UF_SF_0D_density_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The 0d mesher element density.


Data Members

UF_SF_0D_EDGE_DENSITY_SIZE
Edge density given as size of the
elements.

UF_SF_0D_EDGE_DENSITY_NUMBER
Edge density given as number of the
elements.

UF_SF_0D_EDGE_DENSITY_SMART = 4


 

 
UF_SF_0D_element_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The 0d mesher element types.


Data Members

UF_SF_0D_CONMASS = (int)UF_SF_CMASS
0D element type - concentrated mass.

 

 
UF_SF_1D_density_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The 1d mesher element density.


Data Members

UF_SF_1D_EDGE_DENSITY_SIZE
Edge density given as a size of the
elements.

UF_SF_1D_EDGE_DENSITY_NUMBER
Edge density given as number of the
elements.

UF_SF_1D_EDGE_DENSITY_SMART = 4


 

 
UF_SF_1D_element_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The 1d mesher element types.


Data Members

UF_SF_1D_SPRING_TYPE = (int)UF_SF_SPRING
Spring elements.

UF_SF_1D_BAR_TYPE = (int)UF_SF_BAR
Bar elements.

UF_SF_1D_BEAM_TYPE = (int)UF_SF_BEAM
Beam elements.

UF_SF_1D_ROD_TYPE = (int)UF_SF_ROD
Rod elements.

UF_SF_1D_RIGID_TYPE = (int)UF_SF_RBE2
Rigid link elements.

 

 
UF_SF_assembly_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
Assembly Mesh Type


Data Members

UF_SF_NOT_SUPPORT_ASSEM_TYPE = 0


UF_SF_ASSEM_BY_GLUE


UF_SF_ASSEM_BY_SLIDE_CONTACT


UF_SF_ASSEM_BY_GAP_CONTACT


UF_SF_ASSEM_FREE


 

 
UF_SF_atm_edge_shape_types_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
Aries Tet Mesher edge shapes


Data Members

UF_SF_ATM_LINEAR = 0
Type of element is linear.

UF_SF_ATM_CURVED
Type of element is curved.

UF_SF_ATM_MIXED
Both curved and linear elements can form.

 

 
UF_SF_atm_element_types_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
Element types supported by Aries Tet Mesher


Data Members

UF_SF_ATM_SYSTEM_DEFAULT_TYPE = 0
Element will be system default,
either tet4 or tet10, depending on the
enviroment.

UF_SF_ATM_TETRA
Element will be tetrahedral, with 4
nodes.

UF_SF_ATM_TETRA_10
Element will be tetrahedral, with 10
nodes.

 

 
UF_SF_bc_class_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The BC functions class parameter.


Data Members

UF_SF_BC_ERROR_CLASS = -1
To indicate error

UF_SF_BC_NODE_ELEMENT_CLASS = 1
BC applied on a node.

UF_SF_BC_EDGE_ELEMENT_CLASS = 2
BC applied on an edge.

UF_SF_BC_FACE_CLASS = 3
BC applied on a face.

UF_SF_BC_CURVE_CLASS = 4
BC applied on a curve.

 

 
UF_SF_bc_mode_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The BC functions mode parameter.


Data Members

UF_SF_BC_CONSTRAINT = 1
Both linear displacement and rotation
are available.

UF_SF_BC_DISPLACEMENT = 2
Only displacement is available,
rotation is free.

UF_SF_BC_ROTATION = 3
Only rotation is available,
displacement is free.

UF_SF_BC_TEMPERATURE = 4
Temperature BC is available.

UF_SF_BC_CONVECTION_COEFFICIENT = 5
Convection coefficient BC is
available.

UF_SF_BC_UNKNOWN_MODE = -99999
Unknown BC mode type

 

 
UF_SF_clip_plane_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_CLIP_ABS_XY


UF_SF_CLIP_ABS_YZ


UF_SF_CLIP_ABS_ZX


UF_SF_CLIP_WCS_XY


UF_SF_CLIP_WCS_YZ


UF_SF_CLIP_WCS_ZX


UF_SF_CLIP_WCS_CYL_RT


UF_SF_CLIP_WCS_CYL_TZ


UF_SF_CLIP_WCS_SPH_TP


 

 
UF_SF_clip_side_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_CLIP_POSITIVE


UF_SF_CLIP_NEGATIVE


UF_SF_CLIP_BOTH


 

 
UF_SF_dist_type_t (view source)
 
Defined in: uf_sf_enums.h
 
Overview
Distribution type


Data Members

UF_SF_SINUSOIDAL = 0


UF_SF_PARABOLIC


 

 
UF_SF_dur_event_mode_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The Durability Event mode parameter.


Data Members

UF_SF_DUR_EVENT_STATIC = 1
Currently we only have Static Durability Events

 

 
UF_SF_dursol_design_life_criterion_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_SF_INFINITE_LIFE = 0


UF_SF_CYCLES_TO_FAILURE = 1


 

 
UF_SF_dursol_fatigue_life_criterion_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_SF_SMITH_WATSON_TOPPER = 0


UF_SF_STRAIN_LIFE_MAX_PRINCIPLE = 1


UF_SF_STRAIN_LIFE_MAX_SHEAR = 2


UF_SF_STRESS_LIFE = 3


 

 
UF_SF_dursol_stress_criterion_t (view source)
 
Defined in: uf_sf_enums.h
 
Overview
Durability Solution type parameter.


Data Members

UF_SF_ULTIMATE_STRENGTH = 0


UF_SF_YIELD_STRENGTH = 1


 

 
UF_SF_dursol_stress_type_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_SF_VON_MISES = 0


UF_SF_TRESCA = 1


UF_SF_MAXIMUM_PRINCIPLE = 2


UF_SF_MINIMUM_PRINCIPLE = 3


 

 
UF_SF_edge_density_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_EDGE_DENSITY_SIZE
Edge density defined by elm size

UF_SF_EDGE_DENSITY_NUMBER
Edge density defined by number of elms.

UF_SF_EDGE_DENSITY_SMART = 4
Edge density defined by smart option.

UF_SF_NOT_EDGE_DENSITY_DEFINED
Edge density not defined.

 

 
UF_SF_edge_matching_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_EDGE_MATCHING_TYPE_ND


UF_SF_EDGE_MATCHING_BY_LOCATION


UF_SF_EDGE_MATCHING_BY_ESIZE


UF_SF_EDGE_MATCHING_BY_COLLAPSE


UF_SF_EDGE_MATCHING_MM_GLUE


UF_SF_EDGE_MATCHING_MM_FREE


UF_SF_EDGE_MATCHING_ANY


 

 
UF_SF_element_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_UNDEFINED = 0
Generic undefined type.

UF_SF_CMASS = 1
Concentrated mass element.

UF_SF_BAR = 2
Bar element.

UF_SF_BEAM = 3
Beam element.

UF_SF_ROD = 4
Rod element.

UF_SF_RBE2 = 5
Rigid link element.

UF_SF_SPRING = 6
Spring element.

UF_SF_MASS = 7
Distributed mass element.

UF_SF_HBDY = 8
Heat body element.

UF_SF_QUAD4 = 9
Quadrilateral element with 4 nodes.

UF_SF_TRIA3 = 10
Triangular element with 3 nodes.

UF_SF_QUAD8 = 11
Quadrilateral element with 8 nodes.

UF_SF_TRIA6 = 12
Triangular element with 6 nodes.

UF_SF_TET4 = 13
Tetrahedral element with 4 nodes.

UF_SF_TET10 = 14
Tetrahedral element with 10 nodes.

UF_SF_1D_CONTACT=15
1D contact elements between 2 bodies.

UF_SF_HEX8 = 16
Hexahedral element with 8 nodes.

UF_SF_HEX20 = 17
Hexahedral element with 20 nodes.

UF_SF_WDG6 = 18
Wedge element with 6 nodes.

UF_SF_WDG15 = 19
Wedge element with 15 nodes.

UF_SF_2D_CONTACT = 20
2D Contact elements between 2 faces

UF_SF_WELD = 21
weld elements

UF_SF_EF_CONN = 22
Edge-Face connection element

UF_SF_MM_FREE = 23
Not an element type but useful as connection.

UF_SF_MM_GLUE = 24
Not an element type but useful as connection.

UF_SF_RBE3 = 25
rbe3 element with 1 core node (first node) and multiple leg nodes.

UF_SF_PYR5 = 26
Pyramid element with 5 nodes.

UF_SF_PYR9 = 27
Pyramid element with 9 nodes.

UF_SF_PYR13 = 28
Pyramid element with 13 nodes.

UF_SF_1D_NG = 29
1D Node to Ground elements with 1 node.

UF_SF_1D_PLOTEL = 30
1D plotel element with 2 nodes.

UF_SF_1D_MASS = 31
1D mass element with 2 nodes.

UF_SF_PYR_MIXED_ORDER = 32
Pyramid element mixed order.

UF_SF_TET_MIXED_ORDER = 33
Tetrahedral element mixed order.

UF_SF_1D_BEARING = 34


UF_SF_HEXCOHES8 = 35
cohesive element with 8 nodes.

UF_SF_HEXCOHES20 = 36
cohesive element with 20 nodes.

UF_SF_WDGCOHES6 = 37
cohesive element with 6 nodes.

UF_SF_WDGCOHES15 = 38
cohesive element with 15 nodes.

UF_SF_MPC = 39
mpc element with 1 core node (first node) and multiple leg nodes.

UF_SF_TOTAL_COUNT = 40
This last member represents the total
number of members in this enum

 

 
UF_SF_elm_adaptivity_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_ELEMENT_ADAPT_HELMS = (int)UF_SF_MESH_RECIPE_ADAPT_HELMS
Adaptivity of elements is H-type.

UF_SF_ELEMENT_ADAPT_PELMS = (int)UF_SF_MESH_RECIPE_ADAPT_PELMS
Adaptivity of elements is P-type.

 

 
UF_SF_elm_dimension_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_ELEMENT_POINT = (int)UF_SF_DIMENSION_0D
Element type is point - CMASS
or MASS.

UF_SF_ELEMENT_BEAM = (int)UF_SF_DIMENSION_1D
Element type is beam - Bar,
beam, rods, rigid links,
springs and contact elements.

UF_SF_ELEMENT_SHELL = (int)UF_SF_DIMENSION_2D
Element type is shell - quad4,
quad8, tri3, tri6.

UF_SF_ELEMENT_SOLID = (int)UF_SF_DIMENSION_3D
Element type is solid - tet4,
tet10.

UF_SF_ELEMENT_ALL
Element of any of the 4 above
types.

 

 
UF_SF_face_subdiv_status_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_IDENTICAL_FACES_EQ_EDGES
Both faces identical with eq. num of edges

UF_SF_IDENTICAL_FACES_UNEQ_EDGES
Both faces identical with uneq. num of edges

UF_SF_NOT_IDENTICAL
Both faces are not identical

UF_SF_OVERLAPPING_FACES
Both faces overlapping

UF_SF_SEPARATE_FACES
Both faces are separate

 

 
UF_SF_fem_coord_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
Coordinate system type.


Data Members

UF_SF_RECT_COORD


 

 
UF_SF_fem_value_type_t (view source)
 
Defined in: uf_sf_enums.h
 
Overview
FEM Property type parameter.


Data Members

UF_SF_FEM_VALUE_NIL = UF_SF_LANG_NIL_VAL_TYPE


UF_SF_FEM_VALUE_INT = UF_SF_LANG_INT_VAL_TYPE


UF_SF_FEM_VALUE_SCALAR = UF_SF_LANG_SCALAR_VAL_TYPE


UF_SF_FEM_VALUE_TEXT = UF_SF_LANG_TEXT_VAL_TYPE


UF_SF_FEM_VALUE_ENUM = UF_SF_LANG_ENUM_VAL_TYPE


UF_SF_FEM_VALUE_COORD = UF_SF_LANG_COORD_VAL_TYPE


UF_SF_FEM_VALUE_MATERIAL = UF_SF_LANG_MATERIAL_VAL_TYPE


UF_SF_FEM_VALUE_SECTION = UF_SF_LANG_SECTION_VAL_TYPE


UF_SF_FEM_VALUE_VECTOR = UF_SF_LANG_VECTOR_VAL_TYPE


UF_SF_FEM_VALUE_TABLE = UF_SF_LANG_TABLE_VAL_TYPE


UF_SF_FEM_VALUE_LOAD = UF_SF_LANG_LOAD_VAL_TYPE


UF_SF_FEM_VALUE_BNDCOND = UF_SF_LANG_BNDCOND_VAL_TYPE


UF_SF_FEM_VALUE_BOOL = UF_SF_LANG_BOOL_VAL_TYPE


UF_SF_FEM_VALUE_MULTI_STRING = UF_SF_LANG_MULTI_STRING_VAL_TYPE


UF_SF_FEM_VALUE_MULTI_STRING_ITI = UF_SF_LANG_MULTI_STRING_ITI_VAL_TYPE


UF_SF_FEM_VALUE_FILENAME_VAL_TYPE = UF_SF_LANG_FILENAME_VAL_TYPE


UF_SF_FEM_VALUE_DIRPATH_VAL_TYPE = UF_SF_LANG_DIRPATH_VAL_TYPE


UF_SF_FEM_VALUE_SSMO_VAL_TYPE = UF_SF_LANG_SSMO_VAL_TYPE


UF_SF_FEM_VALUE_PPT_VAL_TYPE = UF_SF_LANG_PPT_VAL_TYPE


UF_SF_FEM_VALUE_PLYMAT_VAL_TYPE = UF_SF_LANG_PLYMAT_VAL_TYPE


UF_SF_FEM_VALUE_FIELD_VAL_TYPE = UF_SF_LANG_FIELD_VAL_TYPE


UF_SF_FEM_VALUE_AXIS_VAL_TYPE = UF_SF_LANG_AXIS_VAL_TYPE


UF_SF_FEM_VALUE_DOF_VAL_TYPE = UF_SF_LANG_DOF_VAL_TYPE


UF_SF_FEM_VALUE_POINT_VAL_TYPE = UF_SF_LANG_POINT_VAL_TYPE


UF_SF_FEM_VALUE_EDGES_ON_FACE = UF_SF_LANG_EDGES_ON_FACE_VAL_TYPE


UF_SF_FEM_VALUE_SCALAR_ARRAY = UF_SF_LANG_SCALAR_ARRAY_VAL_TYPE


UF_SF_FEM_VALUE_ACTION = UF_SF_LANG_ACTION_VAL_TYPE


UF_SF_FEM_VALUE_SSMO_ARRAY = UF_SF_LANG_SSMO_ARRAY_VAL_TYPE


UF_SF_FEM_VALUE_TIME = UF_SF_LANG_TIME_VAL_TYPE


UF_SF_FEM_VALUE_INT_ARRAY = UF_SF_LANG_INT_ARRAY_VAL_TYPE


UF_SF_FEM_VALUE_EXT_MENU = UF_SF_LANG_EXT_MENU_VAL_TYPE


UF_SF_FEM_VALUE_CATALOG = UF_SF_LANG_CATALOG_VAL_TYPE


UF_SF_FEM_VALUE_GENERAL_FIELD = UF_SF_LANG_GENERAL_FIELD_VAL_TYPE


UF_SF_FEM_VALUE_SCALAR_FIELD = UF_SF_LANG_SCALAR_FIELD_VAL_TYPE


UF_SF_FEM_VALUE_VECTOR_FIELD = UF_SF_LANG_VECTOR_FIELD_VAL_TYPE


UF_SF_FEM_VALUE_COMPLEX_SCALAR_FIELD = UF_SF_LANG_COMPLEX_SCALAR_FIELD_VAL_TYPE


UF_SF_FEM_VALUE_MATRIX = UF_SF_LANG_MATRIX_VAL_TYPE


UF_SF_FEM_VALUE_REGION = UF_SF_LANG_REGION_VAL_TYPE


UF_SF_FEM_VALUE_GROUPREF = UF_SF_LANG_GROUPREF_VAL_TYPE


UF_SF_FEM_VALUE_SELECTREF = UF_SF_LANG_SELECTREF_VAL_TYPE


UF_SF_FEM_VALUE_SECTION_ORIENT = UF_SF_LANG_CAE_SECTION_ORIENT_VAL_TYPE


UF_SF_FEM_VALUE_SECTION_OFFSET = UF_SF_LANG_CAE_SECTION_OFFSET_VAL_TYPE


UF_SF_FEM_VALUE_TARGETSET = UF_SF_LANG_TARGETSET_VAL_TYPE


UF_SF_FEM_VALUE_SECTION_REF = UF_SF_LANG_CAE_SECTION_REF_VAL_TYPE


UF_SF_FEM_VALUE_DOFSET_REF = UF_SF_LANG_DOFSETREF_VAL_TYPE


UF_SF_FEM_VALUE_LBCREF = UF_SF_LANG_LBCREF_VAL_TYPE


UF_SF_FEM_VALUE_PPT_ARRAY = UF_SF_LANG_PHYSICAL_ARRAY_VAL_TYPE


UF_SF_FEM_VALUE_SOLUTIONREF = UF_SF_LANG_SOLUTIONREF_VAL_TYPE


UF_SF_FEM_VALUE_GROUPREF_ARRAY = UF_SF_LANG_GROUPREF_ARRAY_VAL_TYPE


UF_SF_FEM_VALUE_SCALAR_FIELD_TABLE = UF_SF_LANG_SCALAR_FIELD_TABLE_VAL_TYPE


UF_SF_FEM_VALUE_SOLUTIONSTEPREF = UF_SF_LANG_SOLUTIONSTEPREF_VAL_TYPE


UF_SF_FEM_VALUE_POINT_ARRAY_VAL_TYPE = UF_SF_LANG_POINT_ARRAY_VAL_TYPE


UF_SF_FEM_VALUE_COMPONENTREF = UF_SF_LANG_COMPONENTREF_VAL_TYPE


UF_SF_FEM_VALUE_COMPONENTREF_ARRAY = UF_SF_LANG_COMPONENTREF_ARRAY_VAL_TYPE


UF_SF_FEM_VALUE_SOLVER_DRIVEN_STRING_ARRAY = UF_SF_LANG_SOLVER_DRIVEN_STRING_ARRAY_VAL_TYPE


UF_SF_FEM_VALUE_IMAGE_VAL_TYPE = UF_SF_LANG_IMAGE_VAL_TYPE


UF_SF_FEM_VALUE_COMPLEX_VECTOR_FIELD = UF_SF_LANG_COMPLEX_VECTOR_FIELD_VAL_TYPE


UF_SF_FEM_VALUE_LBCREF_ARRAY = UF_SF_LANG_LBCREF_ARRAY_VAL_TYPE


 

 
UF_SF_HPT_method_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The smart point definition method.


Data Members

UF_SF_HPT_NO_METHOD
Smart point created with no method.

UF_SF_HPT_ON_CURVE
Smart point created on curve.

UF_SF_HPT_BASEPT_AND_OFFSET
Smart point created as offset to some base
point.

UF_SF_HPT_CENTER_OF_CONIC
Smart point created at the center of a
conic.

UF_SF_HPT_CURVE_INTERSECTION
Smart point created at the intersection of
two curves.

UF_SF_HPT_ON_SURFACE
Smart point created on a surface.

 

 
UF_SF_idealize_parm_exp_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_SF_IDEALIZE_HOLE_DIAMETER


UF_SF_IDEALIZE_BLEND_RADIUS


UF_SF_IDEALIZE_TINY_FACE_AREA


UF_SF_IDEALIZE_THIN_FACE_WIDTH


UF_SF_IDEALIZE_FACE_COLLECTOR


UF_SF_IDEALIZE_SCREEN_SELECTED_FACE


 

 
UF_SF_idealize_parm_face_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_SF_IDEALIZE_RETAINED_FACES


UF_SF_IDEALIZE_REMOVED_FACES


 

 
UF_SF_LANG_analysis_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_LANG_ANALYSIS_UNKNOWN = 0
unknown language type

UF_SF_LANG_ANALYSIS_STRUCTURAL = 1
Structural analysis

UF_SF_LANG_ANALYSIS_THERMAL = 2
Thermal analysis

UF_SF_LANG_ANALYSIS_FLOW = 3
CFD analysis

UF_SF_LANG_ANALYSIS_COUPLED = 4
Flow-Thermal analysis

UF_SF_LANG_ANALYSIS_MAPPING = 5
Mapping analysis

 

 
UF_SF_LANG_linearity_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_LANG_LINEAR_LINEARITY = 1


UF_SF_LANG_NONLINEAR_LINEARITY = 2


 

 
UF_SF_LANG_problem_abstract_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_LANG_SIMPLE_PROB_ABSTRACT = 1


UF_SF_LANG_AXISYM_PROB_ABSTRACT = 2


UF_SF_LANG_MIXED_PROB_ABSTRACT = 3


 

 
UF_SF_LANG_time_depend_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_LANG_STEADY_TIME_DEPEND = 1
Analysis will be steady-state.

 

 
UF_SF_LBC_component_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The Load functions component_type parameter.


Data Members

UF_SF_NULL_COMP = -1


UF_SF_LBC_XYZ = 0
Having XYZ components - rectangular coordinates.

UF_SF_LBC_RTZ
Having RTZ components - Cylindrical coordinates.

UF_SF_LBC_RTP
Having RTP components - Spherical coordinates.

UF_SF_LBC_NORMAL_TO
Applicable normal to a face only.

UF_SF_LBC_EDGE_CSYS
Applicable along an edge only.

 

 
UF_SF_LEGEND_text_justification_e (view source)
 
Defined in: uf_sf_legend.h
 
Also known as:
 
Overview
Text justification for titles in the user defined color index text.


Data Members

UF_LEGEND_LEFT_JUSTIFIED_TEXT = 1


UF_LEGEND_CENTER_JUSTIFIED_TEXT = 2


UF_LEGEND_RIGHT_JUSTIFIED_TEXT = 3


 

 
UF_SF_library_material_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_MATL_IS_READ_ONLY
User not allowed to edit in NX.

UF_SF_MATL_IS_EDITABLE
User allowed to edit within NX.

 

 
UF_SF_load_class_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The Load functions load_class parameter.


Data Members

UF_SF_LOAD_NODE_ELEMENT_CLASS = 1
Load applied on a node.

UF_SF_LOAD_EDGE_ELEMENT_CLASS = 2
Load applied on an edge.

UF_SF_LOAD_FACE_CLASS = 3
Load applied on a face.

UF_SF_LOAD_PART_CLASS = 4
Load applied to the whole part.

UF_SF_LOAD_BODY_CLASS = 5
Load applied on a body.

UF_SF_LOAD_CURVE_CLASS = 6
Load applied on a curve.

 

 
UF_SF_load_dimension_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_NULL_LOAD = 0
Load value is 0.

UF_SF_SCALAR_LOAD
Load is a scalar - temperature.

UF_SF_VECTOR_LOAD
Having RTP components - Spherical coordinates.

UF_SF_AXIS_LOAD
Applicable normal to a face only.

 

 
UF_SF_load_disp_symbol_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The Load functions load_disp_symbol parameter.


Data Members

UF_SF_LOAD_SINGLE_HEADED_ARROW = 1


UF_SF_LOAD_DOUBLE_HEADED_ARROW = 2


UF_SF_LOAD_HALF_ARROW = 3


UF_SF_LOAD_Q_ARROW = 4


UF_SF_BC_PYRAMID = 101


UF_SF_BC_ARROW = 102


UF_SF_BC_DOUBLE_HEADED_ARROW = 103


UF_SF_BC_SMALL_CIRCLE = 104


UF_SF_BC_SMALL_ARROW = 105


UF_SF_BC_S_ON_ENTITY = 106


UF_SF_BC_M_ON_ENTITY = 107


 

 
UF_SF_load_mode_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The Load functions mode_type parameter.


Data Members

UF_SF_LOAD_FORCE = 1
Force.

UF_SF_LOAD_DISTRIBUTED = 2
Uniform pressure, applicable only normal
to the face.

UF_SF_LOAD_SPACIAL = 3


UF_SF_LOAD_GRAVITY = 4
Gravity load.

UF_SF_LOAD_PRESSURE = 5
Pressure load, can be appied in any
direction.

UF_SF_LOAD_MOMENT = 6
Moment.

UF_SF_LOAD_SHEAR = 7
Edge shear.

UF_SF_LOAD_FLUX = 8
Heat flux.

UF_SF_LOAD_TEMPERATURE = 9
Temperature load.

UF_SF_LOAD_CENTRIFUGAL = 10
Centrifugal load.

UF_SF_LOAD_TORQUE = 11
Torque

UF_SF_LOAD_BEARING = 12
Bearing

UF_SF_LOAD_UNKNOWN_MODE = -99999
Unknown load mode type

 

 
UF_SF_lv_function_mode_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The Load functions mode_type parameter.


Data Members

UF_SF_HALF_UNIT_CYCLE = 0
Half Unit Cycle

UF_SF_FULL_UNIT_CYCLE = 1
Full Unit Cycle

 

 
UF_SF_mate_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
Mating Type


Data Members

UF_SF_NOT_SUPPORT_MATE_TYPE = 0


UF_SF_ASSEMBLY_MESH


 

 
UF_SF_matl_orient_option_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
Extended material types.


Data Members

UF_SF_MATL_ORIENT_FIXED
Origin/vectors option

UF_SF_MATL_ORIENT_WCS
Create an orientation based
upon the current WCS.

 

 
UF_SF_mc_result_format_e (view source)
 
Defined in: uf_sf_element_check.h
 
Also known as:
 
Overview
Model Checker related enums


Data Members

UF_SF_mc_do_not_normalize_result


UF_SF_mc_normalize_result


 

 
UF_SF_mesh_dimension_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_DIMENSION_0D
Element dimension is 0 - CMASS or MASS

UF_SF_DIMENSION_1D
Element dimension is 1 - Bar, beam, rods, rigid
links, springs and contact elements.

UF_SF_DIMENSION_2D
Element dimension is 2 - quad4, quad8, tri3, tri6

UF_SF_DIMENSION_3D
Element dimension is 3 - tet4, tet10.

UF_SF_DIMENSION_ANY
Element of any dimension.

 

 
UF_SF_mesh_error_type_e (view source)
 
Defined in: uf_sf_mshvld.h
 
Also known as:
 
Overview
This enumeration allows the specification of types of mesh errors
found during mesh validation.


Data Members

UF_SF_MSHVLD_NOT_CLASSIFIED = 0
Errors have not been classified yet

UF_SF_MSHVLD_MESH_NOT_ASSOCIATED_TO_MR
Meshes are not associated to mesh recipes

UF_SF_MSHVLD_MESH_WITH_NO_ELEM
Meshes associated to alive mesh recipes
do not contain any element

UF_SF_MSHVLD_MESH_WITH_DIFF_DIM_ELEM
Meshes contain elements with diff dimensions

UF_SF_MSHVLD_INVALID_ELEM_OWNER
The owner meshes of elements are incorrectly set

UF_SF_MSHVLD_INVALID_ELEM_NODE_NUM
The numbers of element nodes are invalid

UF_SF_MSHVLD_ORPHAN_NODE
Orphan nodes (with no owner elem)
are found in scenario model

UF_SF_MSHVLD_INVALID_NODE_OWNER
The owner elements of nodes are invalid

UF_SF_MSHVLD_INVALID_CORNER_MID_NODE_ORDER
The orders of corner nodes and mid nodes are invalid

UF_SF_MSHVLD_NODE_NOT_ASSOCIATED_TO_MG
The nodes are not associated to any mesh geometry

UF_SF_MSHVLD_CORNER_MID_NODE_OVERLAP
The corner/mid nodes are set as mid/corner nodes

UF_SF_MSHVLD_MID_NODE_NOT_PROPERLY_SET
Mid nodes are not properly set for
Quad8/Tria6/Tetra10/Hex20/Wdg15 elements

UF_SF_MSHVLD_INVALID_NODE_BTYPE
The boundary types of nodes are not properly set

UF_SF_MSHVLD_NODE_ASSOCIATED_TO_CHILD_FACE
Nodes are associated to child faces of compound faces

UF_SF_MSHVLD_NODE_ASSOCIATED_TO_INTERIOR_EDGE
Nodes are associated to interior edges of compound faces

UF_SF_MSHVLD_NODE_SHARED_BY_MULTIPLE_COLLECTORS
A node belongs to more than one node collector.

UF_SF_MSHVLD_DUPLICATE_NODE_LABEL
Two or more nodes have same label.

UF_SF_MSHVLD_MR_WITH_NO_MG
Mesh recipes do not contain any mesh geometry

UF_SF_MSHVLD_INVALID_1D_CONNECT_ELEM
Nodes of 1D connection elements
are not on proper mesh geometries

UF_SF_MSHVLD_INVALID_1D_WELD_ELEM
Nodes of 1D weld elements are not on hard points

UF_SF_MSHVLD_INVALID_1D_CONTACT_ELEM
Nodes of 1D contact elements are not in their edge limits

UF_SF_MSHVLD_INVALID_EDGE_LIMIT
Edge limits are not correct

UF_SF_MSHVLD_HARD_PNT_NOT_HONORED
Hard points are not honored in meshes

UF_SF_MSHVLD_INVALID_MATCH_EDGE_MESH
Matched edges in sheet bodies do not share common nodes

UF_SF_MSHVLD_INVALID_GLUE_MATE_EDGE_MESH
The edges which are part of coincident GLUE mesh mated faces
do not share common nodes

UF_SF_MSHVLD_INVALID_FREE_MATE_EDGE_MESH
The edges which are part of coincident FREE mesh mated faces
dot not have duplicate nodes

UF_SF_MSHVLD_INVALID_GLUE_MATE_FACE_MESH
The faces having coincident GLUE MMC do not
share common element nodes and faces

UF_SF_MSHVLD_INVALID_FREE_MATE_FACE_MESH
The faces having coincident FREE MMC do not
have duplicate element nodes and faces

UF_SF_MSHVLD_INVALID_MATCH_MATE_EDGE_MESH
Matched/glue mated edge do not share common nodes

UF_SF_MSHVLD_INVALID_EDGE_MATE_FOR_MMC
Edges on a face coincidently mating with another one
are not mated with an edge on the mated face

UF_SF_MSHVLD_INVALID_END_NODE_ASSOCIATIVITY
A node on an end of an edge is not associated to
all edges of the same body with the same end

UF_SF_MSHVLD_NODE_ASSOCIATED_TO_TINY_EDGE
Tiny edges have associated elements/nodes

UF_SF_MSHVLD_EDGE_DENSITY_NOT_HONORED
The user attribute Edge Density is not honored

UF_SF_MSHVLD_FACE_DENSITY_NOT_HONORED
The user attribute Face Density is not honored

UF_SF_MSHVLD_EDGE_DENSITY_NOT_HONORED_FOR_MATCH_MATE_PNRS
The user attribute Edge Density is not honored for matched/mated edges

UF_SF_MSHVLD_FACE_DENSITY_NOT_HONORED_FOR_MATE_PNRS
The user attribute Face Density is not honored for mated faces

UF_SF_MSHVLD_EDGE_FACE_DENSITY_NOT_HONORED
The user attribute Edge/Face Density is not honored

UF_SF_MSHVLD_MESH_WITH_PENDING_UPDATE
Mesh with pending update

 

 
UF_SF_mesh_geom_meshdir_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
meshdir codes associated with mesh geometry in a mesh recipe


Data Members

UF_SF_MG_MESHDIR_UNINITIALIZED = 0
Uninitialized mesh direction.

UF_SF_MG_MESHDIR_UNDEFINED
Undefined mesh direction.

UF_SF_MG_MESHDIR_FROM_START
Mesh direction from line start

UF_SF_MG_MESHDIR_FROM_END
Mesh direction from line end

UF_SF_MG_MESHDIR_REVERSE
Reverse the mesh direction

UF_SF_MG_MESHDIR_DONT_REVERSE
Do not reverse the mesh direction.

 

 
UF_SF_mesh_geom_usage_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_GEOM_ANY
all geometry

UF_SF_GEOM_HARD
hard geometry

UF_SF_GEOM_CONNECT_A
group1 geometry

UF_SF_GEOM_CONNECT_B
group2 geometry

 

 
UF_SF_mesh_geometry_types_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
geometry types


Data Members

UF_SF_GEOM_OTHER
Geometry does not fall into any of the categories
listed below.

UF_SF_GEOM_ASSEM
Geometry is an assembly.

UF_SF_GEOM_COMPON
Geometry is a component.

UF_SF_GEOM_OCC
Geometry is an occurrence.

UF_SF_GEOM_BODY
Geometry is a body.

UF_SF_GEOM_FACE
Geometry is a face.

UF_SF_GEOM_EDGE
Geometry is an edge.

UF_SF_GEOM_SURF
Geometry is a surface.

UF_SF_GEOM_CURVE
Geometry is a curve.

UF_SF_GEOM_POINT
Geometry is a point.

UF_SF_GEOM_VERTEX
Geometry is a vertex.

UF_SF_GEOM_COMPOSITE_BODY
Geometry is a composite body

UF_SF_GEOM_COMPOSITE_FACE
Geometry is a composite face

UF_SF_GEOM_COMPOSITE_EDGE
Geometry is a composite edge

 

 
UF_SF_mesh_recipe_adaptivity_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_MESH_RECIPE_ADAPT_HELMS
Adaptivity of elements is H-type.

UF_SF_MESH_RECIPE_ADAPT_PELMS
Adaptivity of elements is P-type.

 

 
UF_SF_mid_node_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_NODE_CORNER
Node on the corner.

UF_SF_NODE_DISABLED
Node disabled.

UF_SF_NODE_MID
Node on the middle.

UF_SF_NODE_ORIENTATION
Node with an orientation.

 

 
UF_SF_multi_prop_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_MULTI_PROP_TABLE
Tabular form of variable material properties.

UF_SF_MULTI_PROP_EXPRESSION
Variation of material properties is through
an expression.

 

 
UF_SF_neutral_material_types_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_MATERIAL_ISOTROPIC = 0
Material is isotropic.

UF_SF_MATERIAL_ORTHOTROPIC = 1
Material is orthotropic.

UF_SF_MATERIAL_ANISOTROPIC = 2
Material is anisotropic.

UF_SF_MATERIAL_FORMABILITY = 3
Formability properties.

UF_SF_MATERIAL_FLUID = 4
Fluid material.

UF_SF_MATERIAL_HYPERELASTIC = 5
General Hyperelastic Material

UF_SF_MATERIAL_MOONEYRIVLIN=6
Mooney Rivlin

UF_SF_MATERIAL_MOONEYRIVLINTESTDATA=7
Mooney Rivlin - test data option

UF_SF_MATERIAL_POLYNOMIAL=8
Polynomial

UF_SF_MATERIAL_REDUCEDPOLYNOMIAL=9
Reduced Polynomial

UF_SF_MATERIAL_OGDEN=10
Ogden

UF_SF_MATERIAL_OGDENTESTDATA=11
Ogden - test data option

UF_SF_MATERIAL_FOAM=12
Foam

UF_SF_MATERIAL_FOAMTESTDATA=13
Foam - test data option

UF_SF_MATERIAL_BLATZ=14
Blatz-Ko

UF_SF_MATERIAL_ARRUDABOYCE=15
Arruda-Boyce

UF_SF_MATERIAL_ARRUDABOYCETESTDATA=16
Arruda-Boyce - test data option

UF_SF_MATERIAL_NEOHOOKE=17
Neo Hooke

UF_SF_MATERIAL_NEOHOOKETESTDATA=18
Neo Hooke - test data option

UF_SF_MATERIAL_MARLOW=19
Marlow

UF_SF_MATERIAL_VANDERWAALS=20
Van Der Waals

UF_SF_MATERIAL_YEOH=21
Yeoh

UF_SF_MATERIAL_YEOHTESTDATA=22
Yeoh - test data option

UF_SF_MATERIAL_GENT=23
Gent

UF_SF_MATERIAL_GASKET=24
Gasket

UF_SF_MATERIAL_GASKETBEHAVIOR=25
Gasket Behavior

UF_SF_MATERIAL_SHAPEMEMORYALLOY=26
Shape Memory Alloy

UF_SF_MATERIAL_SUSSMANBATHE=27
Sussman-Bathe hyperelastic material

UF_SF_MATERIAL_GASKETDISPLACEMENT=28
Gasket with length-based loading

UF_SF_MATERIAL_DAMAGEINTERFACE=29
Damage interface material

UF_SF_MATERIAL_MULTIPLEFLUID=30
Multiple fluid material

UF_SF_MATERIAL_HARTSMITH=31
Hart-Smith material

UF_SF_MATERIAL_ALEXANDER=32
Alexander material

UF_SF_MATERIAL_CURING=33
Curing material

UF_SF_MATERIAL_POROUS=35
Porous material

 

 
UF_SF_node_btype_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_NODE_BODYINTERIOR
Node on the interior of a body.

UF_SF_NODE_EDGE
Node on an edge.

UF_SF_NODE_FACEINTERIOR
Node on the interior of a face.

UF_SF_NODE_INTERIOR
Interior node.

UF_SF_NODE_NO_GEOMETRY
Node not on any geometry.

UF_SF_NODE_POINT
Node on point. The point could be on
Edge or Face, but the node on point
is not a part of mesh on edge/face.

 

 
UF_SF_node_switch_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_SWITCH_ON_BOUNDARY
Switch to nodes only on the boundary.

UF_SF_SWITCH_IN_INTERIOR
Switch to nodes only in the interior.

UF_SF_SWITCH_ALL
Switch to all nodes, independent of the
location.

 

 
UF_SF_numeric_method_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
The definition method for numeric values.


Data Members

UF_SF_NUMERIC
Numeric value

UF_SF_EXPRESSION
Expression string used.

 

 
UF_SF_POST_coord_sys_type_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Co-ordinate systems


Data Members

UF_SF_POST_ABS_RECTANGULAR
Absolute rectangular co-ord system

UF_SF_POST_ABS_CYLINDRICAL
Cylindrical co-ordinate system

UF_SF_POST_ABS_SPHERICAL
Absolute Spherical co-ord system

UF_SF_POST_WRK_RECTANGULAR
WCS rectangular co-ord system

UF_SF_POST_WRK_CYLINDRICAL
WCS Cylindrical co-ord system

UF_SF_POST_WRK_SPHERICAL
WCS Spherical co-ord system

UF_SF_POST_LOCAL
Local co-ordinate system

 

 
UF_SF_POST_display_marker_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Display Marker Styles


Data Members

UF_SF_POST_DISPLAY_MARKER_MIN_MAX = 0
Display both Max and Min markers

UF_SF_POST_DISPLAY_MARKER_MAXIMUM
Display only the Max marker

UF_SF_POST_DISPLAY_MARKER_MINIMUM
Display only the Min marker

UF_SF_POST_DISPLAY_MARKER_NONE
Do not display any markers

 

 
UF_SF_POST_elem_display_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Element Display Styles
NOTE : This choice does NOT seem to be exposed via UI at present


Data Members

UF_SF_POST_ELEM_DISP_ALL= 0
All elements are displayed

UF_SF_POST_ELEM_DISP_FOLLOW_SCENARIO
Use Scenario settings

UF_SF_POST_ELEM_DISP_1D
Display 1D elements only

UF_SF_POST_ELEM_DISP_2D
Display 2D elements only

UF_SF_POST_ELEM_DISP_3D
Display 3D elements only

 

 
UF_SF_POST_elem_edge_style_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Element Edge Display Styles


Data Members

UF_SF_POST_ELEM_EDGE_NONE
No element edges are displayed

UF_SF_POST_ELEM_EDGE_FREE
Only free element edges are displayed

UF_SF_POST_ELEM_EDGE_EXTERNAL
All external element edges are displayed

UF_SF_POST_ELEM_EDGE_WIRE
Element edges are displayed as wireframe

 

 
UF_SF_POST_elem_face_style_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Element Face Display Styles


Data Members

UF_SF_POST_ELEM_FACE_NONE
Element faces are not displayed

UF_SF_POST_ELEM_FACE_FILLED
Faces displayed in a fill color

UF_SF_POST_ELEM_FACE_FILLED_TRANS
Translucency applied over fill color

UF_SF_POST_ELEM_FACE_AUTO
Automatic style selection enabled

 

 
UF_SF_POST_elem_value_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_POST_ELEM_VALUE_CENT = 0


UF_SF_POST_ELEM_VALUE_AVE


UF_SF_POST_ELEM_VALUE_MIN


UF_SF_POST_ELEM_VALUE_MAX


 

 
UF_SF_POST_file_type_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_POST_FILE_NONE


UF_SF_POST_FILE_ASCII


UF_SF_POST_FILE_BINARY


UF_SF_POST_FILE_VRML


UF_SF_POST_FILE_JT


 

 
UF_SF_POST_fringe_color_spec_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Fringe Color Spectrum Components


Data Members

UF_SF_POST_FRINGE_COLOR_STRUCT
Structural scale color display

UF_SF_POST_FRINGE_COLOR_TEMP
Temperature scale color display

UF_SF_POST_FRINGE_COLOR_GRAY
Grey scale color display

UF_SF_POST_FRINGE_COLOR_SAFETY_FACTOR


 

 
UF_SF_POST_fringe_legend_opt_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Fringe Legend Components


Data Members

UF_SF_POST_FRINGE_LEGEND_NONE
No Legend color bar

UF_SF_POST_FRINGE_LEGEND_COLOR
Legend color bar with color index only

UF_SF_POST_FRINGE_LEGEND_DETAILED
Legend color bar with color index and detailed specification

 

 
UF_SF_POST_fringe_scale_spec_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Fringe Scale Spectrum Components


Data Members

UF_SF_POST_FRINGE_SCALE_AUTOMATIC
Automatic query for linear scale or log scale

UF_SF_POST_FRINGE_SCALE_LINEAR
Linear scale spectrum

UF_SF_POST_FRINGE_SCALE_LOG
Log scale spectrum

 

 
UF_SF_POST_fringe_style_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Fringe Style Components


Data Members

UF_SF_POST_FRINGE_NONE
No Style

UF_SF_POST_FRINGE_CONTOUR_LINES
Contour lines display format

UF_SF_POST_FRINGE_ISOSURFACES
Isosurface display format

UF_SF_POST_FRINGE_CONTOUR_BANDS
Contour band display format

UF_SF_POST_FRINGE_SMOOTH_TONE
Smooth tone display format

UF_SF_POST_FRINGE_ELEM_VALUES
Element value display format

UF_SF_POST_FRINGE_ARROW


UF_SF_POST_FRINGE_CUBE


UF_SF_POST_FRINGE_SPHERE


UF_SF_POST_FRINGE_TENSOR


 

 
UF_SF_POST_hue_colors_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Choice of colors for element edge/face display


Data Members

UF_SF_POST_BLACK


UF_SF_POST_MAGENTA_RED


UF_SF_POST_MAGENTA


UF_SF_POST_BLUE_MAGENTA


UF_SF_POST_BLUE


UF_SF_POST_CYAN_BLUE


UF_SF_POST_CYAN


UF_SF_POST_GREEN_CYAN


UF_SF_POST_GREEN


UF_SF_POST_YELLOW_GREEN


UF_SF_POST_YELLOW


UF_SF_POST_ORANGE


UF_SF_POST_RED


UF_SF_POST_DARK_GRAY


UF_SF_POST_LIGHT_GRAY


UF_SF_POST_WHITE


 

 
UF_SF_POST_id_type_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_POST_USERID


UF_SF_POST_VKIID


 

 
UF_SF_POST_ident_action_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_POST_IDENT_NODES


UF_SF_POST_IDENT_ELEMS


UF_SF_POST_IDENT_ELEM_NODES


UF_SF_POST_IDENT_MESH_NODES


UF_SF_POST_IDENT_MESH_ELEMS


UF_SF_POST_IDENT_MESH_ELEMS_1D


UF_SF_POST_IDENT_MESH_ELEMS_2D


UF_SF_POST_IDENT_MESH_ELEMS_3D


UF_SF_POST_IDENT_EDGE_NODES


UF_SF_POST_IDENT_FACE_NODES


UF_SF_POST_IDENT_BODY_NODES


UF_SF_POST_IDENT_N_HIGH_NODES


UF_SF_POST_IDENT_N_LOW_NODES


UF_SF_POST_IDENT_N_HIGH_ELEMS


UF_SF_POST_IDENT_N_LOW_ELEMS


UF_SF_POST_IDENT_NODE_IDS


UF_SF_POST_IDENT_ELEM_IDS


UF_SF_POST_IDENT_NODE_BY_ELEM_IDS


UF_SF_POST_IDENT_1D_ELMS


 

 
UF_SF_POST_layout_type_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Soma start


Data Members

UF_SF_SINGLE_VIEW = 1


UF_SF_SIDE_BY_SIDE


UF_SF_TOP_BOTTOM


UF_SF_THREE_VIEWS


UF_SF_FOUR_VIEWS


UF_SF_SIX_VIEWS


UF_SF_NINE_VIEWS


 

 
UF_SF_POST_mark_arrow_style_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 


Data Members

UF_SF_POST_MARK_ARROW_STYLE_LINE


UF_SF_POST_MARK_ARROW_STYLE_UMBRELLA


UF_SF_POST_MARK_ARROW_STYLE_CYLINDER


 

 
UF_SF_POST_mark_color_type_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 


Data Members

UF_SF_POST_MARK_COLOR_RESULT


UF_SF_POST_MARK_COLOR_ANNOTEXT


UF_SF_POST_MARK_COLOR_SELECTED


 

 
UF_SF_POST_mark_hide_valtype_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 


Data Members

UF_SF_POST_MARK_HIDE_RESULTPERCENT


UF_SF_POST_MARK_HIDE_VALUE


 

 
UF_SF_POST_mark_loc_type_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 


Data Members

UF_SF_POST_MARK_AT_NODES


UF_SF_POST_MARK_AT_ELEMCENTROID


 

 
UF_SF_POST_mark_size_type_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 


Data Members

UF_SF_POST_MARK_SIZE_RESULT


UF_SF_POST_MARK_SIZE_CONSTANT


 

 
UF_SF_POST_mark_size_valtype_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 


Data Members

UF_SF_POST_MARK_SIZE_MODELPERCENT


UF_SF_POST_MARK_SIZE_VALUE


 

 
UF_SF_POST_mark_tensor_style_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 


Data Members

UF_SF_POST_MARK_TENSOR_STYLE_ARROWS


UF_SF_POST_MARK_TENSOR_STYLE_CROWSFEET


UF_SF_POST_MARK_TENSOR_STYLE_BOX


 

 
UF_SF_POST_minmax_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_POST_MINIMUM


UF_SF_POST_MAXIMUM


 

 
UF_SF_POST_object_type_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_POST_NODE


UF_SF_POST_ELEM


 

 
UF_SF_POST_res_type_dimension_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_POST_RES_TYPE_SCALAR = 0


UF_SF_POST_RES_TYPE_VECTOR


UF_SF_POST_RES_TYPE_TENSOR


UF_SF_POST_TYPE_SIX_DOF_VECTOR


UF_SF_POST_TYPE_ELEMENTRESULT


UF_SF_POST_TYPE_GENERALTENSOR


 

 
UF_SF_POST_result_comp_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Stress Components


Data Members

UF_SF_POST_COMP_SCALAR
Scalar value of the result

UF_SF_POST_COMP_X
X-component result

UF_SF_POST_COMP_Y
Y-component result

UF_SF_POST_COMP_Z
Z-component result

UF_SF_POST_COMP_MAG
Magnitude

UF_SF_POST_COMP_XX
XX-component

UF_SF_POST_COMP_YY
YY-component

UF_SF_POST_COMP_ZZ
ZZ-component

UF_SF_POST_COMP_XY
XY-component

UF_SF_POST_COMP_YZ
YZ-component

UF_SF_POST_COMP_ZX
ZX-component

UF_SF_POST_COMP_DETERMINANT
Determinant values

UF_SF_POST_COMP_MEAN
Mean stress values

UF_SF_POST_COMP_MAX_SHEAR
Maximum shear values

UF_SF_POST_COMP_MIN_PRNCPL
Minimum Principal stress

UF_SF_POST_COMP_MID_PRNCPL
Mid Principal stress

UF_SF_POST_COMP_MAX_PRNCPL
Maximum Principal stress

UF_SF_POST_COMP_OCTAHEDRAL
Octahedral values

UF_SF_POST_COMP_VON_MISES
Von-mises stresses

UF_SF_POST_COMP_MEMBRANE_XX


UF_SF_POST_COMP_MEMBRANE_YY


UF_SF_POST_COMP_MEMBRANE_XY


UF_SF_POST_COMP_BENDING_XX


UF_SF_POST_COMP_BENDING_YY


UF_SF_POST_COMP_BENDING_XY


UF_SF_POST_COMP_SHEAR_YZ


UF_SF_POST_COMP_SHEAR_XZ


UF_SF_POST_COMP_AXIAL


UF_SF_POST_COMP_BENDING_S


UF_SF_POST_COMP_BENDING_T


UF_SF_POST_COMP_TORSION


UF_SF_POST_COMP_SHEAR_S


UF_SF_POST_COMP_SHEAR_T


UF_SF_POST_COMP_RX


UF_SF_POST_COMP_RY


UF_SF_POST_COMP_RZ


UF_SF_POST_COMP_EF_FX


UF_SF_POST_COMP_EF_FY


UF_SF_POST_COMP_EF_FZ


UF_SF_POST_COMP_EF_MX


UF_SF_POST_COMP_EF_MY


UF_SF_POST_COMP_EF_MZ


UF_SF_POST_COMP_STRAIN_E


UF_SF_POST_COMP_SH_RE_FXX
UF_SF_POST_COMP_MEMBRANE_XX

UF_SF_POST_COMP_SH_RE_FYY
UF_SF_POST_COMP_MEMBRANE_YY

UF_SF_POST_COMP_SH_RE_FXY
UF_SF_POST_COMP_MEMBRANE_XY

UF_SF_POST_COMP_SH_RE_MX
UF_SF_POST_COMP_BENDING_XX

UF_SF_POST_COMP_SH_RE_MY
UF_SF_POST_COMP_BENDING_YY

UF_SF_POST_COMP_SH_RE_MXY
UF_SF_POST_COMP_BENDING_XY

UF_SF_POST_COMP_SH_RE_VX
UF_SF_POST_COMP_SHEAR_YZ

UF_SF_POST_COMP_SH_RE_VY
UF_SF_POST_COMP_SHEAR_XZ

UF_SF_POST_COMP_STRENGTH
Kirby insert end

 

 
UF_SF_POST_result_file_type_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
type def's for POST PROCESSOR


Data Members

UF_SF_POST_OUTPUT2 = 0
Nastran output file

UF_SF_POST_ANSYS = 2
Ansys output file

UF_SF_POST_FOCUS = 4
FOCUS Database file

UF_SF_POST_ABAQUS = 5
Abaqus results file

UF_SF_POST_MODEL_SOL = 6
Model Solution results file

UF_SF_POST_OUTPUT2_FATIGUE = 7
Nastran fatigue file

UF_SF_POST_ANSYS_FATIGUE = 8
Ansys fatigue file

UF_SF_POST_ABAQUS_FATIGUE = 9
Abaqus fatigue file

UF_SF_POST_FOCUS_FATIGUE = 10
Focus fatigue file

UF_SF_POST_THERMAL_FLOW = 11
TMG THERMAL / FLOW file

UF_SF_POST_LSDYNA_STATE_RESULT = 12
LSDyna State result

 

 
UF_SF_POST_result_type_lay_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Results at layers


Data Members

UF_SF_POST_AT_MID
Result at mid section

UF_SF_POST_AT_TOP
Result at top section

UF_SF_POST_AT_BOT
Result at bottom section

UF_SF_POST_AT_MIN
Minimum value

UF_SF_POST_AT_MAX
Maximum value

UF_SF_POST_AT_SRP_C
Stress Recovery Point at section-1

UF_SF_POST_AT_SRP_D
Stress Recovery Point at section-2

UF_SF_POST_AT_SRP_E
Stress Recovery Point at section-3

UF_SF_POST_AT_SRP_F
Stress Recovery Point at section-4

UF_SF_POST_AT_ALL
Result at all sections/plies

 

 
UF_SF_POST_result_type_loc_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Results at locations


Data Members

UF_SF_POST_AT_NODES
Nodal results

UF_SF_POST_AT_ELEMS
Element results

UF_SF_POST_AT_ELNDS
Element Nodal results

 

 
UF_SF_POST_result_type_quan_e (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
Result parameters


Data Members

UF_SF_POST_DISPLACEMENT
Displacement values in the result

UF_SF_POST_ROTATION
Rotational values

UF_SF_POST_CONTACT_DISP
Displacement for contact elements

UF_SF_POST_VELOCITY
Velocity for centrifugal loads

UF_SF_POST_ACCELERATION
Acceleration for centrifugal loads

UF_SF_POST_STRESS
Stress values

UF_SF_POST_STRAIN
Strain values

UF_SF_POST_STRAIN_E
Strain Energy values

UF_SF_POST_STRAIN_ED
Strain Energy density

UF_SF_POST_STRAIN_EE
Strain Energy Error

UF_SF_POST_STRAIN_PLAST_EQ


UF_SF_POST_STRAIN_CREEP_EQ


UF_SF_POST_THICKNESS
Thickness value

UF_SF_POST_TEMPERATURE
Temperature value

UF_SF_POST_TEMP_GRAD
Temperature Gradient value

UF_SF_POST_HEAT_FLUX
Heat flux value

UF_SF_POST_THERMAL_ENERGY
Thermal energy value

UF_SF_POST_REACTION_HEAT_FLOW
Reaction heat flow value

UF_SF_POST_APPLIED_FORCE
Applied load

UF_SF_POST_APPLIED_MOMENT


UF_SF_POST_REACTION_FORCE
Reaction force

UF_SF_POST_REACTION_MOMENT


UF_SF_POST_CONTACT_TRACTION


UF_SF_POST_CONTACT_FORCE


UF_SF_POST_ELEMENT_FORCE
Element force

UF_SF_POST_ELEMENT_PRESSURE
Element Pressure (Contact Elements)

UF_SF_POST_FATIGUE_LIFE
Fatigue life

UF_SF_POST_FATIGUE_DAMAGE
Fatigue damage

UF_SF_POST_FATIGUE_SAFETY
Fatigue safety factor

UF_SF_POST_STRENGTH_SAFETY
Strength safety factor

UF_SF_POST_ELEMENT_ERROR
Element Error

UF_SF_POST_ELEMENTRESULT


UF_SF_POST_MAX_TEMPERATURE_TRANSIENT


UF_SF_POST_MIN_TEMPERATURE_TRANSIENT


UF_SF_POST_TIME_OF_MAX_TEMPERATURE_TRANSIENT


UF_SF_POST_TIME_OF_MIN_TEMPERATURE_TRANSIENT


UF_SF_POST_CONDUCTIVE_FLUX


UF_SF_POST_TOTAL_HEAT_LOAD


UF_SF_POST_TOTAL_HEAT_FLUX


UF_SF_POST_HEAT_RESIDUAL


UF_SF_POST_FILM_COEF


UF_SF_POST_VIEW_FACTORS_SUM


UF_SF_POST_VELOCITIES_ADJUSTED


UF_SF_POST_PRESSURE_POSITIVE_SIDE


UF_SF_POST_PRESSURE_NEGATIVE_SIDE


UF_SF_POST_STATIC_PRESSURE


UF_SF_POST_TOTAL_PRESSURE


UF_SF_POST_TURBULENCE_ENERGY


UF_SF_POST_TURBULENCE_DISSIPATION


UF_SF_POST_FLUID_DENSITIES


UF_SF_POST_SHEAR_STRESS_POSITIVE_SIDE


UF_SF_POST_SHEAR_STRESS_NEGATIVE_SIDE


UF_SF_POST_ROUGHNESS_POSITIVE_SIDE


UF_SF_POST_ROUGHNESS_NEGATIVE_SIDE


UF_SF_POST_YPLUS_POSITIVE_SIDE


UF_SF_POST_YPLUS_NEGATIVE_SIDE


UF_SF_POST_MASS_FLUX


UF_SF_POST_FLUID_TEMPERATURES


UF_SF_POST_HEAT_FLUX_CONVECTIVE


UF_SF_POST_CONVECTION_COEF_LOCAL


UF_SF_POST_CONVECTION_COEF_BULK


UF_SF_POST_PRESSURE


UF_SF_POST_VELOCITY_COMPONENT


UF_SF_POST_MASS_FLOW


UF_SF_POST_ELEM_HEAT_LOAD


UF_SF_POST_STRUCTURAL_PERF
Structural Performance

UF_SF_POST_FAIL_INDEX_PLY
Ply failure index

UF_SF_POST_FAIL_INDEX_BOND
Bond failure index

UF_SF_POST_ELEM_FORCE
RS element force

UF_SF_POST_SHELL_RESULTANT
RS shell resultant

UF_SF_POST_PEAK_DISPL
PEAK Response:

UF_SF_POST_PEAK_ACCEL
PEAK Response:

UF_SF_POST_PEAK_STRES
PEAK Response:

UF_SF_POST_PEAK_EL_FC
PEAK Response:

UF_SF_POST_PEAK_SH_RE
PEAK Response:

UF_SF_POST_RMS_DISPL
Root Mean Square:

UF_SF_POST_RMS_ACCEL
Root Mean Square:

UF_SF_POST_RMS_STRES
Root Mean Square:

UF_SF_POST_RMS_EL_FC
Root Mean Square:

UF_SF_POST_RMS_SH_RE
Root Mean Square:

UF_SF_POST_LCR_DISPL
Lever Crossing Rate:

UF_SF_POST_LCR_ACCEL
Lever Crossing Rate:

UF_SF_POST_LCR_STRES
Lever Crossing Rate:

UF_SF_POST_LCR_EL_FC
Lever Crossing Rate:

UF_SF_POST_LCR_SH_RE
Lever Crossing Rate:

UF_SF_ADAPT_ELEMENT_STRESS_ERROR
Element stess error

UF_SF_ADAPT_NODE_REFINEMENT
Mesh refinement level

 

 
UF_SF_POST_target_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 
Overview
target


Data Members

UF_SF_POST_TARGET_FREEFACE = 0


UF_SF_POST_TARGET_VOLUME


UF_SF_POST_TARGET_CUTTINGPLANE


 

 
UF_SF_POST_template_type_t (view source)
 
Defined in: uf_sf_post_datatypes.h
 
Also known as:
 


Data Members

UF_SF_POST_UNKNOWN_TEMPLATE_TYPE = -1


UF_SF_POST_TEMPLATE_TYPE_LAYOUT


UF_SF_POST_TEMPLATE_TYPE_POSTVIEW


 

 
UF_SF_scenario_info_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_SF_mesh_info = 0
export info about meshes

UF_SF_load_info = 1
export info about loads

UF_SF_solution_info = 2
export info about solutions

UF_SF_step_info = 3
export info about steps

UF_SF_boundary_condition_info = 4
export info about boundary
conditions.

UF_SF_material_info = 5
export info about materials
Assigned to a specified entity.

UF_SF_section_info = 6
export info about sections

UF_SF_mesh_mating_condition_info = 7
export info about a mesh mating
condition.

UF_SF_fea_summary_info = 8
export a summary including all
fea entities.

UF_SF_dur_event_info = 9
export a summary including all
load variations for the event.

UF_SF_load_case_info = 10
export info about load cases

UF_SF_sim_summary_info = 11
export a summary of simulation
entities.

 

 
UF_SF_section_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

UF_SF_SECTION_TWREC = 0
Thin wall, rectangle

UF_SF_SECTION_TWCYL
Thin wall, cylinder

UF_SF_SECTION_TWCHA
Thin wall, channel

UF_SF_SECTION_TWHAT
Thin wall, hat

UF_SF_SECTION_TWIBE
Thin wall, I beam

UF_SF_SECTION_SOCYL
Solid, cylinder

UF_SF_SECTION_SOREC
Solid, rectangle

UF_SF_SECTION_KEYIN
User defined.

UF_SF_SECTION_USER_TW
User Defined TW

UF_SF_SECTION_USER_SOLID
User Defined Solid

UF_SF_SECTION_NUM_TYPES


 

 
UF_SF_sfqm_elem_type_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 
Overview
ATM parameters


Data Members

UF_SF_SFQM_QUAD4


UF_SF_SFQM_TRIA3


UF_SF_SFQM_QUAD8


UF_SF_SFQM_TRIA6


 

 
UF_SF_THRESHOLD_shape_e (view source)
 
Defined in: uf_sf_model_checker.h
 
Also known as:
 
Overview
Element type enum for shape check


Data Members

UF_SF_THRESHOLD_shape_tri3 = 0


UF_SF_THRESHOLD_shape_tri6


UF_SF_THRESHOLD_shape_quad4


UF_SF_THRESHOLD_shape_quad8


UF_SF_THRESHOLD_shape_tetra4


UF_SF_THRESHOLD_shape_tetra10


UF_SF_THRESHOLD_shape_hex8


UF_SF_THRESHOLD_shape_hex20


UF_SF_THRESHOLD_shape_wdg6


UF_SF_THRESHOLD_shape_wdg15


UF_SF_THRESHOLD_shape_pyr5


UF_SF_THRESHOLD_shape_pyr13


UF_SF_THRESHOLD_shape_all


 

 
UF_SF_ugs_2d_mesher_elem_type_e (view source)
 
Defined in: uf_sf_ugs_mesh.h
 
Also known as:
 
Overview
Enumeration:-UF_SF_ugs_2d_mesher_elem_type_t

This enumeration allows the specification of what 2d shell element type
should be generated by a shell mesher.


Data Members

UF_SF_UGS_MESHER_tri3 = 0


UF_SF_UGS_MESHER_tri6 = 1


UF_SF_UGS_MESHER_quad4 = 2


UF_SF_UGS_MESHER_quad8 = 3


 

 
UF_SF_ugs_abstraction_fillet_type_option_e (view source)
 
Defined in: uf_sf_ugs_mesh.h
 
Also known as:
 
Overview
Enumeration:-UF_SF_ugs_abstraction_fillet_type_option_t

This enumeration allows the specification of fillet types to be
considered during abstraction.


Data Members

UF_SF_UGS_ABSTRACTION_FILLET__all = 0
Both concave as well as convex fillets

UF_SF_UGS_ABSTRACTION_FILLET__inside = 1
Inside radius fillets.

UF_SF_UGS_ABSTRACTION_FILLET__outside = 2
Outside radius fillets

 

 
UF_SF_ugs_mesher_midnode_option_e (view source)
 
Defined in: uf_sf_ugs_mesh.h
 
Also known as:
 
Overview
Enumeration:-UF_SF_ugs_mesher_midnode_option_t

This enumeration allows the specification of how midnodes should be
placed during meshing.


Data Members

UF_SF_UGS_MESHER_straight_midnodes = 2
All midnodes will be placed
at straight line linear
location between corner
nodes.

UF_SF_UGS_MESHER_curved_midnodes = 1
All midnodes will be project
to underlying geometry.

UF_SF_UGS_MESHER_mixed_midnodes = 0
All midnodes will be projected
to underlying geometry, unless
doing so would input Jacobian
error threshold.

 

 
UF_SF_ugs_tet_mesh_fillet_type_option_e (view source)
 
Defined in: uf_sf_ugs_mesh.h
 
Also known as:
 


Data Members

UF_SF_UGS_TET_MESH_FILLET__all = 0
Both concave as well as convex fillets

UF_SF_UGS_TET_MESH_FILLET__inside = 1
Inside radius fillets.

UF_SF_UGS_TET_MESH_FILLET__outside = 2
Outside radius fillets

 

 
UF_SFANS_algorithm_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_SFANS_NULL_SOLVER = -1


UF_SFANS_FRONTAL_SOLVER = 0


UF_SFANS_PCG_SOLVER


UF_SFANS_JCG_SOLVER


UF_SFANS_SPARSE_SOLVER


UF_SFANS_JCG_PCG_SOLVER


UF_SFANS_JCG_FRONTAL_SOLVER


UF_SFANS_SUBSPACE_MODOPT_SOLVER


UF_SFANS_LANCZOS_MODOPT_SOLVER


UF_SFANS_POWERDYN_MODOPT_SOLVER


UF_SFANS_NUM_ALGORITHM_TYPES


 

 
UF_SFAS_mode_type_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_MODE_TYPE = 0


UF_MODE_AND_FREQUENCY_RANGE_TYPE


UF_FREQUENCY_RANGE_TYPE


UF_SFAS_MAX_MODE_CHOICES


 

 
UF_SFFEA_algorithm_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_SFFEA_AUTOMATIC = -1


UF_SFFEA_DIRECT_IN_CORE = 0


UF_SFFEA_DIRECT_OUT_OF_CORE = 2


UF_SFFEA_ITERATIVE_IN_CORE = 6


UF_SFFEA_ITERATIVE_OUT_OF_CORE = 8


UF_SFFEA_SPARSE = 10


UF_SFFEA_ITERATIVE = 11


 

 
UF_SFMC_result_e (view source)
 
Defined in: uf_sf_element_check.h
 
Also known as:
 
Overview
This enum is used for element check reporting


Data Members

SFMC_passed_check
check passed

SFMC_failed_check
at least one check failed

SFMC_error_with_check
error occurred in operation

SFMC_check_does_not_apply
not applicable for given element

 

 
UF_SFNAS_inter_output_types_e (view source)
 
Defined in: uf_sf_enums.h
 
Also known as:
 


Data Members

INTOUT_YES = 0


INTOUT_NO


INTOUT_ALL


 

 
UF_SFOPT_solver_type_t (view source)
 
Defined in: uf_sf_enums.h
 


Data Members

UF_SFOPT_NULL_SOLVER_TYPE = -1


UF_SFOPT_GENERIC_SOLVER_TYPE = 0


UF_SFOPT_SENSITIVITY_SOLVER_TYPE = 1


UF_SFOPT_HYPEROPT_SOLVER_TYPE = 2


UF_MAX_NUM_SOLVER_TYPES = 3