Classes
class	AssemblyItem
	Class to implement assembly tree interface. More...
class	Body
	Defines a body object that mostly parallels Cubit's Body class. More...
class	BoltHoleInfo
class	CFD_BC_Entity
	Class to implement cfd bc data retrieval. More...
class	CIObserve
class	CubitFailureException
	An exception class to alert the caller when the underlying Cubit function fails. More...
class	CubitMessageHandler
	CubitMessageHandler provides a way to override how messages are displayed to the user. More...
class	CubitProgressHandler
class	CubitStringMessageHandler
class	Curve
	Defines a curve object that mostly parallels Cubit's RefEdge class. More...
class	Dir
	Defines a direction object. More...
class	Entity
	The base class of all the geometry and mesh types. More...
class	ExternalExitHandler
class	GeomEntity
	The base class for specifically the Geometry types (Body, Surface, etc.) More...
class	InvalidEntityException
	An exception class to alert the caller that an invalid entity was attempted to be used. More...
class	InvalidInputException
	An exception class to alert the caller of a function that invalid inputs were entered. More...
class	Loc
	Defines a location object. More...
class	MeshErrorFeedback
	Class to implement mesh command feedback processing. More...
class	MeshImport
class	Surface
	Defines a surface object that mostly parallels Cubit's RefFace class. More...
class	Vertex
	Defines a vertex object that mostly parallels Cubit's RefVertex class. More...
class	Volume
	Defines a volume object that mostly parallels Cubit's RefVolume class. More...
class	VolumeGap

Functions
def	body (id_in)
	Retrieve a body by its ID. More...
def	brick (width, depth=-1, height=-1)
	Create a brick of specified width, depth, and height. More...
def	copy_body (init_body)
	Create a duplicate of the specified body. More...
def	create_arc_curve (v0, v1, intermediate_point)
	Create an arc curve using end vertices and an intermediate point. More...
def	create_curve (v0, v1)
	Create a curve between two vertices. More...
def	create_spline (points, surface_id)
	Create a spline curve through a sequence of 3D points on a surface. More...
def	create_surface (curves)
	Create a sheet body from boundary curves. More...
def	create_vertex (x, y, z)
	Create a vertex at specified coordinates. More...
def	curve (id_in)
	Retrieve a curve object by its ID. More...
def	cylinder (height, x_radius, y_radius, top_radius)
	Create a cylinder or truncated cone of specified dimensions. More...
def	get_all_cfd_bcs ()
def	get_assembly_children (assembly_id)
def	get_assembly_items ()
def	get_mesh_error_count ()
def	get_mesh_errors ()
def	get_top_level_assembly_items ()
def	get_volume_CAD_material (volume_id)
def	get_volumes_for_node (node_name, node_instance)
def	move (entity, vector, preview=False)
	Translates an Entity by a specified vector. More...
def	prism (height, sides, major, minor)
	Create a prism of the specified dimensions. More...
def	pyramid (height, sides, major, minor, top=0.0)
	Create a pyramid of specified dimensions. More...
def	reflect (entity, axis, preview=False)
	Reflects an Entity about a specified axis (e.g., plane normal). More...
def	reset ()
	Reset Cubit state. More...
def	scale (entity, factor, preview=False)
	Scales an Entity uniformly by a specified factor. More...
def	set_element_variable (element_ids, variable_name, variables)
	Sets scalar variables on specified mesh elements for Exodus export. More...
def	set_nodal_variable (node_ids, variable_name, variables)
	Sets scalar variables on specified mesh nodes. More...
def	sphere (radius, x_cut=0, y_cut=0, z_cut=0, inner_radius=0)
	Create all or part of a sphere. More...
def	subtract (tool_in, from_in, imprint_in=False, keep_old_in=False)
	Performs a boolean subtract operation: removes tool bodies from target bodies. More...
def	surface (id_in)
	Retrieve a surface object by its ID. More...
def	sweep_curve (curves, along_curves, draft_angle, draft_type, rigid)
	Sweep one or more curves along a path to create sheet bodies. More...
def	torus (center_radius, swept_radius)
	Create a torus of specified dimensions. More...
def	tweak_curve_offset (curves, distances, keep_old=False, preview=False)
	2D equivalent of tweak_surface_offset: offsets specified curves on a sheet body. More...
def	tweak_curve_remove (curves, keep_old=False, preview=False)
	Removes specified curves and extends adjacent surfaces on a sheet body. More...
def	tweak_surface_offset (surfaces, distances)
	Offsets specified surfaces by given distances. More...
def	tweak_surface_remove (surfaces, extend_ajoining=True, keep_old=False, preview=False)
	Removes specified surfaces from a body, optionally extending adjacent surfaces. More...
def	tweak_vertex_fillet (verts, radius, keep_old=False, preview=False)
	2D sheet vertex chamfer: creates chamfers at specified vertices by offsetting adjacent curves. More...
def	unite (body_in, keep_old_in=False)
	Performs a boolean unite operation: merges specified bodies into one. More...
def	vertex (id_in)
	Retrieve a vertex object by its ID. More...
def	volume (id_in)
	Retrieve a volume by its ID. More...
CubitInterface Control
def	init (argv)
	Initialize the Cubit engine with optional startup arguments. More...
def	destroy ()
	Shut down Cubit and close the active journal file. More...
def	set_cubit_message_handler (hdlr)
	Redirect Cubit output to a custom message handler. More...
def	get_cubit_message_handler ()
	Retrieve the current Cubit message handler. More...
def	set_exit_handler (hdlr)
	Set a custom exit callback for Cubit. More...
def	set_progress_handler (progress)
	Register a progress-bar callback handler with Cubit. More...
def	replace_progress_handler (progress)
	Replace the current progress-bar callback handler and return the old one. More...
def	set_cubit_interrupt (interrupt)
	Enable or disable interruptible operations in Cubit. More...
System Control and Data
def	set_playback_paused_on_error (pause)
	Configure whether playback pauses on error. More...
def	is_playback_paused_on_error ()
	Query whether playback is paused on error. More...
def	pause_playback ()
	Pause journal playback immediately. More...
def	stop_playback ()
	Stop journal playback entirely. More...
def	resume_playback ()
	Resume a paused journal playback. More...
def	is_playback_paused ()
	Check if journal playback is currently paused. More...
def	developer_commands_are_enabled ()
	Check if developer commands are enabled. More...
def	get_interface (interface_name)
	Retrieve a Cubit interface by name. More...
def	release_interface (instance)
	Release a previously retrieved Cubit interface. More...
def	add_filename_to_recent_file_list (filename)
	Add a filename to Cubit's recent-file list in the GUI File menu. More...
def	get_version ()
	Retrieve the current Cubit version string. More...
def	get_revision_date ()
	Retrieve the Cubit revision date. More...
def	get_build_number ()
	Retrieve the Cubit build number. More...
def	get_acis_version ()
	Retrieve the ACIS kernel version string. More...
def	get_acis_version_as_int ()
	Retrieve the ACIS kernel version as an integer. More...
def	get_sgm_version ()
	Retrieve the SGM (Solid Geometry Manager) version. More...
def	get_exodus_version ()
	Retrieve the Exodus mesh library version. More...
def	get_meshgems_version ()
	Retrieve the MeshGems library version. More...
def	get_graphics_version ()
	Retrieve the VTK (Visualization Toolkit) version used by Cubit. More...
def	get_python_version ()
	Retrieve the Python interpreter version used by Cubit. More...
def	get_default_geometry_engine ()
	Get the name of the default modeler engine. More...
def	is_catia_engine_available ()
	Determine whether the CATIA geometry engine is available. More...
def	is_acis_engine_available ()
	Determine whether the ACIS geometry engine is available. More...
def	is_opencascade_engine_available ()
	Determine whether the OpenCASCADE geometry engine is available. More...
def	is_special_build (build_type)
	Check if a special build type is available. More...
def	print_cmd_options ()
	Display Cubit's supported startup options. More...
def	is_modified ()
	Check if the model has been modified since import or last save. More...
def	set_modified ()
	Reset the model's modified status to "unmodified". More...
def	is_undo_save_needed ()
	Check if the model requires an undo checkpoint save. More...
def	set_undo_saved ()
	Clear the undo-needed flag for the model. More...
def	is_performing_undo ()
	Query whether an undo operation is currently being performed. More...
def	was_last_cmd_undoable ()
	Report whether the last executed command was undoable. More...
def	get_undo_enabled ()
	Query whether undo is currently enabled. More...
def	number_undo_commands ()
	Query the number of undoable commands in the stack. More...
def	is_command_echoed ()
	Check whether Cubit echoes commands to the console. More...
def	get_command_from_history (command_number)
	Retrieve a specific command from Cubit's history buffer. More...
def	get_command_history_count ()
	Get the number of commands in Cubit's history buffer. More...
def	get_next_command_from_history ()
	Get the next command from the history buffer. More...
def	get_previous_command_from_history ()
	Get the previous command from the history buffer. More...
def	write_to_journal (words)
	Append a custom entry to Cubit's journal and recording streams. More...
def	journal_commands (state)
	Enable or disable journaling of Cubit commands. More...
def	is_command_journaled ()
	Query whether Cubit is journaling commands. More...
def	get_current_journal_file ()
	Get the filename of the current journal file. More...
def	is_working_dir_set ()
	Check if the "-workingdir" option was provided at Cubit startup. More...
def	app_util ()
	Return Cubit's AppUtil interface for global services. More...
def	cgm_iface ()
	Return the CGM-based geometry interface for Cubit. More...
def	cgm ()
	Return the raw CGMApp kernel instance used by Cubit. More...
Command Utilities
def	cmd (input_string)
	Execute a raw Cubit command string immediately (modifies model state). More...
def	silent_cmd (input_string)
	Execute a Cubit command without echoing or verbose output. More...
def	print_info (message)
	Print a message through Cubit's messaging system. More...
def	parse_cubit_list (type, entity_list_string)
	Parse a Cubit-style entity selection expression into a list of IDs. More...
def	parse_locations (location_str)
	Parse a Cubit location specification into concrete 3D coordinates. More...
def	string_from_id_list (ids)
	Convert a list of integers into a compact Cubit-style ID string. More...
def	get_id_string (entity_ids, sort=True)
	Convert a list of integers into a compact Cubit-style ID range string. More...
def	print_raw_help (input_line, order_dependent, consecutive_dependent)
	Display context-sensitive help while typing commands. More...
def	get_error_count ()
	Retrieve the total number of errors in the current Cubit session. More...
def	get_cubit_digits_setting ()
	Retrieve the current Cubit "digits" setting. More...
def	is_part_of_list (target_id, id_list)
	Check if an ID is present in a list of IDs. More...
def	get_last_id (entity_type)
	Get the ID of the last created entity of the given type. More...
def	entity_exists (entity_type, id)
	Check whether an entity of the specified type and ID exists. More...
def	get_idless_signature (entity_type, entity_id)
	Get the idless signature of a geometric or mesh entity. More...
def	get_idless_signatures (entity_type, entity_id_list)
	Get the idless signatures of a range of geometric or mesh entities. More...
def	get_aprepro_vars ()
	Retrieve the current Aprepro variable names. More...
def	get_aprepro_value_as_string (variable_name)
	Get the string value of an Aprepro variable. More...
def	get_aprepro_numeric_value (variable_name)
	Get the numeric value of a specified Aprepro variable. More...
Graphics Viewing
def	get_view_distance ()
	Get the camera's distance between its position and focus point. More...
def	get_view_at ()
	Get the camera's current "at" (target) point. More...
def	get_view_from ()
	Get the camera's current 'from' (position) point. More...
def	get_view_up ()
	Get the camera's 'up' direction vector. More...
def	reset_camera ()
	Reset the camera view and clear auxiliary graphics windows. More...
def	flush_graphics ()
	Force immediate rendering of pending graphics operations. More...
def	is_perspective_on ()
	Check if perspective projection is enabled. More...
def	is_occlusion_on ()
	Check if occlusion is enabled. More...
def	is_scale_visibility_on ()
	Check if the scale annotation is visible in the graphics window. More...
def	is_mesh_visibility_on ()
	Check if mesh graphics are visible in the graphics window. More...
def	is_geometry_visibility_on ()
	Check if geometry graphics are visible in the graphics window. More...
def	get_rendering_mode ()
	Get the current graphics rendering mode. More...
def	set_rendering_mode (mode)
	Set the current graphics rendering mode (equivalent to "Graphics Mode <option>"). More...
def	set_label_type (entity_type, label_flag)
	Sets label display type for a given entity type. More...
def	get_label_type (entity_type)
	Gets the current label display type for a given entity type. More...
Graphics Entity Selections
def	clear_drawing_set (set_name)
	Clear all geometry in a named drawing set (e.g., mesh preview). More...
def	unselect_entity (entity_type, entity_id)
	Unselect an entity that is currently selected. More...
def	get_rubberband_shape ()
	Get the current rubberband selection shape. More...
def	is_select_partial_on ()
	Check if partial selection is enabled. More...
def	clear_highlight ()
	Clear all entity highlights. More...
def	clear_preview ()
	Clear preview graphics without affecting other display settings. More...
def	highlight (entity_type, entity_id)
	Highlight the given entity in the graphics window without selecting it. More...
def	get_selected_ids ()
	Retrieve all currently selected entity IDs in pick order. More...
def	get_selected_id (index)
	Get the selected entity ID by index. More...
def	get_selected_type (index)
	Get the selected entity type by index. More...
def	get_pick_type ()
	Get the current pick mode for entity selection. More...
def	set_pick_type (pick_type, silent=False)
	Set the current pick mode for entity selection. More...
def	set_filter_types (num_types, filter_types)
	Set multiple pick filter types for graphics selections. More...
def	add_filter_type (filter_type)
	Add an entity type to the graphics pick filter. More...
def	remove_filter_type (filter_type)
	Remove an entity type from the graphics pick filter. More...
def	is_type_filtered (filter_type)
	Check if a specific entity type is currently excluded from picking. More...
def	get_pick_filters ()
	Retrieve the list of entity types currently allowed for picking. More...
def	clear_picked_list ()
	Clear the list of currently picked entities. More...
def	step_next_possible_selection ()
	Advance to the next entity in the current selection list. More...
def	step_previous_possible_selection ()
	Move back to the previous entity in the current selection list. More...
def	print_current_selections ()
	Print all selected entities and their types. More...
def	print_currently_selected_entity ()
	Print details of the current selected entity. More...
def	current_selection_count ()
	Get the number of entities in the current selection list. More...
Meshing Schemes Support
def	get_default_element_type ()
	Retrieve the current default element type for meshing. More...
def	is_volume_meshable (volume_id)
	Check if a volume is meshable under the current meshing scheme. More...
def	is_surface_meshable (surface_id)
	Check if a surface is meshable under the current meshing scheme. More...
def	get_vertex_type (surface_id, vertex_id)
	Retrieve the vertex type for a given vertex on a surface. More...
def	get_submap_corner_types (surface_id)
	Get a list of vertex IDs and their corner-type codes for a surface submap. More...
def	get_curve_bias_type (curve_id)
	Retrieve the bias scheme type applied to a curve. More...
def	get_curve_bias_geometric_factor (curve_id)
	Get the primary geometric progression factor used for biasing a curve. More...
def	get_curve_bias_geometric_factor2 (curve_id)
	Get the secondary geometric progression factor for a dual-bias curve. More...
def	get_curve_bias_first_interval_length (curve_id)
	Query the length of the first interval on a biased curve. More...
def	get_curve_bias_first_interval_fraction (curve_id)
	Retrieve the fraction of curve length used as the first interval size. More...
def	get_curve_bias_fine_size (curve_id)
	Get the "fine size" parameter for a biased curve, if set. More...
def	get_curve_bias_coarse_size (curve_id)
	Get the "coarse size" parameter for a biased curve, if set. More...
def	get_curve_bias_first_last_ratio1 (curve_id)
	Retrieve the ratio of first-to-last interval at the start of a biased curve. More...
def	get_curve_bias_first_last_ratio2 (curve_id)
	Retrieve the ratio of first-to-last interval at the end of a biased curve. More...
def	get_curve_bias_last_first_ratio1 (curve_id)
	Retrieve the ratio of last-to-first interval at the start of a biased curve. More...
def	get_curve_bias_last_first_ratio2 (curve_id)
	Retrieve the ratio of last-to-first interval at the end of a biased curve. More...
def	get_curve_bias_from_start (curve_id, value)
	Determine if the bias is measured from the curve's start vertex. More...
def	get_curve_bias_from_start_set (curve_id)
	Check if the "bias from start" flag has been explicitly set on a curve. More...
def	get_curve_bias_start_vertex_id (curve_id)
	Retrieve the vertex ID designated as the start of bias on a curve. More...
def	get_curve_mesh_scheme_curvature (curve_id)
	Retrieve the curvature mesh scheme adaptation value for a curve. More...
def	get_curve_mesh_scheme_pinpoint_locations (curve_id)
	Retrieve the pinpoint mesh scheme locations for a curve. More...
def	get_mesh_scheme (geometry_type, entity_id)
	Retrieve the meshing scheme applied to a geometric entity. More...
def	get_smooth_scheme (geometry_type, entity_id)
	Retrieve the smoothing scheme for a specified geometry entity. More...
def	get_mesh_scheme_firmness (geometry_type, entity_id)
	Retrieve the meshing scheme firmness for a specified surface or volume. More...
def	get_tetmesh_proximity_flag (volume_id)
	Get the proximity-layer flag for tet meshing on a volume. More...
def	get_tetmesh_proximity_layers (volume_id)
	Get the number of proximity layers for tet meshing on a volume. More...
def	get_tetmesh_growth_factor (volume_id)
	Get the growth factor for tet meshing on a volume. More...
def	get_tetmesh_parallel ()
	Get the global parallel-tetmesher flag (HPC) setting. More...
def	get_tetmesh_num_anisotropic_layers ()
	Get the global number of anisotropic tet layers setting. More...
def	get_tetmesh_optimization_level ()
	Get the global tet meshing optimization level. More...
def	get_tetmesh_insert_mid_nodes ()
	Get the global flag indicating insertion of mid-edge (quadratic) nodes during tet meshing. More...
def	get_tetmesh_optimize_mid_nodes ()
	Get the global flag indicating optimization of mid-edge nodes during tet meshing. More...
def	get_tetmesh_optimize_overconstrained_tets ()
	Get the global flag indicating optimization of overconstrained tetrahedra. More...
def	get_tetmesh_optimize_overconstrained_edges ()
	Get the global flag indicating optimization of overconstrained edges. More...
def	get_tetmesh_minimize_slivers ()
	Get the global flag indicating minimization of sliver tetrahedra. More...
def	get_tetmesh_minimize_interior_points ()
	Get the global flag indicating minimization of interior points in tet meshing. More...
def	get_tetmesh_relax_surface_constraints ()
	Get the global flag indicating relaxation of surface mesh constraints in tet meshing. More...
def	get_mesh_geometry_approximation_angle (geometry_type, entity_id)
	Get the geometry approximation angle for TriMesh/TetMesh on a given entity. More...
def	get_trimesh_surface_gradation ()
	Retrieve the global surface mesh gradation for the TriMesh scheme. More...
def	get_trimesh_volume_gradation ()
	Retrieve the global volume mesh gradation for the TriMesh scheme. More...
def	get_trimesh_use_surface_proximity ()
	Retrieve the global surface proximity flag for the TriMesh scheme. More...
def	get_trimesh_surface_proximity_ratio ()
	Retrieve the global surface proximity ratio for the TriMesh scheme. More...
def	get_trimesh_target_min_size (geometry_type, entity_id)
	Retrieve the target minimum triangle size set on a specific geometry entity for the TriMesh scheme. More...
def	get_trimesh_geometry_sizing ()
	Retrieve the global geometry sizing flag for the TriMesh scheme. More...
def	get_trimesh_num_anisotropic_layers ()
	Retrieve the global number of anisotropic triangle layers for the TriMesh scheme. More...
def	get_trimesh_split_overconstrained_edges ()
	Retrieve the global flag for splitting overconstrained edges in the TriMesh scheme. More...
def	get_trimesh_tiny_edge_length ()
	Retrieve the global tiny edge length for the TriMesh scheme. More...
def	get_trimesh_ridge_angle ()
	Retrieve the global ridge angle for the TriMesh scheme. More...
def	get_node_constraint ()
	Query whether node constraint is enabled (move mid-nodes to geometry). More...
def	get_node_constraint_value ()
	Query the numeric value of the node constraint setting. More...
def	get_node_constraint_smart_threshold ()
	Query the current quality threshold for smart node constraint. More...
def	get_node_constraint_smart_metric ()
	Query the current quality metric for smart node constraint. More...
def	get_dbl_sculpt_default (variable)
	Retrieve the default value of a named sculpt parameter. More...
def	get_int_sculpt_default (variable)
	Retrieve default integer-valued sculpt parameter. More...
def	get_bool_sculpt_default (variable)
	Retrieve default boolean-valued sculpt parameter. More...
def	get_string_sculpt_default (variable)
	Retrieve default string-valued sculpt parameter. More...
Mesh Sizing Support
def	get_mesh_intervals (geometry_type, entity_id)
	Get the mesh interval count for a specified entity. More...
def	get_mesh_size (geometry_type, entity_id)
	Retrieve the effective target edge length for meshing an entity. More...
def	get_requested_mesh_size (geometry_type, id)
	Retrieve the mesh size explicitly set on a geometry entity. More...
def	has_valid_size (geometry_type, entity_id)
	Check whether a geometric entity has a valid size. More...
def	get_mesh_interval_firmness (geometry_type, entity_id)
	Retrieve the interval firmness for a specified geometry entity. More...
def	get_requested_mesh_interval_firmness (geometry_type, entity_id)
	Retrieve the explicitly requested interval firmness for a specified entity. More...
def	get_mesh_size_type (geometry_type, entity_id)
	Retrieve the mesh size setting type for a specified entity. More...
def	get_requested_mesh_size_type (geometry_type, entity_id)
	Retrieve the mesh size setting type explicitly requested on a specified entity. More...
def	auto_size_needs_to_be_calculated ()
	Check if automatic mesh sizing is outdated and needs recomputation. More...
def	get_default_auto_size ()
	Compute Cubit's heuristic default automatic mesh size for the current model. More...
def	get_requested_mesh_intervals (geometry_type, entity_id)
	Retrieve the mesh interval count explicitly set on a geometry entity. More...
def	is_interval_count_odd (surface_id)
	Check if any loop on a surface has an odd number of mesh intervals. More...
def	get_auto_size (geometry_type, entity_id_list, auto_factor)
	Predict the automatic mesh size for a set of entities. More...
def	get_element_budget (element_type, entity_id_list, auto_factor)
	Estimate the total element count for a set of volumes given size settings. More...
def	get_exodus_sizing_function_variable_name ()
	Retrieve the Exodus-based sizing function variable name. More...
def	get_exodus_sizing_function_file_name ()
	Retrieve the Exodus sizing function file name. More...
def	get_sizing_function_name (entity_type, entity_id)
	Retrieve the meshing sizing function type for a surface or volume. More...
def	exodus_sizing_function_file_exists ()
	Check if the Exodus sizing function file currently exists. More...
Mesh Query Support
def	is_meshed (geometry_type, entity_id)
	Determine whether a specified geometry entity has been meshed. More...
def	get_hex_count ()
	Retrieve the count of hexahedral elements in the current model. More...
def	get_pyramid_count ()
	Retrieve the count of pyramid elements in the current model. More...
def	get_tet_count ()
	Retrieve the count of tetrahedral elements in the current model. More...
def	get_quad_count ()
	Retrieve the count of quadrilateral elements in the current model. More...
def	get_tri_count ()
	Retrieve the count of triangular elements in the current model. More...
def	get_edge_count ()
	Retrieve the count of edges between surface elements in the current model. More...
def	get_sphere_count ()
	Retrieve the count of sphere elements in the current model. More...
def	get_wedge_count ()
	Retrieve the count of wedge-shaped elements in the current model. More...
def	get_node_count ()
	Retrieve the count of nodes in the current model. More...
def	get_element_count ()
	Retrieve the count of exportable elements in the current model. More...
def	get_volume_element_count (volume_id)
	Retrieve the count of 3D elements in a specified volume. More...
def	get_surface_element_count (surface_id)
	Retrieve the count of elements on a specified surface. More...
def	volume_contains_tets (volume_id)
	Determine whether a specified volume contains any tetrahedral elements. More...
def	get_hex_sheet (node_id_1, node_id_2)
	Retrieve the IDs of all hexahedral elements forming a hex sheet through two nodes. More...
def	get_mesh_edge_length (edge_id)
	Compute the length of a specified mesh edge. More...
def	get_meshed_volume_or_area (geometry_type, entity_ids)
	Sum mesh volumes or surface areas for CAD entities or mesh elements. More...
def	get_elem_quality_stats (entity_type, id_list, metric_name, single_threshold, use_low_threshold, low_threshold, high_threshold, make_group)
	Python-friendly version of get_quality_stats without reference parameters. More...
def	get_quality_stats_at_geometry (geom_type, mesh_type, geom_id_list, expand_levels, metric_name, single_threshold, use_low_threshold, low_threshold, high_threshold, make_group)
	Python-friendly version of get_quality_stats operating on geometry entities. More...
def	get_quality_value (mesh_type, mesh_id, metric_name)
	Retrieve a specific quality metric value for a single mesh element. More...
def	get_quality_values (mesh_type, mesh_ids, metric_name)
	Retrieve quality metric values for multiple mesh elements. More...
def	calculate_timestep_estimate (entity_type, entity_ids)
	Estimate the time step based on element sizes and material properties. More...
def	calculate_timestep_estimate_with_props (entity_type, entity_id_list, density, youngs_modulus, poissons_ratio)
	Estimate the stable time step using user-specified material properties. More...
def	get_target_timestep ()
	Return the current target time step threshold used in the density multiplier metric. More...
def	get_overconstrained_tets_in_volumes (volumes)
	Retrieve IDs of overconstrained tetrahedra within specified volumes. More...
def	best_edge_to_collapse_interior_node (node_id)
	Find the best edge to collapse to remove an interior node in a triangular mesh. More...
def	get_edges_to_swap (curve_id)
	Get edges on triangles at a knife-edge curve that are candidates for swapping. More...
def	get_n_largest_distances_between_meshes (n, entity_type1, ids1, entity_type2, ids2)
	Finds the N largest node-to-element distances between two meshes. More...
Geometry Topology Support
def	get_entities (entity_type)
	Retrieve IDs of all current entities of a specified type (geometry and mesh). More...
def	get_current_ids (entity_type)
	Retrieve IDs of all current geometry entities of a specified type. More...
def	get_body_count ()
	Get the current number of bodies in the model. More...
def	get_volume_count ()
	Get the current number of volumes in the model. More...
def	get_surface_count ()
	Get the current number of surfaces in the model. More...
def	get_curve_count ()
	Get the current number of curves in the model. More...
def	get_vertex_count ()
	Get the current number of vertices in the model. More...
def	get_curve_count_in_volumes (target_volume_ids)
	Get the current number of curves in the specified volumes. More...
def	get_relatives (source_geometry_type, source_id, target_geom_type)
	Get the relatives (parents or children) of a specified entity. More...
def	are_adjacent_surfaces (surface_ids)
	Return whether two or more surfaces share at least one manifold curve. More...
def	are_adjacent_curves (curve_ids)
	Return whether two or more curves share at least one manifold vertex. More...
def	get_adjacent_surfaces (geometry_type, entity_id)
	Get a list of surfaces adjacent to a specified surface (including the surface itself). More...
def	get_adjacent_volumes (geometry_type, entity_id)
	Get a list of adjacent volumes to a specified entity. More...
def	get_num_volume_shells (volume_id)
	Get the number of shells in a volume. More...
def	get_valence (vertex_id)
	Get the valence (number of incident edges) for a specific vertex. More...
def	get_list_of_free_ref_entities (geometry_type)
	Get all free (unattached) entities of a given geometry type. More...
def	get_owning_body (geometry_type, entity_id)
	Get the owning body for a specified entity. More...
def	get_owning_volume (geometry_type, entity_id)
	Get the owning volume for a specified entity. More...
def	get_owning_volume_by_name (entity_name)
	Get the owning volume for an entity by its name. More...
def	get_common_curve_id (surface_1_id, surface_2_id)
	Return a curve shared by two surfaces. More...
def	get_common_vertex_id (curve_1_id, curve_2_id)
	Return a vertex shared by two curves. More...
def	get_connected_surfaces (surf_ids)
	Find surfaces connected to a given set of surfaces. More...
def	gather_surfaces_by_orientation (seed_surf_ids, all_surf_ids)
	Gathers surfaces connected across shared edges, forming a surface enclosure. More...
Geometry Attribute Support
def	is_visible (geometry_type, entity_id)
	Query visibility for a specific geometry entity. More...
def	is_virtual (geometry_type, entity_id)
	Query whether a specified geometry entity is virtual. More...
def	contains_virtual (geometry_type, entity_id)
	Query whether any child entities of a specified geometry entity are virtual. More...
def	is_merged (geometry_type, entity_id)
	Check if a specified geometry entity has been merged into another. More...
def	get_merge_setting (geometry_type, entity_id)
	Get merge mode ("on", "off", or "auto") for a given entity. More...
def	get_source_surfaces (volume_id)
	Retrieve the list of sweep source surfaces for a specified volume. More...
def	get_target_surfaces (volume_id)
	Retrieve the list of sweep target surfaces for a specified volume. More...
def	get_entity_modeler_engine (geometry_type, entity_id)
	Get the modeler engine type for a specified entity. More...
def	get_entity_name (entity_type, entity_id, no_default=False)
	Get the name of a specified entity. More...
def	get_entity_names (entity_type, entity_id, no_default=False, first_name_only=False)
	Get all names associated with a specified entity. More...
def	set_entity_name (entity_type, entity_id, new_name)
	Set the name of a specified entity. More...
def	get_id_from_name (name)
	Retrieve the integer ID of an entity by its name. More...
def	get_all_ids_from_name (geo_type, name)
	Retrieve all IDs of entities of a specified geometry type whose names start with a given prefix. More...
def	get_entity_color (entity_type, entity_id)
	Get the color of a specified entity. More...
def	get_entity_color_index (entity_type, entity_id)
	Get the color index of a specified entity. More...
def	is_multi_volume (body_id)
	Check if a body contains multiple volumes. More...
def	is_sheet_body (volume_id)
	Determine if a volume is a sheet body (zero thickness). More...
Geometry Query Support
def	get_vertex_coordinates (entityID)
	Get the 3D coordinates of a vertex. More...
def	get_distance_between (vertex_id_1, vertex_id_2)
	Get the Euclidean distance between two vertices. More...
def	get_curve_type (curve_id)
	Get the curve type for a specified curve. More...
def	get_curve_length (curve_id)
	Get the 3D length of a specified curve. More...
def	get_arc_length (curve_id)
	Get the parametric (arc) length of a specified curve. More...
def	get_distance_from_curve_start (x_coordinate, y_coordinate, z_coordinate, curve_id)
	Get the distance along a curve from its start to the closest point on the curve. More...
def	get_curve_radius (curve_id)
	Compute the radius of a specified curve. More...
def	get_curve_center (curve_id)
	Retrieve the center point of a specified curve. More...
def	get_arc_center_radius (curve_id)
	Get the center point and radius of a specified arc curve. More...
def	evaluate_exterior_angle_at_curve (curve_id, volume_id)
	Return the exterior angle at a single curve with respect to a volume. More...
def	evaluate_exterior_angle (curve_list, test_angle)
	Find curves whose exterior angle between adjacent surfaces is less than a given threshold. More...
def	get_similar_curves (curve_ids, tol=1e-3, use_percent_tol=True, on_similar_vols=True)
	Find curves with lengths similar to a given curve. More...
def	get_surface_type (surface_id)
	Get the surface type for a specified surface. More...
def	get_surface_normal (surface_id)
	Get the unit normal vector at the center of a specified surface. More...
def	get_surface_normal_at_coord (surface_id, coord)
	Get the unit normal vector at a specified point on a surface. More...
def	get_surface_centroid (surface_id)
	Get the approximate centroid of a specified surface based on graphics faceting. More...
def	get_surface_sense (surface_id)
	Get the orientation ("sense") of a specified surface. More...
def	is_surface_planer (surface_id)
	Query whether a specified surface is planar. More...
def	is_surface_planar (surface_id)
def	get_surface_area (surface_id)
	Get the area of a specified surface. More...
def	get_hydraulic_radius_surface_area (surface_id)
	Compute the hydraulic radius of a specified surface. More...
def	get_surface_principal_curvatures (surface_id)
	Get the principal curvatures of a surface at its midpoint. More...
def	evaluate_surface_angle_at_vertex (surf_id, vert_id)
	Return the interior angle at a vertex on a specified surface. More...
def	project_unit_square (pts, surface_id, quad_id, node00_id, node10_id)
	Map points in a unit square (u-v coordinates on a quad face) and project them onto a surface. More...
def	get_similar_surfaces (surface_ids, tol=1e-3, use_percent_tol=True, on_similar_vols=True)
	Find surfaces with similar area and curve count to given surfaces. More...
def	print_surface_summary_stats ()
	Print summary statistics for all surfaces in the model. More...
def	get_volume_area (volume_id)
	Get the total surface area of a specified volume. More...
def	get_volume_volume (vol_id)
	Get the enclosed volume of a specified volume. More...
def	get_hydraulic_radius_volume_area (volume_id)
	Compute the hydraulic radius of a specified volume. More...
def	get_similar_volumes (volume_ids, tol=1e-3, use_percent_tol=True)
	Find volumes with similar size and face count to given volumes. More...
def	get_bounding_box (geometry_type, entity_id)
	Get the axis-aligned bounding box for a specified entity. More...
def	get_total_bounding_box (geometry_type, entity_list)
	Get the combined bounding box for a list of entities. More...
def	get_tight_bounding_box (geometry_type, entity_list)
	Get the tight bounding box for a list of entities. More...
def	get_total_volume (volume_list)
	Get the total volume for a list of volumes. More...
def	print_volume_summary_stats ()
	Print summary statistics for all volumes in the model. More...
def	get_center_point (entity_type, entity_id)
	Get the 3D center or coordinates of a specified entity. More...
def	is_periodic (geometry_type, entity_id)
	Query whether a specified surface or curve is periodic. More...
def	get_geometry_type (geom_type, ent_ids)
	Return the analytic geometry type for a list of surfaces or curves. More...
def	get_distance_between_entities (geom_type_1, entity_id_1, geom_type_2, entity_id_2)
	Get the minimum distance between two geometry entities. More...
def	is_point_contained (geometry_type, entity_id, xyz_point)
	Determine if a point is inside, outside, on, or unknown relative to a given entity. More...
def	snap_locations_to_geometry (locations, entity_type, entity_id, tol)
	Snaps given XYZ locations to nearest points on specified entity. More...
def	measure_between_entities (entity_type1, entity_id1, entity_type2, entity_id2)
	Returns the shortest distance between two geometry entities and their closest points. More...
def	get_coordinate_systems_id_list ()
	Returns a list of coordinate system IDs. More...
Geometry-Mesh Entity Support
def	get_geometry_node_count (entity_type, entity_id)
	Get the number of mesh nodes on a geometric entity. More...
def	get_vertex_node (vertex_id)
	Get the node ID owned by a vertex. More...
def	get_curve_nodes (curve_id)
	Get the list of node IDs owned by a curve. More...
def	get_curve_edges (curve_id)
	Get the list of edge element IDs on a curve. More...
def	get_surface_nodes (surface_id)
	Get the list of node IDs owned by a surface. More...
def	get_surface_quads (surface_id)
	Get the list of quadrilateral (quad) element IDs on a surface. More...
def	get_surface_tris (surface_id)
	Get the list of triangle (tri) element IDs on a surface. More...
def	get_volume_nodes (volume_id)
	Get the list of node IDs owned by a volume. More...
def	get_volume_hexes (volume_id)
	Get the list of hexahedron (hex) IDs contained in a volume. More...
def	get_volume_tets (volume_id)
	Get the list of tetrahedron (tet) IDs contained in a volume. More...
def	get_volume_wedges (volume_id)
	Get the list of wedge IDs contained in a volume. More...
def	get_volume_pyramids (volume_id)
	Get the list of pyramid IDs contained in a volume. More...
def	get_surface_num_loops (surface_id)
	Get the number of loops on a surface. More...
def	get_surface_loop_nodes (surface_id)
	Get the ordered list of node IDs on the loops of a surface. More...
def	get_entity_sense (source_type, source_id, sideset_id)
	Get the sense of an entity in a sideset. More...
def	get_wrt_entity (source_type, source_id, sideset_id)
	Get the 'with-respect-to' entity of an item in a sideset. More...
def	get_geometric_owner (mesh_entity_type, mesh_entity_list)
	Get geometric owners for a set of mesh entities. More...
def	get_geometry_owner (entity_type, entity_id)
	Get the geometric owner of a mesh element. More...
def	get_all_geometric_owners (mesh_entity_type, mesh_entity_list)
	Get the list of geometric owners for a set of mesh entities and their child entities. More...
Mesh Element Queries
def	get_connectivity (entity_type, entity_id)
	Get the list of node IDs comprising a mesh element. More...
def	get_expanded_connectivity (entity_type, entity_id)
	Get the list of node IDs for a mesh element, including interior nodes. More...
def	get_sub_elements (entity_type, entity_id, dimension)
	Get the lower-dimensional entities of a higher-dimensional mesh element. More...
def	get_node_exists (node_id)
	Check whether a node exists in the model. More...
def	get_exodus_id (entity_type, entity_id)
	Get the Global Element ID for a mesh entity. More...
def	get_element_exists (element_id)
	Check whether a global mesh element ID exists in the model. More...
def	get_element_type (element_id)
	Get the specific mesh element type for a global element ID. More...
def	get_element_type_id (element_id)
	Map a Global Element ID back to its local mesh entity ID. More...
def	get_element_block (element_id)
	Get the block ID containing a given global element. More...
def	get_global_element_id (element_type, id)
	Alias for get_exodus_id: get the Global Element ID for a local mesh entity. More...
def	get_hex_global_element_id (hex_id)
	Get the Global Element ID for a specific hexahedral element. More...
def	get_tet_global_element_id (tet_id)
	Get the Global Element ID for a specific tetrahedral element. More...
def	get_wedge_global_element_id (wedge_id)
	Get the Global Element ID for a specific wedge element. More...
def	get_pyramid_global_element_id (pyramid_id)
	Get the Global Element ID for a specific pyramid element. More...
def	get_tri_global_element_id (tri_id)
	Get the Global Element ID for a specific triangular element. More...
def	get_quad_global_element_id (quad_id)
	Get the Global Element ID for a specific quadrilateral element. More...
def	get_edge_global_element_id (edge_id)
	Get the Global Element ID for a specific edge element. More...
def	get_sphere_global_element_id (sphere_id)
	Get the Global Element ID for a specific node (SPHERE element). More...
def	get_node_global_id (node_id)
	Get the global node ID assigned in the Exodus file for a mesh node. More...
def	get_closest_node (x_coordinate, y_coordinate, z_coordinate)
	Find the mesh node closest to a given point. More...
def	get_nodal_coordinates (node_id)
	Get the coordinates of a mesh node. More...
def	get_node_faces (node_id)
	Get the IDs of all quadrilateral elements (faces) adjacent to a node. More...
def	get_node_tris (node_id)
	Get the IDs of all triangular elements adjacent to a node. More...
def	get_node_edges (node_id)
	Get the IDs of all edge elements adjacent to a node. More...
def	get_node_position_fixed (node_id)
	Query whether a mesh node is fixed (constrained against smoothing). More...
def	get_mesh_element_type (entity_type, entity_id)
	Get the mesh element type applied to a geometric entity. More...
Geometry Defeaturing Support
def	get_small_curves (target_volume_ids, mesh_size)
	Find curves with edge length below a threshold within given volumes. More...
def	get_smallest_curves (target_volume_ids, number_to_return)
	Return IDs of the smallest curves in the specified volumes. More...
def	get_small_surfaces (target_volume_ids, area_threshold)
	Find surfaces with area below a given threshold. More...
def	get_small_surfaces_HR (target_volume_ids, mesh_size)
	Python-callable version: identify small hydraulic-radius surfaces. More...
def	is_narrow_surface (surface_id, mesh_size)
	Determine if any two non-adjacent edges on the surface form a narrow region. More...
def	get_narrow_surfaces (target_volume_ids, mesh_size)
	Find surfaces with narrow regions in specified volumes. More...
def	get_small_and_narrow_surfaces (target_ids, small_area, small_curve_size)
	Find surfaces that are either small in area or contain narrow regions. More...
def	get_closed_narrow_surfaces (target_ids, narrow_size)
	Find faces on closed surfaces whose two boundary edges remain within a distance threshold. More...
def	get_narrow_regions (target_ids, narrow_size)
	Find faces containing narrow regions within specified volumes. More...
def	get_surfs_with_narrow_regions (target_ids, narrow_size)
	Find surfaces with narrow regions based on edge-pair orientation and proximity. More...
def	is_close_loop_surface (surface_id, mesh_size)
	Check if a surface has multiple loops closer than a given threshold. More...
def	get_close_loops (target_volume_ids, mesh_size)
	Find faces with multiple loops closer than a given threshold. More...
def	get_close_loops_with_thickness (target_volume_ids, mesh_size, genus)
	Find faces with multiple loops closer than a threshold and return their minimum loop separations. More...
def	get_close_loop_thickness (surface_id)
	Compute the minimum separation distance between loops on a surface. More...
def	get_small_volumes (target_volume_ids, mesh_size)
	Find volumes whose size is below a threshold based on mesh size. More...
def	is_chamfer_surface (surface_id, thickness_threshold)
	Determine if a face's underlying surface is a chamfer. More...
def	get_chamfer_surfaces (target_volume_ids, thickness_threshold)
	Get the list of chamfer surfaces for a list of volumes. More...
def	get_chamfer_chains (surface_id)
	Returns the chamfer chains for a given surface. More...
def	get_chamfer_chain_collections (volume_list, thickness_threshold)
	Return collections of surfaces that form chamfer chains in the specified volumes. More...
def	is_cylinder_surface (surface_id)
	Determine if a given face's underlying surface is a circular cylinder. More...
def	is_blend_surface (surface_id)
	Determine if a face's underlying surface is a blend (fillet). More...
def	get_blend_surfaces (target_volume_ids)
	Find blend (fillet) surfaces within specified volumes. More...
def	get_small_radius_blend_surfaces (target_volume_ids, max_radius)
	Find blend surfaces with radius of curvature <= max_radius. More...
def	get_blend_chains (surface_id)
	Returns the blend chains for a given surface. More...
def	get_blend_chain_collections (volume_list, radius_threshold)
	Return collections of surfaces that form blend chains in the specified volumes. More...
def	is_cone_surface (surface_id)
	Determine whether a surface is a cone. More...
def	find_cone_surfaces (surface_id)
	Identify cone surface(s) starting from a candidate surface. More...
def	get_cone_surfaces (target_volume_ids)
	Identify cone surfaces in a set of volumes. More...
def	get_surface_cone_collections (volume_list, radius_threshold=0.0)
	Identify collections of surfaces that comprise cones in specified volumes. More...
def	is_cavity_surface (surface_id)
	Return whether the specified surface is part of a cavity. More...
def	get_cavity_surfaces (surface_id)
	Return the surfaces in the cavity adjacent to the specified surface. More...
def	get_surface_cavity_collections (volume_list, area_threshold=-1, angle_tolerance=-1, combine_cavities=True)
	Return collections of surfaces that form cavities in the specified volumes. More...
def	is_hole_surface (surface_id, radius_threshold)
	Return whether the specified surface is part of a hole. More...
def	get_hole_surfaces (surface_id)
	Return the surfaces in the hole adjacent to the specified surface. More...
def	get_surface_hole_collections (volume_list, radius_threshold)
	Return collections of surfaces that form holes in the specified volumes. More...
def	is_continuous_surface (surface_id, angle_tol)
	Return whether the surface has any adjacent continuous surfaces. More...
def	get_continuous_surfaces (surface_id, angle_tol)
	Return the list of adjacent continuous surfaces. More...
def	get_continuous_curves (curve_id, angle_tol, require_two_valent=False)
	Return the list of adjacent continuous curves. More...
def	get_continuous_curve_collections (volume_list, angle_tolerance=-1)
	Returns collections of continuous curves in the given volumes. More...
def	get_sharp_angle_vertices (target_volume_ids, upper_bound, lower_bound)
	Identify vertices at sharp curve angles in a set of volumes. More...
def	get_blunt_tangency_default_depth (vert_id, angle, add_material)
	Computes the default depth used to blunt a tangency at a vertex. More...
def	get_tangential_intersections (target_volume_ids, upper_bound, lower_bound)
	Find surfaces with tangential intersection angles outside specified bounds. More...
def	get_coincident_vertices (target_volume_ids, high_tolerance)
	Find vertex pairs within a specified tolerance across given volumes. More...
def	get_close_vertex_curve_pairs (target_volume_ids, high_tolerance)
	Find pairs of vertices and curves within a specified tolerance across given volumes. More...
def	get_overlapping_surfaces_in_bodies (body_ids, filter_slivers=False)
	Identify overlapping surfaces between different volumes in a set of bodies. More...
def	find_overlapping_curves (curve_ids)
	Identify overlapping curves in a specified list of curves. More...
def	get_gaps_between_volumes (target_volume_ids, maximum_gap_tolerance, maximum_gap_angle, cache_overlaps=0)
	Identify gaps between surfaces in a list of volumes. More...
def	get_overlapping_volumes (target_volume_ids)
	Identify overlapping volumes in a list of volumes. More...
def	get_overlapping_volumes_at_volume (volume_id, compare_volumes)
	Identify volumes in the model that overlap a single target volume. More...
def	get_overlapping_surfaces_at_surface (surface_id, compare_volumes, cache_overlaps=0)
	Identify surfaces in the model that overlap a single target surface. More...
def	get_overlap_max_gap ()
	Get the current maximum gap tolerance used for calculating surface overlaps. More...
def	set_overlap_max_gap (maximum_gap)
	Set the maximum gap tolerance for calculating surface overlaps. More...
def	get_overlap_min_gap ()
	Get the current minimum gap tolerance used for calculating surface overlaps. More...
def	set_overlap_min_gap (min_gap)
	Set the minimum gap tolerance for calculating surface overlaps. More...
def	get_overlap_max_angle ()
	Get the current maximum angle tolerance used for calculating surface overlaps. More...
def	set_overlap_max_angle (maximum_angle)
	Set the maximum angle tolerance for calculating surface overlaps. More...
def	get_nearby_entities (gtype, ent_ids, compare_ents, distance)
	Identify nearby entities of type curve, surface, or volume for a given list of the same type. More...
def	get_nearby_volumes_at_volume (volume_id, compare_volumes, distances, progress=None)
	Identify nearby volumes in the model for a list of target volumes. More...
def	get_unmerged_curves_on_shells (shell_vols, thickness)
	Identify unmerged curves between sheet (shell) volumes for use in shell construction workflows. More...
def	get_mergeable_vertices (target_volume_ids)
	Get the list of mergeable vertices from a list of volumes or bodies. More...
def	get_mergeable_curves (target_volume_ids)
	Get the list of mergeable curves from a list of volumes or bodies. More...
def	get_mergeable_surfaces (target_volume_ids)
	Get the list of mergeable surfaces from a list of volumes or bodies. More...
def	get_merge_tolerance ()
	Return the current merge tolerance value. More...
Geometry ITEM Solutions
def	get_solutions_for_close_loop (surface_id, mesh_size)
	Retrieve recommended remedies for a close-loop surface to resolve narrow regions. More...
def	get_solutions_for_near_coincident_vertices (vertex_id_1, vertex_id_2)
	Provide remedies for two nearly coincident vertices on different volumes to resolve gaps or misalignments. More...
def	get_solutions_for_bad_geometry (geom_type, geom_id)
	Provide remedy for bad geometry via ACIS healing (deprecated). More...
def	get_solutions_for_overlapping_volumes (volume_id_1, volume_id_2, maximum_gap_tolerance, maximum_gap_angle)
	Provide remedies for two overlapping volumes based on gap and angular tolerances. More...
def	get_solutions_for_overlapping_surfaces (surface_id_1, surface_id_2)
	Suggests remedies for two overlapping surfaces on different volumes. More...
def	get_volume_gap_solutions (surface_id_1, surface_id_2)
	Suggests remedies for a gap between two surfaces on different volumes. More...
def	get_solutions_for_near_coincident_vertex_and_curve (vertex_id, curve_id)
	Suggests remedies when a vertex lies nearly on a curve from a different volume. More...
def	get_solutions_for_near_coincident_vertex_and_surface (vertex_id, surface_id)
	Suggests remedies when a vertex lies nearly on a surface from a different volume. More...
def	get_solutions_for_imprint_merge (surface_id1, surface_id2)
	Suggests remedies for imprint/merge when two overlapping surfaces are on different volumes. More...
def	get_solutions_for_volumes (vol_id, small_curve_size, mesh_size)
	Recommend remediation operations for volumes with features below a size threshold. More...
def	get_solutions_for_classified_volume (classification, vol_id)
	Suggests geometry fixes or feature operations for a volume based on its classification. More...
def	get_solutions_for_bolt (bolt_id, insert_id, threaded_vol_id)
	Suggests operations for a volume classified as a bolt using known subcomponent IDs. More...
def	get_solutions_for_bolt_hole (bearing_hole, threaded_holes)
	Suggests repair or modification options for a set of concentric fastener pilot holes. More...
def	get_solutions_for_classified_surface (classification, surf_id)
	Suggests remedies or modifications for a classified surface. More...
def	get_solutions_for_thin_volume (vol_id, near_vols, include_weights=False, include_type=False)
	Generate candidate operations to reduce a thin volume into a sheet body. More...
def	get_solutions_for_sheet_volumes (vol_ids, thickness)
	Propose surface-extension and imprint/merge operations to connect sheet bodies. More...
def	get_solutions_for_sheet_volume_connection (args, kwargs)
	Propose surface-tweak, imprint, and merge operations to bridge two sheet-volume sets. More...
def	get_solutions_for_small_surfaces (surface_id, small_curve_size, mesh_size)
	Recommend remedial operations on a surface already flagged as small. More...
def	get_solutions_for_small_curves (curve_id, small_curve_size, mesh_size)
	Recommend remedial operations on a curve already flagged as small. More...
def	get_solutions_for_sharp_angle_vertex (vertex_id, small_curve_size, mesh_size)
	Retrieve recommended remedies for a sharp angle at a vertex. More...
def	get_solutions_for_surfaces_with_narrow_regions (surface_id, small_curve_size, mesh_size)
	Recommend operations to eliminate narrow regions on a surface identified as narrow. More...
def	get_solutions_for_cone_surface (surface_id)
	Suggests remedies for a surface classified as a cone. More...
def	get_solutions_for_decomposition (volume_list, exterior_angle, do_imprint_merge, tolerant_imprint)
	Provide possible decomposition solutions for volumes based on exterior angle criteria. More...
def	get_solutions_for_blends (surface_id)
	Provide possible blend removal solutions for a given surface (and its blend chain if applicable). More...
def	get_solutions_for_cavity_surface (surface_id)
	Provide possible cavity removal or adjustment solutions for a given surface (and its cavity if applicable). More...
def	get_mesh_error_solutions (error_code)
	Retrieve recommended solutions and context cues for a mesh error. More...
Geometry Idealization Support
def	get_reduce_bolt_core_default_dimensions (vol_id)
	Computes default core dimensions for a bolt volume in reduce bolt core operation. More...
def	get_bolt_diameters (vol_ids)
	Get the shank diameters of specified bolt volumes. More...
def	get_bolt_axis (vol_id)
	Get the normalized axis vector of a bolt volume. More...
def	get_bolt_shigley_radius (bolt_id, angle, washer_id=0)
	Get the equivalent Shigley frustum radius at the bolt interface. More...
def	get_bolt_washer (bolt_id)
	Get the washer volume ID associated with a given bolt. More...
def	get_bolt_coordinate_system (geom_type, id)
	Get local coordinate system for a bolt or bolt hole. More...
def	get_bolt_clamped_members (vol_ids, nearby_vols, progress=None)
	Identify clamped members associated with a bolt. More...
def	get_bolts_in_clamped_members (geo_type, clamped_vols, candidate_bolts)
	Identify bolts clamping the given volumes or blocks. More...
def	get_bolt_holes_info (geo_type, clamped_members, radius_threshold, gap_threshold)
	Identify concentric pilot holes across clamped members. More...
def	get_bolt_holes (geo_type, clamped_members, radius_threshold, gap_threshold)
	Identify upper and lower pilot hole surfaces from clamped members. More...
def	get_2D_sheet_volumes (vol_id)
	Get associated 2D sheet volumes from a reduced 3D thin volume. More...
def	get_3D_thin_volume (vol_id)
	Get the original 3D thin volume associated with a 2D sheet volume. More...
Blocks, Sidesets, and Nodesets
def	get_block_count ()
	Get the current number of element blocks in the model. More...
def	get_block_id (entity_type, entity_id)
	Get the element block ID associated with a geometric entity. More...
def	get_block_ids (mesh_geometry_file_name)
	Get list of block IDs from a mesh geometry file. More...
def	get_block_id_list ()
	Get a list of all active block IDs. More...
def	get_next_block_id ()
	Get the next available block ID. More...
def	get_block_volumes (block_id)
	Get the list of volume IDs contained in a block. More...
def	get_block_surfaces (block_id)
	Get the list of surface IDs contained in a block. More...
def	get_block_curves (block_id)
	Get the list of curve IDs contained in a block. More...
def	get_block_vertices (block_id)
	Get the list of vertex IDs contained in a block. More...
def	get_block_nodes (block_id)
	Get the list of node IDs contained in a block. More...
def	get_block_edges (block_id)
	Get the list of edge IDs contained in a block. More...
def	get_block_tris (block_id)
	Get the list of triangle (tri) IDs contained in a block. More...
def	get_block_faces (block_id)
	Get the list of face IDs contained in a block. More...
def	get_block_pyramids (block_id)
	Get the list of pyramid IDs contained in a block. More...
def	get_block_wedges (block_id)
	Get the list of wedge IDs contained in a block. More...
def	get_block_tets (block_id)
	Get the list of tetrahedron (tet) IDs contained in a block. More...
def	get_block_hexes (block_id)
	Get the list of hexahedron (hex) IDs contained in a block. More...
def	get_block_element_type (block_id)
	Get the element type associated with a block. More...
def	get_block_attribute_count (block_id)
	Get the number of attributes assigned to a block. More...
def	get_block_element_attribute_count (block_id)
	Get the number of attributes defined for elements in the specified block. More...
def	get_block_attribute_value (block_id, attribute_index)
	Get the value of a specific attribute for a block. More...
def	get_block_attribute_name (block_id, attribute_index)
	Get the name of a specific attribute for a block. More...
def	get_block_element_attribute_names (block_id)
	Get the list of attribute names associated with block elements. More...
def	get_valid_block_element_types (block_id)
	Get a list of valid element types for the specified block. More...
def	get_block_material (block_id)
	Get the ID of the material assigned to the specified block. More...
def	get_blocks_with_materials ()
	Get all block IDs and their associated material IDs. More...
def	get_sideset_count ()
	Get the current number of sidesets in the model. More...
def	get_sideset_id_list ()
	Get a list of all active sideset IDs. More...
def	get_next_sideset_id ()
	Get the next available sideset ID. More...
def	get_sideset_curves (sideset_id)
	Get the list of curve IDs associated with a sideset. More...
def	get_sideset_edges (sideset_id)
	Get the list of edge IDs contained in a sideset. More...
def	get_sideset_surfaces (sideset_id)
	Get the list of surface IDs contained in a sideset. More...
def	get_sideset_quads (sideset_id)
	Get the list of quadrilateral (quad) element IDs contained in a sideset. More...
def	get_sideset_tris (sideset_id)
	Get the list of triangle (tri) element IDs contained in a sideset. More...
def	get_sideset_area (sideset_id)
	Get the total area of a sideset. More...
def	get_sideset_element_type (sideset_id)
	Get the element type of a sideset. More...
def	get_nodeset_count ()
	Get the current number of nodesets in the model. More...
def	get_nodeset_id_list ()
	Get a list of all active nodeset IDs. More...
def	get_next_nodeset_id ()
	Get the next available nodeset ID. More...
def	get_nodeset_volumes (nodeset_id)
	Get the list of volume IDs associated with a nodeset. More...
def	get_nodeset_surfaces (nodeset_id)
	Get the list of surface IDs associated with a nodeset. More...
def	get_nodeset_curves (nodeset_id)
	Get the list of curve IDs associated with a nodeset. More...
def	get_nodeset_vertices (nodeset_id)
	Get the list of vertex IDs associated with a nodeset. More...
def	get_nodeset_nodes (nodeset_id)
	Get the list of node IDs explicitly assigned to a nodeset. More...
def	get_nodeset_nodes_inclusive (nodeset_id)
	Get the list of node IDs associated with a nodeset (inclusive). More...
def	get_nodeset_node_count (nodeset_id)
	Get the number of nodes in a nodeset. More...
def	get_exodus_element_count (entity_id, entity_type)
	Get the number of elements in a Exodus entity. More...
def	get_exodus_entity_name (entity_type, entity_id)
	Get the name of an Exodus entity. More...
def	get_exodus_entity_type (entity_type, entity_id)
	Get the Exodus type of an entity. More...
def	get_exodus_entity_description (entity_type, entity_id)
	Get the description of an Exodus entity. More...
def	get_all_exodus_times (filename)
	Get all available time steps from an Exodus file. More...
def	get_exodus_variable_names (container_type, container_id)
	Get the names of Exodus variables in a nodeset, sideset, or block. More...
def	get_all_exodus_variable_names (filename, variable_type)
	Get all variable names of a given type from an Exodus file. More...
def	get_exodus_variable_count (container_type, container_id)
	Get the number of Exodus variables in a nodeset, sideset, or block. More...
def	get_copy_nodeset_on_geometry_copy_setting ()
	Get the current nodeset behavior setting for geometry copy. More...
def	get_copy_sideset_on_geometry_copy_setting ()
	Get the current sideset behavior setting for geometry copy. More...
def	get_copy_block_on_geometry_copy_setting ()
	Get the current block behavior setting for geometry copy. More...
def	set_copy_nodeset_on_geometry_copy_setting (val)
	Set the behavior for nodeset propagation during geometry copy. More...
def	set_copy_sideset_on_geometry_copy_setting (val)
	Set the behavior for sideset propagation during geometry copy. More...
def	set_copy_block_on_geometry_copy_setting (val)
	Set the behavior for block propagation during geometry copy. More...
Group Support
def	get_group_groups (group_id)
	Retrieve direct child group IDs for a specified parent group, if any. More...
def	get_group_volumes (group_id)
	Return direct child volume IDs for a specified group, if any. More...
def	get_group_bodies (group_id)
	Return direct child body IDs for a specified group, if any. More...
def	get_group_surfaces (group_id)
	Return direct child surface IDs for a specified group, if any. More...
def	get_group_curves (group_id)
	Return direct child curve IDs for a specified group, if any. More...
def	get_group_vertices (group_id)
	Return direct child vertex IDs for a specified group, if any. More...
def	get_group_nodes (group_id)
	Return direct child node IDs for a specified group, if any. More...
def	get_group_edges (group_id)
	Return direct child edge IDs for a specified group, if any. More...
def	get_group_quads (group_id)
	Return direct child quad IDs for a specified group, if any. More...
def	get_group_tris (group_id)
	Return direct child triangle IDs for a specified group, if any. More...
def	get_group_tets (group_id)
	Return direct child tetrahedron IDs for a specified group, if any. More...
def	get_group_wedges (group_id)
	Return direct child wedge element IDs for a specified group, if any. More...
def	get_group_pyramids (group_id)
	Return direct child pyramid element IDs for a specified group, if any. More...
def	get_group_spheres (group_id)
	Return direct child sphere element IDs for a specified group, if any. More...
def	get_group_hexes (group_id)
	Return direct child hexahedral element IDs for a specified group, if any. More...
def	get_next_group_id ()
	Return the next available group ID from Cubit. More...
def	delete_all_groups ()
	Remove all groups from the current Cubit session. More...
def	delete_group (group_id)
	Delete a specific group by ID. More...
def	set_max_group_id (maximum_group_id)
	Reset Cubit's internal maximum group ID to a specified value. More...
def	create_new_group ()
	Create a new, empty group and return its ID. More...
def	remove_entity_from_group (group_id, entity_id, entity_type)
	Remove a specific entity from a given group. More...
def	add_entity_to_group (group_id, entity_id, entity_type)
	Add a specific entity to a given group. More...
def	add_entities_to_group (group_id, entity_ids, entity_type)
	Add a list of entities to a specified group. More...
def	group_names_ids ()
	Retrieve names and IDs of all defined groups (excluding the pick group). More...
def	get_mesh_group_parent_ids (element_type, element_id)
	Retrieve parent group IDs for a specific mesh element. More...
def	is_mesh_element_in_group (element_type, element_id)
	Check if a specific mesh element belongs to any group. More...
Metadata Support
def	get_assembly_classification_level ()
	Get classification level metadata. More...
def	get_assembly_classification_category ()
	Get classification category metadata. More...
def	get_assembly_weapons_category ()
	Get weapons category metadata. More...
def	get_assembly_metadata (volume_id, data_type)
	Get metadata for a specified volume. More...
def	is_assembly_metadata_attached (volume_id)
	Check if metadata is attached to a volume. More...
def	get_assembly_name (assembly_id)
	Get the name of an assembly node. More...
def	get_assembly_path (assembly_id)
	Get the full path of an assembly node, identifying its hierarchy. More...
def	get_assembly_type (assembly_id)
	Get the type of an assembly node ("part" or "assembly"). More...
def	get_parent_assembly_path (assembly_id)
	Get the path of an assembly node's parent. More...
def	get_assembly_level (assembly_id)
	Get the hierarchy level of an assembly node. More...
def	get_assembly_description (assembly_id)
	Get the description of an assembly node. More...
def	get_assembly_instance (assembly_id)
	Get the instance number of an assembly node. More...
def	get_parent_assembly_instance (assembly_id)
	Get the instance number of the parent of an assembly node. More...
def	get_assembly_file_format (assembly_id)
	Get the file format from which the assembly node was imported. More...
def	get_assembly_units (assembly_id)
	Get the units of measurement used in the assembly node. More...
def	get_assembly_material_description (assembly_id)
	Get the material description for a part. More...
def	get_assembly_material_specification (assembly_id)
	Get the material specification for a part. More...
Non-Exodus Boundary Condition Support
def	get_bc_id_list (bc_type_enum)
	Get active boundary condition (BC) IDs of a specified type. More...
def	get_bc_name (bc_type_enum, bc_id)
	Get the name of a specific boundary condition (BC). More...
def	get_nodeset_id_list_for_bc (bc_type_enum, bc_id)
	Get list of nodeset IDs associated with a boundary condition. More...
def	get_sideset_id_list_for_bc (bc_type_enum, bc_id)
	Get list of sideset IDs associated with a boundary condition. More...
def	is_on_thin_shell (bc_type_enum, entity_id)
	Check if a boundary condition is applied to a thin shell. More...
def	temperature_is_on_solid (bc_type_enum, entity_id)
	Check if a temperature BC is applied to a solid region. More...
def	convection_is_on_solid (entity_id)
	Check if a convection BC is on a solid. More...
def	convection_is_on_shell_area (entity_id, shell_area_enum)
	Check if a convection BC is on a shell top or bottom. More...
def	get_convection_coefficient (entity_id, bc_type_enum)
	Get convection coefficient from a convection BC. More...
def	get_bc_temperature (bc_type_enum, entity_id, temp_type_enum)
	Get the temperature value for a specified BC area. More...
def	temperature_is_on_shell_area (bc_type_enum, bc_area_enum, entity_id)
	Check if a temperature BC is on a shell area. More...
def	heatflux_is_on_shell_area (bc_area_enum, entity_id)
	Check if a heatflux BC is on a shell area. More...
def	get_heatflux_on_area (bc_area_enum, entity_id)
	Get the heatflux value on a specified area. More...
def	get_cfd_type (entity_id)
	Get the CFD boundary condition subtype. More...
def	get_contact_pair_friction_value (entity_id)
	Get the friction value for a contact pair. More...
def	get_contact_pair_tolerance_value (entity_id)
	Get the upper bound tolerance for a contact pair. More...
def	get_contact_pair_tol_lower_value (entity_id)
	Get the lower bound tolerance for a contact pair. More...
def	get_contact_pair_tied_state (entity_id)
	Get the tied state of a contact pair. More...
def	get_contact_pair_general_state (entity_id)
	Get the general contact state. More...
def	get_contact_pair_exterior_state (entity_id)
	Get the exterior state of a contact pair. More...
def	get_velocity_combine_type (entity_id)
	Get the velocity's combine type. More...
def	get_acceleration_combine_type (entity_id)
	Get the combine method for an acceleration BC. More...
def	get_displacement_combine_type (entity_id)
	Get the combine method for a displacement BC. More...
def	get_pressure_value (entity_id)
	Get the magnitude value of a pressure BC. More...
def	get_pressure_function (entity_id)
	Get the function expression associated with a pressure BC. More...
def	get_force_magnitude (entity_id)
	Get the force magnitude of a force BC. More...
def	get_moment_magnitude (entity_id)
	Get the moment magnitude of a force BC. More...
def	get_force_direction_vector (entity_id)
	Get the direction vector of a force BC. More...
def	get_force_moment_vector (entity_id)
	Get the moment vector of a force BC. More...
def	get_constraint_type (constraint_id)
	Get the type of a specified constraint. More...
def	get_constraint_reference_point (constraint_id)
	Get the reference point of a specified constraint. More...
def	get_constraint_dependent_entity_point (constraint_id)
	Get the dependent entity of a specified constraint. More...
def	get_material_property (material_property_enum, entity_id)
	Get the value of a material property. More...
def	get_media_property (entity_id)
	Get the media classification of a material. More...
def	get_media_name_list ()
	Get list of all CFD media names. More...
def	get_material_name_list ()
	Get list of all material names. More...
def	get_material_name (material_id)
	Get the name of a material or CFD media by ID. More...
Boundary Layer Support
def	get_next_boundary_layer_id ()
	Get the next available boundary layer ID. More...
def	is_boundary_layer_id_available (boundary_layer_id)
	Check if a boundary layer ID is currently available. More...
def	get_boundary_layer_algorithm (boundary_layer_id)
	Get the algorithm type used by the specified boundary layer. More...
def	get_boundary_layers_by_base (base_type, base_id)
	Get all boundary layers associated with a specified base entity. More...
def	get_boundary_layers_by_pair (base_type, base_id, parent_id)
	Get all boundary layers associated with a base-parent pair. More...
def	get_boundary_layer_continuity (boundary_layer_id)
	Get the continuity setting of a boundary layer. More...
def	get_boundary_layer_id_list ()
	Get a list of all defined boundary layer IDs. More...
Machine Learning Support
def	load_ML (args, kwargs)
	Load machine learning training data into memory. More...
def	unload_ML (args, kwargs)
	Unload machine learning training data from memory. More...
def	get_ML_operation_features (ml_op_names, entity1_ids, entity2_ids, params, mesh_size, reduced_features=False)
	Compute ML feature vectors for a list of Cubit operations. More...
def	get_ML_features (ml_op_names, entity1_ids, entity2_ids, params, mesh_size, reduced_features=False)
	Compute ML feature vectors for operations permitting multiple entities. More...
def	get_ML_predictions (ml_op_names, entity1_ids, entity2_ids, params, mesh_size, reduced_features=False)
	Compute ML predictions for a list of operations on single-entity pairs. More...
def	do_ML_predictions (ml_op_names, entity1_ids, entity2_ids, params, mesh_size, reduced_features=False)
	Compute ML predictions for a list of operations with multiple entities. More...
def	get_ML_classification (geom_type, ent_id)
	Get the top classification label for a single volume or surface. More...
def	get_ML_classifications (geom_type, ent_ids)
	Classify multiple volumes or surfaces in a single batch operation. More...
def	get_ML_classification_categories (geom_type)
	Retrieve all available classification categories for a geometry type. More...
def	ML_train (geom_type)
	Force retraining of the ML classification model for a specific geometry type. More...
def	get_ML_operation_feature_types (ml_op_name, reduced_features=False)
	Get the data-type descriptor for each feature of a specified ML operation. More...
def	get_ML_operation_feature_names (ml_op_name, reduced_features=False)
	Retrieve the list of feature names for a specified ML operation. More...
def	get_ML_operation_feature_size (ml_op_name, reduced_features=False)
	Retrieve the expected feature-vector length for a given ML operation. More...
def	get_ML_operation_label_size (ml_op_name)
	Retrieve the expected label vector length for a given ML operation. More...
def	get_ML_classification_models ()
	Retrieve the list of supported classification ML model names. More...
def	get_ML_regression_models ()
	Retrieve the list of supported regression ML model names. More...
def	get_ML_model_name (model_ID)
	Retrieve the name of an ML model based on its ID. More...
def	get_ML_model_ID (model_name)
	Retrieve the unique numeric ID for a given ML model or operation name. More...
def	get_ML_operation (op_name, entity_id1, entity_id2, params, small_curve_size, mesh_size)
	Generate the command, display label, and preview text for an ML operation. More...
def	get_ML_feature_importances (op_name)
	Retrieve feature importance scores for a given ML operation. More...
def	get_ML_feature_distance (op_name, f1, f2)
	Compute the weighted distance between two feature vectors. More...
def	set_ML_base_user_dir (path, print_info=False)
	Set the root directory for user-provided ML training data (classification only). More...
def	get_ML_initialize_surviving_entities (op_name, ent1, ent2)
	Capture entities for survival tracking before a CAD operation. More...
def	get_ML_surviving_entities (op_name, begin_ents)
	Identify which entities survive after a CAD operation. More...

Variables
	BAR = _cubit3.BAR
	BAR2 = _cubit3.BAR2
	BAR3 = _cubit3.BAR3
	BEAM = _cubit3.BEAM
	BEAM2 = _cubit3.BEAM2
	BEAM3 = _cubit3.BEAM3
	CI_BCENTITY_CC = _cubit3.CI_BCENTITY_CC
	CI_BCENTITY_CC_SHELL_BOTTOM = _cubit3.CI_BCENTITY_CC_SHELL_BOTTOM
	CI_BCENTITY_CC_SHELL_TOP = _cubit3.CI_BCENTITY_CC_SHELL_TOP
	CI_BCENTITY_FIRST = _cubit3.CI_BCENTITY_FIRST
	CI_BCENTITY_LAST = _cubit3.CI_BCENTITY_LAST
	CI_BCENTITY_SHELL_AREA_BOTTOM = _cubit3.CI_BCENTITY_SHELL_AREA_BOTTOM
	CI_BCENTITY_SHELL_AREA_GRADIENT = _cubit3.CI_BCENTITY_SHELL_AREA_GRADIENT
	CI_BCENTITY_SHELL_AREA_MIDDLE = _cubit3.CI_BCENTITY_SHELL_AREA_MIDDLE
	CI_BCENTITY_SHELL_AREA_TOP = _cubit3.CI_BCENTITY_SHELL_AREA_TOP
	CI_BCENTITY_SOLID_HEATFLUX = _cubit3.CI_BCENTITY_SOLID_HEATFLUX
	CI_BCENTITY_SOLID_TEMP = _cubit3.CI_BCENTITY_SOLID_TEMP
	CI_BCENTITY_TEMP = _cubit3.CI_BCENTITY_TEMP
	CI_BCENTITY_UNKNOWN = _cubit3.CI_BCENTITY_UNKNOWN
	CI_BCTYPE_ACCELERATION = _cubit3.CI_BCTYPE_ACCELERATION
	CI_BCTYPE_AXIS = _cubit3.CI_BCTYPE_AXIS
	CI_BCTYPE_CONSTRAINT = _cubit3.CI_BCTYPE_CONSTRAINT
	CI_BCTYPE_CONTACT_PAIR = _cubit3.CI_BCTYPE_CONTACT_PAIR
	CI_BCTYPE_CONTACT_REGION = _cubit3.CI_BCTYPE_CONTACT_REGION
	CI_BCTYPE_CONVECTION = _cubit3.CI_BCTYPE_CONVECTION
	CI_BCTYPE_DISPLACEMENT = _cubit3.CI_BCTYPE_DISPLACEMENT
	CI_BCTYPE_EXHAUSTFAN = _cubit3.CI_BCTYPE_EXHAUSTFAN
	CI_BCTYPE_FAN = _cubit3.CI_BCTYPE_FAN
	CI_BCTYPE_FIRST = _cubit3.CI_BCTYPE_FIRST
	CI_BCTYPE_FORCE = _cubit3.CI_BCTYPE_FORCE
	CI_BCTYPE_GAP = _cubit3.CI_BCTYPE_GAP
	CI_BCTYPE_HEATFLUX = _cubit3.CI_BCTYPE_HEATFLUX
	CI_BCTYPE_INLETVENT = _cubit3.CI_BCTYPE_INLETVENT
	CI_BCTYPE_INTAKEFAN = _cubit3.CI_BCTYPE_INTAKEFAN
	CI_BCTYPE_INTERFACE = _cubit3.CI_BCTYPE_INTERFACE
	CI_BCTYPE_INTERIOR = _cubit3.CI_BCTYPE_INTERIOR
	CI_BCTYPE_LAST = _cubit3.CI_BCTYPE_LAST
	CI_BCTYPE_LUMPMASS = _cubit3.CI_BCTYPE_LUMPMASS
	CI_BCTYPE_MASSFLOWINLET = _cubit3.CI_BCTYPE_MASSFLOWINLET
	CI_BCTYPE_MATERIAL = _cubit3.CI_BCTYPE_MATERIAL
	CI_BCTYPE_MEDIA = _cubit3.CI_BCTYPE_MEDIA
	CI_BCTYPE_MPC = _cubit3.CI_BCTYPE_MPC
	CI_BCTYPE_OUTFLOW = _cubit3.CI_BCTYPE_OUTFLOW
	CI_BCTYPE_OUTLETVENT = _cubit3.CI_BCTYPE_OUTLETVENT
	CI_BCTYPE_PERIODIC = _cubit3.CI_BCTYPE_PERIODIC
	CI_BCTYPE_PERIODICSHADOW = _cubit3.CI_BCTYPE_PERIODICSHADOW
	CI_BCTYPE_POROUSJUMP = _cubit3.CI_BCTYPE_POROUSJUMP
	CI_BCTYPE_PRESSURE = _cubit3.CI_BCTYPE_PRESSURE
	CI_BCTYPE_PRESSUREFARFIELD = _cubit3.CI_BCTYPE_PRESSUREFARFIELD
	CI_BCTYPE_PRESSUREINLET = _cubit3.CI_BCTYPE_PRESSUREINLET
	CI_BCTYPE_PRESSUREOUTLET = _cubit3.CI_BCTYPE_PRESSUREOUTLET
	CI_BCTYPE_RADIATOR = _cubit3.CI_BCTYPE_RADIATOR
	CI_BCTYPE_RIGIDBODY = _cubit3.CI_BCTYPE_RIGIDBODY
	CI_BCTYPE_SPRING = _cubit3.CI_BCTYPE_SPRING
	CI_BCTYPE_SUPERSONICINFLOW = _cubit3.CI_BCTYPE_SUPERSONICINFLOW
	CI_BCTYPE_SUPERSONICOUTFLOW = _cubit3.CI_BCTYPE_SUPERSONICOUTFLOW
	CI_BCTYPE_SYMMETRY = _cubit3.CI_BCTYPE_SYMMETRY
	CI_BCTYPE_TEMPERATURE = _cubit3.CI_BCTYPE_TEMPERATURE
	CI_BCTYPE_UNKNOWN = _cubit3.CI_BCTYPE_UNKNOWN
	CI_BCTYPE_VELOCITY = _cubit3.CI_BCTYPE_VELOCITY
	CI_BCTYPE_VELOCITYINLET = _cubit3.CI_BCTYPE_VELOCITYINLET
	CI_BCTYPE_WALL = _cubit3.CI_BCTYPE_WALL
	CI_CONDUCTIVITY = _cubit3.CI_CONDUCTIVITY
	CI_DENSITY = _cubit3.CI_DENSITY
	CI_ERROR = cvar.CI_ERROR
	CI_MATERIAL_FIRST = _cubit3.CI_MATERIAL_FIRST
	CI_MATERIAL_LAST = _cubit3.CI_MATERIAL_LAST
	CI_MATERIAL_UNKNOWNPROPERTY = _cubit3.CI_MATERIAL_UNKNOWNPROPERTY
	CI_MODULUS = _cubit3.CI_MODULUS
	CI_POISSON = _cubit3.CI_POISSON
	CI_SHEAR_MODULUS = _cubit3.CI_SHEAR_MODULUS
	CI_SPECIFIC_HEAT = _cubit3.CI_SPECIFIC_HEAT
	CI_THERMAL_EXPANSION = _cubit3.CI_THERMAL_EXPANSION
	CI_ULTIMATE_STRAIN = _cubit3.CI_ULTIMATE_STRAIN
	CI_ULTIMATE_STRENGTH = _cubit3.CI_ULTIMATE_STRENGTH
	CI_YIELD_STRENGTH = _cubit3.CI_YIELD_STRENGTH
	CUBIT_TRI = _cubit3.CUBIT_TRI
	CURVE = _cubit3.CURVE
	cvar = _cubit3.cvar
	HEX = _cubit3.HEX
	HEX20 = _cubit3.HEX20
	HEX21 = _cubit3.HEX21
	HEX26 = _cubit3.HEX26
	HEX27 = _cubit3.HEX27
	HEX8 = _cubit3.HEX8
	HEX9 = _cubit3.HEX9
	HEXSHELL = _cubit3.HEXSHELL
	INVALID_ELEMENT_TYPE = _cubit3.INVALID_ELEMENT_TYPE
	PYRAMID = _cubit3.PYRAMID
	PYRAMID13 = _cubit3.PYRAMID13
	PYRAMID18 = _cubit3.PYRAMID18
	PYRAMID5 = _cubit3.PYRAMID5
	PYRAMID8 = _cubit3.PYRAMID8
	QUAD = _cubit3.QUAD
	QUAD4 = _cubit3.QUAD4
	QUAD5 = _cubit3.QUAD5
	QUAD8 = _cubit3.QUAD8
	QUAD9 = _cubit3.QUAD9
	SHARED_PTR_DISOWN = _cubit3.SHARED_PTR_DISOWN
	SHEL = _cubit3.SHEL
	SHELL4 = _cubit3.SHELL4
	SHELL8 = _cubit3.SHELL8
	SHELL9 = _cubit3.SHELL9
	SPHERE_EXO = _cubit3.SPHERE_EXO
	SPRING = _cubit3.SPRING
	SUPERELEMENT_TOPOLOGY = _cubit3.SUPERELEMENT_TOPOLOGY
	SURFACE = _cubit3.SURFACE
	TETRA = _cubit3.TETRA
	TETRA10 = _cubit3.TETRA10
	TETRA14 = _cubit3.TETRA14
	TETRA15 = _cubit3.TETRA15
	TETRA4 = _cubit3.TETRA4
	TETRA8 = _cubit3.TETRA8
	TRI3 = _cubit3.TRI3
	TRI4 = _cubit3.TRI4
	TRI6 = _cubit3.TRI6
	TRI7 = _cubit3.TRI7
	TRISHELL = _cubit3.TRISHELL
	TRISHELL3 = _cubit3.TRISHELL3
	TRISHELL4 = _cubit3.TRISHELL4
	TRISHELL6 = _cubit3.TRISHELL6
	TRISHELL7 = _cubit3.TRISHELL7
	TRUSS = _cubit3.TRUSS
	TRUSS2 = _cubit3.TRUSS2
	TRUSS3 = _cubit3.TRUSS3
	VERTEX = _cubit3.VERTEX
	VOLUME = _cubit3.VOLUME
	WEDGE = _cubit3.WEDGE
	WEDGE15 = _cubit3.WEDGE15
	WEDGE16 = _cubit3.WEDGE16
	WEDGE20 = _cubit3.WEDGE20
	WEDGE21 = _cubit3.WEDGE21
	WEDGE6 = _cubit3.WEDGE6

Function Documentation

◆ add_entities_to_group()

◆ add_entity_to_group()

◆ add_filename_to_recent_file_list()

◆ add_filter_type()

◆ app_util()

◆ are_adjacent_curves()

◆ are_adjacent_surfaces()

◆ auto_size_needs_to_be_calculated()

◆ best_edge_to_collapse_interior_node()

◆ body()

◆ brick()

◆ calculate_timestep_estimate()

◆ calculate_timestep_estimate_with_props()

◆ cgm()

◆ cgm_iface()

◆ clear_drawing_set()

◆ clear_highlight()

◆ clear_picked_list()

◆ clear_preview()

◆ cmd()

◆ contains_virtual()

◆ convection_is_on_shell_area()

◆ convection_is_on_solid()

◆ copy_body()

◆ create_arc_curve()

◆ create_curve()

◆ create_new_group()

◆ create_spline()

◆ create_surface()

◆ create_vertex()

◆ current_selection_count()

◆ curve()

◆ cylinder()

◆ delete_all_groups()

◆ delete_group()

◆ destroy()

◆ developer_commands_are_enabled()

◆ do_ML_predictions()

◆ entity_exists()

◆ evaluate_exterior_angle()

◆ evaluate_exterior_angle_at_curve()

◆ evaluate_surface_angle_at_vertex()

◆ exodus_sizing_function_file_exists()

◆ find_cone_surfaces()

◆ find_overlapping_curves()

◆ flush_graphics()

◆ gather_surfaces_by_orientation()

◆ get_2D_sheet_volumes()

◆ get_3D_thin_volume()

◆ get_acceleration_combine_type()

◆ get_acis_version()

◆ get_acis_version_as_int()

◆ get_adjacent_surfaces()

◆ get_adjacent_volumes()

◆ get_all_cfd_bcs()

◆ get_all_exodus_times()

◆ get_all_exodus_variable_names()

◆ get_all_geometric_owners()

◆ get_all_ids_from_name()

◆ get_aprepro_numeric_value()

◆ get_aprepro_value_as_string()

◆ get_aprepro_vars()

◆ get_arc_center_radius()

◆ get_arc_length()

◆ get_assembly_children()

◆ get_assembly_classification_category()

◆ get_assembly_classification_level()

◆ get_assembly_description()

◆ get_assembly_file_format()

◆ get_assembly_instance()

◆ get_assembly_items()

◆ get_assembly_level()

◆ get_assembly_material_description()

◆ get_assembly_material_specification()

◆ get_assembly_metadata()

◆ get_assembly_name()

◆ get_assembly_path()

◆ get_assembly_type()

◆ get_assembly_units()

◆ get_assembly_weapons_category()

◆ get_auto_size()

◆ get_bc_id_list()

◆ get_bc_name()

◆ get_bc_temperature()

◆ get_blend_chain_collections()

◆ get_blend_chains()

◆ get_blend_surfaces()

◆ get_block_attribute_count()

◆ get_block_attribute_name()

◆ get_block_attribute_value()

◆ get_block_count()

◆ get_block_curves()

◆ get_block_edges()

◆ get_block_element_attribute_count()

◆ get_block_element_attribute_names()

◆ get_block_element_type()

◆ get_block_faces()

◆ get_block_hexes()

◆ get_block_id()

◆ get_block_id_list()

◆ get_block_ids()

◆ get_block_material()

◆ get_block_nodes()

◆ get_block_pyramids()

◆ get_block_surfaces()

◆ get_block_tets()

◆ get_block_tris()

◆ get_block_vertices()

◆ get_block_volumes()

◆ get_block_wedges()

◆ get_blocks_with_materials()

◆ get_blunt_tangency_default_depth()

◆ get_body_count()

◆ get_bolt_axis()

◆ get_bolt_clamped_members()

◆ get_bolt_coordinate_system()

◆ get_bolt_diameters()

◆ get_bolt_holes()

◆ get_bolt_holes_info()

◆ get_bolt_shigley_radius()

◆ get_bolt_washer()

◆ get_bolts_in_clamped_members()

◆ get_bool_sculpt_default()

◆ get_boundary_layer_algorithm()

◆ get_boundary_layer_continuity()

◆ get_boundary_layer_id_list()

◆ get_boundary_layers_by_base()

◆ get_boundary_layers_by_pair()

◆ get_bounding_box()

◆ get_build_number()

◆ get_cavity_surfaces()

◆ get_center_point()

◆ get_cfd_type()

◆ get_chamfer_chain_collections()

◆ get_chamfer_chains()

◆ get_chamfer_surfaces()

◆ get_close_loop_thickness()

◆ get_close_loops()

◆ get_close_loops_with_thickness()

◆ get_close_vertex_curve_pairs()

◆ get_closed_narrow_surfaces()

◆ get_closest_node()

◆ get_coincident_vertices()

◆ get_command_from_history()

◆ get_command_history_count()

◆ get_common_curve_id()

◆ get_common_vertex_id()

◆ get_cone_surfaces()

◆ get_connected_surfaces()

◆ get_connectivity()

◆ get_constraint_dependent_entity_point()

◆ get_constraint_reference_point()

◆ get_constraint_type()

◆ get_contact_pair_exterior_state()

◆ get_contact_pair_friction_value()

◆ get_contact_pair_general_state()

◆ get_contact_pair_tied_state()

◆ get_contact_pair_tol_lower_value()

◆ get_contact_pair_tolerance_value()

◆ get_continuous_curve_collections()

◆ get_continuous_curves()

◆ get_continuous_surfaces()

◆ get_convection_coefficient()

◆ get_coordinate_systems_id_list()

◆ get_copy_block_on_geometry_copy_setting()

◆ get_copy_nodeset_on_geometry_copy_setting()

◆ get_copy_sideset_on_geometry_copy_setting()

◆ get_cubit_digits_setting()

◆ get_cubit_message_handler()

◆ get_current_ids()

◆ get_current_journal_file()

◆ get_curve_bias_coarse_size()

◆ get_curve_bias_fine_size()

◆ get_curve_bias_first_interval_fraction()

◆ get_curve_bias_first_interval_length()

◆ get_curve_bias_first_last_ratio1()

◆ get_curve_bias_first_last_ratio2()

◆ get_curve_bias_from_start()

◆ get_curve_bias_from_start_set()

◆ get_curve_bias_geometric_factor()

◆ get_curve_bias_geometric_factor2()

◆ get_curve_bias_last_first_ratio1()

◆ get_curve_bias_last_first_ratio2()

◆ get_curve_bias_start_vertex_id()

◆ get_curve_bias_type()

◆ get_curve_center()

◆ get_curve_count()

◆ get_curve_count_in_volumes()

◆ get_curve_edges()

◆ get_curve_length()

◆ get_curve_mesh_scheme_curvature()

◆ get_curve_mesh_scheme_pinpoint_locations()

◆ get_curve_nodes()

◆ get_curve_radius()

◆ get_curve_type()

◆ get_dbl_sculpt_default()

◆ get_default_auto_size()

◆ get_default_element_type()

◆ get_default_geometry_engine()

◆ get_displacement_combine_type()

◆ get_distance_between()

◆ get_distance_between_entities()

◆ get_distance_from_curve_start()

◆ get_edge_count()

◆ get_edge_global_element_id()

◆ get_edges_to_swap()

◆ get_elem_quality_stats()

◆ get_element_block()

◆ get_element_budget()

◆ get_element_count()

◆ get_element_exists()

◆ get_element_type()

◆ get_element_type_id()

◆ get_entities()

◆ get_entity_color()

◆ get_entity_color_index()

◆ get_entity_modeler_engine()

◆ get_entity_name()

◆ get_entity_names()

◆ get_entity_sense()

◆ get_error_count()

◆ get_exodus_element_count()

◆ get_exodus_entity_description()

◆ get_exodus_entity_name()

◆ get_exodus_entity_type()

◆ get_exodus_id()

◆ get_exodus_sizing_function_file_name()

◆ get_exodus_sizing_function_variable_name()

◆ get_exodus_variable_count()

◆ get_exodus_variable_names()

◆ get_exodus_version()

◆ get_expanded_connectivity()

◆ get_force_direction_vector()

◆ get_force_magnitude()

◆ get_force_moment_vector()

◆ get_gaps_between_volumes()

◆ get_geometric_owner()

◆ get_geometry_node_count()

◆ get_geometry_owner()

◆ get_geometry_type()

◆ get_global_element_id()

◆ get_graphics_version()

◆ get_group_bodies()

◆ get_group_curves()

◆ get_group_edges()

◆ get_group_groups()

◆ get_group_hexes()

◆ get_group_nodes()

◆ get_group_pyramids()

◆ get_group_quads()

◆ get_group_spheres()

◆ get_group_surfaces()

◆ get_group_tets()

◆ get_group_tris()

◆ get_group_vertices()

◆ get_group_volumes()

◆ get_group_wedges()

◆ get_heatflux_on_area()

◆ get_hex_count()

◆ get_hex_global_element_id()

◆ get_hex_sheet()

◆ get_hole_surfaces()

◆ get_hydraulic_radius_surface_area()

◆ get_hydraulic_radius_volume_area()

◆ get_id_from_name()

◆ get_id_string()

◆ get_idless_signature()

◆ get_idless_signatures()

◆ get_int_sculpt_default()

◆ get_interface()

◆ get_label_type()

◆ get_last_id()

◆ get_list_of_free_ref_entities()

◆ get_material_name()

◆ get_material_name_list()

◆ get_material_property()

◆ get_media_name_list()

◆ get_media_property()

◆ get_merge_setting()

◆ get_merge_tolerance()

◆ get_mergeable_curves()

◆ get_mergeable_surfaces()

◆ get_mergeable_vertices()

◆ get_mesh_edge_length()

◆ get_mesh_element_type()

◆ get_mesh_error_count()

◆ get_mesh_error_solutions()

◆ get_mesh_errors()

◆ get_mesh_geometry_approximation_angle()

◆ get_mesh_group_parent_ids()

◆ get_mesh_interval_firmness()

◆ get_mesh_intervals()

◆ get_mesh_scheme()

◆ get_mesh_scheme_firmness()

◆ get_mesh_size()

◆ get_mesh_size_type()

◆ get_meshed_volume_or_area()

◆ get_meshgems_version()

◆ get_ML_classification()

◆ get_ML_classification_categories()

◆ get_ML_classification_models()

◆ get_ML_classifications()

◆ get_ML_feature_distance()

◆ get_ML_feature_importances()

◆ get_ML_features()

◆ get_ML_initialize_surviving_entities()

◆ get_ML_model_ID()

◆ get_ML_model_name()

◆ get_ML_operation()

◆ get_ML_operation_feature_names()

◆ get_ML_operation_feature_size()

◆ get_ML_operation_feature_types()

◆ get_ML_operation_features()

◆ get_ML_operation_label_size()

◆ get_ML_predictions()

◆ get_ML_regression_models()

◆ get_ML_surviving_entities()

◆ get_moment_magnitude()

◆ get_n_largest_distances_between_meshes()

◆ get_narrow_regions()

◆ get_narrow_surfaces()

◆ get_nearby_entities()

◆ get_nearby_volumes_at_volume()

◆ get_next_block_id()

◆ get_next_boundary_layer_id()

◆ get_next_command_from_history()

◆ get_next_group_id()

◆ get_next_nodeset_id()

◆ get_next_sideset_id()

◆ get_nodal_coordinates()

◆ get_node_constraint()

◆ get_node_constraint_smart_metric()

◆ get_node_constraint_smart_threshold()

◆ get_node_constraint_value()

◆ get_node_count()

◆ get_node_edges()

◆ get_node_exists()

◆ get_node_faces()

◆ get_node_global_id()

◆ get_node_position_fixed()

◆ get_node_tris()

◆ get_nodeset_count()

◆ get_nodeset_curves()

◆ get_nodeset_id_list()

◆ get_nodeset_id_list_for_bc()

◆ get_nodeset_node_count()

◆ get_nodeset_nodes()

◆ get_nodeset_nodes_inclusive()

◆ get_nodeset_surfaces()

◆ get_nodeset_vertices()

◆ get_nodeset_volumes()

◆ get_num_volume_shells()

◆ get_overconstrained_tets_in_volumes()

◆ get_overlap_max_angle()

◆ get_overlap_max_gap()

◆ get_overlap_min_gap()

◆ get_overlapping_surfaces_at_surface()

◆ get_overlapping_surfaces_in_bodies()

◆ get_overlapping_volumes()

◆ get_overlapping_volumes_at_volume()

◆ get_owning_body()

◆ get_owning_volume()

◆ get_owning_volume_by_name()

◆ get_parent_assembly_instance()

◆ get_parent_assembly_path()

◆ get_pick_filters()

◆ get_pick_type()

◆ get_pressure_function()

◆ get_pressure_value()

◆ get_previous_command_from_history()

◆ get_pyramid_count()

◆ get_pyramid_global_element_id()

◆ get_python_version()

◆ get_quad_count()

◆ get_quad_global_element_id()

◆ get_quality_stats_at_geometry()

◆ get_quality_value()

◆ get_quality_values()

◆ get_reduce_bolt_core_default_dimensions()

◆ get_relatives()

◆ get_rendering_mode()

◆ get_requested_mesh_interval_firmness()

◆ get_requested_mesh_intervals()

◆ get_requested_mesh_size()

◆ get_requested_mesh_size_type()

◆ get_revision_date()

◆ get_rubberband_shape()

◆ get_selected_id()

◆ get_selected_ids()

◆ get_selected_type()

◆ get_sgm_version()

◆ get_sharp_angle_vertices()

◆ get_sideset_area()

◆ get_sideset_count()

◆ get_sideset_curves()

◆ get_sideset_edges()

◆ get_sideset_element_type()

◆ get_sideset_id_list()

◆ get_sideset_id_list_for_bc()

◆ get_sideset_quads()

◆ get_sideset_surfaces()

◆ get_sideset_tris()

◆ get_similar_curves()

◆ get_similar_surfaces()

◆ get_similar_volumes()

◆ get_sizing_function_name()

◆ get_small_and_narrow_surfaces()

◆ get_small_curves()

◆ get_small_radius_blend_surfaces()

◆ get_small_surfaces()

◆ get_small_surfaces_HR()

◆ get_small_volumes()

◆ get_smallest_curves()

◆ get_smooth_scheme()

◆ get_solutions_for_bad_geometry()

◆ get_solutions_for_blends()

◆ get_solutions_for_bolt()

◆ get_solutions_for_bolt_hole()

◆ get_solutions_for_cavity_surface()

◆ get_solutions_for_classified_surface()

◆ get_solutions_for_classified_volume()

◆ get_solutions_for_close_loop()

◆ get_solutions_for_cone_surface()

◆ get_solutions_for_decomposition()

◆ get_solutions_for_imprint_merge()

◆ get_solutions_for_near_coincident_vertex_and_curve()

◆ get_solutions_for_near_coincident_vertex_and_surface()

◆ get_solutions_for_near_coincident_vertices()

◆ get_solutions_for_overlapping_surfaces()

◆ get_solutions_for_overlapping_volumes()

◆ get_solutions_for_sharp_angle_vertex()

◆ get_solutions_for_sheet_volume_connection()

◆ get_solutions_for_sheet_volumes()

◆ get_solutions_for_small_curves()

◆ get_solutions_for_small_surfaces()

◆ get_solutions_for_surfaces_with_narrow_regions()

◆ get_solutions_for_thin_volume()

◆ get_solutions_for_volumes()

◆ get_source_surfaces()

◆ get_sphere_count()

◆ get_sphere_global_element_id()

◆ get_string_sculpt_default()

◆ get_sub_elements()

◆ get_submap_corner_types()

◆ get_surface_area()

◆ get_surface_cavity_collections()

◆ get_surface_centroid()

◆ get_surface_cone_collections()

◆ get_surface_count()

◆ get_surface_element_count()

◆ get_surface_hole_collections()

◆ get_surface_loop_nodes()

◆ get_surface_nodes()

◆ get_surface_normal()

◆ get_surface_normal_at_coord()

◆ get_surface_num_loops()

◆ get_surface_principal_curvatures()

◆ get_surface_quads()

◆ get_surface_sense()

◆ get_surface_tris()

◆ get_surface_type()

◆ get_surfs_with_narrow_regions()

◆ get_tangential_intersections()

◆ get_target_surfaces()

◆ get_target_timestep()

◆ get_tet_count()

◆ get_tet_global_element_id()

◆ get_tetmesh_growth_factor()

◆ get_tetmesh_insert_mid_nodes()

◆ get_tetmesh_minimize_interior_points()

◆ get_tetmesh_minimize_slivers()

◆ get_tetmesh_num_anisotropic_layers()

◆ get_tetmesh_optimization_level()

◆ get_tetmesh_optimize_mid_nodes()

◆ get_tetmesh_optimize_overconstrained_edges()

◆ get_tetmesh_optimize_overconstrained_tets()

◆ get_tetmesh_parallel()

◆ get_tetmesh_proximity_flag()

◆ get_tetmesh_proximity_layers()

◆ get_tetmesh_relax_surface_constraints()

◆ get_tight_bounding_box()

◆ get_top_level_assembly_items()

◆ get_total_bounding_box()

◆ get_total_volume()

◆ get_tri_count()

◆ get_tri_global_element_id()

◆ get_trimesh_geometry_sizing()

◆ get_trimesh_num_anisotropic_layers()

◆ get_trimesh_ridge_angle()

◆ get_trimesh_split_overconstrained_edges()

◆ get_trimesh_surface_gradation()

◆ get_trimesh_surface_proximity_ratio()

◆ get_trimesh_target_min_size()

◆ get_trimesh_tiny_edge_length()

◆ get_trimesh_use_surface_proximity()

◆ get_trimesh_volume_gradation()

◆ get_undo_enabled()

◆ get_unmerged_curves_on_shells()

◆ get_valence()

◆ get_valid_block_element_types()

◆ get_velocity_combine_type()

◆ get_version()

◆ get_vertex_coordinates()

◆ get_vertex_count()

◆ get_vertex_node()

◆ get_vertex_type()

◆ get_view_at()

◆ get_view_distance()

◆ get_view_from()

◆ get_view_up()

◆ get_volume_area()

◆ get_volume_CAD_material()

◆ get_volume_count()

◆ get_volume_element_count()

◆ get_volume_gap_solutions()

◆ get_volume_hexes()

◆ get_volume_nodes()

◆ get_volume_pyramids()

◆ get_volume_tets()

◆ get_volume_volume()

◆ get_volume_wedges()

◆ get_volumes_for_node()

◆ get_wedge_count()

◆ get_wedge_global_element_id()

◆ get_wrt_entity()

◆ group_names_ids()

◆ has_valid_size()

◆ heatflux_is_on_shell_area()

◆ highlight()

◆ init()

◆ is_acis_engine_available()

◆ is_assembly_metadata_attached()

◆ is_blend_surface()

◆ is_boundary_layer_id_available()

◆ is_catia_engine_available()

◆ is_cavity_surface()

◆ is_chamfer_surface()

◆ is_close_loop_surface()

◆ is_command_echoed()

◆ is_command_journaled()

◆ is_cone_surface()

◆ is_continuous_surface()

◆ is_cylinder_surface()

◆ is_geometry_visibility_on()

◆ is_hole_surface()

◆ is_interval_count_odd()

◆ is_merged()

◆ is_mesh_element_in_group()

◆ is_mesh_visibility_on()

◆ is_meshed()

◆ is_modified()

◆ is_multi_volume()

◆ is_narrow_surface()

◆ is_occlusion_on()

◆ is_on_thin_shell()

◆ is_opencascade_engine_available()

◆ is_part_of_list()

◆ is_performing_undo()

◆ is_periodic()

◆ is_perspective_on()

◆ is_playback_paused()

◆ is_playback_paused_on_error()

◆ is_point_contained()

◆ is_scale_visibility_on()

◆ is_select_partial_on()

◆ is_sheet_body()

◆ is_special_build()

◆ is_surface_meshable()

◆ is_surface_planar()

◆ is_surface_planer()

◆ is_type_filtered()

◆ is_undo_save_needed()

◆ is_virtual()

◆ is_visible()

◆ is_volume_meshable()

◆ is_working_dir_set()

◆ journal_commands()

◆ load_ML()

◆ measure_between_entities()

◆ ML_train()

◆ move()

◆ number_undo_commands()

◆ parse_cubit_list()

◆ parse_locations()

◆ pause_playback()

◆ print_cmd_options()

◆ print_current_selections()

◆ print_currently_selected_entity()

◆ print_info()

◆ print_raw_help()

◆ print_surface_summary_stats()

◆ print_volume_summary_stats()

◆ prism()

◆ project_unit_square()

◆ pyramid()

◆ reflect()

◆ release_interface()

◆ remove_entity_from_group()

◆ remove_filter_type()

◆ replace_progress_handler()

◆ reset()

◆ reset_camera()

◆ resume_playback()

◆ scale()

◆ set_copy_block_on_geometry_copy_setting()

◆ set_copy_nodeset_on_geometry_copy_setting()

◆ set_copy_sideset_on_geometry_copy_setting()

◆ set_cubit_interrupt()

◆ set_cubit_message_handler()

◆ set_element_variable()

◆ set_entity_name()

◆ set_exit_handler()

◆ set_filter_types()

◆ set_label_type()

◆ set_max_group_id()

◆ set_ML_base_user_dir()

◆ set_modified()

◆ set_nodal_variable()

◆ set_overlap_max_angle()

◆ set_overlap_max_gap()

◆ set_overlap_min_gap()

◆ set_pick_type()

◆ set_playback_paused_on_error()

◆ set_progress_handler()

◆ set_rendering_mode()

◆ set_undo_saved()

◆ silent_cmd()

◆ snap_locations_to_geometry()

◆ sphere()

◆ step_next_possible_selection()

◆ step_previous_possible_selection()

◆ stop_playback()

◆ string_from_id_list()

◆ subtract()

◆ surface()

◆ sweep_curve()

◆ temperature_is_on_shell_area()

◆ temperature_is_on_solid()

◆ torus()

◆ tweak_curve_offset()

◆ tweak_curve_remove()

◆ tweak_surface_offset()

◆ tweak_surface_remove()

◆ tweak_vertex_fillet()

◆ unite()

◆ unload_ML()

◆ unselect_entity()

◆ vertex()

◆ volume()

◆ volume_contains_tets()

◆ was_last_cmd_undoable()

◆ write_to_journal()

Variable Documentation

◆ BAR

◆ BAR2

◆ BAR3

◆ BEAM

◆ BEAM2

◆ BEAM3

◆ CI_BCENTITY_CC

◆ CI_BCENTITY_CC_SHELL_BOTTOM

◆ CI_BCENTITY_CC_SHELL_TOP

◆ CI_BCENTITY_FIRST

◆ CI_BCENTITY_LAST

◆ CI_BCENTITY_SHELL_AREA_BOTTOM

◆ CI_BCENTITY_SHELL_AREA_GRADIENT

◆ CI_BCENTITY_SHELL_AREA_MIDDLE

◆ CI_BCENTITY_SHELL_AREA_TOP

◆ CI_BCENTITY_SOLID_HEATFLUX

◆ CI_BCENTITY_SOLID_TEMP

◆ CI_BCENTITY_TEMP

◆ CI_BCENTITY_UNKNOWN

◆ CI_BCTYPE_ACCELERATION

◆ CI_BCTYPE_AXIS

◆ CI_BCTYPE_CONSTRAINT

◆ CI_BCTYPE_CONTACT_PAIR

◆ CI_BCTYPE_CONTACT_REGION

◆ CI_BCTYPE_CONVECTION

◆ CI_BCTYPE_DISPLACEMENT

◆ CI_BCTYPE_EXHAUSTFAN

◆ CI_BCTYPE_FAN

◆ CI_BCTYPE_FIRST

◆ CI_BCTYPE_FORCE

◆ CI_BCTYPE_GAP

◆ CI_BCTYPE_HEATFLUX

◆ CI_BCTYPE_INLETVENT

◆ CI_BCTYPE_INTAKEFAN

◆ CI_BCTYPE_INTERFACE

◆ CI_BCTYPE_INTERIOR

◆ CI_BCTYPE_LAST

◆ CI_BCTYPE_LUMPMASS

◆ CI_BCTYPE_MASSFLOWINLET

◆ CI_BCTYPE_MATERIAL

◆ CI_BCTYPE_MEDIA

◆ CI_BCTYPE_MPC

◆ CI_BCTYPE_OUTFLOW

◆ CI_BCTYPE_OUTLETVENT

◆ CI_BCTYPE_PERIODIC

◆ CI_BCTYPE_PERIODICSHADOW

◆ CI_BCTYPE_POROUSJUMP

◆ CI_BCTYPE_PRESSURE

◆ CI_BCTYPE_PRESSUREFARFIELD

◆ CI_BCTYPE_PRESSUREINLET

◆ CI_BCTYPE_PRESSUREOUTLET

◆ CI_BCTYPE_RADIATOR

◆ CI_BCTYPE_RIGIDBODY

◆ CI_BCTYPE_SPRING

◆ CI_BCTYPE_SUPERSONICINFLOW

◆ CI_BCTYPE_SUPERSONICOUTFLOW

◆ CI_BCTYPE_SYMMETRY

◆ CI_BCTYPE_TEMPERATURE

◆ CI_BCTYPE_UNKNOWN

◆ CI_BCTYPE_VELOCITY

◆ CI_BCTYPE_VELOCITYINLET

◆ CI_BCTYPE_WALL

◆ CI_CONDUCTIVITY

◆ CI_DENSITY

◆ CI_ERROR

◆ CI_MATERIAL_FIRST

◆ CI_MATERIAL_LAST

◆ CI_MATERIAL_UNKNOWNPROPERTY

◆ CI_MODULUS

◆ CI_POISSON

◆ CI_SHEAR_MODULUS

◆ CI_SPECIFIC_HEAT

◆ CI_THERMAL_EXPANSION

◆ CI_ULTIMATE_STRAIN

◆ CI_ULTIMATE_STRENGTH

◆ CI_YIELD_STRENGTH

◆ CUBIT_TRI

◆ CURVE

◆ cvar

◆ HEX

◆ HEX20

◆ HEX21

◆ HEX26

◆ HEX27

◆ HEX8

◆ HEX9

◆ HEXSHELL

◆ INVALID_ELEMENT_TYPE

◆ PYRAMID

◆ PYRAMID13

◆ PYRAMID18

◆ PYRAMID5

◆ PYRAMID8

◆ QUAD

◆ QUAD4

◆ QUAD5

◆ QUAD8

◆ QUAD9

◆ SHARED_PTR_DISOWN

◆ SHEL

◆ SHELL4

◆ SHELL8

◆ SHELL9

◆ SPHERE_EXO

◆ SPRING

◆ SUPERELEMENT_TOPOLOGY

◆ SURFACE

◆ TETRA

◆ TETRA10

◆ TETRA14

◆ TETRA15

◆ TETRA4

◆ TETRA8

◆ TRI3

◆ TRI4

◆ TRI6

◆ TRI7

◆ TRISHELL

◆ TRISHELL3

◆ TRISHELL4

◆ TRISHELL6

◆ TRISHELL7

◆ TRUSS

◆ TRUSS2

◆ TRUSS3

◆ VERTEX

◆ VOLUME

◆ WEDGE

◆ WEDGE15

◆ WEDGE16

◆ WEDGE20

◆ WEDGE21

◆ WEDGE6