tag, double[] pad_bounding_box)
Parameters
Type Name Description
Tag cae_tag
double[] pad_bounding_box

EdgeAskEndPoints(Tag, double[], double[], double[], double[])

Declaration
public void EdgeAskEndPoints(Tag cae_tag, double[] start_pt, double[] end_pt, double[] start_tangent, double[] end_tangent)
Parameters
Type Name Description
Tag cae_tag
double[] start_pt
double[] end_pt
double[] start_tangent
double[] end_tangent

EdgeAskFaces(Tag, out int, out Tag[])

Declaration
public void EdgeAskFaces(Tag cae_tag, out int num_faces, out Tag[] faces)
Parameters
Type Name Description
Tag cae_tag
int num_faces
Tag[] faces

EdgeAskLength(Tag, out double)

Declaration
public void EdgeAskLength(Tag cae_tag, out double pd_length)
Parameters
Type Name Description
Tag cae_tag
double pd_length

EdgeEvaluateClosestPoint(Tag, double[], double[], out double)

Declaration
public void EdgeEvaluateClosestPoint(Tag cae_tag, double[] ad_point, double[] ad_out_point, out double pd_param)
Parameters
Type Name Description
Tag cae_tag
double[] ad_point
double[] ad_out_point
double pd_param

EdgeEvaluateParamLocation(Tag, double, double[])

Declaration
public void EdgeEvaluateParamLocation(Tag cae_tag, double d_param, double[] ad_out_point)
Parameters
Type Name Description
Tag cae_tag
double d_param
double[] ad_out_point

EditBeamOrientation(Tag, ref OrientationData)

Declaration
public void EditBeamOrientation(Tag mesh_tag, ref UFSf.OrientationData orient_data)
Parameters
Type Name Description
Tag mesh_tag
UFSf.OrientationData orient_data

EditDefeatureParms(Tag, ref DefeatureParms, out int, out Tag[])

Declaration
public void EditDefeatureParms(Tag feature_tag, ref UFSf.DefeatureParms defeature_parms_p, out int n_failing_wound_edges, out Tag[] failing_wound_edges)
Parameters
Type Name Description
Tag feature_tag
UFSf.DefeatureParms defeature_parms_p
int n_failing_wound_edges
Tag[] failing_wound_edges

EditDursolNx(Tag, string, ref DursolStressCriterion, ref DursolStressType, ref DursolDesignLifeCriterion, ref int, ref double, ref DursolFatigueLifeCriterion, ref int)

Declaration
public void EditDursolNx(Tag dursol_tag, string dursol_name, ref UFSf.DursolStressCriterion stress_criterion, ref UFSf.DursolStressType stress_type, ref UFSf.DursolDesignLifeCriterion design_life_criterion, ref int fatigue_cycles, ref double k_factor, ref UFSf.DursolFatigueLifeCriterion fatigue_life_criterion, ref int design_cycles)
Parameters
Type Name Description
Tag dursol_tag
string dursol_name
UFSf.DursolStressCriterion stress_criterion
UFSf.DursolStressType stress_type
UFSf.DursolDesignLifeCriterion design_life_criterion
int fatigue_cycles
double k_factor
UFSf.DursolFatigueLifeCriterion fatigue_life_criterion
int design_cycles

EditIdealizeParms(Tag, nint, out int, out Tag[])

Declaration
public void EditIdealizeParms(Tag feature_tag, nint parms_p, out int n_failing_wound_edges, out Tag[] failing_wound_edges)
Parameters
Type Name Description
Tag feature_tag
nint parms_p
int n_failing_wound_edges
Tag[] failing_wound_edges

EditLvNx(Tag, string, ref double, ref int, ref LvFunctionMode)

Declaration
public void EditLvNx(Tag lv_tag, string lv_name, ref double scaling_factor, ref int count, ref UFSf.LvFunctionMode function_type)
Parameters
Type Name Description
Tag lv_tag
string lv_name
double scaling_factor
int count
UFSf.LvFunctionMode function_type

EditMeshMatingCondition(int, Tag[], int, int)

Declaration
public void EditMeshMatingCondition(int num_mmc, Tag[] mmc_array, int make_mesh_coincident, int mesh_mating_type)
Parameters
Type Name Description
int num_mmc
Tag[] mmc_array
int make_mesh_coincident
int mesh_mating_type

EditOffsetMidsrf(Tag, double, double, ref Tag)

Declaration
public void EditOffsetMidsrf(Tag seed_face, double cliff_angle, double percentage_dist, ref Tag midsurface_tag)
Parameters
Type Name Description
Tag seed_face
double cliff_angle
double percentage_dist
Tag midsurface_tag

EditUserdefMidsrf(ref MidsrfUserParms, ref Tag)

Declaration
public void EditUserdefMidsrf(ref UFSf.MidsrfUserParms parms_p, ref Tag feature_tag)
Parameters
Type Name Description
UFSf.MidsrfUserParms parms_p
Tag feature_tag

FaceAskAdjacentFaces(Tag, out int, out Tag[])

Declaration
public void FaceAskAdjacentFaces(Tag cae_tag, out int num_faces, out Tag[] faces)
Parameters
Type Name Description
Tag cae_tag
int num_faces
Tag[] faces

FaceAskArea(Tag, out double)

Declaration
public void FaceAskArea(Tag cae_tag, out double pd_area)
Parameters
Type Name Description
Tag cae_tag
double pd_area

FaceAskBody(Tag, out Tag)

Declaration
public void FaceAskBody(Tag cae_tag, out Tag body_p)
Parameters
Type Name Description
Tag cae_tag
Tag body_p

FaceAskBoundingBox(Tag, double[])

Declaration
public void FaceAskBoundingBox(Tag cae_tag, double[] pad_bounding_box)
Parameters
Type Name Description
Tag cae_tag
double[] pad_bounding_box

FaceAskEdges(Tag, out int, out Tag[])

Declaration
public void FaceAskEdges(Tag cae_tag, out int num_edges, out Tag[] edges)
Parameters
Type Name Description
Tag cae_tag
int num_edges
Tag[] edges

FaceEvaluateClosestPoint(Tag, int, double[], double[], double[], double[], double[], int[])

Declaration
public void FaceEvaluateClosestPoint(Tag cae_tag, int num_evaluations, double[] xyz, double[] xyz_cl, double[] uv_cl, double[] nrml, double[] dist, int[] in_out)
Parameters
Type Name Description
Tag cae_tag
int num_evaluations
double[] xyz
double[] xyz_cl
double[] uv_cl
double[] nrml
double[] dist
int[] in_out

FaceEvaluateParamLocation(Tag, double[], double[])

Declaration
public void FaceEvaluateParamLocation(Tag cae_tag, double[] ad_param, double[] ad_out_point)
Parameters
Type Name Description
Tag cae_tag
double[] ad_param
double[] ad_out_point

FacepairAskMidsrfFrec(Tag, out Tag)

Declaration
public void FacepairAskMidsrfFrec(Tag facepair_feature_tag, out Tag midsrf_feature_tag)
Parameters
Type Name Description
Tag facepair_feature_tag
Tag midsrf_feature_tag

FemAskCadPart(Tag, out bool)

Declaration
public Tag FemAskCadPart(Tag fem_tag, out bool is_idealized_part)
Parameters
Type Name Description
Tag fem_tag
bool is_idealized_part
Returns
Type Description
Tag

FindMesh(Tag, MeshDimension, out int, out Tag[])

Declaration
public void FindMesh(Tag object_tag, UFSf.MeshDimension dimension, out int num_of_meshes, out Tag[] mesh_items_p)
Parameters
Type Name Description
Tag object_tag
UFSf.MeshDimension dimension
int num_of_meshes
Tag[] mesh_items_p

FindMinimumDistance(Tag, Tag, out double, double[], double[])

Declaration
public void FindMinimumDistance(Tag entity_1, Tag entity_2, out double min_dist, double[] point1, double[] point2)
Parameters
Type Name Description
Tag entity_1
Tag entity_2
double min_dist
double[] point1
double[] point2

FreeDefeatureParms(ref DefeatureParms)

Declaration
public void FreeDefeatureParms(ref UFSf.DefeatureParms def_parms_p)
Parameters
Type Name Description
UFSf.DefeatureParms def_parms_p

FreeIdealizeParms(nint)

Declaration
public void FreeIdealizeParms(nint parms_p)
Parameters
Type Name Description
nint parms_p

FreeIdealizeRegion(nint)

Declaration
public void FreeIdealizeRegion(nint region_p)
Parameters
Type Name Description
nint region_p

FreeMidsrfUserParms(ref MidsrfUserParms)

Declaration
public void FreeMidsrfUserParms(ref UFSf.MidsrfUserParms parms_p)
Parameters
Type Name Description
UFSf.MidsrfUserParms parms_p

GetAutoElementSize(int, ref Tag, out double)

Declaration
public void GetAutoElementSize(int num_objects, ref Tag objects_p, out double esize)
Parameters
Type Name Description
int num_objects
Tag objects_p
double esize

IdealizedPartAskMasterPart(Tag)

Declaration
public Tag IdealizedPartAskMasterPart(Tag idealized_part_tag)
Parameters
Type Name Description
Tag idealized_part_tag
Returns
Type Description
Tag

InitMshvldErrorContainer(ref MeshErrorContainer)

Declaration
public void InitMshvldErrorContainer(ref UFSf.MeshErrorContainer container)
Parameters
Type Name Description
UFSf.MeshErrorContainer container

IsFem(Tag)

Declaration
public bool IsFem(Tag fem_tag)
Parameters
Type Name Description
Tag fem_tag
Returns
Type Description
bool

IsIdealizedPart(Tag)

Declaration
public bool IsIdealizedPart(Tag idealized_part_tag)
Parameters
Type Name Description
Tag idealized_part_tag
Returns
Type Description
bool

IsMidsrf(Tag, out bool, out int, out Tag)

Declaration
public void IsMidsrf(Tag sheet_body_tag, out bool is_midsrf, out int midsrf_type, out Tag feature_tag)
Parameters
Type Name Description
Tag sheet_body_tag
bool is_midsrf
int midsrf_type
Tag feature_tag

IsOffsetMidsrf(Tag, out bool)

Declaration
public void IsOffsetMidsrf(Tag sheet_body_tag, out bool is_midsrf)
Parameters
Type Name Description
Tag sheet_body_tag
bool is_midsrf

IsScenarioPart()

Declaration
public void IsScenarioPart()

IsSimulation(Tag)

Declaration
public bool IsSimulation(Tag simulation_tag)
Parameters
Type Name Description
Tag simulation_tag
Returns
Type Description
bool

IsUserdefMidsrf(Tag, out bool, out Tag)

Declaration
public void IsUserdefMidsrf(Tag sheet_body_tag, out bool is_midsrf, out Tag feature_tag)
Parameters
Type Name Description
Tag sheet_body_tag
bool is_midsrf
Tag feature_tag

LinkMaterial(Tag, Tag)

Declaration
public void LinkMaterial(Tag material_tag, Tag object_tag)
Parameters
Type Name Description
Tag material_tag
Tag object_tag

LinkSection(Tag, Tag)

Declaration
public void LinkSection(Tag section_tag, Tag mesh_geom_tag)
Parameters
Type Name Description
Tag section_tag
Tag mesh_geom_tag

LocateAllMeshes(Tag, out int, out Tag[])

Declaration
public void LocateAllMeshes(Tag mesh_tag, out int mesh_count, out Tag[] mesh_pointer)
Parameters
Type Name Description
Tag mesh_tag
int mesh_count
Tag[] mesh_pointer

LocateElement(Tag, out int, out Tag[])

Declaration
public void LocateElement(Tag mesh_tag, out int num_of_elements, out Tag[] element_tags_p)
Parameters
Type Name Description
Tag mesh_tag
int num_of_elements
Tag[] element_tags_p

LocateElementById(Tag, int, int[], out int, out Tag[])

Declaration
public void LocateElementById(Tag mesh_tag, int num_of_ids, int[] element_ids, out int num_of_elements, out Tag[] element_tags_p)
Parameters
Type Name Description
Tag mesh_tag
int num_of_ids
int[] element_ids
int num_of_elements
Tag[] element_tags_p

LocateHptMgParents(Tag, out int, out Tag[])

Declaration
public void LocateHptMgParents(Tag point_tag, out int parent_cnt, out Tag[] parent_list)
Parameters
Type Name Description
Tag point_tag
int parent_cnt
Tag[] parent_list

LocateMaterial(Tag, out Tag)

Declaration
public void LocateMaterial(Tag object_tag, out Tag material_tag)
Parameters
Type Name Description
Tag object_tag
Tag material_tag

LocateMeshMatingConditionByName(string, out Tag)

Declaration
public void LocateMeshMatingConditionByName(string assembly_name, out Tag assembly_mesh)
Parameters
Type Name Description
string assembly_name
Tag assembly_mesh

LocateMeshMatingConditionList(out int, out Tag[])

Declaration
public void LocateMeshMatingConditionList(out int assembly_mesh_cnt, out Tag[] assembly_mesh_tags)
Parameters
Type Name Description
int assembly_mesh_cnt
Tag[] assembly_mesh_tags

LocateNamedDursolNx(string, out Tag)

Declaration
public void LocateNamedDursolNx(string dursol_name, out Tag dursol_tag)
Parameters
Type Name Description
string dursol_name
Tag dursol_tag

LocateNamedMaterial(string, out Tag)

Declaration
public void LocateNamedMaterial(string material_name, out Tag material_tag_ptr)
Parameters
Type Name Description
string material_name
Tag material_tag_ptr

LocateNamedSection(string, out Tag)

Declaration
public void LocateNamedSection(string section_name, out Tag section_tag_ptr)
Parameters
Type Name Description
string section_name
Tag section_tag_ptr

LocateNamedSolutionNx(string, out Tag)

Declaration
public void LocateNamedSolutionNx(string solution_name, out Tag solution_tag)
Parameters
Type Name Description
string solution_name
Tag solution_tag

LocateNamedStepNx(Tag, string, out Tag)

Declaration
public void LocateNamedStepNx(Tag solution_tag, string step_name, out Tag step_tag)
Parameters
Type Name Description
Tag solution_tag
string step_name
Tag step_tag

LocateNodeById(Tag, int, int[], out int, out Tag[])

Declaration
public void LocateNodeById(Tag mesh_tag, int num_of_ids, int[] node_ids, out int num_of_node, out Tag[] node_tags_p)
Parameters
Type Name Description
Tag mesh_tag
int num_of_ids
int[] node_ids
int num_of_node
Tag[] node_tags_p

LocateNodesOnElement(Tag, out int, out Tag[])

Declaration
public void LocateNodesOnElement(Tag element_tag, out int num_of_nodes, out Tag[] node_tags_p)
Parameters
Type Name Description
Tag element_tag
int num_of_nodes
Tag[] node_tags_p

LocateNodesOnGeometry(Tag, NodeSwitch, out int, out Tag[])

Declaration
public void LocateNodesOnGeometry(Tag geom_tag, UFSf.NodeSwitch type_sw, out int nodes_cnt, out Tag[] nodes_list)
Parameters
Type Name Description
Tag geom_tag
UFSf.NodeSwitch type_sw
int nodes_cnt
Tag[] nodes_list

LocateNodesOnMesh(Tag, out int, out Tag[])

Declaration
public void LocateNodesOnMesh(Tag mesh_tag, out int num_of_nodes, out Tag[] node_tags_p)
Parameters
Type Name Description
Tag mesh_tag
int num_of_nodes
Tag[] node_tags_p

LocateScenarios(out int, out string[])

Declaration
public void LocateScenarios(out int number_of_scenarios, out string[] scenario_names)
Parameters
Type Name Description
int number_of_scenarios
string[] scenario_names

LocateSection(Tag, out Tag)

Declaration
public void LocateSection(Tag mesh_object, out Tag section_tag)
Parameters
Type Name Description
Tag mesh_object
Tag section_tag

LocateSolutionBoundaryConditionsNx(Tag, out int, out Tag[])

Declaration
public void LocateSolutionBoundaryConditionsNx(Tag solution, out int num_members, out Tag[] membs_pp)
Parameters
Type Name Description
Tag solution
int num_members
Tag[] membs_pp

LocateSolutionLoadsNx(Tag, out int, out Tag[])

Declaration
public void LocateSolutionLoadsNx(Tag solution, out int num_members, out Tag[] membs_pp)
Parameters
Type Name Description
Tag solution
int num_members
Tag[] membs_pp

LocateStepBoundaryConditionsNx(Tag, out int, out Tag[])

Declaration
public void LocateStepBoundaryConditionsNx(Tag step, out int num_members, out Tag[] membs_pp)
Parameters
Type Name Description
Tag step
int num_members
Tag[] membs_pp

LocateStepLoadsNx(Tag, out int, out Tag[])

Declaration
public void LocateStepLoadsNx(Tag step, out int num_members, out Tag[] membs_pp)
Parameters
Type Name Description
Tag step
int num_members
Tag[] membs_pp

MapObjectToCurrentPart(Tag)

Declaration
public Tag MapObjectToCurrentPart(Tag object_tag)
Parameters
Type Name Description
Tag object_tag
Returns
Type Description
Tag

Mc2dAngle(ElementType, double[], int, McResultFormat, double, double, out double, out double, out SfmcResult, out SfmcResult)

Declaration
public void Mc2dAngle(UFSf.ElementType element_type, double[] abspos, int node_count, UFSf.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)
Parameters
Type Name Description
UFSf.ElementType element_type
double[] abspos
int node_count
UFSf.McResultFormat results_format
double min_threshold
double max_threshold
double min_angle
double max_angle
SfmcResult min_status_ptr
SfmcResult max_status_ptr

McAspectRatio(ElementType, double[], int, McResultFormat, double, out double, out SfmcResult)

Declaration
public void McAspectRatio(UFSf.ElementType element_type, double[] abspos, int node_count, UFSf.McResultFormat result_format, double threshold, out double aspect_ratio, out SfmcResult status_ptr)
Parameters
Type Name Description
UFSf.ElementType element_type
double[] abspos
int node_count
UFSf.McResultFormat result_format
double threshold
double aspect_ratio
SfmcResult status_ptr

McElementCheck(Tag, out int)

Declaration
public void McElementCheck(Tag mesh_tag, out int failed_elm_count)
Parameters
Type Name Description
Tag mesh_tag
int failed_elm_count

McJacobianRatio(ElementType, double[], int, McResultFormat, double, out double, out SfmcResult)

Declaration
public void McJacobianRatio(UFSf.ElementType element_type, double[] abspos, int node_count, UFSf.McResultFormat results_format, double threshold, out double jacobian_ratio, out SfmcResult status_ptr)
Parameters
Type Name Description
UFSf.ElementType element_type
double[] abspos
int node_count
UFSf.McResultFormat results_format
double threshold
double jacobian_ratio
SfmcResult status_ptr

McJacobianZero(ElementType, double[], int, McResultFormat, double, out double, out SfmcResult)

Declaration
public void McJacobianZero(UFSf.ElementType element_type, double[] abspos, int node_count, UFSf.McResultFormat results_format, double threshold, out double jacobian_zero, out SfmcResult status_ptr)
Parameters
Type Name Description
UFSf.ElementType element_type
double[] abspos
int node_count
UFSf.McResultFormat results_format
double threshold
double jacobian_zero
SfmcResult status_ptr

McSkew(ElementType, double[], int, McResultFormat, double, out double, out SfmcResult)

Declaration
public void McSkew(UFSf.ElementType element_type, double[] abspos, int node_count, UFSf.McResultFormat result_format, double threshold, out double skew, out SfmcResult status_ptr)
Parameters
Type Name Description
UFSf.ElementType element_type
double[] abspos
int node_count
UFSf.McResultFormat result_format
double threshold
double skew
SfmcResult status_ptr

McTaper(ElementType, double[], int, McResultFormat, double, out double, out SfmcResult)

Declaration
public void McTaper(UFSf.ElementType element_type, double[] abspos, int node_count, UFSf.McResultFormat result_format, double threshold, out double taper, out SfmcResult status_ptr)
Parameters
Type Name Description
UFSf.ElementType element_type
double[] abspos
int node_count
UFSf.McResultFormat result_format
double threshold
double taper
SfmcResult status_ptr

McTetCollapse(ElementType, double[], int, McResultFormat, double, out double, out SfmcResult)

Declaration
public void McTetCollapse(UFSf.ElementType element_type, double[] abspos, int node_count, UFSf.McResultFormat result_format, double threshold, out double tet_collapse, out SfmcResult status_ptr)
Parameters
Type Name Description
UFSf.ElementType element_type
double[] abspos
int node_count
UFSf.McResultFormat result_format
double threshold
double tet_collapse
SfmcResult status_ptr

McTetraAngle(double[], int, McResultFormat, double, double, out double, out double, out SfmcResult, out SfmcResult)

Declaration
public void McTetraAngle(double[] abspos, int node_count, UFSf.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)
Parameters
Type Name Description
double[] abspos
int node_count
UFSf.McResultFormat results_format
double min_threshold
double max_threshold
double min_angle
double max_angle
SfmcResult min_status_ptr
SfmcResult max_status_ptr

McTwist(ElementType, double[], int, McResultFormat, double, out double, out SfmcResult)

Declaration
public void McTwist(UFSf.ElementType element_type, double[] abspos, int node_count, UFSf.McResultFormat result_format, double threshold, out double twist, out SfmcResult status_ptr)
Parameters
Type Name Description
UFSf.ElementType element_type
double[] abspos
int node_count
UFSf.McResultFormat result_format
double threshold
double twist
SfmcResult status_ptr

McWarp(ElementType, double[], int, McResultFormat, double, out double, out SfmcResult)

Declaration
public void McWarp(UFSf.ElementType element_type, double[] abspos, int node_count, UFSf.McResultFormat result_format, double threshold, out double warp, out SfmcResult status_ptr)
Parameters
Type Name Description
UFSf.ElementType element_type
double[] abspos
int node_count
UFSf.McResultFormat result_format
double threshold
double warp
SfmcResult status_ptr

ModlBodyAskBody(Tag, out Tag)

Declaration
public void ModlBodyAskBody(Tag modl_body, out Tag cae_body_p)
Parameters
Type Name Description
Tag modl_body
Tag cae_body_p

OpenScenario(string, Tag)

Declaration
public void OpenScenario(string scenario_name, Tag master_part_tag)
Parameters
Type Name Description
string scenario_name
Tag master_part_tag

PartitionBody(int, Tag[], Tag, out int, out Tag[])

Declaration
public void PartitionBody(int num_solid_bodies, Tag[] solid_body_tags, Tag tool_body, out int num_partitioned_bodies, out Tag[] partitioned_bodies)
Parameters
Type Name Description
int num_solid_bodies
Tag[] solid_body_tags
Tag tool_body
int num_partitioned_bodies
Tag[] partitioned_bodies

PartitionBodyNx5(int, int, Tag[], Tag, out int, out Tag[])

Declaration
public void PartitionBodyNx5(int associate, int num_solid_bodies, Tag[] solid_body_tags, Tag tool_body, out int num_partitioned_bodies, out Tag[] partitioned_bodies)
Parameters
Type Name Description
int associate
int num_solid_bodies
Tag[] solid_body_tags
Tag tool_body
int num_partitioned_bodies
Tag[] partitioned_bodies

PolygonBodyAskType(Tag, out int)

Declaration
public void PolygonBodyAskType(Tag polygon_body, out int body_type)
Parameters
Type Name Description
Tag polygon_body
int body_type

PropertyAskNameNx(Tag, out string)

Declaration
public void PropertyAskNameNx(Tag property_tag, out string property_name_pp)
Parameters
Type Name Description
Tag property_tag
string property_name_pp

PropertyAskTypeNx(Tag, out FemValueType)

Declaration
public void PropertyAskTypeNx(Tag property_tag, out UFSf.FemValueType property_type)
Parameters
Type Name Description
Tag property_tag
UFSf.FemValueType property_type

PropertyAskValueNx(Tag, out bool, out int, out double, out string, out int, out string[])

Declaration
public void PropertyAskValueNx(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)
Parameters
Type Name Description
Tag property_tag
bool bool_value
int int_value
double scalar_value
string text_value
int num_lines
string[] multi_text_value

PropertySetValueNx(Tag, bool, int, double, string, int, string[])

Declaration
public void PropertySetValueNx(Tag property_tag, bool bool_value, int int_value, double scalar_value, string text_value, int num_lines, string[] multi_text_value)
Parameters
Type Name Description
Tag property_tag
bool bool_value
int int_value
double scalar_value
string text_value
int num_lines
string[] multi_text_value

RemoveFromSolutionNx(int, ref Tag)

Declaration
public void RemoveFromSolutionNx(int num_of_lbc, ref Tag lbc)
Parameters
Type Name Description
int num_of_lbc
Tag lbc

RemoveFromStepNx(int, ref Tag)

Declaration
public void RemoveFromStepNx(int num_of_lbc, ref Tag lbc)
Parameters
Type Name Description
int num_of_lbc
Tag lbc

RenameScenario(Tag, string, string)

Declaration
public void RenameScenario(Tag master_tag, string old_scenario, string new_scenario)
Parameters
Type Name Description
Tag master_tag
string old_scenario
string new_scenario

ResetElementIds(int)

Declaration
public void ResetElementIds(int start_id)
Parameters
Type Name Description
int start_id

ResetNodeIds(int)

Declaration
public void ResetNodeIds(int start_id)
Parameters
Type Name Description
int start_id

RetrieveLibraryMaterial(string, out Tag)

Declaration
public void RetrieveLibraryMaterial(string libref, out Tag material_tag)
Parameters
Type Name Description
string libref
Tag material_tag

SaveScenario()

Declaration
public void SaveScenario()

SetActiveSolutionAndStepNx(Tag, Tag)

Declaration
public void SetActiveSolutionAndStepNx(Tag active_solution, Tag active_step)
Parameters
Type Name Description
Tag active_solution
Tag active_step

SetEdgeDensity(Tag, EdgeDensityData)

Declaration
public void SetEdgeDensity(Tag object_tag, UFSf.EdgeDensityData edge_density_data)
Parameters
Type Name Description
Tag object_tag
UFSf.EdgeDensityData edge_density_data

SetIdealizeParmExp(nint, IdealizeParmExp, Tag)

Declaration
public void SetIdealizeParmExp(nint parms_p, UFSf.IdealizeParmExp parm_exp_t, Tag exp_tag)
Parameters
Type Name Description
nint parms_p
UFSf.IdealizeParmExp parm_exp_t
Tag exp_tag

SetIdealizeParmFaces(nint, IdealizeParmFace, int, Tag[])

Declaration
public void SetIdealizeParmFaces(nint parms_p, UFSf.IdealizeParmFace parm_face_t, int num_faces, Tag[] faces)
Parameters
Type Name Description
nint parms_p
UFSf.IdealizeParmFace parm_face_t
int num_faces
Tag[] faces

SetMeshVisuals(Tag, ref MeshVisuals)

Declaration
public void SetMeshVisuals(Tag mesh_tag, ref UFSf.MeshVisuals mesh_vis)
Parameters
Type Name Description
Tag mesh_tag
UFSf.MeshVisuals mesh_vis

SetShellThickness(string, int, Tag[])

Declaration
public void SetShellThickness(string shell_thick_exp, int num_items, Tag[] items_array)
Parameters
Type Name Description
string shell_thick_exp
int num_items
Tag[] items_array

SimulationAskFem(Tag)

Declaration
public Tag SimulationAskFem(Tag simulation_tag)
Parameters
Type Name Description
Tag simulation_tag
Returns
Type Description
Tag

SolutionAskDescriptorNx(Tag, out Tag)

Declaration
public void SolutionAskDescriptorNx(Tag solution, out Tag descriptor)
Parameters
Type Name Description
Tag solution
Tag descriptor

SolutionAskLanguageNx(Tag, out Tag)

Declaration
public void SolutionAskLanguageNx(Tag solution, out Tag language)
Parameters
Type Name Description
Tag solution
Tag language

SolutionAskNameNx(Tag, out string)

Declaration
public void SolutionAskNameNx(Tag solution, out string solution_name)
Parameters
Type Name Description
Tag solution
string solution_name

SolutionAskNthStepNx(Tag, int, out Tag)

Declaration
public void SolutionAskNthStepNx(Tag solution_tag, int step, out Tag step_tag)
Parameters
Type Name Description
Tag solution_tag
int step
Tag step_tag

SolutionAskNumStepsNx(Tag, out int)

Declaration
public void SolutionAskNumStepsNx(Tag solution_tag, out int step_count)
Parameters
Type Name Description
Tag solution_tag
int step_count

SolutionAskPropertyByIndexNx(Tag, int, out Tag)

Declaration
public void SolutionAskPropertyByIndexNx(Tag solution, int property, out Tag property_tag)
Parameters
Type Name Description
Tag solution
int property
Tag property_tag

SolutionAskPropertyCountNx(Tag, out int)

Declaration
public void SolutionAskPropertyCountNx(Tag solution, out int num_props)
Parameters
Type Name Description
Tag solution
int num_props

SolutionAskPropertyNx(Tag, string, out Tag)

Declaration
public void SolutionAskPropertyNx(Tag solution, string property_name, out Tag property_tag)
Parameters
Type Name Description
Tag solution
string property_name
Tag property_tag

SolutionAskSolverPropertyByIndexNx(Tag, int, out Tag)

Declaration
public void SolutionAskSolverPropertyByIndexNx(Tag solution, int property, out Tag property_tag)
Parameters
Type Name Description
Tag solution
int property
Tag property_tag

SolutionAskSolverPropertyCountNx(Tag, out int)

Declaration
public void SolutionAskSolverPropertyCountNx(Tag solution, out int num_props)
Parameters
Type Name Description
Tag solution
int num_props

SolutionAskSolverPropertyNx(Tag, string, out Tag)

Declaration
public void SolutionAskSolverPropertyNx(Tag solution, string property_name, out Tag property_tag)
Parameters
Type Name Description
Tag solution
string property_name
Tag property_tag

SolutionSetNameNx(Tag, string, bool)

Declaration
public void SolutionSetNameNx(Tag solution, string solution_name, bool rename_result_file)
Parameters
Type Name Description
Tag solution
string solution_name
bool rename_result_file

SolveActiveSolutionNx(int)

Declaration
public void SolveActiveSolutionNx(int format_choice)
Parameters
Type Name Description
int format_choice

StepAskNameNx(Tag, out string)

Declaration
public void StepAskNameNx(Tag step, out string step_name)
Parameters
Type Name Description
Tag step
string step_name

StepAskPropertyByIndexNx(Tag, int, out Tag)

Declaration
public void StepAskPropertyByIndexNx(Tag step, int property, out Tag property_tag)
Parameters
Type Name Description
Tag step
int property
Tag property_tag

StepAskPropertyCountNx(Tag, out int)

Declaration
public void StepAskPropertyCountNx(Tag step, out int num_props)
Parameters
Type Name Description
Tag step
int num_props

StepAskPropertyNx(Tag, string, out Tag)

Declaration
public void StepAskPropertyNx(Tag step, string property_name, out Tag property_tag)
Parameters
Type Name Description
Tag step
string property_name
Tag property_tag

StepSetNameNx(Tag, Tag, string)

Declaration
public void StepSetNameNx(Tag solution, Tag step, string step_name)
Parameters
Type Name Description
Tag solution
Tag step
string step_name

SwitchScenarios(string, string)

Declaration
public void SwitchScenarios(string scenario_1_name, string scenario_2_name)
Parameters
Type Name Description
string scenario_1_name
string scenario_2_name

TempDispResults(ref SfColorAttr, ref SfLegendAttr)

Declaration
public void TempDispResults(ref SfColorAttr color_att_p, ref SfLegendAttr legend_attr_p)
Parameters
Type Name Description
SfColorAttr color_att_p
SfLegendAttr legend_attr_p

TempDisplayElement(Tag, int, double, bool, bool, bool, PolyMarker, bool)

Declaration
public void TempDisplayElement(Tag node_tag, int color, double height, bool display_edges, bool display_id, bool display_nodes, UFDisp.PolyMarker node_marker, bool display_orientation)
Parameters
Type Name Description
Tag node_tag
int color
double height
bool display_edges
bool display_id
bool display_nodes
UFDisp.PolyMarker node_marker
bool display_orientation

TempDisplayNode(Tag, int, double, bool, string, PolyMarker)

Declaration
public void TempDisplayNode(Tag node_tag, int color, double height, bool display_id, string object_symbol, UFDisp.PolyMarker node_marker)
Parameters
Type Name Description
Tag node_tag
int color
double height
bool display_id
string object_symbol
UFDisp.PolyMarker node_marker

UnlinkMaterial(Tag)

Declaration
public void UnlinkMaterial(Tag object_tag)
Parameters
Type Name Description
Tag object_tag

UnlinkSection(Tag, Tag)

Declaration
public void UnlinkSection(Tag section_tag, Tag mesh_geom_tag)
Parameters
Type Name Description
Tag section_tag
Tag mesh_geom_tag

UpdateScenario()

Declaration
public void UpdateScenario()

WriteReport()

Declaration
public void WriteReport()

Implements

System.Runtime.Remoting.Messaging.IMessageSink