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ACIS C++ API Master Index

A

ACIS_ALLOCA define: ACIS wrapper for alloca.
ACIS_CALLOC define: ACIS wrapper for calloc.
ACIS_DELETE define: ACIS wrapper for C++ delete - Complements ACIS_NEW.
ACIS_EOF define
ACIS_FREE define: ACIS wrapper for free.
ACIS_HISTORY_BEGIN define
ACIS_HISTORY_EOS define
ACIS_Interrupt_Checker typedef
ACIS_MALLOC define: ACIS wrapper for malloc.
ACIS_NEW define: ACIS wrapper for C++ new - Complements ACIS_DELETE.
ACIS_OBJECT class: Provides a base class for class level memory management of ACIS classes.
ACIS_REALLOC define: ACIS wrapper for realloc.
ACIS_SAFE_REALLOC define: ACIS wrapper for realloc.
ACIS_STRDUP define: ACIS wrapper for strdup.
ACOVR_DEFAULT_POS_GAP_SPEC define
ACOVR_DEFAULT_TAN_GAP_SPEC define
ADMHOOPS_draw_engine class: This class provides provides a concrete DM_draw_engine for drawing DM_default_icons with Hoops.
ADMHOOPS_icon_draw_args class: This class provides concrete draw arguments for drawing DM_default_icons with the HOOPS kernel.
ADM_draw_engine class: Overrides the base class for the drawing engine.
ADM_gidraw_engine class: his class provides provides a concrete ADM_draw_engine for drawing ADM_default_icons with the ACIS GI kernel.
ADM_giicon_draw_args class: This class provides concrete draw arguments for drawing ADM_default_icons with the ACIS GI kernel.
ADM_giregobj class: This class provides a concrete ADM_regobj to the ADM kernel.
ADM_giregobj_factory class: his class provides a concrete ADM_regobj_factory to the ADM kernel, allowing the creation of concrete ADM_regobj objects.
ADM_hoops_icon_factory class: This is an example of the icon class factory implementation.
ADM_hoopsregobj class: This class provides a concrete ADM_regobj to the ADM kernel.
ADM_hoopsregobj_factory class: This class provides a concrete ADM_regobj_factory to the ADM kernel, allowing the creation of concrete ADM_regobj objects.
ADM_regobj class: Provides abstract registration methods to the kernel, allowing a deformable modeling hierarchy to register with the view controller.
ADM_regobj_factory class: This is used by the ACIS Deformable Modeling kernel to construct and destruct ADM_regobj objects.
ADM_regobj_factory_mgr class: Manages the singleton DM_regobj_factory providing global access to the unique instance.
ADM_srf_icon class: This class is used for drawing deformable surface tag objects in ACIS deformable modeling.
ADM_srf_icon2 class: This class is used for drawing deformable surface tag objects in ACIS deformable modeling.
ADM_srf_icon3 class: This class is used for drawing deformable surface tag objects in ACIS deformable modeling.
AF_ADJUST_MODE enum: Specifies the adjustment mode.
AF_EDGE_DIRECTIVE enum: Directive to MESH_MANAGER to reuse or recalculate edge points during faceting.
AF_GRID_MODE enum: Specifies the grid mode.
AF_POINT class: AF_POINT is an element in a circular double linked list, used when approximating a curve with a consecutive series of points.
AF_POINT_ID typedef
AF_SURF_MODE enum: Specifies the surface mode.
AF_TRIANG_MODE enum: Specifies triangulation mode.
ALGORITHMIC_VERSION_BLOCK define: Defines a block of code to be executed as a particular ACIS version.
ALL_INSIDE define
ALL_OUTSIDE define
ANNOTATE define
ANNOTATION class: Defines a base class for adding information to the bulletin boards.
APATTERN_LEVEL define
API_BEGIN define: Protects the contained logic block with ACIS exception handling and Provides rollback behavior in the event a modeling operation fails.
API_END define: Protects the contained logic block with ACIS exception handling and Provides rollback behavior in the event a modeling operation fails.
API_MODEL_BEGIN define
API_MODEL_END define
API_NOP_BEGIN define: Provides a way to use the bulletin mechanism to make changes to an ENTITY, then throw away the changes when done.
API_NOP_END define: Provides a way to use the bulletin mechanism to make changes to an ENTITY, then throw away the changes when done.
API_SYS_BEGIN define: Protects the contained logic block with ACIS exception handling without rollback behavior.
API_SYS_END define: Protects the contained logic block with ACIS exception handling without rollback behavior.
API_TRIAL_BEGIN define: Brackets code that may or may not have results you want to keep.
API_TRIAL_END define: Brackets code that may or may not have results you want to keep.
API_VERS_BEGIN define: API_VERS_BEGIN is a way to combine an API_BEGIN and ALGORITHMIC_VERSION_BLOCK in a single statement.
APOINT class: Represents the position of a point as an object in the model.
APOINT_ID define
APOINT_LEVEL define
ASM_ASSEMBLY class
ASM_ASSEMBLY_ID define
ASM_ASSEMBLY_LEVEL define
ASM_END define
ASM_MODEL_REF class
ASM_MODEL_REF_ID define
ASM_MODEL_REF_LEVEL define
ASM_VERS_BEGIN define
ASSOCIATIVE define
ATTRIB class: Represents common data and functionality for all attributes.
ATTRIB_AGC class: Designates to whom the attribute belongs.
ATTRIB_AGC_LEVEL define
ATTRIB_ANNOTATION class: Attaches an annotation to an entity.
ATTRIB_BLEND class: Defines the basic blend attribute from which derive specific blend attributes.
ATTRIB_BLINFO class: Defines attributes used internally by the blending algorithm to record intermediate results.
ATTRIB_CELL class: Implements an attribute describing a cell in the Cellular Topology Component.
ATTRIB_CFACE_VOL class: Implements an attribute attached to a CFACE entity.
ATTRIB_COL class: Stores color information for an ENTITY.
ATTRIB_COL_LEVEL define
ATTRIB_CONST_CHAMFER class: Defines a flat chamfer blend.
ATTRIB_CONST_CHAMFER_LEVEL define
ATTRIB_CONST_ROUND class: Defines a circular rolling-ball blend of constant radius.
ATTRIB_CONST_ROUND_LEVEL define
ATTRIB_CT class: Defines a root attribute for the Cellular Topology Component.
ATTRIB_DC2ACIS class: Connects the deformable curve functions to the ACIS modeler.
ATTRIB_DM2ACIS class: Connects the deformable model functions to the ACIS modeler.
ATTRIB_DS2ACIS class: Connects the deformable surface functions to the ACIS modeler.
ATTRIB_EFINT class: Defines an attribute to record the intersections of an edge of one body with a face of the other body, during a Boolean operation.
ATTRIB_EYE class: Defines an organization attribute class.
ATTRIB_EYE_ATTACHED_MESH class: Defines an attribute to attach facets to an entity as a MESH.
ATTRIB_FACECFACE class: Defines an attribute that records two CFACE entities that refer to a given face.
ATTRIB_FACEINT class: Defines an attribute to record the intersection of a face of one body with a face of the other body during a Boolean operation.
ATTRIB_FFBLEND class: Defines a general face-face blend.
ATTRIB_GENERIC class: Defines the organization base attribute class for the Generic Attributes Component.
ATTRIB_GEN_ENTITY class: Defines a generic attribute that "owns" an entity.
ATTRIB_GEN_INTEGER class: Defines a generic attribute that contains an integer value.
ATTRIB_GEN_NAME class: Defines a named attribute for the Generic Attributes Component.
ATTRIB_GEN_POINTER class: Defines a generic attribute that contains a reference to an entity.
ATTRIB_GEN_POSITION class: Defines a generic attribute that contains a position.
ATTRIB_GEN_REAL class: Defines a generic attribute that contains a real (double) value.
ATTRIB_GEN_STRING class: Defines a generic attribute that contains a string value.
ATTRIB_GEN_VECTOR class: Defines a generic attribute that contains a vector.
ATTRIB_GEN_WSTRING class: Defines a generic attribute that contains a wide character string value.
ATTRIB_HH class
ATTRIB_HH_AGGR class
ATTRIB_HH_AGGR(b) method in class ATTRIB_HH_AGGR_GEOMBUILD_BASE: C++ initialize constructor requests memory for this object and populates it with the data supplied as arguments.
ATTRIB_HH_AGGR_ANALYTIC class
ATTRIB_HH_AGGR_GEN_SPLINE class
ATTRIB_HH_AGGR_GEOMBUILD class
ATTRIB_HH_AGGR_GEOMBUILD_BASE class
ATTRIB_HH_AGGR_ISOSPLINE class
ATTRIB_HH_AGGR_SHARP_EDGE class
ATTRIB_HH_AGGR_SIMPLIFY class
ATTRIB_HH_AGGR_SIMPLIFY_BASE class
ATTRIB_HH_AGGR_STITCH class
ATTRIB_HH_AGGR_STITCH_BASE class
ATTRIB_HH_AGGR_WRAPUP class
ATTRIB_HH_ENT class
ATTRIB_HH_ENT_GEOMBUILD_BASE class
ATTRIB_HH_ENT_GEOMBUILD_COEDGE class
ATTRIB_HH_ENT_GEOMBUILD_CURVE class
ATTRIB_HH_ENT_GEOMBUILD_EDGE class
ATTRIB_HH_ENT_GEOMBUILD_FACE class
ATTRIB_HH_ENT_GEOMBUILD_LOOP class
ATTRIB_HH_ENT_GEOMBUILD_SURFACE class
ATTRIB_HH_ENT_GEOMBUILD_VERTEX class
ATTRIB_HH_ENT_SIMPLIFY_BASE class
ATTRIB_HH_ENT_SIMPLIFY_FACE class
ATTRIB_HH_ENT_STITCH_BASE class
ATTRIB_HH_ENT_STITCH_EDGE class
ATTRIB_ID define
ATTRIB_INTCOED class: Defines an attribute for linking intersection graph entities with the relevant body entities.
ATTRIB_INTEDGE class: Defines an attribute for linking intersection edges with the intersecting entities.
ATTRIB_INTGRAPH class: Defines an attribute for classifying shells and lumps of two bodies participating in a Boolean operation.
ATTRIB_INTVERT class: Defines an attribute for linking graph vertices with the intersection record(s) giving rise to them.
ATTRIB_PHL_VW class: Attaches precise hidden line data and viewing parameters to bodies.
ATTRIB_PHL_VW_LEVEL define
ATTRIB_RGB class: Stores rgb color information for an ENTITY.
ATTRIB_ST class: Organization attribute from which various color, display, id, and other attributes are derived.
ATTRIB_SYS class: Organization base attribute class for the ACIS kernel.
ATTRIB_TAG class: Defines a base class that contains a pointer to the original input entity as well as a flag indicating if the entity still exists.
ATTRIB_TSL class: This is an organization base class from which other classes are derived.
ATTRIB_TSL_LEVEL define
ATTRIB_VAR_BLEND class: Defines the blend attribute for variable radius blends.
ATTRIB_VBLEND class: Defines the vertex blend attribute.
ATTRIB_VOL_COL class: Assigns a color to a volume.
ATT_BL_INST class: Defines the instruction attributes that hang onto the edges and vertices of a blend sequence, that instruct the blend algorithm.
ATT_CAP_FACE class
AUTOLOAD define
AcisJournal class: Contains data and methods related to journaling operation.
AcisMemCall enum: Specifies the style of allocation.
AcisMemType enum: Specifies the persistence of memory allocated via the ACIS memory manager.
AcisOptions class: Implements an AcisOptions class.
AcisSLInterface class: Abstract base class that defines the skinning and lofting interfaces.
AcisSkinningInterface class: Passes data from one skinning API function to another and controls the execution of skinning.
AcisVersion class: Creates an AcisVersion object.
Activate(Spatial_abs_hurler&) method in class ADM_giregobj: Called when an owning ATTRIB_DM2ACIS is returned from a bulletin board.
Activate(Spatial_abs_hurler&) method in class ADM_hoopsregobj: Called when an owning ATTRIB_DM2ACIS is returned from a bulletin board.
Activate() method in class PART_CONTEXT
Activate(Spatial_abs_hurler&) method in class ADM_regobj: This is called when an owning ATTRIB_DM2ACIS is returned from a bulletin board.
Active() method in class ATTRIB_DM2ACIS: Returns the active member DS_dmod pointer.
ActiveFile define
Active_tag() method in class ATTRIB_DM2ACIS: Returns the tag for active DS_dmod.
Add(SPAposition&) method in class position_array: Adds a SPAposition as the last position in the array, which expands the array as needed.
AddNumSingleTris(int) method in class INDEXED_MESH_MANAGER: Called by the faceter, informing the manager about the number of strips with single triangles added for each mesh encountered.
AddNumSingleTris(int) method in class LINKED_MESH_MANAGER: Called by the faceter, informing the manager about the number of strips with single triangles added for each mesh encountered.
AddNumStrips(int) method in class INDEXED_MESH_MANAGER: Called by the faceter, informing the manager about the number of strips added for each mesh encountered.
AddNumStrips(int) method in class LINKED_MESH_MANAGER: Called by the faceter, informing the manager about the number of strips added for each mesh encountered.
AddRenderingObject(RenderingObject*) method in class PART_CONTEXT: Add the given RenderingObject to every rendering manager's view.
Add_area_cstrn(SPApar_pos&,SPApar_pos&,int,int,int) method in class ATTRIB_DM2ACIS: Returns a tag identifier for the area_cstrn added to the model.
Add_attractor(SPAposition&,int,double,int,int) method in class ATTRIB_DM2ACIS: Adds an attractor to d2a_dmod.
Add_circ_tag(int,int,int,SPApar_pos&,SPApar_pos&,SPApar_pos&,double,int,int) method in class ATTRIB_DM2ACIS: Returns a tag identifier; Adds a DS_circ domain_crv tag object.
Add_crv_cstrn(int,pcurve*,int,int,int) method in class ATTRIB_DM2ACIS: Adds curve constraints along the parameter-space curve and returns a tag identifier.
Add_crv_load(pcurve*,bs3_curve,SPAposition&,SPAposition&,SPAposition&,int,double,int,int) method in class ATTRIB_DM2ACIS: Adds a distributed curve spring along domain_pcur and returns a tag identifier.
Add_dist_press(double,double*,double*,int,int) method in class ATTRIB_DM2ACIS: Adds a distributed pressure load to a region of the deformable surface and returns a tag identifier.
Add_multi_face(FACE*,int&) method in class ATTRIB_DM2ACIS: Connects quad faces into a quilt, returning the tag for the new root sibling or -1 if none.
Add_multi_face(FACE*,int&) method in class ATTRIB_DS2ACIS: Connects quad faces into a quilt.
Add_multi_face(FACE*,int&) method in class ATTRIB_DC2ACIS: Connects quad faces into a quilt, returning the tag for the new root sibling or -1 if none.
Add_patch(int,SPApar_pos,SPApar_pos,SPApar_pos,int,int,DS_pfunc**,int) method in class ATTRIB_DC2ACIS: Creates and adds a patch to the patch hierarchy.
Add_patch(int,SPApar_pos,SPApar_pos,SPApar_pos,int,int,DS_pfunc**,int) method in class ATTRIB_DM2ACIS: Creates and adds a patch to the patch hierarchy.
Add_patch(int,SPApar_pos,SPApar_pos,SPApar_pos,int,int,DS_pfunc**,int) method in class ATTRIB_DS2ACIS: Creates and adds a patch to the patch hierarchy.
Add_pt_cstrn(int,SPApar_pos&,SPAposition*,int,int,int) method in class ATTRIB_DM2ACIS: Adds a point constraint to the deformable surface at the domain location specified by dpt and returns a tag identifier.
Add_pt_press(SPApar_pos&,double,int,int) method in class ATTRIB_DM2ACIS: Adds a point pressure to the deformable surface at the domain location specified by dpt and returns a tag identifier.
Add_solid_model_cstrns(DS_dmod*,ATTRIB_DSMODEL*,DS_dmod*) method in class ATTRIB_DS2ACIS: Adds model edges as curve constraints.
Add_solid_model_cstrns(DS_dmod*,ATTRIB_DSMODEL*,DS_dmod*) method in class ATTRIB_DC2ACIS: Adds model edges as curve constraints.
Add_spring(SPApar_pos&,SPAposition&,int,double,int,int,int) method in class ATTRIB_DM2ACIS: Adds a spring load to the deformable surface connecting a point on the surface to a point in image space.
Add_spring_set(int,double*,double*,double,int,int) method in class ATTRIB_DM2ACIS: Adds a load, which is a set of spring loads all sharing a common gain.
Add_vector_load(SPAvector&,double,int,int) method in class ATTRIB_DM2ACIS: Adds a vector load to a d2a_dmod.
After_Roll_Bulletin_Board(BULLETIN_BOARD*,logical) method in class history_callbacks: Callback method, called after rolling a bulletin board.
After_Roll_Bulletin_Board(BULLETIN_BOARD*,logical) method in class history_callbacks_list: Callback method, called after rolling a bulletin board.
After_Roll_State(DELTA_STATE*) method in class history_callbacks_list: Callback method, called after rolling one state.
After_Roll_State(DELTA_STATE*) method in class history_callbacks: Callback method, called after rolling one state.
After_Roll_States() method in class history_callbacks_list: Callback method, called after rolling all states.
After_Roll_States() method in class history_callbacks: Callback method, called after rolling all states.
Arg_Type enum: Defines the type of data held by a Render_Arg.
Assign_next_tag() global function
Attrib_dsgroup() method in class ATTRIB_DM2ACIS: Gets the attrib_dsgroup for this hierarchy.
accurate_derivs(SPApar_box&) method in class surface: Returns the number of derivatives of this surface that can be found accurately and relatively directly.
accurate_derivs(SPApar_box const&) method in class rb_blend_spl_sur: Returns the number of derivatives which evaluate can find precisely (and fairly directly), rather than by finite differencing, over the given portion of the surface.
accurate_derivs(SPApar_box const&) method in class cone: Returns the number of derivatives.
accurate_derivs(SPAinterval&) method in class curve: Returns the number of derivatives of this curve that can be found accurately and relatively directly.
accurate_derivs(SPApar_box const&) method in class sphere: Returns the number of derivatives that evaluate can find accurately (and directly).
accurate_derivs(SPAinterval const&) method in class helix: Returns the number of derivatives that the evaluate function can find accurately.
accurate_derivs(SPAinterval const&) method in class straight: Returns the number of derivatives that evaluate can find accurately.
accurate_derivs(SPApar_box const&) method in class spline: Returns the number of derivatives that evaluate can find accurately and fairly directly.
accurate_derivs(SPApar_box&) method in class VBL_SURF: Returns the number of curve derivatives over the given interval (which defaults to the whole range).
accurate_derivs(SPAinterval const&) method in class ellipse: Returns the number of derivatives that the evaluate function can find accurately.
accurate_derivs(SPApar_box const&) method in class skin_spl_sur: Calculates the derivatives within the given parameter box.
accurate_derivs(SPApar_box const&) method in class sweep_spl_sur: Calculates the derivatives for the surface.
accurate_derivs(SPApar_box&) method in class torus: Returns the number of derivatives of this surface that can be found accurately and relatively directly.
accurate_derivs(SPApar_box const&) method in class plane: Returns the number of derivatives that evaluate can find accurately (and directly), rather than by finite differencing, over the given portion of the surface.
accurate_derivs(SPAinterval const&) method in class intcurve: Evaluates accurate derivatives.
accurate_knot_tangents() method in class pcurve: Returns 1 if the bs2_curve tangents are within SPAresnor of the true curve tangent vectors at all of the knots that lie within the checked_range, or 0 if this is not satisfied.
acis_curve data member in class bounded_curve: The pointer to an ACIS curve.
acis_ha_part_cast() method in class acis_pm_entity_mgr: Dynamic down-cast to acis_ha_part_entity_mgr.
acis_ha_part_entity_mgr class: Concrete entity manager class for ACIS Assembly Modeling with the Scheme example application.
acis_ha_part_entity_mgr_factory class: Concrete entity manager factory class for creating acis_scm_entity_mgr objects.
acis_major() method in class AcisVersion: Returns the major version number.
acis_minor() method in class AcisVersion: Returns the minor version number.
acis_pm_cast() method in class asm_model_entity_mgr: Dynamic down-cast to acis_pm_entity_mgr.
acis_pm_cast_vf() method in class asm_model_entity_mgr: Dynamic down-cast to acis_pm_entity_mgr.
acis_pm_entity_mgr class: Concrete entity manager class for using the ACIS Part Management component in conjunction with ACIS Assembly Modeling.
acis_pm_entity_mgr_factory class: Concrete entity manager factory class for creating acis_pm_entity_mgr objects.
acis_point() method in class AcisVersion: Returns the point version number.
acis_scm_cast() method in class acis_ha_part_entity_mgr: Dynamic down-cast to acis_scm_entity_mgr.
acis_scm_entity_mgr class: Concrete entity manager class for ACIS Assembly Modeling with the Scheme example application.
acis_scm_entity_mgr_factory class: Concrete entity manager factory class for creating acis_scm_entity_mgr objects.
acis_type() method in class bounded_curve: Returns the type of underlying curve for this bounded_curve.
acis_version() method in class FileInfo: Returns the ACIS version number used to save the model.
acovr_conflict_type enum: Used to specify the type of conflict that is referred.
acovr_continuity_level enum: Used to specify the continuity (G0 or G1) requirement that will be enforced by an edge constraint.
acovr_edge_constraint class: Defines an edge constraint for advanced covering.
acovr_gap_report class: Boundary gap reporting.
acovr_options class: Options for covering with advanced covering.
acovr_tol_type enum: Used to specify the type of gap (position or tangent) that is referred.
acquireCurrentDelta(HISTORY_STREAM*,logical) method in class HISTORY_MANAGER: Takes the bulletins in the current delta state and creates a history state on the specified history stream.
action() method in class ATT_BL_INST: Returns the blend transition action.
active(logical) method in class RH_LIGHT: Marks the light as being active (TRUE) or inactive (FALSE).
active(logical) method in class RH_FOREGROUND: Marks the foreground as being active (TRUE) or inactive (FALSE).
active(logical) method in class RH_BACKGROUND: Marks the background as being active (TRUE) or inactive (FALSE).
active_check_list data member in class HISTORY_STREAM: Used in checking the history stream.
active_ds data member in class HISTORY_STREAM: Pointer to the active delta state.
active_part class: Declares a class to monitor the active part.
active_part_context() global function: Gets the active PART_CONTEXT.
active_state() method in class RH_LIGHT: Interface for checking the active state.
add(scheme_error_callback*) method in class scheme_error_callback_list: Adds a scheme error callback to the list.
add(void*) method in class VOID_LIST: Adds an item to the list if not already there, and always returns the index.
add(error_info_list&) method in class error_info_list: Adds an error_info_list by adding all the individual error_info objects that are contained in the incoming error_info_list.
add(HISTORY_STREAM*) method in class HISTORY_STREAM_LIST: Adds an HISTORY_STREAM to the list if not already there, and always return the index.
add() method in class error_info: Increments the use count.
add(ENTITY*,logical) method in class PART_CONTEXT: Add an ENTITY to this PART_CONTEXT.
add(DELTA_STATE*) method in class HISTORY_STREAM: Adds delta state to history stream.
add(component_handle_list&,logical) method in class component_handle_list: Adds the handles of an component_handle_list to this component_handle_list.
add(component_handle*,logical) method in class component_handle_list: Adds a component handle to the list and returns its index number.
add(WCS_callback*) method in class WCS_callback_list: Adds a callback to the list.
add() method in class EE_LIST: virtual void ENTITY::add() is hidden by add(ENTITY*).
add(ENTITY*) method in class EE_LIST: Adds an entity to the EE_LIST if not already there.
add(METHOD_ID const&,MethodFunction) method in class METHOD_TABLE: Registers an implementation function for a method in this table and returns the current implementation function or NULL.
add(void*,logical) method in class LIST_HEADER: Add the entry to the list and return its index.
add(ENTITY_LIST const&,logical) method in class ENTITY_LIST: Adds the entities of an ENTITY_LIST to this ENTITY_LIST.
add() method in class gvertex: The C++ classes of gvertex and gedge are use counted in the same way that laws are use counted.
add(ENTITY*,logical) method in class ENTITY_LIST: Adds an entity to the list and returns its index number.
add(error_info*) method in class error_info_list: Adds an error_info object to the list if not already there.
add(entity_handle*,logical) method in class entity_handle_list: Adds an entity handle to the list and returns its index number.
add() method in class law_data: Increments the use count of this law_data.
add(ENTITY*) method in class PART: Adds an ENTITY to a PART and returns its ID.
add(history_callbacks*) method in class history_callbacks_list: Adds a callback to the list.
add() method in class PCURVE: Increments the use count of this PCURVE.
add(entity_handle_list&,logical) method in class entity_handle_list: Adds the handles of an entity_handle_list to this entity_handle_list.
add() method in class pattern: Obsolete: do not use.
add(component_entity_handle*,logical) method in class component_entity_handle_list: Adds a component entity handle to the list and returns its index number.
add() method in class CURVE: Increments the use count of this CURVE.
add(BULLETIN*) method in class BULLETIN_LIST: Adds an BULLETIN to the list if not already there, and always return the index.
add(DELTA_STATE*) method in class DELTA_STATE_LIST: Adds an DELTA_STATE to the list if not already there, and always return the index.
add(entity_callback*) method in class entity_callback_list: Adds a callback to an entity_callback_list.
add() method in class ENTITY: If this ENTITY is use counted, adds one to the count.
add() method in class APOINT: Increments the use count of this APOINT.
add(roll_callback*) method in class roll_callback_list: Adds a roll callback to the list.
add() method in class law: Increments the use count of this law.
add(asm_model*,logical) method in class asm_model_list: Adds an assembly model to the list and returns its index number.
add(asm_model_list&,logical) method in class asm_model_list: Adds the models of an asm_model_list to this asm_model_list.
add(BULLETIN_BOARD*) method in class DELTA_STATE: Adds a new bulletin board to this delta state.
add(BULLETIN*) method in class BULLETIN_BOARD: Adds a new BULLETIN_BOARD to this delta state.
add(component_entity_handle_list&,logical) method in class component_entity_handle_list: Adds the handles of an component_entity_handle_list to this component_entity_handle_list.
add() method in class SURFACE: Increments the use count of this SURFACE.
add() method in class generic_graph: Increments the use count of how many references there are to this generic_graph instance.
add() method in class gedge: The C++ classes of gvertex and gedge are use counted in the same way that laws are use counted.
addGuide(EDGE*) method in class AcisSLInterface: Adds a guide to the Interface.
addGuide(COEDGE*) method in class AcisSLInterface: Adds a guide to the Interface.
addMappingCurves(int,SPAposition*) method in class AcisSLInterface: Adds mapping curves.
addVertex(COEDGE*,WIRE*) method in class AcisSLInterface: Adds a vertex to the middle of the specified coedge and to each of the corresponding coedges in the wire list.
add_acis_exit_cb(exit_callback*) global function: Registers a new exit callback for ACIS.
add_acis_input_cb(input_callback*) global function: Registers a new input callback for ACIS.
add_acis_output_cb(output_callback*) global function: Registers a new output callback for ACIS.
add_after(tk_list_object*) method in class tk_list: Adds the object after the current position.
add_attribute(ENTITY*) method in class ANNOTATION: Adds an attribute to the specified ENTITY that points to this ANNOTATION.
add_before(tk_list_object*) method in class tk_list
add_bs2_knot(double,int,SPApar_pos&,SPApar_vec&,SPApar_vec&) method in class pcurve: Adds a knot to the bs2_curve with the supplied multiplicity.
add_copy(ENTITY*) method in class COPY_ANNOTATION: Adds the annotation to the copied item.
add_create_bulletins_to_root_ds(ENTITY_LIST&,logical) method in class HISTORY_STREAM: Adds create bulletins to root DELTA_STATE, for use when pruning or saving and restoring empty histories.
add_dead_entity(ENTITY*) method in class BULLETIN_BOARD: Adds this to the dead entities list.
add_discontinuity(double,int) method in class discontinuity_info: Adds a discontinuity value to the list.
add_discs_from_array(logical&,int&,double*,int*) method in class blend_spl_sur
add_edge(EDGE*) method in class VERTEX: Adds a pointer to the given EDGE to those pointers already in this VERTEX.
add_edge(EDGE*) method in class PRIMITIVE_ANNOTATION: Adds an EDGE to the primitive.
add_edge(char const*) method in class generic_graph: Adds the named graph edge to a graph structure.
add_edge(gedge const*) method in class generic_graph: Adds the specified graph edge to the graph structure using its pointer.
add_edge(gvertex const*,gvertex const*,double) method in class generic_graph: Adds a graph edge to the graph structure by specifying pointers to its vertices.
add_edge(gvertex const*,gvertex const*,ENTITY*) method in class generic_graph: Adds a graph edge to the graph structure by specifying pointers to its vertices.
add_element(int) method in class pattern: Obsolete: do not use.
add_end_slice(v_bl_contacts*,logical) method in class ATTRIB_VAR_BLEND: Adds an end slice.
add_ent(ENTITY*) method in class SPACOLLECTION: Adds an entity to the collection.
add_entities_vf(ENTITY_LIST&,logical) method in class asm_model_entity_mgr: Notifies the entity manager of entities that are being added to it.
add_entity(ENTITY*) method in class default_entity_mgr: Adds an entity to the list of entities being managed by this default_entity_mgr.
add_entity(ENTITY*,entity_id_t) method in class PART: Adds an ENTITY to a PART.
add_entity(ENTITY*) method in class entity_error_info: Adds an entity to this entity_error_info if not already there.
add_error(check_status,check_status_details*) method in class check_status_list: Adds an error to the front of the list.
add_face(FACE*) method in class PRIMITIVE_ANNOTATION: Adds a FACE to the primitive.
add_gap_ent(ENTITY*) method in class SPLIT_ANNOTATION: Adds the gap_entity to the list.
add_head(tk_list_object*) method in class tk_list: Adds the object to the head of the list.
add_input_entity(ENTITY*&,ENTITY*) method in class ANNOTATION: Adds another input entity to the list.
add_insanity(insanity_data*) method in class insanity_list: Adds an insanity data to the list.
add_insanity(ENTITY*,int,insanity_type,int(*pfunc)(ENTITY*, const SPAtransf*,*),insanity_list*(*sub_pfunc)(*),insanity_sub_category&) method in class insanity_list: Makes an insanity data.
add_insanity(insanity_list*) method in class insanity_list: Creates a memory location for an insanity data.
add_knots_at_discontinuities(curve*,int,double*) method in class pcurve: Adds knots to the pcurve's bs2_curve, at any of the corresponding curve discontinuities.
add_left_lateral_edge(ENTITY*) method in class SWEEP_ANNO_VERTEX_LAT
add_left_lateral_face(ENTITY*) method in class SWEEP_ANNO_VERTEX_LAT
add_left_top_edge(ENTITY*) method in class SWEEP_ANNO_VERTEX_TOP
add_left_top_vertex(ENTITY*) method in class SWEEP_ANNO_VERTEX_TOP
add_list(check_status_list*) method in class check_status_list: Adds a list of errors to the front of the list, Returns the new start.
add_member(ENTITY*) method in class SPACOLLECTION: Notifies this SPACOLLECTION that a member ENTITY is added to the collection.
add_method(METHOD_ID&,MethodFunction) method in class ENTITY: Registers an implementation function for a run-time virtual method.
add_new_ent(ENTITY*) method in class SPLIT_ANNOTATION: Adds the new_entity to the list.
add_notify(asm_model*,logical&,int&) method in class asm_model_list: Adds an assembly model to the list, returns its index number and notifies if the model is new

Role:Same as asm_model_list::add, but notifies the caller if the model is added to the list for the first time and returns the entry count for the added entry.
add_notify(component_entity_handle*,logical&,int&) method in class component_entity_handle_list: Adds a component entity handle to the list, returns its index number and notifies if the handle is new

Role:Same as component_entity_handle_list::add, but notifies the caller if the handle is added to the list for the first time and returns the entry count for the added entry.
add_notify(entity_handle*,logical&,int&) method in class entity_handle_list: Adds an entity handle to the list, returns its index number and notifies if the handle is new

Role:Same as entity_handle_list::add, but notifies the caller if the handle is added to the list for the first time and returns the entry count for the added entry.
add_notify(component_handle*,logical&,int&) method in class component_handle_list: Adds a component handle to the list, returns its index number and notifies if the handle is new

Role:Same as component_handle_list::add, but notifies the caller if the handle is added to the list for the first time and returns the entry count for the added entry.
add_old_ent(ENTITY*) method in class SPLIT_ANNOTATION: Adds the old_entity to the list.
add_output_entity(ENTITY*&,ENTITY*) method in class ANNOTATION: Adds another output entity to the list.
add_owner(ENTITY*,logical) method in class APOINT: Adds the owner argument to the list of owners.
add_owner(ENTITY*,logical) method in class SURFACE: Adds the owner argument to the list of owners.
add_owner(ENTITY*,logical) method in class CURVE: Adds the owner argument to the list of owners.
add_owner(ENTITY*,logical) method in class PCURVE: Adds the owner argument to the list of owners.
add_path(ENTITY*) method in class SWEEP_ANNOTATION
add_path_data(int,curve**) method in class skin_spl_sur: Adds the path data to the skin_spl_sur object.
add_polygon(int,int,VERTEX_TEMPLATE*,int) method in class INDEXED_MESH: Adds a polygon.
add_profile(ENTITY*) method in class SWEEP_ANNOTATION
add_rbase_app_cb(rbase_app_callback*) global function: Creates a register of the callback.
add_ref() method in class subtype_object: Uses count manipulation.
add_right_lateral_edge(ENTITY*) method in class SWEEP_ANNO_VERTEX_LAT
add_right_lateral_face(ENTITY*) method in class SWEEP_ANNO_VERTEX_LAT
add_right_top_edge(ENTITY*) method in class SWEEP_ANNO_VERTEX_TOP
add_right_top_vertex(ENTITY*) method in class SWEEP_ANNO_VERTEX_TOP
add_seg_to_list(IHL_SEGMENT*) method in class IHL_OUTPUT_MANAGER: Adds the segment to the segment list.
add_source(ENTITY*) method in class COPY_ANNOTATION: Adds the annotation to the original.
add_tail(tk_list_object*) method in class tk_list: Adds the object to the end of the list.
add_vertex(SPAposition&,SPAunit_vector&,SPApar_pos&) method in class INDEXED_MESH: Adds a vertex to the current polygon.
add_vertex(gvertex const*) method in class generic_graph: Adds a vertex to the graph structure by specifying its name.
add_vertex(char const*) method in class generic_graph: Adds a vertex to the graph structure by specifying a pointer to the graph vertex.
add_vertex(VERTEX*) method in class PRIMITIVE_ANNOTATION: Adds a VERTEX to the primitive.
add_vertex(polygon_vertex&) method in class INDEXED_MESH: Adds a vertex to the current polygon.
adj_face data member in class edge_face_int: Pointer to the adjacent face to the edge, for which the auxiliary information is valid.
adjacent(gvertex const*,gvertex const*) method in class generic_graph: Determines if the two specified gvertexes share a common gedge.
adjust_parameter(double) method in class bounded_curve: Adjusts a parameter value so that it is within the principal range of a periodic curve.
adm_options class: Class to override the AcisOptions algorithmic versioning for specific adm behaviors - use of boundary loads, and automatic surface trimming.
adv_analyze() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the geometry of the body.
adv_analyze_coedge() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the coedges of the body.
adv_analyze_curve() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the curves of the body.
adv_analyze_edge() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the edges of the body.
adv_analyze_face() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the faces of the body.
adv_analyze_loop() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the loops of the body.
adv_analyze_lump() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the lumps of the body.
adv_analyze_pcurve() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the pcurves of the body.
adv_analyze_shell() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the shells of the body.
adv_analyze_surface() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the surfaces of the body.
adv_analyze_vertex() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs advanced analysis on the vertices of the body.
adv_check() method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Performs advanced checks on the owning curve.
adv_check() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Performs advanced checks on the face.
adv_check() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Performs advanced check of coedge.
adv_check() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Performs advanced checks on the edge and checks the curve, the edge length, and the convexity.
adv_check() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Virtual function that must be implemented by classes derived from this one for performing advanced checks and for this class, always returns UNSET.
adv_check() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Performs advanced checks on the owning loop.
adv_check() method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Performs advanced checks on the owning surface.
adv_check() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Performs advanced checks on the vertex.
af_delete_facets(ENTITY*,logical) global function: Deletes all facets attached to an entity.
af_delete_mesh(ENTITY*) global function: Deletes all meshes attached to an entity.
af_find_meshat(ENTITY*,MESH_APP_ID,MESH_USER_ID,ATTRIB_EYE_ATTACHED_MESH*&) global function: Finds the mesh attribute attached to an entity.
af_query(ENTITY*,MESH_APP_ID,MESH_USER_ID,MESH*&) global function: Gets the mesh attached to an entity.
af_update(ENTITY*,MESH_APP_ID,MESH_USER_ID,MESH*,logical) global function: Attaches the mesh to this attribute to an entity.
affine() method in class SPAtransf: Returns the affine portion of the transformation.
after_roll() method in class entity_notification_handler: Clears the roll_list after the roll operation.
alignWires(int,int) method in class AcisSLInterface: Aligns the directions of the wires in the skinning or lofting profiles.
alignWires(int,int) method in class AcisSkinningInterface: Aligns the wires between start and end points.
all_discontinuities(int&,int) method in class discontinuity_info: Accesses the all discontinuities list, returning a read-only array.
all_discontinuities(int&,int) method in class intcurve: Returns, in a read-only array, the number and parameter values of discontinuities of the curve up to the given order (maximum three).
all_discontinuities(int&,int) method in class curve: Returns the number and parameter values of all discontinuities of this curve, up to the given order (maximum three).
all_discontinuities_u(int&,int) method in class spline: Returns in a read-only array the number and parameter values of discontinuities of the surface, up to the given order (maximum three).
all_discontinuities_u(int&,int) method in class surface: Returns the number and parameter values of all discontinuities in u of this surface, up to the given order (maximum three).
all_discontinuities_v(int&,int) method in class surface: Returns the number and parameter values of all discontinuities in v of this surface, up to the given order (maximum three).
all_discontinuities_v(int&,int) method in class spline: Returns in a read-only array the number and parameter values of discontinuities of the surface, up to the given order (maximum three).
all_edge_list data member in class PHLV5_EDGE
all_errors() method in class check_status_list: Returns a new list of all of the errors available (excluding 'unknown').
allocate_node_mapping() method in class VERTEX_TEMPLATE: Allocates an af_node_mapping.
anal_geom_results() method in class ATTRIB_HH_AGGR_SHARP_EDGE: Returns the results of geometry analysis (from analyze stage) of the input body (before healing).
anal_options data member in class ATTRIB_HH_AGGR_ANALYTIC: A Structure which contains options and tolerances for their analytic solver module.
analysis_results() method in class ATTRIB_HH_AGGR_GEOMBUILD: Returns the results of geometry building analysis.
analyze() method in class ATTRIB_HH_AGGR_ANALYTIC: Performs the analyze stage of the analytic solver subphase of geometry building.
analyze() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs the analyze stage of the geometry building phase.
analyze() method in class ATTRIB_HH_AGGR_SHARP_EDGE: Performs the analyze stage of the sharp edge solver subphase of geometry building.
analyze(EDGE*,double,double&) method in class ATTRIB_HH_ENT_STITCH_EDGE: Analyzes the owning edge and another specified edge to see if they can be paired at the specified tolerance.
analyze() method in class ATTRIB_HH_AGGR_WRAPUP: Performs the analyze stage of the wrap-up subphase of geometry building.
analyze() method in class ATTRIB_HH_AGGR_STITCH: Performs the analyze stage of stitching.
analyze() method in class ATTRIB_HH_AGGR_GEN_SPLINE: Performs the analyze stage of the generic spline solver subphase of geometry building.
analyze() method in class ATTRIB_HH_AGGR_ISOSPLINE: Performs the analyze stage of the isospline solver subphase of geometry building.
analyze() method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
analyze() method in class ATTRIB_HH_AGGR_SIMPLIFY: Analyzes all the faces of the owning body for geometry simplification.
angle() method in class pt_cvty_info: The convexity of this point, if using an angle tolerance such that this point is regarded as tangent.
angle() method in class complex_number: Returns a number that represents the polar coordinate angle in radians.
angle data member in class surf_normcone: Positive half angle defining the bounding cone.
angle_between(SPAunit_vector&,SPAunit_vector&,SPAunit_vector&) global function: Calculates the angle between two unit vectors.
angle_between(SPAvector&,SPAvector&,SPAunit_vector&) global function: Gets the angle between two vectors.
angles() method in class ed_cvty_info: The maximum and minimum angles between surface normals along this edge.
annotation() method in class ATTRIB_ANNOTATION: Returns a pointer to the ANNOTATION stored in this ATTRIB_ANNOTATION.
announce_2D_segment(double*,double*,double*,double*,void*,logical,double,logical,IHL_SEGMENT_JOIN_TYPE) method in class IHL_OUTPUT_MANAGER: Announces to the draw routine that a 2D segment needs to be drawn.
announce_3D_segment(double*,void*,logical) method in class IHL_OUTPUT_MANAGER: Announces to the draw routine that a 3D segment needs to be drawn.
announce_coordinate_polygon_node(int,int,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class POLYGON_POINT_MESH_MANAGER: Announces one node on a polygon.
announce_coordinate_polygon_node(int,int,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class MESH_MANAGER: Announces one node on a polygon.
announce_counts(int,int,int) method in class INDEXED_MESH_MANAGER: Announces the number of polygons, nodes, and node references by polygons.
announce_counts(int,int,int) method in class STL_MESH_MANAGER: Announces the number of polygons, nodes, and node references by polygons.
announce_counts(int,int,int) method in class MESH_MANAGER: Announces the number of polygons, nodes, and node references by polygons.
announce_counts(int,int,int) method in class GLOBAL_MESH_MANAGER: Announces the number of polygons, nodes and node references by polygons, and prints them.
announce_counts(int,int,int) method in class SIMPLE_INDEXED_MESH_MANAGER: Announces the number of polygons, nodes, and node references by polygons.
announce_edge_indices(ENTITY*,void*,void*,void*,void*) method in class MESH_MANAGER: Announces an edge with its coedge and node indices.
announce_global_node(int,VERTEX*,SPAposition&) method in class STL_MESH_MANAGER: Announces a node on a model VERTEX.
announce_global_node(int,EDGE*,SPAposition&,double) method in class GLOBAL_MESH_MANAGER: Announces a node on a model EDGE with its curve parameter and prints it.
announce_global_node(int,EDGE*,SPAposition&,double) method in class STL_MESH_MANAGER: Announces a node on a model EDGE with its curve parameter.
announce_global_node(int,FACE*,SPAposition&,SPApar_pos&) method in class MESH_MANAGER: Announces a node interior to a model FACE with its surface parameters.
announce_global_node(int,VERTEX*,SPAposition&) method in class MESH_MANAGER: Announces a node on a model VERTEX.
announce_global_node(int,FACE*,SPAposition&,SPApar_pos&) method in class STL_MESH_MANAGER: Announces a node on a model FACE with its surface parameters.
announce_global_node(int,FACE*,SPAposition&,SPApar_pos&) method in class GLOBAL_MESH_MANAGER: Announces a node on a model FACE with its surface parameters and prints it.
announce_global_node(int,EDGE*,SPAposition&,double) method in class MESH_MANAGER: Announces a node on a model EDGE with its curve parameter.
announce_global_node(int,VERTEX*,SPAposition&) method in class GLOBAL_MESH_MANAGER: Announces a node on a model VERTEX and prints it.
announce_indexed_node(int,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class INDEXED_MESH_MANAGER: Announce the indexed node.
announce_indexed_node(int,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class MESH_MANAGER: Announces an indexed node with its surface parameters, position, and normal.
announce_indexed_node(int,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class LINKED_MESH_MANAGER: Announce the indexed node.
announce_indexed_node(int,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class SIMPLE_INDEXED_MESH_MANAGER: Gets a node.
announce_indexed_polyedge(int,int,ENTITY*) method in class MESH_MANAGER: Announces an indexed polyedge, including polyedge information.
announce_indexed_polyedge(int,int,void*) method in class MESH_MANAGER: Announces an indexed polyedge, including polyedge mate information.
announce_indexed_polyedge(int,int) method in class MESH_MANAGER: Announces an indexed polyedge whose "mate" has not previously been visited.
announce_indexed_polynode(ENTITY*,int,int,void*,double&,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class GLOBAL_MESH_MANAGER: Gets a polynode of a polygon and prints the identification.
announce_indexed_polynode(ENTITY*,int,int,void*,double&,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class STL_MESH_MANAGER: Return the number of indexes.
announce_indexed_polynode(int,int,void*) method in class STL_MESH_MANAGER: Return the number of indexes.
announce_indexed_polynode(ENTITY*,int,int,void*) method in class MESH_MANAGER: Announces an indexed node on a polygon, including coedge pointers.
announce_indexed_polynode(ENTITY*,int,int,void*) method in class SIMPLE_INDEXED_MESH_MANAGER: Announces an indexed node on a polygon, including coedge and coordinate information.
announce_indexed_polynode(int,int,void*) method in class GLOBAL_MESH_MANAGER: Gets a polynode of a polygon and prints the identification.
announce_indexed_polynode(ENTITY*,int,int,void*,double&,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class SIMPLE_INDEXED_MESH_MANAGER: Announces an indexed node on a polygon, including coedge information.
announce_indexed_polynode(int,int,void*) method in class SIMPLE_INDEXED_MESH_MANAGER: Announces an indexed node on a polygon.
announce_indexed_polynode(ENTITY*,int,int,void*,double&,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class MESH_MANAGER: Announces an indexed node on a polygon, including polynode coordinate data.
announce_indexed_polynode(ENTITY*,int,int,void*) method in class GLOBAL_MESH_MANAGER: Gets a polynode of a polygon and prints the identification.
announce_indexed_polynode(ENTITY*,int,int,void*) method in class STL_MESH_MANAGER: Return the number of indexes.
announce_indexed_polynode(int,int,void*) method in class MESH_MANAGER: Announces an indexed node on a polygon.
announce_indexed_polynode(int,int,void*) method in class INDEXED_MESH_MANAGER: Gets an indexed polynode and stores the data into the polygon.
announce_indexed_polynode(ENTITY*,int,int,void*) method in class INDEXED_MESH_MANAGER: Gets an indexed polynode and stores the data into the polygon.
announce_indexed_polynode(ENTITY*,int,int,void*,double&,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class INDEXED_MESH_MANAGER: Gets an indexed polynode and stores the data into the polygon.
announce_indexed_polynode(ENTITY*,int,int,void*,double&,SPApar_pos&,SPAposition&,SPAunit_vector&) method in class LINKED_MESH_MANAGER: Gets an indexed polynode and stores the data into the polygon.
announce_indexed_polynode(int,int,void*) method in class LINKED_MESH_MANAGER: Gets an indexed polynode and stores the data into the polygon.
announce_indexed_polynode(ENTITY*,int,int,void*) method in class LINKED_MESH_MANAGER: Gets an indexed polynode and stores the data into the polygon.
announce_next_object() method in class IHL_OUTPUT_MANAGER: Announces to the draw routine that IHL will compute line segments for the next object in the list of bodies (meshes).
announce_polygon_model_face(ENTITY*) method in class MESH_MANAGER: Announce the face pointer for oncoming polygons.
antiparallel(SPAvector const&,SPAvector const&,double) global function: Determines if two vectors are anti-parallel (within some resolution).
antiparallel(SPAunit_vector const&,SPAvector const&,double) global function: Determines if two vectors are anti-parallel (within some resolution).
antiparallel(SPAunit_vector const&,SPAunit_vector const&,double) global function: Determines if two vectors are anti-parallel (within some resolution).
apex_dist() method in class torus: Returns the positive distance along the axis of this torus, from the center to the apices.
api_abh_chamfer_edges(ENTITY_LIST const&,double,double,double,double,double,double,AcisOptions*) global function: Chamfers (variable and/or nonplanar) the given edges.
api_abh_edge_project(BODY*,EDGE*,logical,double,logical,SPAvector const&,AcisOptions*) global function: Creates an offset edge at a specified distance on the body parallel to a given edge.
api_abh_imprint(BODY*,ENTITY_LIST const&,AcisOptions*) global function: Given the intersection graph between two bodies and a list of edges in that graph, imprints only those listed edges on the two bodies.
api_abh_slice(BODY*,BODY*,BODY*&,AcisOptions*) global function: Creates the intersection wire between two bodies, but does not delete the intersection graph part of it.
api_abh_vblend(ENTITY_LIST const&,double,double,AcisOptions*) global function: Creates a variable radius blend with smooth radius variation.
api_abh_vblend(EDGE*,double,double,AcisOptions*) global function: Creates a variable radius blend with smooth radius variation.
api_abort_state(HISTORY_STREAM*) global function: Deletes the current DELTA_STATE and rolls model to the state before the current state.
api_accurate_bs3_approximation(FACE*,double,bs3_surface&,AcisOptions*) global function: Recomputes the 3D B-spline surface approximation, using the newer algorithm.
api_add_generic_named_attribute(ENTITY*,char*,split_action,merge_action,trans_action,copy_action,AcisOptions*) global function: Creates an ATTRIB_GEN_NAME owned by the given entity.
api_add_generic_named_attribute(ENTITY*,char*,wchar_t*,split_action,merge_action,trans_action,copy_action,AcisOptions*) global function: Creates an ATTRIB_GEN_WSTRING owned by the given entity.
api_add_generic_named_attribute(ENTITY*,char*,char*,split_action,merge_action,trans_action,copy_action,AcisOptions*) global function: Creates an ATTRIB_GEN_STRING owned by the given entity.
api_add_generic_named_attribute(ENTITY*,char*,double,split_action,merge_action,trans_action,copy_action,AcisOptions*) global function: Creates an ATTRIB_GEN_REAL owned by the given entity.
api_add_generic_named_attribute(ENTITY*,char*,ENTITY*,split_action,merge_action,trans_action,copy_action,AcisOptions*) global function: Creates an ATTRIB_GEN_ENTITY owned by the given entity.
api_add_generic_named_attribute(ENTITY*,char*,int,split_action,merge_action,trans_action,copy_action,AcisOptions*) global function: Creates an ATTRIB_GEN_INTEGER owned by the given entity.
api_add_generic_named_attribute(ENTITY*,char*,SPAposition&,split_action,merge_action,trans_action,copy_action,AcisOptions*) global function: Creates an ATTRIB_GEN_POSITION owned by the given entity.
api_add_generic_named_attribute(ENTITY*,char*,SPAvector&,split_action,merge_action,trans_action,copy_action,AcisOptions*) global function: Creates an ATTRIB_GEN_VECTOR owned by the given entity.
api_add_guide_curve_si(AcisSLInterface*,EDGE*,AcisOptions*) global function: Adds a guide curve to a set of skinning profiles.
api_add_mapping_curve_sli(AcisSLInterface*,int,SPAposition*,AcisOptions*) global function: Adds a guide curve to a set of skinning profiles.
api_add_state(DELTA_STATE*,HISTORY_STREAM*) global function: Merges a DELTA_STATE instance into a HISTORY_STREAM.
api_add_to_collection(ENTITY_LIST&,SPACOLLECTION*,AcisOptions*) global function: Adds a list of entities to a collection.
api_add_vertex_sli(AcisSLInterface*,WIRE*,COEDGE*,AcisOptions*) global function: Adds a vertex to each wire in a list of wires.
api_advanced_cover(FACE*&,EDGE*,acovr_options*,AcisOptions*) global function: Calculates a new surface covering a circuit of edges and adds it to body.
api_advanced_cover(FACE*,acovr_options*,AcisOptions*) global function: Calculates a new surface covering a circuit of edges and adds it to body.
api_advanced_cover_no_stitch(FACE*&,ENTITY_LIST const&,acovr_options*,AcisOptions*) global function: Calculates a new surface covering a circuit of edges, and a corresponding face, bounded by the circuit.
api_align_wires_sli(AcisSLInterface*,int,int,AcisOptions*) global function: Aligns the directions of the wires in the skinning or lofting profiles.
api_apply_transf(ENTITY*,SPAtransf const&,AcisOptions*) global function: Changes the transform entity attached to a body.
api_asm_assembly_get_owning_model(ASM_ASSEMBLY*,asm_model*&,AcisOptions*) global function: Returns the model that owns an assembly.
api_asm_component_add_property(component_handle*,ATTRIB*,asm_property_options*,AcisOptions*) global function: Adds a property to the specified component.
api_asm_component_get_property_owner(component_handle*,ATTRIB_COMPONENT_PROP_OWNER*&,logical,asm_property_options*,AcisOptions*) global function: Finds the component property-owner attribute in a specific model that modifies a specific component.
api_asm_component_has_property(component_handle*,int,ATTRIB*&,asm_property_options*,AcisOptions*) global function: Determines if a property of the specified type has been added to the specified component.
api_asm_entity_handle_get_ptr(entity_handle*,ENTITY*&,AcisOptions*) global function: Returns the ENTITY associated with an entity handle.
api_asm_model_get_entity_handle(ENTITY*,asm_model*,entity_handle*&,AcisOptions*) global function: Returns the entity handle associated with an ENTITY.
api_asm_model_get_owned_property_owners(asm_model*,ENTITY_LIST&,AcisOptions*) global function: Returns the component property-owner attributes that are owned by the specified model.
api_asm_model_phlv5_compute(asm_model*,int,SPAposition const,SPAposition const,logical,ENTITY_LIST&,phlv5_options*,AcisOptions*) global function: Computes hidden line data for the given viewing parameters and assembly model.
api_asm_prune_assembly_history(HISTORY_STREAM*,logical&,AcisOptions*) global function: Prunes a history stream at any delta states which contain ASM_ASSEMBLY bulletins.
api_bb_begin(logical) global function: Starts the API bulletin board.
api_bb_delete() global function: Deletes bulletin boards.
api_bb_end(outcome&,logical,logical) global function: Terminates the API bulletin board.
api_bend_entity(ENTITY*,SPAposition&,SPAunit_vector&,SPAunit_vector&,double,double,double,logical,int,SPAposition*,AcisOptions*) global function: Modifies an entity, or list of entities, by bending it about a specified axis.
api_bend_to_curve_entity(BODY*,SPAposition&,SPAposition&,SPAunit_vector&,curve_law*,law*,AcisOptions*) global function: Modifies an entity, or list of entities, by bending it according to the function that maps a specified line to a specified curve.
api_blend_edges(ENTITY_LIST const&,double,AcisOptions*) global function: Blends edges of a solid using round blends.
api_blend_edges_pos_rad(ENTITY_LIST const&,int const,SPAposition[],double[],double*,double*,AcisOptions*) global function: Applies a variable radius blend on the list of edges, simplifying the blend for ends with constant blend radius.
api_blend_graph(ENTITY*,ENTITY_LIST&,AcisOptions*) global function: Locates a graph of edges.
api_blend_holdline(ENTITY_LIST const&,ENTITY_LIST const&,logical,logical,AcisOptions*) global function: Blends edges of a solid using a holdline.
api_blend_holdline_face_face(FACE*,FACE*,ENTITY_LIST const&,logical,SPAposition const&,bl_convexity,AcisOptions*) global function: Performs entity-entity (face-face) blending using a holdline.
api_blend_seq(EDGE*,ENTITY_LIST&,AcisOptions*) global function: Locates a sequence of connected edges that meet smoothly.
api_blend_three_ent(ENTITY_LIST const&,ENTITY_LIST const&,ENTITY_LIST const&,logical,SPAposition const&,bl_convexity,AcisOptions*) global function: Sets a three entity blending attribute.
api_body(BODY*&,AcisOptions*) global function: Creates an empty body.
api_body_mass_pr(BODY*,int,double,double&,SPAposition&,tensor&,double[3],SPAunit_vector[3],double&,double,AcisOptions*) global function
api_body_mass_pr(BODY*,SPAposition&,SPAunit_vector&,int,double,double&,SPAposition&,tensor&,double[3],SPAunit_vector[3],double&,double,AcisOptions*) global function
api_body_mass_props(BODY*,mass_props&,mass_props_options*,AcisOptions*) global function: Determines the mass properties of a body.
api_body_to_1d(BODY*,logical,ENTITY_LIST&,AcisOptions*) global function: Modifies a double-sided body into a single-sided body.
api_body_to_2d(BODY*,AcisOptions*) global function: Converts single-sided faces to double-sided faces.
api_bool_make_intersection_graph(BODY*,BODY*,BODY*&,BOOL_TYPE,glue_options*,AcisOptions*) global function: This is a partial Boolean operation to compute and build the intersection graph between two bodies.
api_bool_make_intersection_graph_wo_bool_end(BODY*,BODY*,BODY*&,BOOL_TYPE,glue_options*,AcisOptions*) global function: Returns a premature intersection graph between two bodies.
api_boolean(BODY*,BODY*,BOOL_TYPE,NDBOOL_KEEP,BODY*&,BoolOptions*,AcisOptions*) global function: Executes a general Boolean operation.
api_boolean(BODY*,BODY*,BOOL_TYPE,NDBOOL_KEEP,BODY*&,AcisOptions*) global function: Executes a general Boolean operation.
api_boolean_chop_body(BODY*,BODY*,logical,BODY*&,BODY*&,NDBOOL_KEEP,BODY*&,AcisOptions*) global function: Executes simultaneous Boolean intersect and subtract operations on two bodies.
api_boolean_chop_body(BODY*,BODY*,logical,BODY*&,BODY*&,NDBOOL_KEEP,BODY*&,BoolOptions*,AcisOptions*) global function: Executes simultaneous Boolean intersect and subtract operations on two bodies.
api_boolean_chop_complete(logical,BODY*&,BODY*&,NDBOOL_KEEP,BODY*&,AcisOptions*) global function: This is a partial Boolean API to complete a chop operation.
api_boolean_complete(BOOL_TYPE,NDBOOL_KEEP,BODY*&,AcisOptions*) global function: This is a partial Boolean API to finish a Boolean operation.
api_boolean_glue(BODY*,BODY*,BOOL_TYPE,glue_options*,NDBOOL_KEEP,BODY*&,AcisOptions*) global function: Executes a performance-enhanced Boolean operation, where the intersection graph is known to lie along a set of coincident faces.
api_boolean_start(BODY*,BODY*,AcisOptions*) global function: This is a partial Boolean API to initialize a Boolean operation.
api_boolean_tube_body(BODY*,BODY*,ENTITY_LIST&,ENTITY_LIST&,SPAposition*,int,SPAposition*,int,SPAvector,tube_options**,int,ENTITY_LIST&,AcisOptions*) global function: Does a selective Boolean operation on two bodies.
api_breakup_wires_sli(AcisSLInterface*,int,int,AcisOptions*) global function: Creates an equal number of coedges in each wire of the skinning or lofting profiles which is required to create the surfaces.
api_build_body_sli(AcisSLInterface*,BODY*&,AcisOptions*) global function: Builds the sheet body from the data in the lofting interface.
api_build_edges_sli(AcisSLInterface*,ENTITY_LIST&,AcisOptions*) global function: Builds a list of edges that represent the extents of the surfaces if the wires or coedges were to be lofted or skinned.
api_build_faces_sli(AcisSLInterface*,ENTITY_LIST&,AcisOptions*) global function: Builds a list of skinning or lofting faces.
api_build_wire(BODY*,logical,int,SPAposition[],curve*[],BODY*&,AcisOptions*) global function: Creates a wire from an array of positions and an array of pointers to curves.
api_calculate_edge_tolerance(EDGE*,double&,AcisOptions*) global function: Calculates the tolerance of an edge.
api_calculate_vertex_tolerance(VERTEX*,double&,AcisOptions*) global function: Calculates the tolerance of a vertex.
api_chamfer_edges(ENTITY_LIST const&,double,double,AcisOptions*) global function: Chamfers the edges of a solid.
api_chamfer_vertex(VERTEX*,double,EDGE*,double,EDGE*,double,EDGE*,logical,AcisOptions*) global function: Creates a planar chamfer on a vertex of a solid body.
api_chamfer_vertex(VERTEX*,double,SPAvector,AcisOptions*) global function: Creates a planar chamfer on a vertex of a solid body.
api_chamfer_vertices(ENTITY_LIST&,double,logical,AcisOptions*) global function: Creates planar chamfers on vertices of a solid body.
api_change_body_trans(BODY*,TRANSFORM*,logical,AcisOptions*) global function: Substitutes the given transform for the existing transform of the BODY.
api_change_state(DELTA_STATE*) global function: Modifies the modeler state by applying a delta state.
api_change_to_state(HISTORY_STREAM*,DELTA_STATE*,int&) global function: Modifies the modeler state by applying zero or more DELTA_STATE.
api_check_and_fix_tedge(TEDGE*,logical&,logical&,tedge_repair_options*,AcisOptions*) global function: Attempts to repair level 30 check errors in TEDGEs.
api_check_ct(ENTITY*,insanity_list*&,AcisOptions*) global function: Checks the sanity of cellular topology.
api_check_cur_smoothness(EDGE*,curve_irregularities*&,int&,AcisOptions*) global function: Analyzes a curve for C1 or G1 discontinuities.
api_check_edge(EDGE*,check_status_list*&,AcisOptions*) global function: Checks edge geometry for various conditions that could cause errors in other ACIS operations.
api_check_edge(EDGE*,insanity_list*&,AcisOptions*) global function: Checks an edge's underlying curve for various conditions that could cause errors in other ACIS operations.
api_check_edge_errors(ENTITY_LIST const&,ENTITY_LIST&,ENTITY*&,double&,double,logical,ENTITY_LIST&,AcisOptions*) global function: Checks whether EDGEs have errors that require them to be made tolerant, and optionally performs this conversion.
api_check_entity(ENTITY*,insanity_list*&,AcisOptions*) global function: Calls the ACIS Checker.
api_check_entity(ENTITY*,ENTITY_LIST*,FILE*,AcisOptions*) global function
api_check_entity_ff_ints(ENTITY*,ENTITY_LIST*,logical&,FILE*,insanity_list*&,AcisOptions*) global function: Checks an entity for improper intersections and containments.
api_check_face(FACE*,insanity_list*&,AcisOptions*) global function: Checks a face's underlying surface for various conditions that could cause errors in other ACIS operations.
api_check_face(FACE*,check_status_list*&,AcisOptions*) global function: Checks face geometry for various conditions that could cause errors in other ACIS operations.
api_check_face_clearance(FACE*,FACE*,double,double,SPAposition&,SPAposition&,double&,AcisOptions*) global function: Evaluates the clearance between two faces.
api_check_face_loops(FACE*,int[5],AcisOptions*) global function: Checks a face to see that it contains valid loops.
api_check_histories(HISTORY_STREAM_LIST*,FILE*) global function: Checks all HISTORY_STREAMs for problems.
api_check_list_ff_ints(int,FACE*[],ENTITY_LIST*,logical&,FILE*,int,FACE*[],AcisOptions*) global function: Checks selected faces in an entity for improper intersections.
api_check_on() global function: Determines the status of checking and returns TRUE if it is on, otherwise FALSE.
api_check_solid_clearance(BODY*,BODY*,double,double,SPAposition&,SPAposition&,double&,AcisOptions*) global function: Evaluates the clearance between two solid bodies.
api_check_vertex_errors(ENTITY_LIST const&,ENTITY_LIST&,ENTITY*&,double&,double,logical,ENTITY_LIST&,AcisOptions*) global function: Checks the VERTEX in the given ENTITY_LIST for gaps worse than the specified tolerance.
api_check_wire_self_inters(BODY*,AcisOptions*) global function: Evaluates a wire body for self intersections.
api_check_wire_self_inters(WIRE*,AcisOptions*) global function: Evaluates a wire for self intersections.
api_checking(logical) global function: Sets the pointer argument checking for an API call to on or off.
api_clash_bodies(BODY*,BODY*,body_clash_result&,clash_mode,clash_behaviour,AcisOptions*) global function: Determines whether two bodies clash, and optionally how they clash if so.
api_clash_faces(FACE*,FACE*,entity_clash_type&,AcisOptions*) global function: Determines whether and how two faces clash.
api_clean_body(BODY*,AcisOptions*) global function
api_clean_entity(ENTITY*,AcisOptions*) global function: Removes edges and vertices that are not needed to support the topology of the entity.
api_clean_list_of_entities(ENTITY_LIST&,AcisOptions*) global function: Removes any unnecessary edges and vertices contained in a list of entities.
api_clean_wire(BODY*,AcisOptions*) global function: Removes the attributes and extra coedges present on a wire body generated by a slice operation.
api_clear_annotations(AcisOptions*) global function: Clears annotation entities from the currently active bulletin board.
api_clear_guide_curves_sli(AcisSkinningInterface*,AcisOptions*) global function: Clears the guide curves in the AcisSkinningInterface.
api_clear_mapping_curves_sli(AcisSLInterface*,AcisOptions*) global function: Removes all the mapping curves from the AcisSLInterface.
api_closed_wire(BODY*,AcisOptions*) global function: Determines if a wire or a single-wire body is closed.
api_closed_wire(WIRE*,AcisOptions*) global function: Determines if a wire or a single-wire body is closed.
api_collapse_wires_sli(AcisSLInterface*,ENTITY_LIST&,AcisOptions*) global function: Deletes a degenerate coedge in each wire of a list of wires.
api_combine_body(BODY*,BODY*,AcisOptions*) global function: Combines two given bodies into one body that contains all the lumps and wires from the original bodies.
api_combine_edges(EDGE*,EDGE*,EDGE*&,FILE*,AcisOptions*) global function: Combines two edges into a single edge.
api_complete_blends(BODY*,BODY*,BODY*,AcisOptions*) global function: Creates the blend by attaching the blend sheet to the blank body using the intersection wire.
api_complete_intersection_graph(BODY*,BODY*,BODY*&,AcisOptions*) global function: This is a partial Boolean operation to build the intersection graph between two bodies.
api_compute_pcurve_tightness(COEDGE*,double&,logical,logical,AcisOptions*) global function: Calculates pcurve's bs2_curve tolerance.
api_concl_blend_ss(blend1_data&,BODY*,AcisOptions*) global function: Finishes the making of a blend sheet by single steps.
api_convert_pipes(int const,FACE*[],lop_options*,AcisOptions*) global function: Replaces the geometry of any faces in the supplied array which currently are pipe_spl_sur splines with rb_blend_spl_sur splines.
api_convert_pipes(BODY*,AcisOptions*) global function
api_convert_pipes(int const,FACE*[],AcisOptions*) global function
api_convert_pipes(BODY*,lop_options*,AcisOptions*) global function: Replaces the geometry of any faces in the supplied array which currently are pipe_spl_sur splines with rb_blend_spl_sur splines.
api_convert_to_spline(ENTITY*,ENTITY*&,AcisOptions*) global function: Converts an entity from analytic to B-spline or NURBS (exact tolerance conversion).
api_copy_body(BODY*,BODY*&,AcisOptions*) global function: Creates a copy of a BODY.
api_copy_entity(ENTITY*,ENTITY*&,AcisOptions*) global function: Creates a copy of an ENTITY and all its associated entities.
api_copy_entity_contents(ENTITY*,ENTITY*&,SPAtransf&,AcisOptions*) global function: Creates a copy of an ENTITY all its associated subentities.
api_copy_entity_list(ENTITY_LIST&,ENTITY_LIST&,AcisOptions*) global function: Creates a copy of all entities in an ENTITY_LIST and all their associated entities.
api_cover_circuits(int,ENTITY_LIST*[],surface const&,ENTITY_LIST&,AcisOptions*) global function: Covers one or more circuits of edges with a face or faces.
api_cover_planar_edges(ENTITY_LIST&,BODY*&,ENTITY_LIST&,int,AcisOptions*) global function: Covers free planar edges with planar faces.
api_cover_planar_wires(ENTITY_LIST&,BODY*&,ENTITY_LIST&,int,AcisOptions*) global function: Covers free planar wires with planar faces.
api_cover_sheet(BODY*,surface const&,ENTITY_LIST&,logical,AcisOptions*) global function: Creates faces by covering all simple loops of external edges of a sheet body.
api_cover_wire(WIRE*,surface const&,FACE*&,AcisOptions*) global function: Covers a circuit of wire edges and creates a face.
api_cover_wire_loops(ENTITY_LIST&,BODY*&,AcisOptions*) global function: Creates a sheet body having a single planar face by imprinting coplanar wire bodies, each a closed circuit, onto the plane of the wires.
api_cover_wires(BODY*,surface const&,ENTITY_LIST&,AcisOptions*) global function: Covers circuits of wire edges and creates faces.
api_create_boundary_field(ENTITY_LIST&,law**,double,ENTITY_LIST&,int,law**&,AcisOptions*) global function: Generates a vector field around a wire or face coedges.
api_create_boundary_field(WIRE*,fieldtype,int,double,SPAvector&,ENTITY_LIST&,int,law**&,AcisOptions*) global function: Generates a vector field around a wire or face coedges.
api_create_boundary_field(FACE*,fieldtype,int,double,SPAvector&,ENTITY_LIST&,int,law**&,AcisOptions*) global function: Generates a vector field around a wire or face coedges.
api_create_boundary_field(ENTITY_LIST&,FACE**,fieldtype,int,double,SPAvector&,ENTITY_LIST&,int,law**&,AcisOptions*) global function: Generates a vector field around a wire or face coedges.
api_create_graph_from_cells(ENTITY_LIST&,generic_graph*&,AcisOptions*) global function: Creates a graph (from cells) used in graph theory.
api_create_graph_from_edges(ENTITY_LIST&,generic_graph*&,AcisOptions*) global function: Creates a graph (from edges) used in graph theory.
api_create_graph_from_faces(ENTITY_LIST&,generic_graph*&,AcisOptions*) global function: Creates a graph (from faces) used in graph theory.
api_create_history(HISTORY_STREAM*&) global function: Returns a newly created HISTORY_STREAM on the heap.
api_create_li(FACE*,double,FACE*,double,AcisLoftingInterface*&,BODY**&,skin_options*,AcisOptions*) global function: Creates an AcisLoftingInterface object.
api_create_li(int,Loft_Connected_Coedge_List*,AcisLoftingInterface*&,BODY**&,skin_options*,AcisOptions*) global function: Creates an AcisLoftingInterface object.
api_create_point(SPAposition&,APOINT*&,AcisOptions*) global function: Creates a point entity at the specified position.
api_create_refinement(REFINEMENT*&,AcisOptions*) global function: Creates a refinement.
api_create_si(ENTITY_LIST&,AcisSLInterface*&,BODY**&,skin_options*,double,double,double,double,SPAvector&,SPAvector&,AcisOptions*) global function: Creates an AcisSkinningInterface object.
api_create_si(ENTITY_LIST&,AcisSkinningInterface*&,BODY**&,skinning_ruled,skin_options*,AcisOptions*) global function: Creates an AcisSkinningInterface object.
api_create_si(ENTITY_LIST&,AcisSLInterface*&,BODY**&,skinning_normals,skin_options*,AcisOptions*) global function: Creates an AcisSkinningInterface object.
api_create_si(ENTITY_LIST&,AcisSLInterface*&,BODY**&,SPAvector*,int,double*,int,skin_options*,AcisOptions*) global function: Creates an AcisSkinningInterface object.
api_create_si(ENTITY_LIST&,AcisSkinningInterface*&,BODY**&,BODY*,skin_options*,AcisOptions*) global function: Creates an AcisSkinningInterface object.
api_create_text(SPAposition&,char*,char*,int,TEXT_ENT*&,AcisOptions*) global function: Creates a text entity at given position.
api_create_vertex_template(int,int[],VERTEX_TEMPLATE*&,AcisOptions*) global function: This API creates a vertex-template.
api_crv_self_inters(CURVE*,double,double,curve_curve_int*&,AcisOptions*) global function: Locates self-intersections of a curve.
api_ct_add_to_group(ENTITY*,SPAGROUP*,AcisOptions*) global function: Adds one entity to an existing group.
api_ct_attach(ENTITY_LIST&,AcisOptions*) global function: Attaches cellular topology to each lump within each body in the input list.
api_ct_attach_cells(LUMP*,AcisOptions*) global function: Attaches cell data to a lump.
api_ct_cell_area(CELL*,double,double&,double&,AcisOptions*) global function: Computes the area of a cell.
api_ct_cell_mass_pr(CELL3D*,SPAposition const&,SPAunit_vector const&,int,double,double&,SPAposition&,tensor&,double[3],SPAunit_vector*,double&,AcisOptions*) global function: Computes mass properties of a CELL3D.
api_ct_copy_cell(CELL*,BODY*&,AcisOptions*) global function: Copies a cell as a body.
api_ct_expand(ENTITY_LIST&,AcisOptions*) global function: Expands the cellular topology by grouping cells within each body in the given list into supercells.
api_ct_expand_cells(LUMP*,AcisOptions*) global function: Transforms the cell lists of lump into a hierarchy of supercells with spatial locality.
api_ct_flatten(ENTITY_LIST&,AcisOptions*) global function: Removes any supercells within each body in the given list.
api_ct_flatten_cells(LUMP*,AcisOptions*) global function: Flattens lump cells.
api_ct_get_all_cells(ENTITY_LIST const&,ENTITY_LIST&,AcisOptions*) global function: Gets all cells attached to each LUMP within the given list of BODYs and adds them to an entity list.
api_ct_lose_cells(LUMP*,AcisOptions*) global function: Removes the cell data from a lump.
api_ct_lose_group(SPAGROUP*,AcisOptions*) global function: Un-group a group of entities and delete the group

Role: This API removes all entities from the group and then delete the group entity itself

Errors: The pointer to a group is NULL or does not point to a SPAGROUP.
api_ct_make_group(ENTITY_LIST&,SPAGROUP*&,AcisOptions*) global function: Creates a group from a list of entities.
api_ct_point_in_cell(SPAposition const&,CELL3D*,point_containment&,AcisOptions*) global function: Determines whether a given point lies inside, outside, or on the boundary of a 3D cell.
api_ct_propagate_cface_attribs(LUMP*,AcisOptions*) global function: Copies the cface volume attributes (ATTRIB_CFACE_VOL) on a lump.
api_ct_remove(ENTITY_LIST&,AcisOptions*) global function: Removes cellular topology from each lump within each body in the input list.
api_ct_remove_from_group(ENTITY*,SPAGROUP*,AcisOptions*) global function: Removes an entity from a group.
api_ct_return_ents(SPAGROUP*,ENTITY_LIST&,AcisOptions*) global function: Gets a list of all entities in a group.
api_ct_return_groups(ENTITY*,ENTITY_LIST&,AcisOptions*) global function: Gets a list of all groups in which an entity participates.
api_ct_vacate_cell(CELL3D*,AcisOptions*) global function: Modifies a 3D cell from filled to void.
api_curve_arc(SPAposition&,double,double,double,EDGE*&,AcisOptions*) global function: Creates a circular arc edge given the center, radius, and start and end angles.
api_curve_arc_3curve(entity_with_ray&,entity_with_ray&,entity_with_ray&,logical,EDGE*&,AcisOptions*) global function: Creates a circular edge tangent to three curves.
api_curve_arc_3pt(SPAposition&,SPAposition&,SPAposition&,logical,EDGE*&,AcisOptions*) global function: Creates a circle edge or circular arc edge through three positions.
api_curve_arc_center_edge(SPAposition&,SPAposition&,SPAposition&,SPAunit_vector*,EDGE*&,AcisOptions*) global function: Creates a circular or circular arc edge given the center and two end positions.
api_curve_arc_diagonal(SPAposition&,SPAposition&,logical,EDGE*&,AcisOptions*) global function: Creates a circular edge or a circular arc edge given two points on the diameter.
api_curve_bezier(SPAposition&,SPAposition&,SPAposition&,SPAposition&,EDGE*&,AcisOptions*) global function: Creates an edge on a cubic Bezier curve given four control points.
api_curve_ellipse(SPAposition&,SPAposition&,double,double,double,EDGE*&,AcisOptions*) global function: Creates an elliptical edge parallel to the xy-plane of the active working coordinate system.
api_curve_fillet(entity_with_ray&,entity_with_ray&,double,logical,logical,EDGE*&,AcisOptions*) global function: Creates a fillet edge between two curves.
api_curve_law(law*,double,double,curve*&,int,law**,AcisOptions*) global function: Creates a curve from a law.
api_curve_line(SPAposition&,SPAposition&,EDGE*&,AcisOptions*) global function: Creates a line through two positions.
api_curve_line_tangent(SPAposition*,entity_with_ray*,SPAposition*,entity_with_ray*,EDGE*&,AcisOptions*) global function: Creates a line tangent to two curves or through a position and tangent to a curve.
api_curve_spline(int,SPAposition*,SPAunit_vector*,SPAunit_vector*,EDGE*&,logical,logical,AcisOptions*) global function: Creates a spline edge that passes through the given positions.
api_curve_spline2(int,SPAposition*,double*,SPAvector*,SPAvector*,EDGE*&,AcisOptions*) global function: Creates a spline edge that interpolates an array of positions at specified parameter values.
api_deep_copy_entity(ENTITY*,ENTITY*&,logical,AcisOptions*) global function: Creates a deep copy of an ENTITY and all its associated entities.
api_deep_copy_entity_list(ENTITY_LIST&,ENTITY_LIST&,logical,AcisOptions*) global function: Creates a deep copy of all entities in an ENTITY_LIST and all their associated entities.
api_del_entity(ENTITY*,AcisOptions*) global function: Deletes the given ENTITY.
api_del_entity_list(ENTITY_LIST&,AcisOptions*) global function: Deletes the entities contained in the given ENTITY_LIST.
api_delent(ENTITY*,AcisOptions*) global function: Deletes an ENTITY and its subentities.
api_delete_all_AF_POINTs(AF_POINT*,AcisOptions*) global function: Delete the whole linked list.
api_delete_blends(ENTITY_LIST const&,AcisOptions*) global function: Deletes an implicit blend on each of a list of edges and vertices.
api_delete_collection_entities(SPACOLLECTION*,AcisOptions*) global function: Deletes the member entities within the collection and then delete the collection itself.
api_delete_ds(DELTA_STATE*) global function: Deletes a delta state and dependent data.
api_delete_entity_facets(ENTITY*,logical,AcisOptions*) global function: Deletes facets.
api_delete_exp_blends(ENTITY_LIST const&,AcisOptions*) global function: Deletes an explicit blend on each of a list of faces.
api_delete_history(HISTORY_STREAM*) global function: Deletes the HISTORY_STREAM and all ENTITYs in the stream.
api_delete_sli(AcisSLInterface*,AcisOptions*) global function: Deletes an AcisSLInterface object.
api_detect_short_edges(ENTITY*,ENTITY_LIST&,double,logical,AcisOptions*) global function: Detects short edges and, optionally, replaces them with tolerant vertices.
api_detect_sliver_faces(ENTITY*,ENTITY_LIST&,double,logical,AcisOptions*) global function: Detects sliver faces, and optionally replaces them with tolerant edges.
api_distribute_state_to_streams(DELTA_STATE*,StreamFinder*,logical,logical) global function
api_dm_add_multi_face(ATTRIB_DM2ACIS*,ENTITY*,int&,int&,adm_options*,AcisOptions*) global function: Adds a face to the deformable modeling multi-surface structure.
api_dm_add_patch(ATTRIB_DM2ACIS*,int,SPApar_pos,SPApar_pos,SPApar_pos,int,int,int&,adm_options*,AcisOptions*) global function: Adds a deformable patch to an entity for local deformations.
api_dm_auto_elevate(int,adm_options*,AcisOptions*) global function: Sets whether curves or surfaces with degree less than 3 are automatically elevated to degree 3 when brought into deformable modeling.
api_dm_commit_attrib_dm2acis(ATTRIB_DM2ACIS*,adm_options*,AcisOptions*) global function: Copies the ATTRIB_DM2ACIS surface geometry into its owning entity's surface geometry and copies the deformable model data into its owner's attributes.
api_dm_get_attrib_dm2acis(ENTITY*,ATTRIB_DM2ACIS*&,adm_options*,AcisOptions*) global function: Gets an ATTRIB_DM2ACIS attribute for the input entity if one exists, otherwise creates a new one.
api_dm_get_hierarchy_entities(ATTRIB_DM2ACIS*,ENTITY_LIST&,adm_options*,AcisOptions*) global function: This query returns the ENTITYs associated with all the DS_dmod's in the deformable modeling hierarchy.
api_dm_journal_off(adm_options*,AcisOptions*) global function: Turns off deformable modeling API level journaling and closes any journal file opened for write by api_dm_journal_on.
api_dm_journal_on(char*,int,adm_options*,AcisOptions*) global function: Enables deformable modeling API level journaling and opens a journal file for write.
api_dm_query_attrib_dm2acis(DS_dmod*,ATTRIB_DM2ACIS*&,adm_options*,AcisOptions*) global function: Gets an ATTRIB_DM2ACIS attribute for the input DS_dmod, if one exists, or returns NULL.
api_dm_query_attrib_dm2acis(ENTITY*,ATTRIB_DM2ACIS*&,adm_options*,AcisOptions*) global function: Gets an ATTRIB_DM2ACIS attribute for the input ACIS entity, if one exists, or returns NULL.
api_dm_remove_attrib_dm2acis(ATTRIB_DM2ACIS*,adm_options*,AcisOptions*) global function: Removes the non-persistent ATTRIB_DM2ACIS attribute from its owning entity; the owning entity is either a face or an edge.
api_dm_remove_dm_attributes(ENTITY*,adm_options*,AcisOptions*) global function: Removes all deformable modeling attributes from an entity.
api_dm_rm_multi_face(ATTRIB_DM2ACIS*,int,adm_options*,AcisOptions*) global function: Separates a face from the deformable modeling multi-surface structure and marks it as a stand-alone deformable model.
api_dm_rm_patch(ATTRIB_DM2ACIS*,int,adm_options*,AcisOptions*) global function: Removes a patch from a deformable model's patch hierarchy.
api_dm_set_array_size(DM_dbl_array&,int,double,adm_options*,AcisOptions*) global function: Sizes the DM_dbl_array and initializes the memory.
api_dm_set_tolerance(adm_options*,AcisOptions*) global function: Sets the deformable surface tolerance value to be that of the current ACIS tolerance value stored in SPAresabs.
api_dm_use_link_cstrns(adm_options*,AcisOptions*) global function: Overrides the use of link loads in favor of link constraints in the current deformable modeling session.
api_do_one_blend_ss(blend1_data&,int,BODY*,AcisOptions*) global function: Executes a single step in the making of a blend sheet.
api_down_copy_entity(ENTITY*,ENTITY*&,AcisOptions*) global function: Creates a copy of an ENTITY and all the entities below it in the topology hierarchy.
api_ed_inters_to_ents(EDGE*,curve_curve_int*,ENTITY_LIST&,AcisOptions*) global function: Creates vertex and edge entities corresponding to a list of edge-edge intersections as produced by api_inter_ed_ed.
api_ed_self_inters(EDGE*,curve_curve_int*&,AcisOptions*) global function: Determines if a curve defines an edge for self-intersections.
api_edent_rel(EDGE*,ENTITY*,edge_entity_rel*&,AcisOptions*) global function: Determines the relationship between a given edge and a given POINT, EDGE, FACE, or BODY.
api_edfa_int(EDGE*,FACE*,ENTITY_LIST*&,AcisOptions*) global function: Computes the intersections between the given edge and the given face.
api_edge(EDGE*,EDGE*&,AcisOptions*) global function: Creates a new edge which is a copy of the specified edge.
api_edge_arclength_metric(EDGE*,double&,AcisOptions*) global function: Computes the value of the arclength metric and returns it.
api_edge_arclength_param(EDGE*,logical,double,EDGE*&,AcisOptions*) global function: Creates a new arcwise edge which is a copy of the specified edge.
api_edge_convexity_param(EDGE*,double,bl_ed_convexity&,AcisOptions*) global function: Analyzes the convexity of an edge at a given parameter value.
api_edge_helix(SPAposition&,SPAposition&,SPAvector&,double,double,logical,EDGE*&,AcisOptions*) global function: Creates an edge that is a helix.
api_edge_law(law*,double,double,EDGE*&,int,law**,AcisOptions*) global function: Creates an edge from a law.
api_edge_plaw(FACE*,law*,double,double,EDGE*&,int,law**,AcisOptions*) global function: Creates an edge from a R2 law and a face.
api_edge_spiral(SPAposition&,SPAvector&,SPAvector&,double,double,EDGE*&,logical,double,AcisOptions*) global function: Creates an edge from a spiral definition.
api_edge_spiral(SPAposition&,SPAvector&,SPAposition&,double,double,EDGE*&,logical,AcisOptions*) global function: Creates an edge from a spiral definition.
api_edge_spring(SPAposition&,SPAvector&,SPAposition&,logical,int,double*,double*,double*,double*,EDGE*&,AcisOptions*) global function: Creates an edge from a spring definition.
api_edge_spring_law(SPAposition&,SPAvector&,SPAposition&,law*,logical,int,double*,double*,double*,double*,EDGE*&,AcisOptions*) global function: Creates an edge from a spring definition and a radius law.
api_edge_spring_taper(SPAposition&,SPAvector&,SPAposition&,double,logical,int,double*,double*,double*,double*,EDGE*&,AcisOptions*) global function: Creates an edge from a tapered spring definition.
api_edge_tangent(EDGE*,logical&,double,AcisOptions*) global function: Test an edge for tangency conditions.
api_edge_taper_faces(int const,FACE*[],EDGE*[],SPAunit_vector const&,double const&,SPAposition,SPAposition,vent_type_id,AcisOptions*) global function
api_edge_taper_faces(int const,FACE*[],EDGE*[],SPAunit_vector const&,double const&,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Tapers an array of faces about an array of corresponding edges and a supplied draft direction by a given draft angle.
api_edge_to_spline(EDGE*,EDGE*&,AcisOptions*) global function: Creates a spline edge using a given edge.
api_embed_wire_in_faces(BODY*,BODY*,ENTITY_LIST*,double,AcisOptions*) global function: Embeds a coincident wire in the faces of another body.
api_enclose_void(FACE*,REVBIT,logical,AcisOptions*) global function: Modifies an enclosing set of faces from void bounding to material bounding.
api_end_journal(AcisOptions*) global function: Sets the status flag off journalizing and finishes the snapshot journaling mechanism.
api_ensure_empty_root_state(HISTORY_STREAM*,DELTA_STATE*&) global function: If necessary, adds an empty DELTA_STATE to the beginning of the HISTORY_STREAM so that users can roll to a state with no entities.
api_ent_area(ENTITY*,double,double&,double&,AcisOptions*) global function: Determines the area of a face, shell, lump, or body.
api_entity_entity_distance(ENTITY*,ENTITY*,SPAposition&,SPAposition&,double&,param_info&,param_info&,AcisOptions*) global function: Gets the minimum distance between two entities and the closest positions on those entities.
api_entity_entity_touch(ENTITY*,ENTITY*,logical&,AcisOptions*) global function: Determines if two entities are "touching" (the distance between them is less than 2 * SPAresabs).
api_entity_extrema(ENTITY*,int,SPAvector*,SPAposition&,param_info&,AcisOptions*) global function: Computes the position of the extrema of the entity in the first given direction.
api_entity_extrema(ENTITY_LIST&,int,SPAvector*,SPAposition&,param_info&,AcisOptions*) global function: Computes the position of the extremum of the entities in the first given direction.
api_entity_point_distance(ENTITY*,SPAposition&,SPAposition&,double&,param_info&,AcisOptions*) global function: Gets the minimum distance between an entity and a point and the closest position on the entity to the point.
api_estimate_min_rad_curvature_skin(AcisSLInterface*,double&,AcisOptions*) global function: Estimates the magnitude of the tangent vector field to build surfaces with a minimum radius of curvature.
api_estimate_tangent_factor_scale_li(AcisLoftingInterface*,SPAinterval&,double&,double&,AcisOptions*) global function: Estimates the optimal magnitude to scale the takeoff vectors on the loft profile cross section.
api_expand_body(BODY*,AcisOptions*) global function: Transforms the face lists of each shell in the body into a hierarchy of subshells with spatial locality.
api_extend_sheetbody(ENTITY_LIST,double&,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Extends the input list of edges from a sheet body by offsetting those along the surfaces by the given distance.
api_extract_coed_info(COEDGE*,logical,logical,int,SPAposition*,SPAunit_vector*) global function: Computes the given number of equidistant points in the parametric space of the underlying curve for the COEDGE.
api_face_conic(double,double,double,double,FACE*&,AcisOptions*) global function: Creates a conical face.
api_face_cylinder_cone(SPAposition&,SPAvector&,double,double,double,double,double,SPAposition*,FACE*&,AcisOptions*) global function: Creates a cylindrical or conical face.
api_face_law(law*,double,double,double,double,FACE*&,int,law**,AcisOptions*) global function: Creates a law face.
api_face_nu_nv_isolines(int,int,FACE*,SPAtransf&,ENTITY_LIST*,AcisOptions*) global function: Gets a list of nu(nv) u(v) edges that lie on the isoparametric curves and are trimmed to the boundaries of the face.
api_face_plane(SPAposition&,double,double,SPAvector*,FACE*&,AcisOptions*) global function: Creates a planar face.
api_face_sphere(SPAposition&,double,double,double,double,double,SPAvector*,FACE*&,AcisOptions*) global function: Creates a spherical face.
api_face_spl_apprx(splgrid*,FACE*&,AcisOptions*) global function: Creates a spline face.
api_face_spl_ctrlpts(splsurf*,FACE*&,AcisOptions*) global function: Creates a spline face from the given spline surface.
api_face_spl_intrp(splgrid*,FACE*&,AcisOptions*) global function: Creates a spline face.
api_face_torus(SPAposition&,double,double,double,double,double,double,SPAvector*,FACE*&,AcisOptions*) global function: Creates a toroidal face.
api_face_u_iso(double,FACE*,SPAtransf&,ENTITY_LIST*,AcisOptions*) global function: Gets a list of edges that lie on a u-parametric curve and are trimmed to the boundary of a face.
api_face_v_iso(double,FACE*,SPAtransf&,ENTITY_LIST*,AcisOptions*) global function: Gets a list of edges that lie on a v-parametric curve and are trimmed to the boundary of a face.
api_facet_area(ENTITY*,double&,AcisOptions*) global function: Returns the area of the facets of entity.
api_facet_curve(curve&,double,double,double,double,double,int&,AF_POINT*&,AcisOptions*) global function: Returns facets that approximate a curve.
api_facet_curve(curve&,double,double,double,double,double,int,int&,SPAposition**,double**,AcisOptions*) global function: Returns facets that approximate a curve.
api_facet_curve(curve&,double,double,double,int,int&,SPAposition[],double[],AcisOptions*) global function: Creates facets for a curve.
api_facet_edge(EDGE*,double,double,double,int,int&,SPAposition**,double**,AcisOptions*) global function: Returns facets that approximate a curve.
api_facet_edge(EDGE*,double,double,double,int&,AF_POINT*&,AcisOptions*) global function: Returns facets that approximate a curve.
api_facet_entities(ENTITY*,ENTITY_LIST*,AcisOptions*) global function: Creates facets for a list of entities.
api_facet_entity(ENTITY*,AcisOptions*) global function: Creates facets for an entity.
api_facet_unfaceted_entities(ENTITY*,ENTITY_LIST*,AcisOptions*) global function: Facets unfaceted (unmarked) faces given a list of entities.
api_facet_unfaceted_entity(ENTITY*,AcisOptions*) global function: Facets unfaceted (unmarked) face(s) of an entity.
api_faceted_face(FACE*,logical&,AcisOptions*) global function: Determines if a face has been faceted or not.
api_fafa_int(FACE*,FACE*,BODY*&,AcisOptions*) global function: Determines the intersection between two faces.
api_fast_find_face(SPAposition const&,SPAunit_vector const&,BODY*,int&,ENTITY**&,SPAposition*&,double*&,AcisOptions*) global function: Fires a ray through a body and returns the hits.
api_fillet_vertex(VERTEX*,double,EDGE*,EDGE*,AcisOptions*) global function: Fillets a wire at a given vertex.
api_find_and_remove_features(ENTITY_LIST&,defeature_options*,AcisOptions*) global function: Recognizes and/or removes features (holes, chamfers, and blends) in the body that is passed in.
api_find_and_remove_features(BODY*,defeature_options*,AcisOptions*) global function: Recognizes and/or removes features (holes, chamfers, and blends) in the body that is passed in.
api_find_annotations(ENTITY_LIST&,is_fun,BULLETIN_BOARD*,AcisOptions*) global function: Finds all annotation entities of a given type.
api_find_cls_ptto_face(SPAposition&,FACE*,SPAposition&,AcisOptions*) global function: Determines the point on face nearest a given point in space.
api_find_face(BODY*,SPAunit_vector&,FACE*&,AcisOptions*) global function: Determines a planar face with normal in given direction.
api_find_named_attribute(ENTITY*,char*,ATTRIB_GEN_NAME*&,AcisOptions*) global function: Finds the next named attribute with the same name.
api_find_named_state(char*,HISTORY_STREAM*,DELTA_STATE_LIST&) global function: Rolls to the start of a named state.
api_find_vertex(BODY*,SPAposition&,VERTEX*&,AcisOptions*) global function: Gets the vertex closest to given position.
api_fix_blends(ENTITY_LIST const&,AcisOptions*) global function: Creates explicit blends by making a new face to replace each implicitly blended edge and vertex, or by computing an entity-entity blend.
api_fix_check_problems(insanity_list*,insanity_list*&,insanity_list*&,AcisOptions*) global function: Attempts to fix some check problems in model data.
api_fixup_intersection(int,EDGE**,FACE**,AcisOptions*) global function
api_flatten_body(BODY*,AcisOptions*) global function: Removes subshell structures from the shells of the given body and replaces the faces in a single list for each shell.
api_get_active_entities(HISTORY_STREAM const*,ENTITY_LIST&,logical,AcisOptions*) global function: Finds all active ENTITY associated with a HISTORY_STREAM.
api_get_active_part() global function: Gets the active part.
api_get_active_state(DELTA_STATE*&,HISTORY_STREAM*) global function: Returns the active DELTA_STATE in the given HISTORY_STREAM.
api_get_all_user_attributes(HISTORY_STREAM const*,int,int,ENTITY_LIST&,logical,AcisOptions*) global function: Finds all attributes of a specified user type in a history stream.
api_get_body_facets(BODY*,POLYGON_POINT_MESH*&,logical,AcisOptions*) global function: Obsolete: used only in pre-1-7 Faceting.
api_get_coedges(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all the coedges related to an entity.
api_get_curve_ends(EDGE*,SPAposition&,SPAposition&,AcisOptions*) global function: Gets the end points of a curve.
api_get_default_history(HISTORY_STREAM*&) global function: Returns the default HISTORY_STREAM.
api_get_default_refinement(REFINEMENT*&,AF_SURF_MODE,AcisOptions*) global function: Gets the default REFINEMENT associated with a type of surface.
api_get_default_vertex_template(VERTEX_TEMPLATE*&,AcisOptions*) global function: Role: Gets the default vertex template.
api_get_edges(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all the edges related to an entity.
api_get_edges_from_all_entities(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all the edges that a given entity contains and lists them in an ENTITY_LIST.
api_get_ellipse_parameters(EDGE*,SPAposition&,SPAunit_vector&,SPAvector&,double&,double&,double&,AcisOptions*) global function: Gets the data that defines a circle or an ellipse.
api_get_entities(ENTITY*,ENTITY_LIST&,ENTITY_ID,ENTITY_ID,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all specified entities related to an entity.
api_get_entity_box(ENTITY_LIST&,WCS*,SPAposition&,SPAposition&,logical,AcisOptions*) global function: Computes a bounding box containing the entities.
api_get_entity_box(ENTITY*,SPAposition&,SPAposition&,SPAboxing_options*,AcisOptions*) global function: Computes a bounding box containing the entity.
api_get_entity_box(ENTITY_LIST&,SPAposition&,SPAposition&,SPAboxing_options*,AcisOptions*) global function: Computes a bounding box containing the entities.
api_get_entity_from_id(tag_id_type,ENTITY*&,HISTORY_STREAM*) global function: Returns the pointer to the ENTITY identified by the given id.
api_get_entity_id(ENTITY*,tag_id_type&) global function: Returns a unique integer identifier for a given ENTITY.
api_get_entity_refinement(ENTITY*,REFINEMENT*&,AF_SURF_MODE,AcisOptions*) global function: Gets the refinement attached to the entity.
api_get_entity_vertex_template(ENTITY*,VERTEX_TEMPLATE*&,AcisOptions*) global function: Gets the vertex template attached to the entity.
api_get_ents(SPAposition const&,SPAunit_vector const&,double,int,BODY*,ENTITY_LIST&,double*&,AcisOptions*) global function: Gets a list of hits of a specified entity type by firing a ray at a body.
api_get_face_facets(FACE*,POLYGON_POINT_MESH*&,logical,AcisOptions*) global function: Obsolete: used only in pre-1-7 Faceting.
api_get_faces(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all faces related to an entity.
api_get_faces_from_all_entities(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all the faces that a given entity contains and lists them in an ENTITY_LIST.
api_get_facet_edge_points(EDGE*,SPAposition*&,int&,AcisOptions*) global function: Gets points off the edge generated by the faceter.
api_get_file_info(FileInfo&) global function: Gets header info from the last restored file.
api_get_history_from_entity(ENTITY*,HISTORY_STREAM*&) global function: Returns the HISTORY_STREAM in which the ENTITY lives.
api_get_history_size(HISTORY_STREAM*,int&,DELTA_STATE*) global function: Gets the size of the DELTA_STATE in the HISTORY_STREAM.
api_get_indexed_mesh(ENTITY*,INDEXED_MESH*&,AcisOptions*) global function: Gets the indexed mesh attached to the entity.
api_get_journal(AcisOptions*,AcisJournal*&) global function: Gets a reference to the AcisJournal contained in AcisOptions.
api_get_loops(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all loops related to an entity.
api_get_lump_facets(LUMP*,POLYGON_POINT_MESH*&,logical,AcisOptions*) global function: Obsolete: used only in pre-1-7 Faceting.
api_get_lumps(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all lumps related to an entity.
api_get_mesh_manager(MESH_MANAGER*&,AcisOptions*) global function: Gets the current mesh manager of faceter.
api_get_modified_faces(DELTA_STATE*,ENTITY_LIST&,ENTITY_LIST&,ENTITY_LIST&,AcisOptions*) global function: Finds faces that have been deleted, created, or modified since a particular DELTA_STATE.
api_get_owner(ENTITY*,ENTITY*&,AcisOptions*) global function: Gets the top level owner of an ENTITY.
api_get_save_version(int&,int&) global function: Gets the current save file format version.
api_get_shell_facets(SHELL*,POLYGON_POINT_MESH*&,logical,AcisOptions*) global function: Obsolete: used only in pre-1-7 Faceting.
api_get_shells(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all shells related to an entity.
api_get_state_from_id(STATE_ID,DELTA_STATE*&,HISTORY_STREAM*) global function: Returns a DELTA_STATE identified by the given id.
api_get_state_id(DELTA_STATE*,STATE_ID&) global function: Returns a unique integer identifier, in a particular HISTORY_STREAM, for a given DELTA_STATE.
api_get_stream_logging(stream_logging&,HISTORY_STREAM*) global function
api_get_tangent_factors_li(AcisLoftingInterface*,double*&,AcisOptions*) global function: Gets the current set of tangent factors on the loft profiles.
api_get_tcoedges(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all the tcoedges related to an entity.
api_get_tedges(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all the tedges related to an entity.
api_get_tvertices(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all TVERTEXes related to an entity.
api_get_version_tag(int,int,int,int&) global function: Gets the version tag from the individual point information.
api_get_version_tag(int&) global function: Gets the version tag from the current AcisVersion.
api_get_version_tag(AcisVersion*,int&) global function: Gets the version tag from an AcisVersion.
api_get_vertices(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all vertices related to an entity.
api_get_vertices_from_all_entities(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all the vertices that a given entity contains and lists them in an ENTITY_LIST.
api_get_wires(ENTITY*,ENTITY_LIST&,PAT_NEXT_TYPE,AcisOptions*) global function: Gets all the wires related to an entity.
api_heal_edges_to_regions(ENTITY_LIST&,double,double,ENTITY_LIST&,FILE*,AcisOptions*) global function: Repairs co-planar edge vertices to form regions on a planar sheet.
api_heal_edges_to_regions(ENTITY_LIST&,double,double,BODY*&,int,FILE*,AcisOptions*) global function: Repairs co-planar edge vertices to form regions on a planar sheet.
api_hedgehog(law*,law*,double*,double*,int,int*,ENTITY_LIST&,AcisOptions*) global function: Creates a DL_item list of hairs to show a vector field.
api_hh_analytic_analyze(BODY*,AcisOptions*) global function
api_hh_analytic_auto(BODY*,AcisOptions*) global function
api_hh_analytic_calc_fix(BODY*,AcisOptions*) global function
api_hh_analyze_body(BODY*,AcisOptions*) global function
api_hh_analyze_coedges(BODY*,AcisOptions*) global function
api_hh_analyze_edges(BODY*,AcisOptions*) global function
api_hh_analyze_faces(BODY*,AcisOptions*) global function
api_hh_analyze_loops(BODY*,AcisOptions*) global function
api_hh_analyze_lumps(BODY*,AcisOptions*) global function
api_hh_analyze_shells(BODY*,AcisOptions*) global function
api_hh_analyze_vertices(BODY*,AcisOptions*) global function
api_hh_auto_heal(BODY*,AcisOptions*) global function: Automatically heals the input body (performs all phases of the healing process) using intelligently selected tolerances.
api_hh_end_body_for_healing(BODY*,AcisOptions*) global function: Terminates the healing process for a body.
api_hh_force_simplify_to_cone(FACE*,AcisOptions*) global function: Forces the given surface to an analytic surface (cone).
api_hh_force_simplify_to_cylinder(FACE*,AcisOptions*) global function: Forces the given surface to an analytic surface (cylinder).
api_hh_force_simplify_to_plane(FACE*,AcisOptions*) global function: Forces the given surface to an analytic surface (plane).
api_hh_force_simplify_to_sphere(FACE*,AcisOptions*) global function: Forces the given surface to an analytic surface (sphere).
api_hh_force_simplify_to_torus(FACE*,AcisOptions*) global function: Forces the given surface to an analytic surface (torus).
api_hh_gen_spline_analyze(BODY*,AcisOptions*) global function
api_hh_gen_spline_auto(BODY*,AcisOptions*) global function
api_hh_gen_spline_calc_fix(BODY*,AcisOptions*) global function
api_hh_geombuild_analyze(BODY*,AcisOptions*) global function
api_hh_geombuild_auto(BODY*,AcisOptions*) global function: Automatically executes the analyze, calculate, and fix stages of the geometry building phase.
api_hh_geombuild_calc_fix(BODY*,AcisOptions*) global function
api_hh_geombuild_check(BODY*,AcisOptions*) global function
api_hh_geombuild_cleanup(BODY*,AcisOptions*) global function
api_hh_get_bad_coedges(BODY*,ENTITY_LIST&,AcisOptions*) global function
api_hh_get_bad_edges(BODY*,ENTITY_LIST&,AcisOptions*) global function
api_hh_get_bad_faces(BODY*,ENTITY_LIST&,AcisOptions*) global function
api_hh_get_bad_loops(BODY*,ENTITY_LIST&,AcisOptions*) global function
api_hh_get_bad_lumps(BODY*,ENTITY_LIST&,AcisOptions*) global function
api_hh_get_bad_shells(BODY*,ENTITY_LIST&,AcisOptions*) global function
api_hh_get_bad_vertices(BODY*,ENTITY_LIST&,AcisOptions*) global function
api_hh_get_entity_details(ENTITY*,char*&,AcisOptions*) global function: Returns the history of an entity during healing.
api_hh_init_body_for_healing(BODY*,AcisOptions*) global function: Initializes the body for healing.
api_hh_isospline_analyze(BODY*,AcisOptions*) global function
api_hh_isospline_auto(BODY*,AcisOptions*) global function
api_hh_isospline_calc_fix(BODY*,AcisOptions*) global function
api_hh_make_tolerant(BODY*,AcisOptions*) global function: Obsolete: This API is obsolete.
api_hh_postprocess(BODY*,AcisOptions*) global function: Executes the final cleanup of the healed model.
api_hh_preprocess(BODY*,AcisOptions*) global function: Executes initial cleanup of the model to be healed.
api_hh_sharp_edge_analyze(BODY*,AcisOptions*) global function
api_hh_sharp_edge_auto(BODY*,AcisOptions*) global function
api_hh_sharp_edge_calc_fix(BODY*,AcisOptions*) global function
api_hh_simplify_analyze(BODY*,AcisOptions*) global function
api_hh_simplify_analyze(BODY*,hh_simplify_options*,AcisOptions*) global function
api_hh_simplify_auto(BODY*,AcisOptions*) global function: Automatically executes the analyze, calculate, and fix stages of the geometry simplification phase.
api_hh_simplify_auto(BODY*,hh_simplify_options*,AcisOptions*) global function: Automatically executes the analyze, calculate, and fix stages of the geometry simplification phase.
api_hh_simplify_calculate(BODY*,AcisOptions*) global function
api_hh_simplify_cleanup(BODY*,AcisOptions*) global function
api_hh_simplify_fix(BODY*,AcisOptions*) global function
api_hh_stitch_analyze(BODY*,AcisOptions*) global function
api_hh_stitch_auto(BODY*,AcisOptions*) global function: Automatically executes the analyze, calculate, and fix stages of the stitching phase.
api_hh_stitch_calculate(BODY*,AcisOptions*) global function
api_hh_stitch_cleanup(BODY*,AcisOptions*) global function
api_hh_stitch_fix(BODY*,AcisOptions*) global function
api_hh_store_entity_details(BODY*,logical,AcisOptions*) global function: Sets the option to start storing the history of every entity during healing.
api_hh_wrapup_analyze(BODY*,AcisOptions*) global function
api_hh_wrapup_auto(BODY*,AcisOptions*) global function
api_hh_wrapup_calc_fix(BODY*,AcisOptions*) global function
api_hollow_body(BODY*,int const,FACE*[],double,SPAposition,SPAposition,AcisOptions*) global function
api_hollow_body(BODY*,int const,FACE*[],double,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Creates a thin walled solid shell from a solid body.
api_hollow_body_specific(BODY*,int const,FACE*[],double,double,int const,FACE*[],double[],int const,FACE*[],double[],SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Creates a thin walled solid shell from a solid body, with default and specific inner and outer offsets.
api_hollow_body_specific(BODY*,int const,FACE*[],double,double,int const,FACE*[],double[],int const,FACE*[],double[],SPAposition,SPAposition,AcisOptions*) global function
api_hook_annotations(is_fun,BULLETIN_BOARD*,AcisOptions*) global function: Traverses the active list of annotations and adds ATTRIB_ANNOTATIONs to hook them to the annotated entities.
api_ihl_clean(ENTITY_LIST&,int) global function: Removes interactive hidden line data attributes from the model.
api_ihl_compute(ENTITY_LIST&,int,SPAposition&,SPAposition&,logical,logical,logical,logical,logical,ENTITY_LIST&,AcisOptions*) global function: Computes interactive hidden line data and optionally stores it on the model as attributes.
api_ihl_compute_entity_silhouette(ENTITY_LIST&,SPAposition&,SPAposition&,logical,logical,logical,logical,ENTITY_LIST&) global function: Computes silhouette segments from interactive hidden line data.
api_ihl_compute_from_meshes(POLYEDGE_MESH*[],TRANSFORM*[],int,SPAposition&,SPAposition&,logical) global function: Creates interactive hidden line output from a set of meshes.
api_ihl_facet(ENTITY_LIST&,logical) global function: Facets the given entities and attaches the resulting POLYEDGE_MESH to each entity using an attribute.
api_ihl_get_mesh(ENTITY*,POLYEDGE_MESH*&) global function: Gets a POLYEDGE_MESH for an entity, faceting the entity if necessary first.
api_ihl_get_output_manager(IHL_OUTPUT_MANAGER*&) global function: Gets the current output manager.
api_ihl_occlusion(ENTITY_LIST&,double) global function: Removes overlapping invisible segments from the IHL segment list.
api_ihl_retrieve(ENTITY_LIST&,int,ENTITY_LIST&,IHL_CAMERA*&) global function: Retrieves interactive hidden line data from attributes attached to the entities (faces or bodies).
api_ihl_set_output_manager(IHL_OUTPUT_MANAGER*) global function: Sets the current output manager.
api_imprint(BODY*,BODY*,AcisOptions*) global function: Intersects two bodies and imprints the intersection graph on both bodies.
api_imprint_complete(BODY*,BODY*,AcisOptions*) global function: This is a partial Boolean API to complete an imprint operation.
api_imprint_shadow_edges(ENTITY_LIST&,SPAunit_vector&,double&,ENTITY_LIST&,logical&,AcisOptions*) global function: Creates and imprints silhouette edges tangent to shadow cast by draft parameters.
api_imprint_stitch(BODY*,BODY*,AcisOptions*) global function: Combines two bodies, stitching them along their face-face intersection curves and at coincident vertices.
api_imprint_stitch_complete(BODY*,BODY*,AcisOptions*) global function: This is a partial Boolean API to imprint two bodies and stitch them along their face-face intersection curves.
api_init_blend_ss(blend1_data&,BODY*&,AcisOptions*) global function: Initializes the making of a blend sheet using single steps.
api_initialize_admgi_control() global function: Initializes the admgi_control library.
api_initialize_admgi_draweng() global function: Initializes the admgi_draweng library.
api_initialize_admhoops() global function: Initializes the admhoops library.
api_initialize_admicon(adm_options*,AcisOptions*) global function: Initializes the admicon library.
api_initialize_advanced_blending() global function: Initializes the advanced blending library.
api_initialize_blending() global function: Initializes the blending library.
api_initialize_booleans() global function: Initializes the Boolean library.
api_initialize_cellular_topology() global function: Initializes the cellular topology library.
api_initialize_clearance() global function: Initializes the clearance library.
api_initialize_constructors() global function: Initializes the constructor library.
api_initialize_covering() global function: Initializes the Covering Component library.
api_initialize_defeature() global function: Initializes the defeature library.
api_initialize_deformable_modeling(adm_options*,AcisOptions*) global function: Initializes the deformable modeling library.
api_initialize_euler_ops() global function: Initializes the Euler Operations Component library.
api_initialize_face_removal() global function: Initializes the removal library.
api_initialize_faceter() global function: Initializes the faceter library.
api_initialize_generic_attributes() global function: Initializes the generic attributes library.
api_initialize_healing() global function: Initializes the HEAL library.
api_initialize_hidden_line_removal() global function: Initializes the hidden line library.
api_initialize_hoops_acis_bridge() global function: ACIS style initialization.
api_initialize_interactive_hidden_line(void) global function: Initializes the interactive hidden line library.
api_initialize_intersectors() global function: Initializes the intersector library.
api_initialize_kernel() global function: Initializes the kernel library.
api_initialize_local_ops() global function: Initializes the local operations library.
api_initialize_lopt_ops() global function: Initializes the local operation tools library.
api_initialize_offsetting() global function: Initializes the offsetting library.
api_initialize_part_manager() global function: Initializes the part manager library.
api_initialize_persistent_id() global function: Initializes the persistent identification library.
api_initialize_rbi() global function: Initializes the repair body self intersections library.
api_initialize_rendering() global function: Initializes the rendering library.
api_initialize_sbooleans() global function: Initializes the Selective Booleans Component library.
api_initialize_shelling() global function: Initializes the shelling library.
api_initialize_skinning() global function: Initializes the skinning library.
api_initialize_spline() global function: Initializes the spline library.
api_initialize_stitching() global function: Initializes the Stitch Component library.
api_initialize_sweeping() global function: Initializes the sweep library.
api_initialize_warp() global function: Initializes the space warping library.
api_integrate_law(law*,double,double,double&,double,int,int*) global function: Integrates a law over a given domain to a given tolerance.
api_integrate_law_wrt(law*,double,double,int,double*,double&,double,int,int*) global function: Integrates a law over a given domain to a given tolerance, with respect to a given variable.
api_integrate_law_wrt_and_splits(law*,double,double,int,double*,double&,int,double*,double,int,int*) global function: Integrates a law over a given domain to a given tolerance, with respect to a given variable and an array of points used to split the domain.
api_inter_ed_ed(EDGE*,EDGE*,curve_curve_int*&,AcisOptions*) global function: Intersects two coplanar edges, producing a list of edge-edge intersection records.
api_intersect(BODY*,BODY*,AcisOptions*) global function: Executes a Boolean intersect operation on two bodies.
api_intersect_curves(EDGE*,EDGE*,logical,curve_curve_int*&,AcisOptions*) global function: Computes all intersections of two curves.
api_join_edges(ENTITY_LIST&,EDGE*&,logical,AcisOptions*) global function: Joins a list of edges into a single edge.
api_law_to_entity(law*,ENTITY*&,AcisOptions*) global function: Converts a law mathematic function into an entity for the purposes of saving to and restoring from a SAT file.
api_load_state(FILE*,AcisOptions*) global function: Loads the state of global variables from a given text file.
api_loft_coedges(int,Loft_Connected_Coedge_List*,BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of coedges, while providing start and end tangent control (via surfaces or ACIS laws).
api_loft_coedges(int,Loft_Connected_Coedge_List*,int,EDGE*[],BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of coedges, with start and end tangent control (via surfaces or ACIS laws) and the additional constraint of guide curves.
api_loft_faces(FACE*,double,FACE*,double,int,EDGE**,BODY*&,skin_options*,AcisOptions*) global function: Creates a solid body that fits a surface (or set of surfaces) between two faces, with start and end tangent control (via neighboring surfaces) and the additional constraint of guide curves.
api_loft_faces(FACE*,double,FACE*,double,BODY*&,skin_options*,AcisOptions*) global function: Creates a solid body that fits a surface (or set of surfaces) between two faces, with start and end tangent control (via neighboring surfaces).
api_logging(logical) global function: Sets logging of entity modifications on or off for roll back purposes.
api_loop_external(LOOP*,logical*,AcisOptions*) global function: Determines if a loop is internal or external.
api_loop_type(LOOP*,loop_type&,int[2]) global function: Determines the loop_type of a given loop.
api_lose_surface_conditions_li(AcisLoftingInterface*,AcisOptions*) global function: Removes the surface conditions from the wires in the lofting profiles.
api_make_VBL_output_surfaces(surface*,double&,double&,bs3_surface*&,int&,logical) global function: Splits the approximating surface for a VBL_SURF into n four-sided bs3_surface patches.
api_make_approx_curve(curve*,double const,SPAinterval,curve*&,AcisOptions*) global function: Creates a curve that approximates a given curve.
api_make_approx_surface(surface*,double,SPAinterval&,SPAinterval&,surface*&,AcisOptions*) global function: Creates a surface that approximates a given surface.
api_make_blend_cross_curve(ATTRIB_BLEND*,double,curve*&,AcisOptions*) global function: Creates a cross curve of an un-fixed blend at a given v-parameter.
api_make_blend_sheet(ENTITY_LIST const&,BODY*&,AcisOptions*) global function: Creates a sheet body for a given list of edges, each bearing an implicit blend attribute.
api_make_blend_wire(BODY*,BODY*,BODY*&,AcisOptions*) global function: Creates a wire body that represents the intersection of a blend sheet with the body being blended.
api_make_cnface(SPAposition&,SPAunit_vector&,SPAvector&,double,double,double,double,double,double,FACE*&,AcisOptions*) global function: Creates a face that is a portion of a cone.
api_make_cubic(double,double,double,double,double,double,law*&) global function: Creates a cubic law given {a,b,f(a),f(b),f'(a),f'(b)}.
api_make_cuboid(double,double,double,BODY*&,AcisOptions*) global function: Creates cuboid of given width (x), depth (y) and height (z).
api_make_edge_from_curve(curve*,EDGE*&,AcisOptions*) global function: Creates an edge using a copy of the input curve.
api_make_ewire(int,EDGE*[],BODY*&,AcisOptions*) global function: Creates a body that consists a single wire from a list of edges that are connected in the order given with no branching.
api_make_ewires(int,EDGE*[],int&,BODY**&,AcisOptions*) global function: Separates and sorts a possibly branched list of free edges into a group of non-branched wire bodies.
api_make_face_from_surface(surface*,FACE*&,AcisOptions*) global function: Convert an existing surface to a FACE entity.
api_make_flat_on_faces(SPAposition,double,SPAunit_vector*,FACE**,int,BODY*,AcisOptions*) global function: Creates planar chamfers on vertices of a solid body.
api_make_frustum(double,double,double,double,BODY*&,AcisOptions*) global function: Creates an elliptical cone or cylinder of given height and radii.
api_make_kwire(BODY*,SPAunit_vector&,int,SPAposition[],double[],BODY*&,AcisOptions*) global function: Creates a kwire body from an array of positions and bulges.
api_make_linear(double,double,double,double,law*&) global function: Creates a linear law given {a,b,f(a),f(b)}.
api_make_mapping_curves_sli(AcisSLInterface*,ENTITY_LIST&,AcisOptions*) global function: Gets a list of the mapping curves that currently exist in the AcisSLInterface.
api_make_planar_disk(SPAposition&,SPAunit_vector&,double,FACE*&,logical,AcisOptions*) global function: Creates a face that is a planar disk.
api_make_plface(SPAposition&,SPAposition&,SPAposition&,FACE*&,AcisOptions*) global function: Creates a face that is a parallelogram specified by three points: origin,left, and right.
api_make_polygon(BODY*&,SPAposition,SPAvector,SPAvector&,double&,int,logical,AcisOptions*) global function: Creates a polygonal wire in a plane orthogonal to a given normal.
api_make_polynomial_law(double*,int,law*&) global function: Creates a polynomial law.
api_make_prism(double,double,double,int,BODY*&,AcisOptions*) global function: Creates an elliptical prism of given height, radii, and number of sides.
api_make_pyramid(double,double,double,double,int,BODY*&,AcisOptions*) global function: Creates an elliptical pyramid of given height, radii, and number of sides.
api_make_quintic(double,double,double,double,double,double,double,double,law*&) global function: Creates a quintic law given {a,b,f(a),f(b),f'(a),f'(b) f''(a) f''(b)}.
api_make_radius_constant(double,var_radius*&,AcisOptions*) global function: Creates a variable radius object with a constant radius.
api_make_radius_fixed_width(double,var_radius*&,AcisOptions*) global function: Creates a variable radius object with a fixed width.
api_make_radius_holdline(ENTITY*,var_radius*&,AcisOptions*) global function: Create a variable radius object for holdline blending.
api_make_radius_param_rads(int,double*,double*,var_radius*&,AcisOptions*) global function: Creates a variable radius object from parameter-radius pairs.
api_make_radius_param_rads_tan(int,double*,double*,double*,double*,var_radius*&,AcisOptions*) global function: Creates a variable radius object from parameter-radius pairs.
api_make_radius_pos_rads(CURVE*,int,SPAposition*,double*,var_radius*&,double*,double*,AcisOptions*) global function: Creates a variable radius object from position-radius pairs.
api_make_radius_pos_rads(EDGE*,int,SPAposition*,double*,var_radius*&,double*,double*,AcisOptions*) global function: Creates a variable radius object from position-radius pairs.
api_make_radius_rnd_chamfer(double,double,double,double,var_radius*&,var_radius*&,AcisOptions*) global function: Creates the two variable radius objects for a blend with a rounded chamfer cross section.
api_make_radius_rot_ellipse(double,double,double,double,double,double,logical,var_radius*&,AcisOptions*) global function: Creates a variable radius object with a rotational ellipse cross section.
api_make_radius_spline_rad(bs3_curve,var_radius*&,CURVE*,logical,AcisOptions*) global function: Creates a variable radius object for a blend whose radius function is specified by a 3D spline curve.
api_make_radius_two_ends(double,double,var_radius*&,AcisOptions*) global function: Creates a variable radius object for a blend with the radii specified at the two ends of the blend.
api_make_rails(ENTITY*,law**&,int&,law**,FACE**,law**,law*,AcisOptions*,SPAunit_vector const&) global function: Creates the default rail laws for sweeping along a wire.
api_make_root_state(DELTA_STATE*) global function: Sets the root DELTA_STATE.
api_make_solid_from_faces(ENTITY_LIST,growth_type,logical,int&,logical*&,BODY**&,lop_options*,AcisOptions*) global function: Creates solid bodies from a list of faces by growing faces to cover opening.
api_make_solid_from_faces(ENTITY_LIST,growth_type,logical,int&,logical*&,BODY**&,AcisOptions*) global function
api_make_spface(SPAposition&,double,SPAunit_vector&,SPAunit_vector&,double,double,double,double,FACE*&,AcisOptions*) global function: Creates a face that is a portion of a sphere.
api_make_sphere(double,BODY*&,AcisOptions*) global function: Creates a sphere of given radius centered at the origin.
api_make_spline(spline&,BODY*&,AcisOptions*) global function: Creates a body consisting of a single face that is the whole of a given spline surface.
api_make_torus(double,double,BODY*&,AcisOptions*) global function: Creates a torus of given major and minor radii centered at the origin.
api_make_trface(SPAposition&,SPAunit_vector&,double,double,SPAposition&,double,double,double,double,FACE*&,AcisOptions*) global function: Creates a face that is a portion of a torus.
api_make_version_object(AcisVersion*&) global function: Makes an current AcisVersion object.
api_make_version_object(AcisVersion*&,int) global function: Makes an AcisVersion object from a version tag integer.
api_make_version_object(AcisVersion*&,int,int,int) global function: Makes an AcisVersion object from individual point integers.
api_make_wire(BODY*,int,SPAposition[],BODY*&,AcisOptions*) global function: Creates a polygonal wire from an array of positions.
api_make_wires_sli(AcisSLInterface*,ENTITY_LIST&,AcisOptions*) global function: Creates a set of broken up wires used for skinning or lofting.
api_manifold_class(BODY*,ENTITY_LIST*&,ENTITY_LIST*&,ENTITY_LIST&,ENTITY_LIST&,ENTITY_LIST*&,ENTITY_LIST*&,AcisOptions*) global function: Determines the differences between all manifold shells, manifold sheets,and wire edges.
api_mark_faceted_faces(logical,AcisOptions*) global function: Marks faceted faces so that application may want to skip re-faceting them later.
api_merge_faces(BODY*,int&,AcisOptions*) global function: Merges faces of a specified geometry type if they are not necessary to define the body.
api_merge_seam_edges(BODY*,AcisOptions*) global function: Merges seam edges on a specified body.
api_merge_states(DELTA_STATE*,DELTA_STATE*,HISTORY_STREAM*,logical,logical) global function: Modifies a history stream by merging a range of delta states.
api_minimize_entities(ENTITY_LIST*,minimize_options*,AcisOptions*) global function: Attempts to minimize the working memory footprint of the input entities.
api_minimize_twist_wires_sli(AcisSLInterface*,int,int,AcisOptions*) global function: Aligns the start vertices of the wires in the skinning/lofting profiles.
api_mk_by_faces(BODY*,int,FACE*[],BODY*&,AcisOptions*) global function: Adds each FACE in the array that is attached to a SHELL within a LUMP to a BODY.
api_mk_ed_bs3_curve(bs3_curve,EDGE*&,AcisOptions*) global function: Creates an EDGE that represents an intersection curve defined by a 3D NURBS curve.
api_mk_ed_conic(SPAposition&,SPAunit_vector&,SPAposition&,SPAunit_vector&,double,EDGE*&,AcisOptions*) global function: Creates a spline edge defined by a conic.
api_mk_ed_cubic(int,SPAposition[],SPAunit_vector&,SPAunit_vector&,double,EDGE*&,AcisOptions*) global function: Creates an EDGE that represents a cubic spline curve interpolating or fitting a sequence of points.
api_mk_ed_ellipse(SPAposition&,SPAunit_vector&,SPAvector&,double,double,double,EDGE*&,AcisOptions*) global function: Creates an EDGE that represents a bounded elliptical arc.
api_mk_ed_int_ctrlpts(int,logical,logical,logical,int,SPAposition[],double[],double,int,double[],double,EDGE*&,AcisOptions*) global function: Creates an EDGE that represents an intersection curve defined by a sequence of control points and knots.
api_mk_ed_line(SPAposition&,SPAposition&,EDGE*&,AcisOptions*) global function: Creates an EDGE that represents a bounded line segment between two points.
api_mk_fa_spl_ctrlpts(int,logical,int,int,int,int,logical,int,int,int,SPAposition[],double[],double,int,double[],int,double[],double,FACE*&,AcisOptions*) global function: Creates a FACE representing the spline surface defined by a sequence of control points and knots.
api_mk_fa_spl_fit(double,int,int,SPAposition[],SPAunit_vector[],SPAunit_vector[],FACE*&,AcisOptions*) global function: Creates a FACE that represents a spline surface which is a fit to a sequence of points on the surface.
api_mk_fa_spl_intp(int,int,SPAposition[],SPAunit_vector[],SPAunit_vector[],SPAunit_vector[],SPAunit_vector[],FACE*&,AcisOptions*) global function: Creates a FACE that represents a spline surface defined by a sequence of points on a surface.
api_modify_ellipse(EDGE*,SPAposition&,SPAunit_vector&,SPAvector&,double,double,double,AcisOptions*) global function: Modifies an elliptical edge.
api_modify_line(EDGE*,SPAposition&,SPAposition&,AcisOptions*) global function: Modifies a linear edge to pass through two given points.
api_modify_vertex_template(int,int[],VERTEX_TEMPLATE*,AcisOptions*) global function: Role: Modifies a vertex template.
api_modify_wire_sli(AcisSLInterface*,COEDGE*,COEDGE*,SPAposition&,WIRE*,AcisOptions*) global function: Modifies the position of a vertex on a coedge of a wire.
api_move_edge(EDGE*,SPAvector,logical,AcisOptions*) global function: Moves the position of an edge inside the limits of a sheet body.
api_move_edge(EDGE*,double,logical,AcisOptions*) global function: Moves the position of an edge inside the limits of a sheet body.
api_move_faces(int const,FACE*[],SPAtransf const&,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Moves an array of faces through a transform.
api_move_faces(int const,FACE*[],SPAtransf const&,SPAposition,SPAposition,AcisOptions*) global function
api_move_vertex_sli(AcisSLInterface*,COEDGE*,COEDGE*,SPAposition&,WIRE*,AcisOptions*) global function: Modifies the position of a vertex on an intermediate skinning or lofting wire.
api_name_state(char*,DELTA_STATE*) global function: Gives a string name to a DELTA_STATE.
api_ndifferentiate_law(law*,double*,int,double*,int,int) global function: Numerically differentiates a law at a given point with respect to a given variable a given number of times.
api_net_sections(int,Loft_Connected_Coedge_List**,int,Loft_Connected_Coedge_List**,BODY*&,logical,double,AcisOptions*) global function: Creates a sheet body that interpolates a series of sections.
api_net_wires(int,BODY*[],int,BODY*[],BODY*&,skin_options*,double,AcisOptions*) global function: Creates a sheet body that fits a surface through a mesh of wires contained in an array of bodies.
api_nmax_of_law(law*,double,double,double*) global function: Gets the maximum value of a given law over the given domain.
api_nmin_of_law(law*,double,double,double*) global function: Gets the minimum value of a given law over the given domain.
api_note_state(DELTA_STATE*&,HISTORY_STREAM*,logical) global function: Sets a check point for roll back and returns model differences since previous call to api_note_state.
api_nroots_of_law(law*,double,double,int*,double**) global function: Gets all the roots of the given law over the given domain.
api_nsolve_laws(law*,law*,double,double,int*,double**) global function: Determines where two given laws are equal within a given domain.
api_offset_body(BODY*,double,SPAposition,SPAposition,AcisOptions*) global function
api_offset_body(BODY*,double,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Offsets all faces of a body based on a given distance.
api_offset_face(FACE*,double,FACE*&,AcisOptions*) global function: Creates a face that is an offset of the given face.
api_offset_faces(int const,FACE*[],double,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Offsets an array of faces based on a given distance.
api_offset_faces(int const,FACE*[],double,SPAposition,SPAposition,AcisOptions*) global function
api_offset_faces_make_sheet(int const&,FACE*[],double,int const&,FACE*[],double[],BODY*&,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Offsets an array of faces, (each face as required) and makes a new sheet out of the offset faces while the original body is untouched.
api_offset_faces_make_sheet(int const&,FACE*[],double,int const&,FACE*[],double[],BODY*&,SPAposition,SPAposition,AcisOptions*) global function
api_offset_faces_specific(int const&,FACE*[],double,int const&,FACE*[],double[],SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Offsets an array of faces, each face as required.
api_offset_faces_specific(int const&,FACE*[],double,int const&,FACE*[],double[],SPAposition,SPAposition,AcisOptions*) global function
api_offset_planar_face_loops(FACE*,double,BODY*&,sg_gap_type,AcisOptions*) global function: Offsets a face's loops to form a new body.
api_offset_planar_wire(BODY*,law*,law*,SPAunit_vector&,BODY*&,int,logical,logical,AcisOptions*) global function
api_offset_planar_wire(BODY*,wire_offset_options*,BODY*&,AcisOptions*) global function: Modifies a planar wire body or a single WIRE.
api_offset_planar_wire(WIRE*,TRANSFORM const*,double,SPAunit_vector&,BODY*&,AcisOptions*) global function
api_offset_planar_wire(BODY*,double,SPAunit_vector&,BODY*&,AcisOptions*) global function
api_optimize_tvertex_tolerance(EDGE*,AcisOptions*) global function: Optimize (minimizes) the TVERTEX tolerance at the ends of a EDGE or TEDGE.
api_part_add_entity(ENTITY*,PART*) global function: Adds an ENTITY to a PART.
api_part_create(unsigned int,PART*&) global function: Creates a new PART.
api_part_delete(PART*) global function: Deletes a PART.
api_part_delete_all_states(HISTORY_STREAM*) global function: Deletes all states.
api_part_entities(PART*,entity_filter*,ENTITY_LIST&) global function: Gets a list of entities in a PART.
api_part_entity_id(ENTITY*,entity_id_t&,PART*&) global function: Gets the entity ID and part for an ENTITY.
api_part_get_distribution_mode(logical&) global function: Gets history distribution mode which is either TRUE or FALSE.
api_part_load(FILE*,logical,PART*,logical,ENTITY_LIST&) global function: Loads a file into a PART.
api_part_lookup_entity(entity_id_t,PART*,ENTITY*&) global function: Gets an entity given an ID and a PART.
api_part_name_state(char*,HISTORY_STREAM*) global function: Names the current state.
api_part_note_state(outcome,int&) global function: Marks the end of a state.
api_part_remove_entity(ENTITY*) global function: Removes an ENTITY from a part.
api_part_roll_n_states(int,HISTORY_STREAM*,int&) global function: Rolls forward or backward a specified number of states.
api_part_roll_to_state(char*,HISTORY_STREAM*,int&) global function: Rolls to the start of a named state.
api_part_save(FILE*,logical,PART*,logical,logical) global function: Saves a PART to a file.
api_part_set_distribution_mode(logical) global function: Sets history distribution on or off.
api_part_start_state(int&) global function: Marks the start of a state.
api_pattern_apply_to_entity(ENTITY*,pattern*,int,ENTITY_LIST&,PAT_CHECK_TYPE,AcisOptions*) global function: Creates a pattern of entities from a seed entity.
api_pattern_apply_to_entity(ENTITY_LIST,pattern*,int,ENTITY_LIST&,PAT_CHECK_TYPE,AcisOptions*) global function: Creates a pattern of entities from a seed entity.
api_pattern_copy(pattern*&,pattern*,AcisOptions*) global function: Returns a copy of a specified pattern.
api_pattern_create_cylindrical(pattern*&,FACE*,int,int,double,logical,AcisOptions*) global function: Creates a pattern with cylindrical symmetry.
api_pattern_create_cylindrical(pattern*&,SPAposition&,SPAvector&,int,int,double,logical,AcisOptions*) global function: Creates a pattern with cylindrical symmetry.
api_pattern_create_elliptical(pattern*&,SPAposition&,SPAvector&,int,logical,SPAposition&,double,double,SPAvector&,AcisOptions*) global function: Creates an elliptical pattern.
api_pattern_create_from_laws(pattern*&,law*,law*,law*,law*,law*,law*,SPAtransf&,AcisOptions*) global function: Creates a pattern from a set of laws.
api_pattern_create_from_list(pattern*&,SPAtransf*,int,SPAtransf&,AcisOptions*) global function: Creates a pattern from an array of transforms.
api_pattern_create_from_list(pattern*&,SPAposition*,int,SPAposition&,AcisOptions*) global function: Creates a displacement pattern from an array of positions.
api_pattern_create_hex(pattern*&,SPAvector&,SPAvector&,int,int,int,AcisOptions*) global function: Creates a hexagonal pattern in two or three dimensions.
api_pattern_create_hex_cylindrical(pattern*&,SPAposition&,SPAvector&,int,int,double,AcisOptions*) global function: Creates a hexagonal pattern with cylindrical symmetry.
api_pattern_create_hex_cylindrical(pattern*&,FACE*,int,int,double,AcisOptions*) global function: Creates a hexagonal pattern with cylindrical symmetry.
api_pattern_create_linear(pattern*&,SPAvector&,int,SPAvector&,int,SPAvector&,int,logical,logical,logical,AcisOptions*) global function: Creates a linear pattern.
api_pattern_create_on_curve(pattern*&,curve&,SPAinterval&,int,SPAposition&,logical,law*,SPAvector&,SPAvector&,SPAtransf&,AcisOptions*) global function: Creates a pattern parallel to a curve.
api_pattern_create_on_edge(pattern*&,EDGE*,int,SPAposition&,logical,SPAvector&,SPAvector&,AcisOptions*) global function: Creates a pattern parallel to an edge.
api_pattern_create_on_edge(pattern*&,COEDGE*,int,SPAposition&,logical,SPAvector&,SPAvector&,AcisOptions*) global function: Creates a pattern parallel to an edge.
api_pattern_create_on_edge(pattern*&,EDGE*,FACE*,int,SPAposition&,logical,SPAvector&,SPAvector&,AcisOptions*) global function: Creates a pattern parallel to an edge.
api_pattern_create_on_surface(pattern*&,FACE*,int,int,SPAposition&,logical,SPAvector&,SPAvector&,AcisOptions*) global function: Creates a pattern parallel to a surface.
api_pattern_create_on_surface(pattern*&,surface&,SPApar_box&,int,int,SPAposition&,logical,SPAvector&,SPAvector&,SPAtransf&,AcisOptions*) global function: Creates a pattern parallel to a surface.
api_pattern_create_polar_grid(pattern*&,SPAposition&,SPAvector&,int,double,SPAvector&,logical,logical,double,double,double,AcisOptions*) global function: Creates a polar-grid pattern.
api_pattern_create_radial(pattern*&,SPAposition&,SPAvector&,int,int,double,SPAvector&,logical,double,double,double,AcisOptions*) global function: Creates a radial pattern.
api_pattern_create_random(pattern*&,SPAvector&,int,int,logical,SPAvector&,SPAvector&,AcisOptions*) global function: Creates a random pattern within the indicated region.
api_pattern_create_spherical(pattern*&,SPAposition&,int,SPAposition&,double,AcisOptions*) global function: Creates a spherical pattern.
api_pattern_destroy(pattern*,AcisOptions*) global function: Decrements the use-count of a given pattern and deletes the pattern if it is no longer used.
api_pattern_find_bump(ENTITY*,ENTITY_LIST&,ENTITY_LIST&,ENTITY_LIST&,AcisOptions*) global function: Finds the bump associated with a given face or loop.
api_pattern_modify_compose(pattern*,pattern*,AcisOptions*) global function: Returns a pattern that is the composition of two given patterns.
api_pattern_modify_concatenate(pattern*,pattern*,SPAtransf&,AcisOptions*) global function: Returns a pattern that is the concatenation of two given patterns.
api_pattern_modify_element_remove(pattern*,int,AcisOptions*) global function: Suppresses an element, specified by its index, of a given pattern.
api_pattern_modify_element_remove(pattern*,double*,AcisOptions*) global function: Suppresses an element, specified by its pattern coordinates, of a given pattern.
api_pattern_modify_element_restore(pattern*,int,AcisOptions*) global function: Restores an element, specified by its index, to a given pattern.
api_pattern_modify_element_restore(pattern*,double*,AcisOptions*) global function: Restores an element, specified by its pattern coordinates, to a given pattern.
api_pattern_modify_element_scale(pattern*,int,double,SPAposition&,logical,AcisOptions*) global function: Uniformly scales an element, specified by its index, of a given pattern.
api_pattern_modify_element_scale(pattern*,double*,double,SPAposition&,logical,AcisOptions*) global function: Uniformly scales an element, specified by its pattern coordinates, of a given pattern.
api_pattern_modify_element_scale(pattern*,int,SPAvector&,SPAposition&,logical,AcisOptions*) global function: Non-uniformly scales an element, specified by its index, of a given pattern.
api_pattern_modify_element_scale(pattern*,double*,SPAvector&,SPAposition&,logical,AcisOptions*) global function: Non-uniformly scales an element, specified by its pattern coordinates, of a given pattern.
api_pattern_modify_element_transform(pattern*,int,SPAtransf&,AcisOptions*) global function: Transforms an element, specified by its index, of a given pattern.
api_pattern_modify_element_transform(pattern*,double*,SPAtransf&,AcisOptions*) global function: Transforms an element, specified by its pattern coordinates, of a given pattern.
api_pattern_modify_filter(pattern*,law*,logical,AcisOptions*) global function: Returns a pattern that is the result of filtering a given pattern by a keep law.
api_pattern_modify_filter_alternating(pattern*,logical,logical,int,logical,AcisOptions*) global function: Creates a new pattern by applying an alternating keep-filter to an existing pattern.
api_pattern_modify_filter_periodic(pattern*,logical*,int,int,logical,AcisOptions*) global function: Creates a new pattern by applying a periodic keep-filter to an existing pattern.
api_pattern_modify_filter_random(pattern*,double,logical,AcisOptions*) global function: Creates a new pattern by applying a random keep-filter to an existing pattern.
api_pattern_modify_mirror(pattern*,SPAposition&,SPAvector&,AcisOptions*) global function: Returns a pattern that is a mirror of a given pattern.
api_pattern_modify_offset_random(pattern*,SPAvector&,AcisOptions*) global function: Creates a new pattern by adding random offsets to an existing pattern.
api_pattern_modify_orient_random(pattern*,SPAposition&,SPAinterval&,SPAvector&,SPAinterval&,SPAvector&,AcisOptions*) global function: Creates a new pattern by applying random rotations at each site of an existing pattern.
api_pattern_modify_reflect(pattern*,SPAposition&,SPAvector&,AcisOptions*) global function: Returns a pattern that is a reflection of a given pattern.
api_pattern_modify_root_transformation(pattern*,SPAtransf&,AcisOptions*) global function: Sets the root transformation of a given pattern to a specified transform.
api_pattern_modify_scale(pattern*,law*,SPAposition&,logical,AcisOptions*) global function: Returns a pattern that is the result of scaling a given pattern by a scale law.
api_pattern_modify_scale_alternating(pattern*,SPAvector&,SPAvector&,int,SPAposition&,logical,AcisOptions*) global function: Creates a new pattern by applying an alternating scale to an existing pattern.
api_pattern_modify_scale_alternating(pattern*,double,double,int,SPAposition&,logical,AcisOptions*) global function: Creates a new pattern by applying an alternating scale to an existing pattern.
api_pattern_modify_scale_linear(pattern*,SPAvector&,SPAvector&,int,SPAposition&,logical,AcisOptions*) global function: Creates a new pattern by applying a linear scale to an existing pattern.
api_pattern_modify_scale_linear(pattern*,double,double,int,SPAposition&,logical,AcisOptions*) global function: Creates a new pattern by applying a linear scale to an existing pattern.
api_pattern_modify_scale_periodic(pattern*,double*,int,int,SPAposition&,logical,AcisOptions*) global function: Creates a new pattern by applying a periodic scale to an existing pattern.
api_pattern_modify_scale_periodic(pattern*,SPAvector*,int,int,SPAposition&,logical,AcisOptions*) global function: Creates a new pattern by applying a periodic scale to an existing pattern.
api_pattern_modify_scale_random(pattern*,SPAvector&,SPAvector&,SPAposition&,logical,AcisOptions*) global function: Creates a new pattern by applying a random scale to an existing pattern.
api_pattern_modify_scale_random(pattern*,double,double,SPAposition&,logical,AcisOptions*) global function: Creates a new pattern by applying a random scale to an existing pattern.
api_pattern_modify_transform(pattern*,SPAtransf&,AcisOptions*) global function: Returns a pattern that is a specified transform of a given pattern.
api_pattern_query_coordinate_dimension(pattern*,int&,AcisOptions*) global function: Returns the dimensionality of the given pattern.
api_pattern_query_coordinates(pattern*,int&,int&,double**&,AcisOptions*) global function: Returns an array of pattern coordinate arrays for members of the specified pattern.
api_pattern_query_element_indices(pattern*,int&,int*&,AcisOptions*) global function: Returns an array of pattern indices for members of the specified pattern.
api_pattern_query_root_transformation(pattern*,SPAtransf&,AcisOptions*) global function: Returns the root transformation of a given pattern.
api_pattern_query_size(pattern*,int&,AcisOptions*) global function: Returns the number of elements in a given pattern.
api_pattern_query_transformations(pattern*,SPAtransf*&,int&,AcisOptions*) global function: Returns the array of transforms associated with a specified pattern.
api_pattern_to_entity(pattern*,ENTITY*&,AcisOptions*) global function: Converts a pattern into an entity for the purposes of saving to and restoring from a SAT file.
api_pattern_update_entities(ENTITY*,ENTITY_LIST&,pattern*,int,ENTITY_LIST&,PAT_CHECK_TYPE,AcisOptions*) global function: Refreshes the elements of a pattern to incorporate changes made to one of them.
api_pause_journal(AcisOptions*) global function: Sets the status flag for journalizing to off, disabling the snapshot journal mechanism.
api_phlv5_clean(ENTITY_LIST const&,int,AcisOptions*) global function: Removes PHLV5 attributes from a list of bodies.
api_phlv5_compute(VOID_LIST const&,int,SPAposition const&,SPAposition const&,logical,ENTITY_LIST&,phlv5_options*,AcisOptions*) global function: Computes hidden line data for the given viewing parameters and void list of occurrences.
api_phlv5_compute(ENTITY_LIST const&,int,SPAposition const&,SPAposition const&,logical,ENTITY_LIST&,phlv5_options*,AcisOptions*) global function: Computes hidden line data for the given viewing parameters and list of bodies.
api_phlv5_retrieve(ENTITY_LIST const&,int,ENTITY_LIST&,PHLV5_CAMERA*&,AcisOptions*) global function: Retrieves data stored in PHLV5 attributes with a matching view token and returns it as an ENTITY_LIST of PHLV5_EDGEs.
api_pidget(ENTITY*,pid_base*&,AcisOptions*) global function: Gets the persistent ID (PID) of the entity.
api_pidrem(ENTITY*,AcisOptions*) global function: Removes the PID from the entity.
api_pidset(ENTITY*,AcisOptions*) global function: Sets the PID of the entity.
api_pierce_sheet(BODY*,BODY*,FACE*&,AcisOptions*) global function
api_planar_face_pr(FACE*,double,double&,SPAposition&,double&,double&,SPAunit_vector&,SPAunit_vector&,double&,AcisOptions*) global function: Locates area, center of area, second moments, and principal axes of a planar face.
api_planar_slice(BODY*,SPAposition&,SPAunit_vector&,BODY*&,AcisOptions*) global function: Slices a body with a plane.
api_pm_add_entity(ENTITY*,PART*) global function: Adds an ENTITY to a PART.
api_pm_create_part(unsigned int,PART*&) global function: Creates a new PART.
api_pm_delete_all_states(HISTORY_STREAM*) global function: Deletes all states.
api_pm_delete_part(PART*) global function: Deletes a PART.
api_pm_entity_id(ENTITY*,entity_id_t&,PART*&) global function: Gets the entity ID and part for an ENTITY.
api_pm_load_part(FILE*,logical,PART*,logical,ENTITY_LIST&) global function: Loads a file into a PART.
api_pm_load_part(FILE*,logical,PART*,logical,ENTITY_LIST&) global function: Loads a file into a PART.
api_pm_lookup_entity(entity_id_t,PART*,ENTITY*&) global function: Gets an entity given an ID and a PART.
api_pm_name_state(char*,HISTORY_STREAM*) global function: Names the current state.
api_pm_note_state(outcome,int&) global function: Marks the end of a state.
api_pm_part_entities(PART*,entity_filter*,ENTITY_LIST&) global function: Gets a list of entities in a PART.
api_pm_remove_entity(ENTITY*) global function: Removes an ENTITY from a part.
api_pm_roll_n_states(int,HISTORY_STREAM*,int&) global function: Rolls forward or backward a specified number of states.
api_pm_roll_to_state(char*,HISTORY_STREAM*,int&) global function: Rolls to the start of a named state.
api_pm_save_part(FILE*,logical,PART*,logical,logical) global function: Saves a PART to a file.
api_pm_start_state(int&) global function: Marks the start of a state.
api_point_in_body(SPAposition const&,BODY*,point_containment&,logical,AcisOptions*) global function: Determines whether the given point lies inside,outside,or on the boundary of a given body.
api_point_in_face(SPAposition const&,FACE*,SPAtransf const&,point_face_containment&,SPApar_pos const&,SPAposition const&,point_face_containment,logical,int,AcisOptions*) global function: Determines the relationship of a position within a given face's surface.
api_point_in_face(SPAposition const&,FACE*,SPAtransf const&,point_face_containment&,SPApar_pos const&,logical,int,AcisOptions*) global function: Determines the relationship of a position within a given face's surface.
api_preview_blends(BODY*,BODY*&,ENTITY_LIST const&,ENTITY_LIST&,AcisOptions*) global function: Creates a "preview body" containing faces which allow a rough preview of one or more blends.
api_project_curve_to_surface(curve&,SPAinterval&,surface&,curve*&,AcisOptions*) global function: Projects a curve onto a surface.
api_project_wire(BODY*,BODY*,SPAunit_vector&,double,AcisOptions*) global function: Projects a wire body onto a manifold or nonmanifold body.
api_prune_following(HISTORY_STREAM*) global function: Removes forward DELTA_STATE objects from a HISTORY_STREAM.
api_prune_history(HISTORY_STREAM*,DELTA_STATE*) global function: Removes a DELTA_STATE from a HISTORY_STREAM.
api_ptent_rel(APOINT*,ENTITY*,point_entity_rel*&,AcisOptions*) global function: Determines the relationship of given point to a given entity (POINT,EDGE, FACE, or BODY).
api_q_edges_around_vertex(VERTEX*,ENTITY_LIST*,AcisOptions*) global function: Gets a list of edges that share a given vertex.
api_query_state_validity(DELTA_STATE*,logical&,HISTORY_STREAM*) global function: Returns TRUE if the given DELTA_STATE is in the HISTORY_STREAM.
api_ray_test_body(SPAposition const&,SPAunit_vector const&,double,int,BODY*,ENTITY_LIST&,double*&,AcisOptions*) global function: Gets the list of entities that are hit when a ray is fired at a body.
api_ray_test_ents(SPAposition const&,SPAunit_vector const&,double,int,int,ENTITY*[],ENTITY_LIST&,double*&,AcisOptions*) global function: Gets the list of entities that are hit when a ray is fired at one or more entities.
api_raytest_body(SPAposition const&,SPAunit_vector const&,double,int,BODY*,hit*&,AcisOptions*) global function: Gets the list of hits when a ray is fired at a body.
api_raytest_ents(SPAposition const&,SPAunit_vector const&,double,int,int,ENTITY*[],hit*&,AcisOptions*) global function: Gets the list of hits when a ray is fired at a one or more entities.
api_reenter_coedges_li(int,Loft_Connected_Coedge_List*,AcisLoftingInterface*,BODY**&,AcisOptions*) global function: Sets the coedge list and remakes the lofting wires.
api_regularise_entity(ENTITY*,AcisOptions*) global function: Removes faces, edges and vertices that are not necessary to support the topology of the entity.
api_remove_and_repair_body(int const,FACE*[],SPAposition,SPAposition,AcisOptions*) global function: Removes faces and repairs the body.
api_remove_face(FACE*,AcisOptions*) global function: Removes a face from a body.
api_remove_faces(int const,FACE*[],SPAposition,SPAposition,AcisOptions*) global function
api_remove_faces(int const,FACE*[],SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Removes an array of faces, growing the adjacent faces to fill the gap.
api_remove_from_collection(ENTITY_LIST&,SPACOLLECTION*,AcisOptions*) global function: Removes a list of entities from a collection.
api_remove_generic_named_attribute(ENTITY*,char*,AcisOptions*) global function: Removes a named attribute attached to an entity.
api_remove_lop_attribs(ENTITY*,AcisOptions*) global function: Removes all attributes that a local operation attached to EDGEs and VERTEXs contained in an entity.
api_remove_mapping_curve_sli(AcisSLInterface*,int,AcisOptions*) global function: Removes a mapping curve from the AcisSLInterface.
api_remove_no_merge_attrib(ENTITY_LIST&,AcisOptions*) global function
api_remove_state(DELTA_STATE*) global function: Merges a DELTA_STATE instance into a HISTORY_STREAM.
api_remove_transf(ENTITY*,AcisOptions*) global function: Removes (discards) the transformation of a body.
api_remove_vertex_sli(AcisSLInterface*,WIRE*,SPAposition&,AcisOptions*) global function: Removes a vertex from each wire in a list of wires.
api_remove_wire_edge(EDGE*,AcisOptions*) global function: Removes a wire edge from a body.
api_remove_wire_edges(int const,EDGE**,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Removes an array of EDGEs in a WIRE body by extending the adjacent EDGEs and intersecting to fill the gap.
api_repair_body_self_ints(BODY*,int const,FACE*[],AcisOptions*) global function: Repairs self intersections in the supplied body.
api_replace_edge_with_tedge(EDGE*,TEDGE*&,AcisOptions*) global function: Replaces an EDGE with a tolerant EDGE (TEDGE).
api_replace_edge_with_tvertex(ENTITY_LIST&,ENTITY_LIST&,AcisOptions*) global function: Replaces edges with tolerant vertices.
api_replace_face_with_tedge(FACE*,ENTITY_LIST&,AcisOptions*) global function: Replaces a two or three-edge face with a tolerant edge.
api_replace_tedge_with_edge(TEDGE*,EDGE*&,AcisOptions*) global function: Replaces a TEDGE with a normal EDGE.
api_replace_tvertex_with_vertex(TVERTEX*,VERTEX*&,AcisOptions*) global function: Replaces a TVERTEX with a normal VERTEX.
api_replace_vertex_with_tvertex(VERTEX*,TVERTEX*&,AcisOptions*) global function: Replaces a VERTEX with a tolerant VERTEX (TVERTEX).
api_reset_boxes(ENTITY*,AcisOptions*) global function: Removes any cached bounding boxes from the selected BODY and its subparts (or just the selected entity if it is not a BODY).
api_reset_bs3_approximation(FACE*,double&,double,bs3_surface&,logical,AcisOptions*) global function: Recomputes the bs3 surface approximation, using the default algorithm.
api_restore_entity_list(FILE*,logical,ENTITY_LIST&,AcisOptions*) global function: Restores entities from file.
api_restore_entity_list_file(FileInterface*,ENTITY_LIST&,AcisOptions*) global function: Restores entities from a custom input target.
api_restore_entity_list_with_history(FILE*,logical,ENTITY_LIST&,HISTORY_STREAM_LIST&,DELTA_STATE_LIST&,AcisOptions*) global function: Restores an ENTITY_LIST from a file with history.
api_restore_entity_list_with_history_file(FileInterface*,ENTITY_LIST&,HISTORY_STREAM_LIST&,DELTA_STATE_LIST&,AcisOptions*) global function: Restores an ENTITY_LIST from a file.
api_restore_history(FILE*,logical,HISTORY_STREAM_LIST&,logical,AcisOptions*) global function: Restores a HISTORY_STREAM and associated entities and ENTITY ID information from a file.
api_restore_history_file(FileInterface*,HISTORY_STREAM_LIST&,logical,AcisOptions*) global function: Restores a HISTORY_STREAM and associated entities and entity id information from a file.
api_resume_journal(AcisOptions*) global function: Sets the status flag for journalizing to on, enabling the snapshot journal mechanism.
api_return_collection_ents(SPACOLLECTION*,ENTITY_LIST&,AcisOptions*) global function: Gets a list of all entities in a collection.
api_return_collections(ENTITY*,ENTITY_LIST&,AcisOptions*) global function: Gets a list of all collections in which an entity participates.
api_reverse_body(BODY*,AcisOptions*) global function: Reverses the orientations of all coedges in the body.
api_reverse_face(FACE*&,AcisOptions*) global function: Reverses the sense of a face.
api_reverse_wire(WIRE*,AcisOptions*) global function: Reverses the direction (sense) of a wire.
api_reverse_wire(ENTITY*,AcisOptions*) global function: Reverses the direction (sense) of a wire.
api_rh_convert_image_end() global function: Terminates conversion of an image.
api_rh_convert_image_start(LwInt32,LwInt32) global function: Starts conversion of an image.
api_rh_convert_rgb_float_scanline(LwFloat*,LwInt32*) global function: Converts a scanline of LwFloat values.
api_rh_convert_rgb_scanline(LwNat8*,LwInt32*) global function: Converts a scanline of LwNat8 values.
api_rh_copy_background(RH_BACKGROUND*,RH_BACKGROUND*&) global function: Creates a copy of a background.
api_rh_copy_foreground(RH_FOREGROUND*,RH_FOREGROUND*&) global function: Creates a copy of a foreground.
api_rh_copy_light(RH_LIGHT*,RH_LIGHT*&) global function: Creates a copy of a light.
api_rh_copy_material(RH_MATERIAL*,RH_MATERIAL*&) global function: Creates a copy of a material.
api_rh_copy_texture_space(RH_TEXTURE_SPACE*,RH_TEXTURE_SPACE*&) global function: Copies a texture space.
api_rh_create_background(char*,RH_BACKGROUND*&) global function: Creates a background.
api_rh_create_cube_environment(unsigned char*[6],int,int[6],int[6],Image_Access_Function,RH_ENVIRONMENT_MAP*&) global function: Creates an environment map from six raster images.
api_rh_create_foreground(char*,RH_FOREGROUND*&) global function: Creates a foreground.
api_rh_create_light(char*,RH_LIGHT*&) global function: Creates a light.
api_rh_create_light_shadow(RH_LIGHT*,ENTITY_LIST const&) global function: Creates a shadow mask for a light from a list of entities.
api_rh_create_material(RH_MATERIAL*&) global function: Creates a material.
api_rh_create_texture_space(char*,RH_TEXTURE_SPACE*&) global function: Creates a texture space.
api_rh_def_color_comp(char*) global function: Sets a material's default color component.
api_rh_def_displace_comp(char*) global function: Sets a material's default displacement component.
api_rh_def_reflect_comp(char*) global function: Sets a material's default displacement component.
api_rh_def_transp_comp(char*) global function: Sets a material's default transparency component.
api_rh_delete_background(RH_BACKGROUND*) global function: Deletes a background.
api_rh_delete_environment_map(RH_ENVIRONMENT_MAP*) global function: Deletes an environment map.
api_rh_delete_foreground(RH_FOREGROUND*) global function: Deletes a foreground.
api_rh_delete_light(RH_LIGHT*) global function: Deletes a light.
api_rh_delete_light_shadow(RH_LIGHT*) global function: Deletes a light's shadow.
api_rh_delete_material(RH_MATERIAL*) global function: Deletes a material.
api_rh_delete_texture_space(RH_TEXTURE_SPACE*) global function: Deletes a texture space.
api_rh_display_image(LwInt32,LwInt32,LwDisplayMethod,LwInt32,LwVoid(*input_scanline)(LwInt32 y, LwNat8**),LwVoid(*output_scanline)(LwInt32 y, LwInt32*),LwVoid(*set_colour_map)(LwNat8*)) global function: Sets the display image parameters.
api_rh_get_background(RH_BACKGROUND*&) global function: Gets the current background.
api_rh_get_background_args(RH_BACKGROUND*,char*&,int&,char**&,Render_Arg*&) global function: Gets the arguments of a background.
api_rh_get_background_types(int&,char**&) global function: Gets a list of valid background type names.
api_rh_get_clipping(double&,double&) global function: Gets the depth clipping parameters that affect view-dependent faceting.
api_rh_get_color_comp(RH_MATERIAL*,char*&,int&,char**&,Render_Arg*&) global function: Gets the arguments of a material's color component.
api_rh_get_color_comp_list(int&,char**&) global function: Gets a list of valid color component names.
api_rh_get_control_variable(Render_Control_Var,Render_Arg&) global function: Gets a render control variable.
api_rh_get_default_background_rgb(rgb_color&) global function: Gets the background default RGB color for new toolkit graphics windows.
api_rh_get_default_edge_rgb(rgb_color&) global function: Gets the default RGB color for new edge entities.
api_rh_get_default_face_rgb(rgb_color&) global function: Gets the default RGB color for new face entities.
api_rh_get_default_rgb(rgb_color&) global function: Gets the default RGB color for newly-created entities.
api_rh_get_default_vertex_rgb(rgb_color&) global function: Gets the default RGB color for new vertex entities.
api_rh_get_displace_comp(RH_MATERIAL*,char*&,int&,char**&,Render_Arg*&) global function: Gets the arguments of a material's displacement component.
api_rh_get_displace_comp_list(int&,char**&) global function: Gets a list of valid displacement component names.
api_rh_get_displace_status(RH_MATERIAL*,logical&) global function: Gets the status of a material's displacement component.
api_rh_get_entity_rgb(ENTITY*,rgb_color&,logical,logical&) global function: Gets the RGB color of an entity.
api_rh_get_environment_map(RH_ENVIRONMENT_MAP*&) global function: Gets the current environment map.
api_rh_get_foreground(RH_FOREGROUND*&) global function: Gets the current foreground.
api_rh_get_foreground_args(RH_FOREGROUND*,char*&,int&,char**&,Render_Arg*&) global function: Gets the arguments of a foreground.
api_rh_get_foreground_types(int&,char**&) global function: Gets a list of valid foreground type names.
api_rh_get_highlight_rgb(rgb_color&) global function: Gets the RGB color used to highlight entities.
api_rh_get_light_args(RH_LIGHT*,char*&,int&,char**&,Render_Arg*&) global function: Gets the arguments of a light.
api_rh_get_light_list(ENTITY_LIST&) global function: Gets the contents of the active light list.
api_rh_get_light_state(RH_LIGHT*,logical*) global function: Gets the on/off state of light.
api_rh_get_light_types(int&,char**&) global function: Gets a list of valid light type names.
api_rh_get_material(ENTITY*,RH_MATERIAL*&) global function: Gets the material attached to an entity.
api_rh_get_material_color(ENTITY*,double&,double&,double&,logical&) global function: Gets the material color associated with a geometric entity.
api_rh_get_material_color(ENTITY*,double&,double&,double&) global function
api_rh_get_material_reflection(ENTITY*,double&,double&,double&,double&) global function: Gets the material reflection properties associated with a geometric entity.
api_rh_get_material_texture(ENTITY*,char*&) global function: Gets the material texture associated with a geometric entity.
api_rh_get_material_transp(ENTITY*,double&) global function: Gets the material transparency associated with a geometric entity.
api_rh_get_output_mode(Output_Mode&) global function: Gets the current output mode.
api_rh_get_reflect_comp(RH_MATERIAL*,char*&,int&,char**&,Render_Arg*&) global function: Gets the arguments of a material's reflectance component.
api_rh_get_reflect_comp_list(int&,char**&) global function: Gets a list of valid reflectance component names.
api_rh_get_reflect_status(RH_MATERIAL*,logical&) global function: Gets the status of a material's reflection component.
api_rh_get_render_mode(Render_Mode&) global function: Gets the current render mode.
api_rh_get_resolution(int&,int&,double&,double&) global function: Gets the default screen faceting resolution controls.
api_rh_get_sidedness(ENTITY*,int&) global function: Gets the sidedness of an entity.
api_rh_get_sub_image(int&,int&,int&,int&) global function: Gets the pixel coordinates of the region of interest on a screen.
api_rh_get_texture_space(ENTITY*,RH_TEXTURE_SPACE*&) global function: Gets the texture space attached to an entity.
api_rh_get_texture_space_args(RH_TEXTURE_SPACE*,char*&,int&,char**&,Render_Arg*&) global function: Gets the arguments of a texture space.
api_rh_get_texture_space_types(int&,char**&) global function: Gets a list of valid texture space type names.
api_rh_get_transp_comp(RH_MATERIAL*,char*&,int&,char**&,Render_Arg*&) global function: Gets the arguments of a material's transparency component.
api_rh_get_transp_comp_list(int&,char**&) global function: Gets a list of valid transparency component names.
api_rh_get_transp_status(RH_MATERIAL*,logical&) global function: Gets the status of a material's transparency component.
api_rh_get_view(SPAposition&,SPAposition&,SPAvector&,Projection_Type&,double&) global function: Gets the view parameters that affect view-dependent faceting.
api_rh_initialise() global function: Initializes the renderer.
api_rh_initialise_image_utilities() global function: Initializes the Image Utilities Library.
api_rh_initialise_supl_shaders() global function: Initializes the supplemental shaders.
api_rh_read_lightworks_image(FILE*,LwInt32,LwInt32,LwInt32,LwNat8*) global function: Gets the LightWorks image for display.
api_rh_read_lightworks_image_size(FILE*,LwInt32*,LwInt32*) global function: Gets the LightWorks image size.
api_rh_render_cube_environment(ENTITY_LIST const&,int,SPAposition const&,RH_ENVIRONMENT_MAP*&) global function: Creates an environment map from a list of entities.
api_rh_render_entities(ENTITY_LIST const&,logical) global function: Renders a list of entities.
api_rh_set_background(RH_BACKGROUND*) global function: Sets the current background.
api_rh_set_background_arg(RH_BACKGROUND*,char*,Render_Arg&) global function: Sets an argument for a background.
api_rh_set_clipping(double,double) global function: Sets the near and far clipping planes for faceting.
api_rh_set_color_arg(RH_MATERIAL*,char*,Render_Arg&) global function: Sets an argument of a material's color component.
api_rh_set_color_comp(RH_MATERIAL*,char*) global function: Sets the color component of a material.
api_rh_set_control_variable(Render_Control_Var,Render_Arg&) global function: Sets a render control variable.
api_rh_set_conversion_colour_map(LwInt32,LwInt32,LwInt32,LwInt32,LwInt32,LwInt32,LwInt32) global function: Sets the color map for conversion.
api_rh_set_conversion_method(LwConversionMethod) global function: Sets the method for conversion.
api_rh_set_default_background_rgb(rgb_color) global function: Gets the default background RGB color for new toolkit graphics windows.
api_rh_set_default_edge_rgb(rgb_color) global function: Gets the default RGB color for edge entities.
api_rh_set_default_face_rgb(rgb_color) global function: Gets the default RGB color for new face entities.
api_rh_set_default_rgb(rgb_color) global function: Modifies the default RGB color for newly-created entities.
api_rh_set_default_vertex_rgb(rgb_color) global function: Gets the default RGB color for new vertex entities.
api_rh_set_displace_arg(RH_MATERIAL*,char*,Render_Arg&) global function: Sets an argument of a material's displacement component.
api_rh_set_displace_comp(RH_MATERIAL*,char*) global function: Sets a material's displacement component.
api_rh_set_displace_status(RH_MATERIAL*,logical) global function: Sets the status of a material's displacement component.
api_rh_set_entity_rgb(ENTITY*,rgb_color) global function: Modifies the RGB color index of an ENTITY.
api_rh_set_environment_map(RH_ENVIRONMENT_MAP*) global function: Sets the current environment map.
api_rh_set_foreground(RH_FOREGROUND*) global function: Sets the current foreground.
api_rh_set_foreground_arg(RH_FOREGROUND*,char*,Render_Arg&) global function: Sets an argument of a foreground.
api_rh_set_highlight_rgb(rgb_color) global function: Modifies the RGB color used to highlight entities.
api_rh_set_light_arg(RH_LIGHT*,char*,Render_Arg&) global function: Sets an argument for a light.
api_rh_set_light_list(ENTITY_LIST const&) global function: Sets the active light list.
api_rh_set_light_state(RH_LIGHT*,logical) global function: Sets the on/off state for a light.
api_rh_set_material(ENTITY_LIST const&,RH_MATERIAL*) global function: Attaches a material to a list of entities.
api_rh_set_material_color(ENTITY_LIST const&,double,double,double) global function: Sets the color of a material associated with a geometric entity.
api_rh_set_material_reflection(ENTITY_LIST const&,double,double,double,double) global function: Sets the reflection properties in the material associated with a geometric entity.
api_rh_set_material_texture(ENTITY_LIST const&,char*) global function: Sets the texture file name in the material associated with a geometric entity.
api_rh_set_material_transp(ENTITY_LIST const&,double) global function: Sets the transparency properties in the material associated with a geometric entity.
api_rh_set_output_mode(Output_Mode) global function: Sets the current rendering output mode.
api_rh_set_reflect_arg(RH_MATERIAL*,char*,Render_Arg&) global function: Sets an argument of a material's reflectance component.
api_rh_set_reflect_comp(RH_MATERIAL*,char*) global function: Sets a material's reflectance component.
api_rh_set_reflect_status(RH_MATERIAL*,logical) global function: Sets a material's reflection status.
api_rh_set_render_mode(Render_Mode) global function: Sets the current render mode.
api_rh_set_resolution(int,int,double,double) global function: Sets the default screen faceting resolution controls.
api_rh_set_sidedness(ENTITY_LIST const&,int) global function: Sets the sidedness of faces of entities.
api_rh_set_sub_image(int,int,int,int) global function: Sets the region of image importance within a screen image.
api_rh_set_texture_space(ENTITY_LIST const&,RH_TEXTURE_SPACE*) global function: Attaches a texture space to a list of entities.
api_rh_set_texture_space_arg(RH_TEXTURE_SPACE*,char*,Render_Arg&) global function: Sets an argument for a texture space.
api_rh_set_transp_arg(RH_MATERIAL*,char*,Render_Arg&) global function: Sets an argument of a material's transparency component.
api_rh_set_transp_comp(RH_MATERIAL*,char*) global function: Sets a material's transparency component.
api_rh_set_transp_status(RH_MATERIAL*,logical) global function: Sets a material's transparency status.
api_rh_set_view(SPAposition,SPAposition,SPAvector,Projection_Type,double) global function: Sets the view parameters that affect view-dependent faceting.
api_rh_terminate() global function: Terminates the renderer.
api_rh_terminate_image_utilities() global function: Terminates the use of the Image Format Utility Library.
api_roll_n_states(HISTORY_STREAM*,int,int&) global function: Modifies modeler state by applying zero or more DELTA_STATE.
api_rsw_face_path(FACE*,logical,COEDGE*,sweep_options*) global function
api_rsw_face_vec(FACE*,logical,SPAvector&,sweep_options*) global function
api_rsw_wire_path(BODY*,COEDGE*,sweep_options*) global function
api_rsw_wire_path(WIRE*,COEDGE*,sweep_options*) global function
api_rsw_wire_vec(WIRE*,SPAvector&,sweep_options*) global function
api_rsw_wire_vec(BODY*,SPAvector&,sweep_options*) global function
api_save_entity_list(FILE*,logical,ENTITY_LIST const&,AcisOptions*) global function: Writes entities to a file in text or binary format.
api_save_entity_list_file(FileInterface*,ENTITY_LIST const&,AcisOptions*) global function: Writes entities to a custom output target.
api_save_entity_list_with_history(FILE*,logical,ENTITY_LIST const&,HISTORY_STREAM_LIST&,DELTA_STATE_LIST&,AcisOptions*) global function: Writes an ENTITY_LIST to a file as text or in binary mode.
api_save_entity_list_with_history_file(FileInterface*,ENTITY_LIST const&,HISTORY_STREAM_LIST&,DELTA_STATE_LIST&,logical,AcisOptions*) global function: Writes an ENTITY_LIST to file as text or in binary mode.
api_save_history(FILE*,logical,HISTORY_STREAM*,logical,logical,AcisOptions*) global function: Writes a HISTORY_STREAM and associated entities and entity ID information to a file.
api_save_history_file(FileInterface*,HISTORY_STREAM*,logical,logical,AcisOptions*) global function: Writes a HISTORY_STREAM and associated entities and entity id information to a file.
api_save_state(FILE*,AcisOptions*) global function: Saves the current state of global variables into a text file.
api_save_version(int,int) global function: Sets the save file format.
api_scribe(ENTITY*,EDGE*,double,logical,AcisOptions*) global function: Scribes an edge in the faces of another body or a wire body.
api_selective_boolean_stage1(BODY*,BODY*,generic_graph*&,AcisOptions*) global function: Creates a graph for the first stage of selective Booleans from a tool body and a blank body.
api_selective_boolean_stage2(BODY*,generic_graph*,AcisOptions*) global function: Completes the selective Boolean process for the cells selected.
api_selective_boolean_stage2(BODY*,ENTITY_LIST&,AcisOptions*) global function: Completes the selective Boolean process for the cells selected.
api_selective_unite(BODY*,BODY*,int,SPAposition*,int,SPAposition*,AcisOptions*) global function: Unites two bodies with the given positions.
api_selectively_imprint(BODY*,ENTITY_LIST&,BODY*,ENTITY_LIST&,logical,ENTITY_LIST&,AcisOptions*) global function: Performs an imprint operation using a subset of faces from the tool body and a subset of faces from the blank body.
api_selectively_intersect(int,FACE*[],FACE*[],AcisOptions*) global function: This is a partial Boolean API to intersect an array of faces of one body with an array of faces of another body.
api_separate_body(BODY*,int&,BODY**&,AcisOptions*) global function: Separates the given body into a list of bodies each representing a single lump or wire.
api_set_abh_blends(ENTITY_LIST const&,var_radius*,var_radius*,var_cross_section*,CURVE*,EDGE*,EDGE*,ENTITY*,ENTITY*,logical,logical,double,double,EDGE*,double,double,logical,logical,double,double,AcisOptions*) global function: Sets an implicit variable radius blend on each of a list of edges or vertices.
api_set_acis_options(AcisOptions*,AcisJournal&,AcisVersion&) global function: Copies the AcisJournal and AcisVersion Objects from the arguments to the data members inside AcisOptions.
api_set_active_part(PART*) global function: Sets the part active.
api_set_const_chamfers(ENTITY_LIST const&,double,double,double,double,double,double,logical,logical,double,double,AcisOptions*) global function: Sets an implicit constant radius chamfer on each of a list of edges or vertices.
api_set_const_rounds(ENTITY_LIST const&,double,double,double,double,double,logical,logical,double,double,blend_how,AcisOptions*) global function: Sets an implicit constant radius round on each entity on a list of edges or vertices.
api_set_dbl_option(char const*,double) global function: Sets the value of the specified option to the given double.
api_set_default_history(HISTORY_STREAM*) global function: Sets the input HISTORY_STREAM to be the default the history stream.
api_set_default_minimize_options(minimize_options*) global function: Set the default minimization actions.
api_set_default_refinement(REFINEMENT*,AcisOptions*) global function: Sets the default REFINEMENT in the faceter.
api_set_default_vertex_template(VERTEX_TEMPLATE*,AcisOptions*) global function: Role: Sets the default vertex template in the faceter.
api_set_ee_cr_blend(BODY*,ENTITY*,ENTITY*,bl_convexity,SPAposition const&,double,AcisOptions*) global function: Creates a constant radius entity-entity blend.
api_set_ee_vr_blend(BODY*,ENTITY*,ENTITY*,bl_convexity,SPAposition const&,curve const&,var_radius*,var_radius*,var_cross_section*,AcisOptions*) global function: Creates a variable radius entity-entity blend.
api_set_entity_refinement(ENTITY*,REFINEMENT*,logical,AcisOptions*) global function: Attaches a REFINEMENT to an entity (BODY, LUMP, SHELL, FACE).
api_set_entity_vertex_template(ENTITY*,VERTEX_TEMPLATE*,logical,AcisOptions*) global function: Sets the vertex template on an entity.
api_set_exp_co_ro_fbl_att(ENTITY_LIST const&,ENTITY_LIST const&,ENTITY_LIST const&,logical const&,double const&,double const&,ENTITY_LIST&,AcisOptions*) global function: Sets an explicit constant round attribute on a face (and any faces split from it) and places support attributes on the support faces.
api_set_exp_co_ro_ffbl_att(ENTITY_LIST const&,ENTITY_LIST const&,ENTITY_LIST const&,ENTITY_LIST const&,double const&,double const&,ENTITY_LIST&,AcisOptions*) global function: Sets an explicit constant round attribute on a face (and any faces split from it) and places support attributes on the support faces.
api_set_exp_const_chamfer(FACE*,FACE*,FACE*,double const&,double const&,logical const&,plane const&,AcisOptions*) global function: Sets an explicit constant chamfer attribute on a face.
api_set_exp_const_round(FACE*,FACE*,FACE*,double const&,logical const&,plane const&,logical const&,logical const&,AcisOptions*) global function: Sets an explicit constant round attribute on a face and support attributes on its support faces.
api_set_file_info(unsigned long,FileInfo&) global function: Sets required header info to be written to ACIS save files.
api_set_inst_blend(BODY*,ENTITY*,blend_transition,SPAposition const&,AcisOptions*) global function: Sets a blend instruction on the indicated entity to be obeyed by the general entity-entity blending algorithm.
api_set_int_option(char const*,int) global function: Sets the value of the specified option to the given integer.
api_set_journal(AcisOptions*,AcisJournal&) global function: Copies the AcisJournal object to AcisOptions.
api_set_journal_name(AcisOptions*,char*) global function: Sets the snapshot journal file name.
api_set_journal_name(AcisJournal*,char*) global function: Sets the snapshot journal file name.
api_set_mesh_manager(MESH_MANAGER*,AcisOptions*) global function: Sets the current mesh manager of faceter.
api_set_no_merge_attrib(ENTITY_LIST&,AcisOptions*) global function
api_set_options_li(AcisLoftingInterface*,skin_options*,AcisOptions*) global function: Sets the options in the lofting interface object.
api_set_options_si(AcisSkinningInterface*,skin_options*,AcisOptions*) global function: Sets the options in the skinning interface object.
api_set_pcurve_tightness(COEDGE*,double,bs2_curve&,logical,logical,AcisOptions*) global function: Recalculates pcurve on a coedge so that bs2_curve has a given tolerance.
api_set_str_option(char const*,char const*) global function: Sets the value of the specified option to the given string.
api_set_stream_logging(stream_logging,HISTORY_STREAM*) global function
api_set_tangent_factors_li(AcisLoftingInterface*,double*,AcisOptions*) global function: Sets the scale factors of the takeoff vectors for the lofting operation.
api_set_var_blends(ENTITY_LIST const&,double,double,double,double,CURVE*,EDGE*,EDGE*,double,double,logical,logical,double,double,AcisOptions*) global function: Sets an implicit variable radius blend on each of a list of edges or vertices.
api_set_vblend(VERTEX*,double,double,bl_continuity,bl_v_property,AcisOptions*) global function: Sets an implicit blend on a vertex.
api_set_vblend_auto(VERTEX*,double,bl_continuity,bl_v_property,AcisOptions*) global function: Sets an implicit blend on a vertex, computing and assigning setbacks automatically.
api_set_vblend_autoblend(VERTEX*,double,bl_continuity,bl_v_property,AcisOptions*) global function: Sets an implicit blend on a vertex.
api_set_version(AcisOptions*,AcisVersion&) global function: Copies the version object into the acis option.
api_shadow_taper_faces(int const,FACE*[],SPAunit_vector const&,double const&,SPAposition,SPAposition,AcisOptions*) global function
api_shadow_taper_faces(int const,FACE*[],SPAunit_vector const&,double const&,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Inserts a ruled face which tangentially meets the supplied face, and which covers the region in the shadow cast from a light source.
api_sheet_from_ff(int,FACE*[],BODY*&,AcisOptions*) global function: Creates a sheet body as a copy of a face.
api_sheet_thicken(BODY*,double,logical,SPAposition,SPAposition,logical,AcisOptions*) global function
api_sheet_thicken(BODY*,double,logical,SPAposition&,SPAposition&,lop_options*,logical,AcisOptions*) global function: Creates a solid body from a sheet.
api_shell_external(SHELL*,int&,AcisOptions*) global function: Determines whether a shell is internal or external.
api_show_guides_si(AcisSkinningInterface*,ENTITY_LIST&,AcisOptions*) global function: Gets a list of the virtual guide curves that currently exist in the AcisSkinningInterface.
api_silhouette_edges(FACE*,SPAtransf&,SPAposition&,SPAposition&,int,ENTITY_LIST*,AcisOptions*) global function: Gets a list of silhouette edges for a given face.
api_simplify_body(BODY*,AcisOptions*) global function
api_simplify_entity(ENTITY*&,simplify_options*,AcisOptions*) global function: API for curve and surface simplification.
api_simplify_face(FACE*,logical,AcisOptions*) global function
api_simplify_wires_sli(AcisSLInterface*,AcisOptions*) global function: Reduces G1 vertices in a wire body.
api_skin_faces(FACE*,FACE*,BODY*&,skin_options*,AcisOptions*) global function: Unites two bodies using skinning between two faces.
api_skin_wires(int,BODY*[],BODY*,BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of take off defined by a given "path".
api_skin_wires(int,BODY*[],double,double,double,double,SPAvector&,SPAvector&,BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of take off vectors being defined by a draft angle.
api_skin_wires(int,BODY*[],BODY*&,skinning_ruled,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of the resulting surfaces being ruled.
api_skin_wires(int,BODY*[],double,double,double,double,BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of take off vectors being defined by a draft angle.
api_skin_wires(int,ENTITY_LIST&,BODY*,BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of take off defined by a given "path".
api_skin_wires(ENTITY_LIST&,ENTITY_LIST&,BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of guide curves.
api_skin_wires(int,BODY**,BODY*&,skinning_normals,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of take off vectors normal to the wire profiles.
api_skin_wires(int,ENTITY_LIST&,BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wires contained in an ENTITY_LIST.
api_skin_wires(int,BODY**,BODY*&,SPAvector*,int,EDGE**,int,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of take off vectors and guide curves.
api_skin_wires(int,BODY**,BODY*&,SPAvector*,int,double*,int,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of take off vectors.
api_skin_wires(int,BODY*[],BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wires contained in an array of bodies.
api_skin_wires(int,BODY**,int,int*,BODY***,BODY*&,skinning_normals,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through multiple sequences of wire profiles with the additional constraint of take off vectors being normal to the profiles.
api_skin_wires(int,BODY*[],int,EDGE*[],BODY*&,skin_options*,AcisOptions*) global function: Creates a sheet or solid body that fits a surface (or set of surfaces) through a sequence of wire profiles with the additional constraint of guide curves.
api_slice(BODY*,BODY*,SPAunit_vector&,BODY*&,AcisOptions*) global function: Performs a slice operation between two bodies.
api_slice(BODY*,BODY*,SPAunit_vector&,BODY*&,BoolOptions*,AcisOptions*) global function: Performs a slice operation between two bodies.
api_slice_complete(BODY*,BODY*,SPAunit_vector const&,BODY*&,AcisOptions*) global function: This is a partial Boolean API to complete a slice operation.
api_slice_of_model(ENTITY_LIST&,ENTITY_LIST&,SPAposition,SPAvector,double,double,logical&,AcisOptions*) global function: Creates a new model by a slice based on a clipped copy of the model.
api_smooth_edge_seq(EDGE*,ENTITY_LIST&,AcisOptions*) global function: Gets a sequence of connected edges for the given edge.
api_smooth_edges_to_curve(ENTITY_LIST const&,CURVE*&,EDGE*&,EDGE*&,AcisOptions*) global function: Generates a calibration curve fit to a list of edges.
api_solid_block(SPAposition&,SPAposition&,BODY*&,AcisOptions*) global function: Creates a solid block given two diagonal positions.
api_solid_cylinder_cone(SPAposition&,SPAposition&,double,double,double,SPAposition*,BODY*&,AcisOptions*) global function: Creates a solid cylinder or cone given two positions on the axis.
api_solid_sphere(SPAposition&,double,BODY*&,AcisOptions*) global function: Creates a solid sphere given the center and radius.
api_solid_torus(SPAposition&,double,double,BODY*&,AcisOptions*) global function: Creates a solid torus given the center as well as major and minor radii.
api_space_warp(BODY*,law*,AcisOptions*) global function: Modifies a body based on the given input law.
api_split_curve(EDGE*,SPAposition*,EDGE*,ENTITY_LIST&,AcisOptions*) global function: Splits a lone edge at a position or its intersection with another edge.
api_split_edge_at_disc(EDGE*,ENTITY_LIST&,int,AcisOptions*) global function: Splits an edge at G1 or G2 discontinuities.
api_split_edges_at_poles(ENTITY*,AcisOptions*) global function: Splits the edges of an entity at surface poles.
api_split_face(FACE*,logical,logical,double,AcisOptions*) global function: Splits a spline face along a specified isoparameter curve.
api_split_face_at_disc(FACE*,ENTITY_LIST&,int,AcisOptions*) global function: Splits a face along isoparametric lines at G1 or G2 discontinuities.
api_split_periodic_faces(ENTITY*,AcisOptions*) global function: Splits periodic faces along isoparameter curves to ensure they are well formed.
api_stackmon_limit(size_t) global function: Sets the limit in bytes of how much stack ACIS may use.
api_start_journal(AcisOptions*) global function: Sets the status flag for journalizing to on and initializes journal.
api_start_modeller(int) global function: Starts the modeler.
api_start_vertex_sli(AcisSLInterface*,WIRE*,VERTEX*,AcisOptions*) global function: Modifies which vertex in a loop of coedges forming a wire is the starting vertex for traversing the loop.
api_start_vertex_sli(AcisSLInterface*,int,VERTEX*,AcisOptions*) global function: Modifies which vertex in a loop of coedges forming a wire is the starting vertex for traversing the loop.
api_stitch(BODY*,BODY*,logical,AcisOptions*) global function: Stitches faces along edges and vertices of identical geometry.
api_stitch(ENTITY_LIST&,ENTITY_LIST&,ENTITY_LIST&,stitch_options*,AcisOptions*) global function: Stitches together the given entities.
api_stitch(BODY*,ENTITY_LIST&,stitch_options*,AcisOptions*) global function: Obsolete: Instead, use outcome api_stitch( const ENTITY_LIST& to_be_stitched, ENTITY_LIST& output_bodies, ENTITY_LIST& new_bodies, stitch_options* sopts, AcisOptions* aopts = NULL ).
api_stitch_nonmanifold(ENTITY_LIST&,ENTITY_LIST&,ENTITY_LIST&,ENTITY_LIST&,tolerant_stitch_options*,AcisOptions*) global function: Performs non-manifold stitching between parting faces and part bodies.
api_stop_modeller() global function: Stops the modeler.
api_str_to_law(char*,law**,law_data**,int,AcisOptions*) global function: Creates a law from a string and an optional array of law data.
api_stretch_entity(ENTITY*,SPAposition&,SPAposition&,double,double,int,AcisOptions*) global function: Creates a stretch for a given region of a body along a specified axis.
api_subgraph_2dcell(generic_graph*,generic_graph*&,AcisOptions*) global function: Returns a subgraph containing only the vertices that are 2D cells.
api_subgraph_3dcell(generic_graph*,generic_graph*&,AcisOptions*) global function: Returns a subgraph containing only the vertices that are 3D cells.
api_subset_graph_with_plane(generic_graph*,SPAposition&,SPAunit_vector&,generic_graph*&,AcisOptions*) global function: Finds the subset of a graph on one side of a plane.
api_subtract(BODY*,BODY*,AcisOptions*) global function: Executes a Boolean subtract operation.
api_sw_chain_axis(COEDGE*,SPAposition const&,SPAunit_vector const&,double,int,double,int) global function
api_sw_chain_axis(ENTITY_LIST const&,SPAposition const&,SPAunit_vector const&,double,int,double,int) global function
api_sw_chain_path(COEDGE*,logical,COEDGE*,double) global function
api_sw_chain_path_options(COEDGE*,COEDGE*,sweep_options*,sweeper*) global function
api_sw_chain_surface(ENTITY_LIST&,COEDGE*,surface const&,double,int) global function
api_sw_chain_surface(COEDGE*,COEDGE*,surface const&,double,int) global function
api_sw_chain_vec(ENTITY_LIST const&,SPAvector const&,double,int) global function
api_sw_chain_vec(COEDGE*,SPAvector const&,double,int) global function
api_sw_chain_wire(ENTITY_LIST const&,BODY*,double,int) global function
api_sw_chain_wire(COEDGE*,WIRE*,double,int) global function
api_sw_face_axis(FACE*,logical,SPAposition const&,SPAunit_vector const&,double,int,double,int) global function
api_sw_face_norm(FACE*,logical,double,double,int) global function
api_sw_face_surface(FACE*,logical,COEDGE*,surface const&,double,int) global function
api_sw_face_vec(FACE*,logical,SPAvector const&,double,int) global function
api_sw_face_wire(FACE*,logical,BODY*,double,int) global function
api_sw_face_wire(FACE*,logical,WIRE*,double,int) global function
api_sw_wire_axis_sol(WIRE*,SPAposition const&,SPAunit_vector const&,double,int,double,int) global function
api_sw_wire_axis_sol(BODY*,SPAposition const&,SPAunit_vector const&,double,int,double,int) global function
api_sweep_more(int,FACE*[],double,SPAposition,SPAposition,AcisOptions*) global function
api_sweep_more(int,FACE*[],double,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Sweeps an array of faces along a path defined by the faces adjacent the given faces.
api_sweep_with_options(ENTITY*,SPAvector&,sweep_options*,BODY*&,AcisOptions*) global function: Sweeps along a planar or nonplanar path.
api_sweep_with_options(ENTITY*,SPAposition&,SPAvector&,sweep_options*,BODY*&,AcisOptions*) global function: Sweeps along a planar or nonplanar path.
api_sweep_with_options(ENTITY*,double,sweep_options*,BODY*&,AcisOptions*) global function: Sweeps along a planar or nonplanar path.
api_sweep_with_options(ENTITY*,ENTITY*,sweep_options*,BODY*&,AcisOptions*) global function: Sweeps along a planar or nonplanar path.
api_taper_faces(int const,FACE*[],SPAposition const&,SPAunit_vector const&,double const&,SPAposition,SPAposition,vent_type_id,AcisOptions*) global function
api_taper_faces(int const,FACE*[],SPAposition const&,SPAunit_vector const&,double const&,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Tapers each given face about the intersection between the surface underlying the face and a given plane by a given draft angle.
api_terminate_admgi_control() global function: Terminates the admgi_control library.
api_terminate_admgi_draweng() global function: Terminates the admgi_draweng library.
api_terminate_admhoops() global function: Terminates the admhoops library.
api_terminate_admicon(adm_options*,AcisOptions*) global function: Terminates the admicon library.
api_terminate_advanced_blending() global function: Terminates the advanced blending library.
api_terminate_blending() global function: Terminates the blending library.
api_terminate_booleans() global function: Terminates the Boolean library.
api_terminate_cellular_topology() global function: Terminates the cellular topology library.
api_terminate_clearance() global function: Terminates the clearance library.
api_terminate_constructors() global function: Terminates the constructor library.
api_terminate_covering() global function: Terminates the Covering Component library.
api_terminate_defeature() global function: Terminates the defeature library.
api_terminate_deformable_modeling(adm_options*,AcisOptions*) global function: Terminates the deformable modeling library.
api_terminate_euler_ops() global function: Terminates the Euler Operations Component library.
api_terminate_face_removal() global function: Terminates the removal library.
api_terminate_faceter() global function: Terminates the faceter library.
api_terminate_generic_attributes() global function: Terminates the generic attributes library.
api_terminate_healing() global function: Terminates the HEAL library.
api_terminate_hidden_line_removal() global function: Terminates the hidden line library.
api_terminate_hoops_acis_bridge() global function: ACIS style termination.
api_terminate_interactive_hidden_line(void) global function: Terminates the interactive hidden line library.
api_terminate_intersectors() global function: Terminates the intersector library.
api_terminate_kernel() global function: Terminates the kernel library.
api_terminate_local_ops() global function: Terminates the local operations library.
api_terminate_lopt_ops() global function: Terminates the local operation tools library.
api_terminate_offsetting() global function: Terminates the offsetting library.
api_terminate_part_manager() global function: Terminates the part manager library.
api_terminate_persistent_id() global function: Terminates the persistent identification library.
api_terminate_rbi() global function: Terminates the repair body self intersection library.
api_terminate_rendering() global function: Terminates the rendering library.
api_terminate_sbooleans() global function: Terminates the Selective Booleans Component library.
api_terminate_shelling() global function: Terminates the shelling library.
api_terminate_skinning() global function: Terminates the skinning library.
api_terminate_spline() global function: Terminates the spline library.
api_terminate_stitching() global function: Terminates the Stitch Component library.
api_terminate_sweeping() global function: Terminates the sweep library.
api_terminate_warp() global function: Terminates the space warping library.
api_test_deep_copy(ENTITY_LIST const&,double,logical,char*,char*,AcisOptions*) global function: Tests the deep copy functionality for improper sharing.
api_tighten_gaps(BODY*,double&,AcisOptions*) global function: The API attempts to tighten gaps in the BODY that are bigger than the supplied desired_gap_tightness value.
api_trans_edge(EDGE*,SPAtransf&,EDGE*&,AcisOptions*) global function: Creates a new edge which is a transformed copy of the specified edge.
api_transform_entity(ENTITY*,SPAtransf&,AcisOptions*) global function: Applies a transformation to an entity.
api_trim_2curves(entity_with_ray&,entity_with_ray&,AcisOptions*) global function: Trims two edges to their intersection.
api_trim_chain(int,entity_with_ray*,logical,ENTITY_LIST&,AcisOptions*) global function: Trims a list of edges so that they form a contiguous chain.
api_trim_curve(entity_with_ray&,SPAposition*,entity_with_ray*,AcisOptions*) global function: Trims one end of an edge at a given position or at the intersection with another edge.
api_trim_middle(entity_with_ray&,SPAposition*,entity_with_ray*,SPAposition*,entity_with_ray*,EDGE*&,AcisOptions*) global function: Trims the middle of an edge.
api_tweak_extend_faces(int&,FACE*[],SURFACE*[],int&,EDGE*[],CURVE*[],SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Extends an array of surfaces for use in api_tweak_faces.
api_tweak_extend_faces(int const,FACE*[],SURFACE*[],SPAposition,SPAposition,AcisOptions*) global function: Extends an array of surfaces for use in api_tweak_faces.
api_tweak_faces(int const,FACE*[],SURFACE*[],int[],SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Tweaks an array of faces to new surfaces.
api_tweak_faces(int const,FACE*[],SURFACE*[],int[],SPAposition,SPAposition,AcisOptions*) global function
api_tweak_faces(int const,FACE*[],SURFACE*[],int[],int const,EDGE*[],CURVE*[],int,VERTEX*[],APOINT*[],SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Tweaks an array of faces to new surfaces.
api_tweak_faces_init(int const,FACE*[],SURFACE*[],int[],ENTITY_LIST&,SPAposition&,SPAposition&,lop_options*,AcisOptions*) global function: Adds attributes to edges completing the initial stage of tweak.
api_tweak_faces_init(int const,FACE*[],SURFACE*[],int[],ENTITY_LIST&,SPAposition,SPAposition,AcisOptions*) global function
api_tweak_fix_edge(EDGE*,CURVE*,AcisOptions*) global function: Fixes an edge prior to a tweak.
api_tweak_fix_vertex(VERTEX*,APOINT*,AcisOptions*) global function: Fixes a vertex prior to a tweak.
api_tweak_pick_edge_solution(EDGE*,int,CURVE*,AcisOptions*) global function: Specifies an edge solution that a subsequent tweak will use.
api_tweak_query_edge_solutions(EDGE*,ENTITY_LIST&,AcisOptions*) global function: Returns an ENTITY_LIST of CURVEs that are possible solutions for an EDGE's geometry in a tweak.
api_twist_entity(ENTITY*,SPAposition&,SPAposition&,double,double,int,AcisOptions*) global function: Creates a twist within a given region of a body about a specified axis and amount.
api_uncover_face(FACE*,AcisOptions*) global function: Uncovers a face, leaving behind its edges.
api_unhook_annotations(is_fun,BULLETIN_BOARD*,AcisOptions*) global function: Traverses the active list of annotations and removes associated ATTRIB_ANNOTATIONs.
api_unhook_face(FACE*,BODY*&,AcisOptions*) global function: Removes a face from a body and returns a copy in a new body.
api_unhook_faces(ENTITY_LIST,logical,ENTITY_LIST&,AcisOptions*) global function: Returns copies of selected faces in a new body, and optionally removes them from the original body.
api_unhook_wire_edge(EDGE*,BODY*&,AcisOptions*) global function: Removes a wire edge from a body and returns a copy in a new wire body.
api_unite(BODY*,BODY*,AcisOptions*) global function: Executes a Boolean unite operation.
api_unite_edges(ENTITY_LIST&,BODY*&,FILE*,AcisOptions*) global function: Adds all edges into a wire body using a non-regularized unite.
api_unite_wires(BODY*,BODY*,AcisOptions*) global function: Joins wires at coincident vertices.
api_unstitch_nonmani(BODY*,BODY*&,BODY*&,BODY*&,BODY*&,AcisOptions*) global function: Decomposes an input body along its nonmanifold vertices and edges.
api_update_intersection(FACE*,SPAtransf&,FACE*,SPAtransf&,int,EDGE*[],logical,AcisOptions*) global function
api_update_tolerance(ENTITY*,logical&,AcisOptions*) global function: Updates the tolerance on an ENTITY.
api_valid_start_vertices_sli(AcisSLInterface*,WIRE*,ENTITY_LIST&,AcisOptions*) global function: Gets a list of valid starting vertices for skinning or lofting.
api_wcs_create(SPAposition&,SPAposition&,SPAposition&,WCS*&,AcisOptions*) global function: Creates a new working coordinate system.
api_wcs_get_active(WCS*&,AcisOptions*) global function: Gets the active working coordinate system.
api_wcs_set_active(WCS*,AcisOptions*) global function: Sets a specified working coordinate system to be active.
api_wiggle(double,double,double,int,int,int,int,logical,BODY*&,AcisOptions*) global function: Creates a "wiggle" body for testing purposes.
api_wire_area(BODY*,double&,AcisOptions*) global function: Determines the area of a planar wire or of all planar wires in a body.
api_wire_area(WIRE*,double&,AcisOptions*) global function: Determines the area of a planar wire.
api_wire_len(BODY*,double&,AcisOptions*) global function: Determines the length of a wire or a wire body.
api_wire_len(WIRE*,double&,AcisOptions*) global function: Determines the length of a wire or a wire.
api_wire_to_chain(BODY*,ENTITY_LIST&,AcisOptions*) global function: Gets a list of the coedges of a body that is a single unbranched wire.
append(scheme_error_callback*) method in class scheme_error_callback_list: Appends a scheme error callback list.
append(roll_callback*) method in class roll_callback_list: Appends a roll callback.
append(var_radius&) method in class var_radius: Appends one variable radius to the specified variable radius.
append(POLYGON*) method in class POLYGON_POINT_MESH: Appends a polygon.
append(entity_callback*) method in class entity_callback_list: Appends a callback to an entity_callback_list.
append(history_callbacks*) method in class history_callbacks_list: Appends a history callback to the callback list.
append(var_radius&) method in class var_rad_two_ends: Appends the given var_radius.
append(POLYGON_VERTEX*) method in class POLYGON: Appends the POLYGON.
append(var_radius&) method in class var_rad_rot_ellipse: Appends the var_rad_rot_ellipse.
append(var_radius&) method in class var_rad_functional: Appends the given var_radius.
append(WCS_callback*) method in class WCS_callback_list: Appends a callback.
append(var_radius&) method in class var_rad_const: Appends the given var_radius.
append_error_list_info(error_list_info*,error_list_info*) global function: Append the given error_list_info lists together.
append_to_log(char*) method in class ATTRIB_HH_ENT: Adds strings to the log list.
append_u(spl_sur&) method in class VBL_SURF: Appends the given surface to the end of this surface in the u-parameter direction.
append_u(spl_sur&) method in class blend_spl_sur: Concatenates the contents of two surfaces into one.
append_v(spl_sur&) method in class blend_spl_sur: Concatenate the contents of two surfaces into one.
append_v(spl_sur&) method in class VBL_SURF: Appends the given surface to the end of this surface in the v-parameter direction.
apple() method in class torus: Returns TRUE if this torus has an apple shape.
apply(polygon_func_fn,void*,int) method in class POLYGON_POINT_MESH: Applies a function to all the polygons.
apply_transform(SPAtransf&,ENTITY_LIST&,logical,logical) method in class ENTITY: Transforms this ENTITY.
approx data member in class surf_normcone: Is TRUE if this is only an approximation to the best cone available.
approx_action data member in class minimize_options: Setting approx_action to 1 causes approximate geometry to be deleted instead of paged.
approx_error() method in class intcurve: Returns a distance value.
approx_error() method in class curve: Returns the maximum error between the approximate evaluation of this curve and the true evaluation of it.
approx_error() method in class bounded_curve: Returns the distance error associated with approximate evaluations.
approximation_not_reqd data member in class blend_spl_sur: Flag to determine whether an approximation is required.
are_parallel(SPAvector&,SPAvector&,logical) global function: Determines if two vectors are parallel within SPAresnor.
are_parallel(SPAunit_vector&,SPAunit_vector&,logical) global function: Determines if two unit vectors are parallel within SPAresnor.
are_perpendicular(SPAvector&,SPAvector&) global function: Determines if two vectors are perpendicular (within SPAresnor).
are_perpendicular(SPAunit_vector&,SPAunit_vector&) global function: Determines if two unit vectors are perpendicular (within SPAresnor).
arg_id() method in class METHOD_ID: Locates an argument identification.
array(entity_handle**,int&,logical) method in class entity_handle_list: Gets an array of the entity handles in the list.
array(ENTITY**,int&,logical) method in class ENTITY_LIST: Gets an array of the entities in the list.
array(component_handle**,int&,logical) method in class component_handle_list: Gets an array of the component handles in the list.
array(asm_model**,int&,logical) method in class asm_model_list: Gets an array of the assembly models in the list.
array(component_entity_handle**,int&,logical) method in class component_entity_handle_list: Gets an array of the component entity handles in the list.
asm_cleanup_options class: Class object to encapsulate requests for optional behaviors when cleaning up handle objects.
asm_event_type enum: Enumeration to indicate the degree of change which occurred to entities within a model during a MODEL_BEGIN/MODEL_END block.
asm_get_options class: Provides a data structure for passing optional arguments to assembly modeling "get" commands.
asm_get_request enum: Specifier for which types of nodes should be walked in a request on a tree.
asm_list_options class: Class object to encapsulate requests for optional behaviors of assembly modeling list objects.
asm_model class: Class object to represent an assembly or part model within assembly modeling
Role: Represents a part or assembly model within assembly modeling.
asm_model_entity_mgr class: Interface class to wrap customer "part model" and "assembly model" objects.
asm_model_holder class: Holds a pointer to an asm_model
Role: The asm_model_holder object is a container for an asm_model object which automates use counting for the asm_model object.
asm_model_info class: Structure to contain information about an assembly modeling model.
asm_model_kern class: Use-counted base class for asm_model.
asm_model_list class: Implements a variable length list of assembly models with set and index behavior and optional holding and counting mechanisms.
asm_options typedef
asm_property_options class
asm_restore_options class
asm_save_options class
asmi_check_model(asm_model*,error_info*&,AcisOptions*) global function: Checks the consistency of an asm_model.
asmi_cleanup(asm_cleanup_options const*,AcisOptions*) global function: Deletes all unneeded model and handle objects.
asmi_cleanup_handles(asm_cleanup_options const*,AcisOptions*) global function: Deletes all unneeded handle objects.
asmi_cleanup_models(AcisOptions*) global function: Deletes all unneeded model objects.
asmi_component_entity_handle_decompose(component_entity_handle*,component_handle*&,entity_handle*&,AcisOptions*) global function: Returns the entity and component handles corresponding to a component entity.
asmi_component_find_color(component_handle*,rgb_color&,logical&,AcisOptions*) global function: Gets the highest priority color property affecting a component of an assembly.
asmi_component_find_name(component_handle*,wchar_t*&,AcisOptions*) global function: Finds the name of the specified component in the assembly model.
asmi_component_find_next_property(component_handle*,int,entity_handle*,entity_handle*&,AcisOptions*) global function: Searches an assembly tree for the next highest priority property attribute, of the specified type, that modifies a component of an assembly.
asmi_component_find_property(component_handle*,int,entity_handle*&,AcisOptions*) global function: Searches an assembly tree for the highest priority property attribute, of the specified type, that modifies a component of an assembly.
asmi_component_find_transparency(component_handle*,double&,AcisOptions*) global function: Gets the highest priority transparency property affecting a component of an assembly.
asmi_component_get_box(component_handle const*,SPAbox&,SPAboxing_options*,AcisOptions*) global function: Returns the box of a component of an assembly in the context of the assembly's root model.
asmi_component_get_component_entities(component_handle*,component_entity_handle_list&,AcisOptions*) global function: Returns a list of component-entity handles corresponding to the top-level entities of a component.
asmi_component_get_entities(component_handle const*,entity_handle_list&,AcisOptions*) global function: Returns a list of entity handles for the part-modeling entities contained within a component's model.
asmi_component_get_parent(component_handle*,component_handle*&,AcisOptions*) global function: Returns the parent component of a specified component.
asmi_component_get_path(component_handle const*,asm_model*&,entity_handle_list&,AcisOptions*) global function: Returns the path of model references, through the folded assembly tree, that corresponds to a particular component.
asmi_component_get_property_owners(component_handle*,entity_handle_list&,AcisOptions*) global function: Returns all of the component property-owner attributes that modify a specific component.
asmi_component_get_relative_transform(component_handle const*,component_handle const*,SPAtransf&,logical,AcisOptions*) global function: Returns the relative transform between two components of an assembly.
asmi_component_get_root_model(component_handle*,asm_model*&,AcisOptions*) global function: Returns the root model of a specified component.
asmi_component_get_sub_components(component_handle*,asm_get_request,logical,component_handle_list&,AcisOptions*) global function: Returns a list of the sub-components of a component of a model, by walking the underlying model's assembly tree.
asmi_component_get_transform(component_handle const*,SPAtransf&,logical,AcisOptions*) global function: Returns the total transform that positions and orients a component within the root assembly.
asmi_component_get_unmodified_model(component_handle const*,asm_model*&,AcisOptions*) global function: Returns a pointer to the raw end model associated with a component.
asmi_component_get_unmodified_model(component_handle const*,asm_model*&,logical&,AcisOptions*) global function: Returns a pointer to the raw end model associated with a component.
asmi_component_has_color_modifications(component_handle*,logical&,logical&,logical&,AcisOptions*) global function: Determines if there are color properties that affect the specified component of an assembly model.
asmi_component_has_hiding_modifications(component_handle*,logical&,logical&,logical&,AcisOptions*) global function: Determines if there are properties that hide the specified component of an assembly model.
asmi_component_has_material_modifications(component_handle*,logical&,logical&,logical&,AcisOptions*) global function: Determines if there are material properties which affect the specified component in the assembly model.
asmi_component_has_physical_modifications(component_handle*,logical&,logical&,logical&,AcisOptions*) global function: Determines if there are physical properties (such as suppression) that affect the specified component of an assembly model.
asmi_component_has_property_modifications(component_handle*,int,logical&,logical&,logical&,AcisOptions*) global function: Determines if there are property attributes, of the specified type, that affect the specified component of an assembly model.
asmi_component_hide(component_handle*,asm_property_options*,AcisOptions*) global function: Hides the specified component within an assembly model.
asmi_component_is_hidden(component_handle*,logical&,AcisOptions*) global function: Determines if the specified component is hidden by any property in its owning model's assembly tree.
asmi_component_is_model_modified(component_handle const*,logical&,AcisOptions*) global function: Queries whether a component has been modified by properties applied higher in the assembly tree.
asmi_component_is_suppressed(component_handle*,logical&,AcisOptions*) global function: Determines if the specified component is suppressed by any property in its owning model's assembly tree.
asmi_component_mass_props(component_handle const*,mass_props&,mass_props_options*,AcisOptions*) global function: Determines the mass properties of a component.
asmi_component_remove_color(component_handle*,asm_property_options*,AcisOptions*) global function: Removes the assembly-level color property of the specified component within an assembly.
asmi_component_set_color(component_handle*,rgb_color&,asm_property_options*,AcisOptions*) global function: Sets the color at the assembly level of the specified component within an assembly.
asmi_component_set_name(component_handle*,wchar_t*,AcisOptions*) global function: Sets the name of the specified component in the assembly model.
asmi_component_set_transparency(component_handle*,double,asm_property_options*,AcisOptions*) global function: Sets the transparency of the specified component of an assembly model.
asmi_component_suppress(component_handle*,asm_property_options*,AcisOptions*) global function: Suppresses the specified component of an assembly model.
asmi_component_unhide(component_handle*,asm_property_options*,AcisOptions*) global function: Removes the hide property from the specified component of an assembly model.
asmi_component_unsuppress(component_handle*,asm_property_options*,AcisOptions*) global function: Removes the suppression property from the specified component of an assembly model.
asmi_get_entity_mgr_factory(entity_mgr_factory*&,AcisOptions*) global function: Gets a pointer to the globally registered entity manager factory.
asmi_get_models_which_share_history(asm_model*,asm_model_list&,AcisOptions*) global function: Returns a list of all models whose entity managers are bound to the same history stream as this model's entity manager.
asmi_model_add_model_ref(asm_model*,SPAtransf&,asm_model*,entity_handle*&,AcisOptions*) global function: Creates a new model reference object and adds it to an assembly model.
asmi_model_cleanup(asm_model_list&,asm_cleanup_options const*,AcisOptions*) global function: Deletes a list of model objects and their handle objects, if unneeded.
asmi_model_cleanup(asm_model*&,asm_cleanup_options const*,AcisOptions*) global function: Deletes a model object and its handle objects, if unneeded.
asmi_model_cleanup_handles(asm_model*,asm_cleanup_options const*,AcisOptions*) global function: Deletes all unneeded handle objects belonging to a model.
asmi_model_cleanup_handles(asm_model_list&,asm_cleanup_options const*,AcisOptions*) global function: Deletes all unneeded handle objects belonging to a models in a list.
asmi_model_cleanup_model(asm_model*&,AcisOptions*) global function: Deletes a model object, if it is unneeded.
asmi_model_cleanup_model(asm_model_list&,AcisOptions*) global function: Deletes a list of model objects, if they are unneeded.
asmi_model_cleanup_tree(asm_model_list&,logical,asm_cleanup_options const*,AcisOptions*) global function: Deletes all sub-models of a list of model objects and their handle objects, if unneeded.
asmi_model_create(asm_model_entity_mgr*,logical,asm_model*&,AcisOptions*) global function: Creates a new asm_model object that wraps an asm_model_entity_mgr.
asmi_model_create(asm_model_info&,asm_model*&,AcisOptions*) global function: Creates a new asm_model object that wraps an asm_model_entity_mgr provided by the globally registered entity_mgr_factory.
asmi_model_create_assembly(asm_model*,AcisOptions*) global function: Creates an assembly entity within a model, which changes the model from a part model into an assembly model.
asmi_model_create_for_export(ENTITY_LIST&,asm_model_info&,asm_model*&,AcisOptions*) global function: Creates a new asm_model object that wraps a new default_entity_mgr.
asmi_model_del_assembly(asm_model*,AcisOptions*) global function: Loses the assembly entity within a model, which changes the model from an assembly model into a part model.
asmi_model_get_component_entity_handle(component_handle*,entity_handle*,component_entity_handle*&,AcisOptions*) global function: Returns the component-entity handle corresponding to the specified component handle and entity handle.
asmi_model_get_component_handle(component_handle_list&,component_handle*&,AcisOptions*) global function: Returns a component handle corresponding to a list (path) of components.
asmi_model_get_component_handle(asm_model*,entity_handle_list&,component_handle*&,AcisOptions*) global function: Returns a component handle corresponding to a list of model references that describe a path through the folded assembly tree.
asmi_model_get_component_handle(entity_handle_list&,component_handle*&,AcisOptions*) global function: Returns a component handle corresponding to a list of model references that describe a path through the folded assembly tree.
asmi_model_get_component_handle(asm_model*,component_handle*&,AcisOptions*) global function: Returns a component handle corresponding to a single model in the assembly tree.
asmi_model_get_component_handle(entity_handle*,component_handle*&,AcisOptions*) global function: Returns a component handle corresponding to a single model reference in the assembly tree.
asmi_model_get_components(asm_model*,component_handle_list&,asm_get_options*,AcisOptions*) global function: Returns a list of the components of a model by walking the model's assembly tree.
asmi_model_get_entities(asm_model const*,entity_handle_list&,AcisOptions*) global function: Returns a list of entity handles for the top-level part-modeling entities contained within a model.
asmi_model_get_entity_mgr(asm_model const*,asm_model_entity_mgr*&,AcisOptions*) global function: Returns a pointer to the entity manager owned by a model.
asmi_model_get_info(asm_model const*,asm_model_info&,AcisOptions*) global function: Returns a model_info object containing information about a model.
asmi_model_get_model_refs(asm_model const*,entity_handle_list&,AcisOptions*) global function: Gets all immediate model references belonging to an assembly model.
asmi_model_get_sub_models(asm_model*,asm_get_request,asm_model_list&,AcisOptions*) global function: Returns a list of all models upon which the input root model depends, i.
asmi_model_has_assembly(asm_model*,logical&,AcisOptions*) global function: Queries a model to determine if it contains a live assembly.
asmi_model_ref_apply_transform(entity_handle*,SPAtransf&,AcisOptions*) global function: Applies a transform to a model reference or to all of the model references in an assembly.
asmi_model_ref_get_model(entity_handle*,asm_model*&,AcisOptions*) global function: Returns the model to which the specified model reference refers.
asmi_model_ref_get_owning_model(entity_handle*,asm_model*&,AcisOptions*) global function: Returns the model containing the assembly that owns a particular model reference.
asmi_model_ref_get_transform(entity_handle*,SPAtransf&,AcisOptions*) global function: Gets the transform associated with a model reference.
asmi_model_ref_set_transform(entity_handle*,SPAtransf&,AcisOptions*) global function: Resets the transform associated with a model reference.
asmi_model_remove_model_ref(entity_handle*,AcisOptions*) global function: Removes an existing model reference from its owning assembly and loses it.
asmi_property_remove(entity_handle*,AcisOptions*) global function: Removes a previously applied property attribute from its owner.
asmi_raytest_ents(SPAposition const&,SPAunit_vector const&,double,int,asm_model_list const&,component_entity_handle_list&,double*&,AcisOptions*) global function: Gets the list of component_entity_handles that are hit when a ray is fired at one or more assembly models.
asmi_restore_model_list(FileInterface*,asm_model_list&,asm_restore_options*,AcisOptions*) global function: Restores a list of asm_model objects using a FileInterface object.
asmi_restore_model_list(FILE*,logical,asm_model_list&,asm_restore_options*,AcisOptions*) global function: Restores one or more assembly models from a file.
asmi_save_model_atomic(asm_model*,asm_save_options*,AcisOptions*) global function: Saves an assembly model and its sub-models to multiple files in atomic mode.
asmi_save_model_list(FILE*,logical,asm_model_list&,asm_save_options*,AcisOptions*) global function: Saves a list of asm_model objects to a single file.
asmi_save_model_list(FileInterface*,asm_model_list&,asm_save_options*,AcisOptions*) global function: Saves a list of asm_model objects to a single file using a FileInterface object.
asmi_set_entity_mgr_factory(entity_mgr_factory*&,AcisOptions*) global function: Resets the globally registered entity manager factory.
assign_tag(ENTITY*,tag_id_type) method in class HISTORY_STREAM: Assigns a tag to an entity.
associative() method in class binary_law: Returns whether or not the given law is associative.
attach(DELTA_STATE*,DELTA_STATE*) method in class HISTORY_STREAM: Attaches two delta states to one another in history stream.
attach(ENTITY*) method in class AF_POINT: Attach an AF_POINT to the given entity.
attach_all_aggr_attribs() method in class ATTRIB_HH_AGGR_GEOMBUILD: Attaches the aggregate attributes for all the geometry building subphases to the body being healed.
attach_all_entity_attribs() method in class ATTRIB_HH_AGGR_GEOMBUILD_BASE: Attaches the entity-level attributes for the geometry building phase to all the individual entities of the owning body.
attach_attrib(ENTITY*) method in class ATTRIB_HH_AGGR_STITCH: Attaches an individual entity-level attribute to the given entity.
attach_attrib(ENTITY*) method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
attach_attrib(ENTITY*) method in class ATTRIB_HH_AGGR_GEOMBUILD_BASE: Attaches an individual entity-level attribute to the given entity.
attach_attrib(ENTITY*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Attaches an individual entity-level attribute to the given entity.
attach_attribs_to_splines() method in class ATTRIB_HH_AGGR_SIMPLIFY: Attaches individual entity-level attributes to all spline faces.
attach_history_stream() method in class PART: Attaches a history stream to the given PART.
attach_isospline_attribs() method in class ATTRIB_HH_AGGR_ISOSPLINE: Attaches the isospline attributes for the isospline solver subphase to the body being healed.
attrib(ENTITY*,int) method in class ATTRIB_PHL_VW: Returns the ATTRIB_PHL_VW of an ENTITY corresponding to the given view token, or 0 if the ENTITY has no matching ATTRIB_PHL_VW attached.
attrib() method in class ENTITY: Returns this ENTITY's attribute pointer, or NULL if there is no attached attribute.
attrib_only_change() method in class BULLETIN: Returns whether or not there has been a change to only the attribute.
attribute data member in class HISTORY_STREAM: Persistent only to make a connection during save and restore.
auto_delete_flg_on() method in class history_callbacks: Callback method, called in delete bb.
auto_delete_flg_on() method in class history_callbacks_list: Callback method, called in delete bb.
auto_update_on() method in class ATTRIB_CELL: Indicates if the cell data should be recalculated at the end of an API.
aux_cs_int data member in class edge_face_int: The intersection between the edge curve and the auxiliary surface.
aux_left_rel data member in class surf_surf_int
aux_surf data member in class surf_surf_int: Normally NULL, this points to a surface containing the intersection curve.
axis data member in class surf_normcone: Axis direction for the cone.
axis_dir data member in class rot_spl_sur: Axis of rotation.
axis_dir() method in class helix: Returns the axis direction of this helix.
axis_dir() method in class HELIX: Returns the axis direction of this HELIX.
axis_root data member in class rot_spl_sur: Base of axis of rotation.
axis_root() method in class HELIX: Returns the axis root position of this HELIX.
axis_root() method in class helix: Returns the root of this helix.

B

BASE_TAG_MANAGER class: An abstract base class that defines the entity reference tag management system interface.
BIGNUM define
BIT_IN define
BIT_LEFT define
BIT_RIGHT define
BLEND_ANNOTATION class: Implements the base class for blending annotations.
BLEND_ANNOTATION_LEVEL define
BLEND_ANNO_EDGE class: Implements the annotations for blended edges.
BLEND_ANNO_EDGE_LEVEL define
BLEND_ANNO_ENTITY class: Implements annotation for blend.
BLEND_ANNO_ENTITY_LEVEL define
BLEND_ANNO_VERTEX class: Implements the annotations for blended vertices.
BLEND_ANNO_VERTEX_CHAMFER class: Implements the annotations for chamfered vertices.
BLEND_ANNO_VERTEX_CHAMFER_LEVEL define
BLEND_ANNO_VERTEX_LEVEL define
BODY class: Represents a wire, sheet, or solid body.
BODY_ID define
BOOL_TYPE enum: Specifies the type of Boolean operation.
BOTH_INSIDE define
BOTH_OUTSIDE define
BULLETIN class: Describes a record of the changes to a single ENTITY during the current operation on the model.
BULLETIN_BOARD class: Contains a list of BULLETINS recording changes to ENTITYs during the current operation on the model.
BULLETIN_LIST class: Implements a variable length list of bulletins.
BULLETIN_TYPE enum: Specifies creation, change, or deletion of a model entity.
Base_owner(DS_dmod*) method in class ATTRIB_DM2ACIS: Returns the owner pointer for target dmod DS_group.
Before_Roll_Bulletin_Board(BULLETIN_BOARD*,logical) method in class history_callbacks_list: Callback method, called before rolling a bulletin board.
Before_Roll_Bulletin_Board(BULLETIN_BOARD*,logical) method in class history_callbacks: Callback method, called before rolling a bulletin board.
Before_Roll_State(DELTA_STATE*) method in class history_callbacks_list: Callback method, called before rolling one state.
Before_Roll_State(DELTA_STATE*) method in class history_callbacks: Callback method, called before rolling one state.
Before_Roll_States() method in class history_callbacks_list: Callback method, called before rolling all states.
Before_Roll_States() method in class history_callbacks: Callback method, called before rolling all states.
BinaryFile class: Defines the BinaryFile class for doing ACIS save and restore to binary files.
BoolOptions class: Class to hold information and options for a Boolean operation.
back_cface() method in class ATTRIB_FACECFACE: Pointer to back CFACE, which is the CFACE that uses the face in the FORWARD direction.
backup() method in class ENTITY: Creates a duplicate record and a change bulletin, if needed, as a backup for roll back.
backward() method in class DELTA_STATE: Rolls the current state to the previous one in the DELTA_STATE.
base data member in class cone: Cross-section at right angles to axis.
base_configuration class: The base configuration object.
base_curve_law_data class: Abstract base class for accessing a curve_law_data with or without the ACIS kernel.
base_pcurve_law_data class: Abstract base class for accessing a pcurve_law_data with or without the ACIS kernel.
base_pointer_map class: This class tracks reference counting of sub-objects used in making a deep copy.
base_surface_law_data class: Abstract base class for accessing a surface_law_data with or without the ACIS kernel.
base_transform_law_data class: Abstract base class for accessing transform_law_data with or without the ACIS kernel.
base_v_range(logical) method in class ATTRIB_VAR_BLEND: Returns the basic v-parameter range of the blend, which is simply the range of the edge being blended.
base_wire_law_data class: Abstract base class for accessing a wire_law_data with or without the ACIS kernel.
bb() method in class outcome: Returns the bulletin board pointer used by this outcome.
bb() method in class DELTA_STATE: Returns the bb_ptr.
bb_ptr data member in class DELTA_STATE: Pointer to bulletin board.
bbox data member in class PHLV5_EDGE
bdy_relax(SPAposition&,double&,int&) method in class VBL_SURF: Returns the relaxed body.
before_roll() method in class entity_notification_handler: Clears the roll_list in preparation for the roll operation.
begin_global_mesh_output(ENTITY*) method in class MESH_MANAGER: Announces the beginning of global mesh output.
begin_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class MESH_MANAGER: Announces the beginning of the output of a mesh on a single face on a polygon.
begin_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class SIMPLE_INDEXED_MESH_MANAGER: Announces the beginning of the output of a mesh.
begin_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class LINKED_MESH_MANAGER: Announces the beginning of the output of a mesh.
begin_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class PPM_ON_FACE_MESH_MANAGER: Announces the beginning of the output of a mesh.
begin_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class POLYGON_POINT_MESH_MANAGER: Announces the beginning of the output of a mesh.
begin_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class INDEXED_MESH_MANAGER: Announces the beginning of the output of a mesh.
bend_faces_to_iso_vertices() method in class ATTRIB_HH_AGGR_ISOSPLINE: Used for isospline healing.
bend_law class: Creates a law to bend from a position around an axis in a given direction a specified amount.
bezier_form() method in class pcurve: Returns 1 if the underlying bs2_curve is known to be Bezier form, and 0 if it is not in this form, and -1 if this property has not yet been checked.
bhl_anal_sol_coin_resolved data member in class ATTRIB_HH_AGGR_ANALYTIC: Number of coincident faces resolved.
bhl_anal_sol_coin_unresolved data member in class ATTRIB_HH_AGGR_ANALYTIC: Number of coincident faces unresolved.
bhl_anal_sol_degree data member in class ATTRIB_HH_AGGR_ANALYTIC: The degree of the analytic tangency graph.
bhl_anal_sol_tang_resolved data member in class ATTRIB_HH_AGGR_ANALYTIC: Number of analytic tangencies resolved.
bhl_anal_sol_tang_unresolved data member in class ATTRIB_HH_AGGR_ANALYTIC: Number of analytic tangencies un-resolved.
bhl_anal_sol_unst_vert data member in class ATTRIB_HH_AGGR_ANALYTIC: Number of unstable vertices fixed.
bhl_anal_solver_stage data member in class ATTRIB_HH_AGGR_ANALYTIC: A flag to denote the current stage of the analytic solver.
bhl_anal_stitch data member in class bhl_anal_stitch_results: Denotes input analysis summary.
bhl_anal_stitch_results class
bhl_anal_tgt data member in class hh_anal_solv_options
bhl_anal_tgt_tol data member in class hh_anal_solv_options
bhl_closed_split data member in class bhl_geom_misc
bhl_do_uv_tan_graph data member in class ATTRIB_HH_AGGR_ANALYTIC: Option for setting uv_tan_grph solver.
bhl_geom_misc class
bhl_geom_misc_stats() method in class ATTRIB_HH_AGGR_SIMPLIFY: Retrieves the bhl_geom_misc_stats structure.
bhl_geom_types class
bhl_geom_types_func() method in class ATTRIB_HH_AGGR_SIMPLIFY: Retrieves the bhl_geom_types_func structure.
bhl_ignore_topology_recommended data member in class bhl_anal_stitch_results: Determines if the incoming topology should be ignored.
bhl_scale_tol data member in class hh_anal_solv_options
bhl_sim_doub_tol data member in class bhl_geom_misc
bhl_sim_no_cir data member in class bhl_geom_misc
bhl_sim_no_ell data member in class bhl_geom_misc
bhl_sim_no_str data member in class bhl_geom_misc
bhl_sim_nor_tol data member in class bhl_geom_misc
bhl_sim_pos_tol data member in class bhl_geom_misc
bhl_sim_processed_faces data member in class bhl_geom_misc
bhl_snap_check data member in class ATTRIB_HH_AGGR_ANALYTIC: Option to denote if the simple snap correction at the end of the analytic solver is on or off.
bhl_snap_doub_tol data member in class ATTRIB_HH_AGGR_ANALYTIC: The maximum tolerance for scaling beyond which no analytic face is scaled.
bhl_snap_main data member in class ATTRIB_HH_AGGR_ANALYTIC: Option to denote if the main part of the analytic solver is on/off.
bhl_snap_nor_tol data member in class hh_anal_solv_options
bhl_snap_pos_tol data member in class ATTRIB_HH_AGGR_ANALYTIC: The maximum tolerance for translation beyond which no analytic face is translated.
bhl_stitch_recommended_max_tol data member in class bhl_anal_stitch_results: Recommended maximum tolerance.
bhl_stitch_recommended_min_tol data member in class bhl_anal_stitch_results: Recommended minimum tolerance.
bhl_tang_tol data member in class hh_geombuild_options
bhl_unstable_vert data member in class ATTRIB_HH_AGGR_ANALYTIC: Option to denote if the unstable vertex part of the analytic solver is on or off.
bhl_wrapup data member in class hh_secondary_solver_options
bhlabs data member in class ATTRIB_HH_AGGR_ANALYTIC: Minimum translation deviation for the analytic solver.
bhlmch data member in class ATTRIB_HH_AGGR_ANALYTIC: Minimum scale deviation for the analytic solver.
bhlnor data member in class ATTRIB_HH_AGGR_ANALYTIC: Minimum rotation deviation for the analytic solver.
big_end data member in class BinaryFile: Big/little-endian flag.
binary_law class: Provides methods and data for laws that have two sublaws.
binary_target() method in class BinaryFile
binary_target() method in class FileInterface: Returns TRUE if the FileInterface targets binary format.
binary_target() method in class SatFile
biparallel(SPAunit_vector const&,SPAunit_vector const&,double) global function: Determines if two vectors are bi-parallel (within some resolution).
biparallel(SPAunit_vector const&,SPAvector const&,double) global function: Determines if two vectors are bi-parallel (within some resolution).
biparallel(SPAvector const&,SPAvector const&,double) global function: Determines if two vectors are bi-parallel (within some resolution).
bl_continuity enum: Specifies the continuity with which a blend face is to meet adjacent body faces.
bl_convexity enum: Defines the convexity of a blend.
bl_ed_convexity enum: Specifies blending convexity of an entity.
bl_ed_sense enum: Defines the sense of the blend spring curve with respect to a support edge of an edge-face or an edge-edge blend.
bl_end_con_at_end() method in class ATTRIB_FFBLEND: Returns the bl_end_con_at_end_data data, which records the condition at the end of the blend.
bl_end_con_at_start() method in class ATTRIB_FFBLEND: Returns the bl_end_con_at_start_data data, which records the condition at the start of the blend.
bl_how() method in class ATTRIB_FFBLEND: Returns the bl_how_data, which is the mid-blend behavior.
bl_status() method in class ATTRIB_BLEND: Read function for a data member, returns bl_stat.
bl_v_auto() method in class ATTRIB_VBLEND: Returns the property, if any, to be used for autosetback computation.
bl_v_auto_property enum: Specifies autosetback behavior at a blend vertex.
bl_v_prop() method in class ATTRIB_VBLEND: Returns properties of blends on vertices.
bl_v_property enum: Specifies blend behavior at a vertex attached to one or more blended edges.
blank_entity() method in class shell_lump: Returns TRUE if the shell or wire belongs to the blank body, FALSE if it belongs to the tool body.
blank_face() method in class ATT_CAP_FACE
blank_shell() method in class shell_lump: Returns TRUE if the shell belongs to the blank body.
blend1_data class: Implementation of common data for stage one of blending.
blend_angle(SPAunit_vector&,SPAvector const&,SPAvector const&,double&,double&,double) method in class blend_spl_sur: Finds the angle between two vectors, in a plane determined by the tangent vector in the given CVEC.
blend_contact class
blend_coord_type enum: Specifies the blending of true surfaces with the approximating one outside the polygon.
blend_face(int) method in class BLEND_ANNO_VERTEX: Returns a pointer to the resulting blend face requested.
blend_face() method in class BLEND_ANNO_EDGE: Returns a pointer to the resulting blend face.
blend_faces() method in class BLEND_ANNO_VERTEX: Returns a pointer to the resulting blend faces.
blend_how enum: Specifies blend behavior when the rolling ball meets a smooth or non-smooth edge at the start, middle or end of the blend sequence.
blend_radius(double) method in class rb_blend_spl_sur
blend_radius(double) method in class blend_spl_sur
blend_size(logical) method in class ATTRIB_VAR_BLEND: Returns a measure of the largest size of a cross-section of the blend.
blend_size(logical) method in class ATTRIB_FFBLEND: Returns a measure of the size of the blend cross-section (how far the blend spine may be from the underlying surfaces).
blend_size(logical) method in class ATTRIB_CONST_CHAMFER: Returns the size of the blend at the start or end.
blend_size_at_vtx(logical) method in class ATTRIB_VAR_BLEND: Returns a measure of the size of a blend at the start or end vertex.
blend_size_at_vtx(logical) method in class ATTRIB_FFBLEND: Returns a measure of the size of the blend at one end of the edge.
blend_spl_sur class: Provides common functionality and data for all blend surfaces.
blend_support(int) method in class BLEND_ANNO_ENTITY: Returns the i'th support entity of the blend.
blend_supports() method in class BLEND_ANNO_ENTITY: Returns the blend support entities.
blend_total_angle(SPAposition&,SPAunit_vector&,SPAvector const&,SPAvector const&,double&,double&,double) method in class blend_spl_sur: Finds the angle between two vectors, in a plane determined by the tangent vector in the given CVEC.
blend_transition enum: Defines the kind of transition blending is required to make when the blend runs off an underlying entity.
blended_entity() method in class ATT_CAP_FACE
blue() method in class Render_Color: Returns the normalized blue component of the color value.
blue() method in class rgb_color: Returns the blue color value.
bndy_type enum: Specifies on which boundary of a surface, a pcurve lies.
body() method in class WIRE: Returns the owner of this WIRE if the former is a BODY, otherwise NULL.
body() method in class PHL_EDGE: Returns the owning BODY of the PHL_EDGE.
body() method in class phl_body_occurrence
body() method in class LUMP: Returns a pointer to the containing BODY.
body_clash_result class: Data structure used to encapsulate the details of how two bodies clash.
body_clash_type enum: Enumeration of the different ways in which a pair of BODY entities can be classified as a result of performing a clash detection test.
body_coedge() method in class ATTRIB_INTCOED: Points to the coedge linking the edge to the face if the start vertex of this coedge lies on an edge of the face.
body_edge data member in class edge_face_int: Pointer to the edge on which the intersection lies.
body_entity() method in class ATTRIB_INTCOED: Pick out a body entity.
body_vertex data member in class edge_face_int: Pointer to the vertex at the end of an edge if the intersection is at that end - else, it is NULL.
bool_merge_type enum: Enum controlling whether artifacts are merged at the end of a Boolean operation.
bound(SPAbox const&,SPAtransf const&) method in class plane: Returns a box around the surface.
bound() method in class SUBSHELL: Returns a geometric bounding region (box) for this SUBSHELL.
bound(SPApar_box const&,SPAtransf const&) method in class plane: Returns a box around the surface.
bound(double,double,SPAtransf const&) method in class intcurve: Returns a box enclosing the two given points on the undefined curve line.
bound(SPAinterval const&,SPAtransf const&) method in class ellipse: Finds box around an ellipse or portion thereof bounded by parameter values (in increasing order).
bound() method in class EDGE: Returns a geometric bounding region (box) for this EDGE.
bound(SPAbox const&,SPAtransf const&) method in class sphere: Returns a box that encloses the surface in object space.
bound(SPApar_box const&) method in class rb_blend_spl_sur: Bounding box and normally the default is OK.
bound() method in class bounded_curve: Computes a bounding box around this bounded_curve.
bound() method in class SHELL: Returns a geometric bounding region (box) for this SHELL.
bound(SPAbox const&,SPAtransf const&) method in class ellipse: Returns a bounding box around the portion of the ellipse inside a given box.
bound() method in class CELL: Returns the bound pointer.
bound(SPAposition const&,SPAposition const&,SPAtransf const&) method in class ellipse: Finds box around an ellipse or portion thereof bounded by points on the curve.
bound(SPAbox const&,SPAtransf const&) method in class cone: Returns a box around the portion of a surface bounded by a box in object space.
bound(double,double,SPAtransf const&) method in class ellipse: Retained temporarily for historical reasons.
bound(SPApar_box const&,SPAtransf const&) method in class cone: Returns a box around the portion of a surface bounded in parameter space.
bound(SPAinterval const&,curve*) method in class pcurve: Returns a box around the curve.
bound() method in class BODY: Returns a geometric bounding region (box) for this BODY.
bound() method in class CFACE: Returns the bounding box of the face for the cface.
bound(double,double,curve*) method in class pcurve: Returns a box around the curve.
bound(SPAbox const&,SPAtransf const&) method in class intcurve: Returns a box surrounding that portion of the curve within the given box.
bound(SPAbox&,SPAtransf&) method in class surface: Returns an object-space box bounding this surface.
bound(SPApar_box&,SPAtransf&) method in class surface: Returns an object-space box bounding this surface.
bound(double,double,SPAtransf const&) method in class straight: Returns a box enclosing the two given points on the straight line.
bound(SPAposition const&,SPAposition const&,SPAtransf const&) method in class straight: Returns a box enclosing the two given points on the straight line.
bound() method in class CSHELL: Returns the bounding box for the CSHELL.
bound(SPAinterval const&,SPAtransf const&) method in class intcurve: Returns a box enclosing the two given points on the undefined curve line.
bound(SPAposition const&,SPAposition const&,SPAtransf const&) method in class intcurve: Returns a box enclosing the two given points on the undefined curve line.
bound(SPAbox const&,SPAtransf const&) method in class spline: Returns a box that encloses the portion of the surface that lies within the given box after transformation.
bound(SPApar_box const&,SPAtransf const&) method in class spline: Returns a box that encloses the portion of the surface within the given range after transformation.
bound(SPApar_box const&,SPAtransf const&) method in class sphere: Returns a box that encloses the surface in parameter space.
bound(SPAbox&,SPAtransf&) method in class curve: Returns an object space bounding box surrounding the portion of this curve within the given box.
bound(SPAtransf const&,SPApar_box const&) method in class spline: Returns a box around the spline.
bound(SPAinterval&,SPAtransf&) method in class curve: Returns a box surrounding the portion of this curve between two parameter values.
bound(SPAposition&,SPAposition&,SPAtransf&) method in class curve: Finds a box around this curve, or portion thereof, bounded by points on the curve increasing in parameter value.
bound(double,double,SPAtransf&) method in class curve: Retained temporarily for historical reasons.
bound(SPAinterval const&,SPAtransf const&) method in class straight: Returns a box enclosing the two given points on the straight line.
bound() method in class SPAGROUP: Returns the pointer to the bounding box.
bound() method in class FACE: Returns a geometric bounding region (box) for this FACE.
bound(SPAbox const&,SPAtransf const&) method in class straight: Returns a box surrounding that portion of the curve within the given box.
bound() method in class LUMP: Returns a geometric bounding region (box) for this LUMP.
bound(SPAposition const&,SPAposition const&,SPAtransf const&) method in class helix: Finds box around a helix or portion thereof bounded by points on the curve.
bound() method in class LOOP: Returns a geometric bounding region (box) for this LOOP.
bound(SPAinterval const&,SPAtransf const&) method in class helix: Finds box around a helix or portion thereof bounded by parameter values (in increasing order).
bound() method in class WIRE: Returns a geometric bounding region (box) for this WIRE.
bound(SPAbox const&,SPAtransf const&) method in class helix: Returns a bounding box around the portion of the helix inside a given box.
boundary(int) method in class VBL_SURF: Returns the ith boundary in a VBL_SURF.
boundary_curve(int,double&,double&,SPApar_pos&,SPApar_pos&) method in class VBL_SURF: Returns the ith boundary as a three-space curve on the heap, its range on the blend surface (which may not be the actual range of the curve), and its uv range on the blend surface.
boundary_degenerate(int) method in class VBL_SURF: Returns whether the ith boundary is degenerate.
bounded() method in class SPApar_box: Returns TRUE if the coordinate ranges are finite or FALSE otherwise.
bounded() method in class SPAbox: Returns TRUE if the coordinate ranges are finite or FALSE otherwise.
bounded() method in class SPAinterval: Determines if an interval is bounded above and below.
bounded_above() method in class SPAinterval: Determines if an interval is bounded above.
bounded_above() method in class SPAbox: Returns TRUE if the coordinate ranges are either finite or finite above or FALSE otherwise.
bounded_above() method in class SPApar_box: Returns TRUE if the coordinate ranges are either finite or finite above or FALSE otherwise.
bounded_arc class: Defines a bounded_arc as a subtype of a bounded_curve.
bounded_below() method in class SPAinterval: Determines if an interval is bounded below.
bounded_below() method in class SPAbox: Returns TRUE if the coordinate ranges are either finite or finite below or FALSE otherwise.
bounded_below() method in class SPApar_box: Returns TRUE if the coordinate ranges are either finite or finite below or FALSE otherwise.
bounded_curve class: Defines a bounded curve.
bounded_line class: Defines a bounded_line as a subtype of bounded_curve.
bounds(double*,double*,double*,double*,double,double*) method in class law: Sets the domain of this law.
box_container data member in class EDGE
box_tol() method in class ATTRIB_HH_ENT_STITCH_EDGE: Returns the box_tol, the tolerance depending on the box size.
branch(generic_graph*,generic_graph*,logical) method in class generic_graph: Returns a graph of branches off of a specified portion of the given trunk.
branch(generic_graph*,int,logical) method in class generic_graph: Returns a graph of branches off of a specified portion of the given trunk.
branches() method in class law: Returns a non-negative integer that tells the dimension of the branches of this law.
breakupWires(int,int) method in class AcisSkinningInterface: Breaks the wires between start and end points.
breakupWires(int,int) method in class AcisSLInterface: Creates an equal number of coedges in each wire of the skinning or lofting profiles.
bs1_hull_angles_ok() method in class intcurve: Checks if it is known that there is a good bs1_curve hull.
bs1_hull_self_intersects() method in class intcurve: Checks if it is known that the bs1_curve self intersects.
bs1_knots_on_curve() method in class intcurve: Checks if it is known that the knots of the bs1_curve lie on the curve.
bs2_curve typedef: Defines a 2D B-spline curve.
bs2_curve_accurate_derivs(bs2_curve) global function: Gets the number of derivatives that bs2_curve_evaluate can calculate.
bs2_curve_add_knot(bs2_curve,double,int,double,SPApar_pos&,SPApar_vec&,SPApar_vec&) global function: Adds a knot to a B-spline at a given parameter value.
bs2_curve_box(bs2_curve,double) global function: Gets a box that encloses the curve with additional tolerances.
bs2_curve_closed(bs2_curve) global function: Determines whether a spline is closed or open.
bs2_curve_connect(bs2_curve,bs2_curve) global function: Joins two 2D B-splines end to end.
bs2_curve_construct(int,SPApar_pos*,double*,int) global function: Creates a curve which is supplied as B-spline vertexes and knot values.
bs2_curve_control_points(bs2_curve,int&,SPApar_pos*&,int) global function: Gets the number of control points and an array of control points for a 2D B-spline curve.
bs2_curve_copy(bs2_curve) global function: Creates an exact copy of the curve.
bs2_curve_debug(bs2_curve,char const*,FILE*) global function: Gets a readable representation of the curve and writes it to a file.
bs2_curve_delete(bs2_curve&) global function: Deletes storage occupied by a curve that is no longer required.
bs2_curve_deriv(double,bs2_curve) global function: Evaluates the first derivative of the curve with respect to the parameter at the given parameter value.
bs2_curve_eval(double,bs2_curve,SPApar_pos&,SPApar_vec&,SPApar_vec&) global function: Evaluates the curve and its parametric derivative at the given parameter value.
bs2_curve_evaluate(double,bs2_curve,SPApar_pos&,SPApar_vec**,int,int) global function: Evaluates an arbitrary number of derivatives and selects the handedness of derivatives at discontinuities.
bs2_curve_fit(intcurve_data const&,bs2_curve&) global function: Fits a bs2_curve to a collection of point and direction data.
bs2_curve_for_curve_on_surf(bs3_curve,double,double,bs3_surface,double) global function: Creates a bs2_curve that approximates a segment of a bs3_curve lying on a surface.
bs2_curve_form enum: Classifies the end conditions of a 2D B-spline curve.
bs2_curve_from_ctrlpts(int,logical,logical,logical,int,SPAposition*,double[],double,int,double[],double) global function: Creates a two-dimensional B-spline curve specified as a sequence of control points, weights, and an associated knot vector.
bs2_curve_init() global function: Initializes the bs2_curve interface and the underlying curve package.
bs2_curve_interp(int,SPApar_pos const*,SPApar_vec const&,SPApar_vec const&,double,double&) global function: Creates a cubic curve that interpolates or fits to an array of points, with given start and end directions.
bs2_curve_join(bs2_curve,bs2_curve) global function: Creates a new curve by appending the second curve to the end of the first.
bs2_curve_knots(bs2_curve,int&,double*&,int) global function: Gets the number of knots and the knot vector for a 2D B-spline curve.
bs2_curve_knottol() global function: Gets the parametric criterion used to decide whether a given parameter is a knot.
bs2_curve_linear(bs2_curve&,SPApar_dir&,double) global function: Determines whether the curve is linear, within the specified tolerance.
bs2_curve_make_line(SPApar_pos const&,SPApar_pos const&,double,double&) global function: Creates a straight line spline between two points.
bs2_curve_make_rho_conic(SPApar_pos const&,SPApar_pos const&,SPApar_pos const&,double,double,double&) global function: Creates a conic curve given three distinct parametric positions and a rho value.
bs2_curve_open(bs2_curve) global function: Determines if the spline is open or not.
bs2_curve_par_trans(bs2_curve,SPApar_transf const&) global function: Transforms the given bs2_curve in parameter space.
bs2_curve_period(bs2_curve) global function: Gets the primary interval (the parametric period) of definition of a periodic curve.
bs2_curve_periodic(bs2_curve) global function: Determines if the curve is smoothly closed in object space and may be considered an endless loop (periodic).
bs2_curve_position(double,bs2_curve) global function: Evaluates the curve at the given parameter value.
bs2_curve_range(bs2_curve) global function: Gets the primary interval on which the curve is defined.
bs2_curve_reparam(double,double,bs2_curve) global function: Reparameterizes the given curve in place so that its primary interval of definition is from the start to the given end parameters.
bs2_curve_restore() global function: Restores a curve.
bs2_curve_reverse(bs2_curve) global function: Reverses the direction of the given curve, and negates the parameterization.
bs2_curve_same(bs2_curve,bs2_curve,double) global function: Determines whether two curves are the same.
bs2_curve_save(bs2_curve) global function: Saves a curve to a file.
bs2_curve_set_closed(bs2_curve) global function: Marks a bs2_curve as being closed.
bs2_curve_set_ctrlpt(bs2_curve,int,SPApar_pos const&,double,int) global function: Sets the position of one control point.
bs2_curve_set_ctrlpts(bs2_curve,SPApar_pos[],double[],int) global function: Sets the positions, and optionally weights, of all control points on a curve.
bs2_curve_set_end_prms(double*,double*,bs2_curve) global function: Sets the values of the start and/or end parameters of a spline.
bs2_curve_set_form(bs3_curve_form,bs2_curve) global function: Sets a bs2_curve form variable to the same value as a corresponding bs3_curve form variable.
bs2_curve_set_open(bs2_curve) global function: Sets a curve's form to be open.
bs2_curve_set_periodic(bs2_curve) global function: Marks a bs2_curve as being periodic.
bs2_curve_shift(double,bs2_curve) global function: Reparameterizes the given curve in place by adding the given shift value to its parameter values.
bs2_curve_split(bs2_curve&,double,SPApar_pos const&,SPApar_dir const&) global function: Splits a given parametric curve into two sections at a given parameter value.
bs2_curve_straddles_bs3_surface_knots(bs2_curve,bs3_surface,logical) global function: Determines if the convex hull of the curve straddles any knots.
bs2_curve_subset(bs2_curve,SPAinterval const&,double,double&) global function: Creates a curve that is a subset of a given curve.
bs2_curve_tangent(double,bs2_curve) global function: Evaluates the curve direction at the given parameter value.
bs2_curve_to_array(bs2_curve,int&,int&,logical&,int&,SPAposition*&,double*&,int&,double*&,int) global function: Gets the dimension, degree, control points, weights, and knots for a 2D B-spline curve, and determines if the curve is rational.
bs2_curve_to_bs3_curve(bs2_curve) global function: Resolves the AG references in the skin code.
bs2_curve_trans(bs2_curve,SPAtransf const&) global function: Transforms the given curve in place.
bs2_curve_u_param_line(SPAinterval&,bs2_curve_form,double) global function: Creates a parameter-space curve along a u parameter line of a spline surface.
bs2_curve_u_param_line(bs3_surface,double) global function: Creates a parameter-space curve along a u parameter line of a spline surface.
bs2_curve_v_param_line(SPAinterval&,bs2_curve_form,double) global function: Creates a parameter line space curve along a v parameter line of a spline surface.
bs2_curve_v_param_line(bs3_surface,double) global function: Creates a parameter line space curve along a v parameter line of a spline surface.
bs2_curve_weights(bs2_curve,int&,double*&,int) global function: Gets the number of weights and an array of weights values for a rational, 2D B-spline curve.
bs2_hull_angles_ok() method in class intcurve: hecks if it is known that there is a good bs2_curve hull.
bs2_hull_self_intersects() method in class intcurve: Checks if the bs2_curve self intersects.
bs2_knots_on_curve() method in class intcurve: Checks if it is known that the knots of the bs2_curve lie on the curve.
bs3_curve typedef: Defines a 3D B-spline curve.
bs3_curve_accurate_derivs(bs3_curve) global function: Gets the number of derivatives that bs3_curve_evaluate can calculate.
bs3_curve_add_knot(bs3_curve,double,int,double) global function: Adds a knot to a B-spline at a given parameter value.
bs3_curve_add_mult_ekn(bs3_curve) global function: Adds multiple end knots to a spline curve.
bs3_curve_ana_int(bs3_curve,surface const&,double,SPAbox const&,double const) global function: Intersects a spline with a general (analytic) surface.
bs3_curve_arc_3curve(bs3_curve,double&,bs3_curve,double&,bs3_curve,double&,SPAunit_vector&,double&,SPAposition&) global function: Gets the radius and center of an arc tangent to three curves.
bs3_curve_arc_3curve_modified(bs3_curve[3],SPAposition[3],double[3],SPAunit_vector&,double&,SPAposition&) global function: Gets the radius and center of an arc tangent to three curves.
bs3_curve_box(bs3_curve,double) global function: Determines a box that encloses the curve with additional tolerances.
bs3_curve_bs3_curve_int(bs3_curve,bs3_curve,double) global function: Intersects two curves.
bs3_curve_check(bs3_curve,intcurve&,check_status_list*) global function: Checks the curve for closure, continuity etc and applies fixes if requested, and possible.
bs3_curve_check_smoothness(bs3_curve,curve_irregularities*&,int&,int) global function: Gets knot values where the curve is discontinuous in tangent direction or magnitude.
bs3_curve_closed(bs3_curve) global function: Determines if a curve is closed.
bs3_curve_compat(bs3_curve,bs3_curve) global function: Sets two curves to be side-by-side compatible.
bs3_curve_con_int(bs3_curve,cone const&,double,SPAbox const&,double const) global function: Intersects the given parametric curve with a cone.
bs3_curve_conic_type(bs3_curve) global function: Determines whether the given curve is a conic section.
bs3_curve_connect(bs3_curve,bs3_curve,logical,logical) global function: Joins two splines end to end in a (possibly) C1 join.
bs3_curve_construct(int,SPAposition*,double*,int) global function: Creates a cubic curve which is supplied as B-spline vertexes and knot values.
bs3_curve_control_points(bs3_curve,int&,SPAposition*&,int) global function: Gets the number of control points and an array of control points for a 3D B-spline curve.
bs3_curve_copy(bs3_curve) global function: Creates an exact copy of the curve in free store.
bs3_curve_cub_fit_to_conic(bs3_curve,double) global function: Creates a nonrational cubic B-spline fit to the given conic.
bs3_curve_cubic_approx(int,SPAinterval const&,double,double&,curve const*,int,double*,SPA_C2_cubic_curve_fit_options*,logical) global function
bs3_curve_curvature(double,bs3_curve) global function: Evaluates the curvature of the curve at the given parameter value.
bs3_curve_cylinder(bs3_curve,SPAposition&,SPAunit_vector&,double&) global function: Gets a cylinder enclosing a bs3_curve.
bs3_curve_debug(bs3_curve,char const*,FILE*) global function: Gets a readable representation of the curve and writes it to a file.
bs3_curve_degree(bs3_curve) global function: Gets the degree of a bs3_curve.
bs3_curve_degree_elevate(bs3_curve&) global function: Raises the degree of a B-spline curve in place by one.
bs3_curve_delete(bs3_curve&) global function: Deletes storage occupied by the given curve that is no longer required.
bs3_curve_deriv(double,bs3_curve) global function: Evaluates the parametric derivative (direction and magnitude) of a given 3D B-spline curve at a given parameter value.
bs3_curve_end(bs3_curve) global function: Gets the end point of the given spline curve.
bs3_curve_end_tangent(bs3_curve) global function: Gets the normalized tangent to the given spline at the end.
bs3_curve_estimate_param(SPAposition&,bs3_curve) global function: Estimates the parameter of the nearest point or a curve to the given point.
bs3_curve_eval(double,bs3_curve,SPAposition&,SPAvector&,SPAvector&) global function: Evaluates the curve and its parametric derivatives at the given parameter value.
bs3_curve_evaluate(double,bs3_curve,SPAposition&,SPAvector* const*,int,int) global function: Gets an arbitrary number of derivatives of a curve.
bs3_curve_extrema(bs3_curve,SPAunit_vector const&) global function: Determines the extreme points (maxima and minima) of a parametric curve with respect to a given direction in object space.
bs3_curve_facet(bs3_curve,double,double,double,int,int&,SPAposition[],double[]) global function: Gets an array of points and parameter values that form the linear approximation to a curve within a specified tolerance.
bs3_curve_fillet_curves(bs3_curve,double,double&,bs3_curve,double,double&,SPAunit_vector&) global function: Creates a fillet curve between two curves.
bs3_curve_form enum: Classifies the end conditions of a 3D B-spline curve.
bs3_curve_from_bs2(bs2_curve) global function: Converts a two-dimensional parameter-space curve into a three-dimensional curve.
bs3_curve_from_ctrlpts(int,logical,logical,logical,int,SPAposition[],double[],double,int,double[],double,int&) global function: Creates a 3D B-spline curve specified as a sequence of control points,weights,and an associated knot vector.
bs3_curve_from_periodic_ctrlpts(int,logical,int,SPAposition[],double[],int,double[],double,int&) global function: THIS FUNCTION (bs3_curve_from_periodic_ctrlpts) NEEDS TO BE REMOVED FROM THE PUBLIC INTERFACE AS IT IS NOT QUITE CONSISTENT WITH THE SURVIVING PERIODIC IMPLEMENTATION AND IT DOES NOT HAVE THE CAPABILITY OF TRACKING THE SEAM MULTIPLICITY.
bs3_curve_hermite_interp(int,SPAposition*,SPAvector*,double*) global function: Interpolates a cubic B-spline curve (Hermite interpolation) from points and tangents.
bs3_curve_init() global function: Initializes the bs3_curve interface and the underlying curve package.
bs3_curve_int(bs3_curve&,bs3_curve&) global function: Determines the intersection of two curves.
bs3_curve_intcurve_invert(SPAposition&,intcurve&,SPAparameter&) global function: Inverts a bs3_curve, taking an intcurve into account.
bs3_curve_interp(int,SPAposition const*,SPAunit_vector const&,SPAunit_vector const&,double,double&,logical) global function: Creates a curve that interpolates or fits to the given tolerance the given points, with the given tangent directions at the two end points.
bs3_curve_interp_knots(int,SPAposition const*,double[],SPAvector&,SPAvector&) global function: Creates a cubic curve which interpolates or fits to an array of points,with given start and end directions.
bs3_curve_invert(SPAposition const&,double,bs3_curve,SPAparameter const&) global function: Determines the parameter value of a near-point to the given point on the curve.
bs3_curve_join(bs3_curve,bs3_curve) global function: Creates a new curve by appending the second curve to the end of the first.
bs3_curve_knot_mult(bs3_curve,double,double,int) global function: Determines the multiplicity of a B-spline curve knot.
bs3_curve_knots(bs3_curve,int&,double*&,int) global function: Gets the number of knots and knot values for a 3D B-spline curve.
bs3_curve_knottol() global function: Gets the parametric criterion used to determine whether a given parameter is a knot.
bs3_curve_length(bs3_curve,SPAinterval const&,logical) global function: Determines the arc length of a three-dimensional B-spline curve between given parameter bounds.
bs3_curve_length_param(bs3_curve,double,double) global function: Determines the parameter value of the point at a given arc length from the given parameter value.
bs3_curve_line_tan_2crv(bs3_curve,double,bs3_curve,double,SPAunit_vector&,SPAposition&,SPAposition&) global function: Determines the positions for creating a line tangent to two bs3_curves.
bs3_curve_line_tan_pt_crv(SPAposition&,bs3_curve,SPAunit_vector&,int,int&,SPAposition[]) global function: Determines all positions on a bs3_curve where a line from a given position is tangent to the curve.
bs3_curve_make_cur(curve const&,double,double,double,double&) global function: Creates a curve from a portion of a general ACIS curve.
bs3_curve_make_ell(ellipse const&,double,double,double,double&) global function: Creates a spline curve from an elliptical arc.
bs3_curve_make_hel(helix const&,double,double,double,double&) global function: Creates a spline curve from a helical arc.
bs3_curve_make_int(intcurve const&,double,double,double,double&) global function: Creates a spline curve from an intcurve.
bs3_curve_make_rational(bs3_curve) global function: Modifies the bs3_curve into a rational bs3_curve with weights set to 1.
bs3_curve_make_rho_conic(SPAposition const&,SPAposition const&,SPAposition const&,double,double,double&) global function: Creates a general conic curve segment given three distinct points and a rho value.
bs3_curve_make_str(straight const&,double,double,double,double&) global function: Creates a parametric curve that is geometrically the same as the portion of the given straight line between the given parameter values.
bs3_curve_max_dist_to_point_bound(bs3_curve,SPAposition&) global function: Gets an upper limit to the maximum distance from a point in space to the given curve.
bs3_curve_mergeable(bs3_curve,bs3_curve) global function: Sets two curves so they can be merged.
bs3_curve_mid(bs3_curve) global function: Gets the mid-point of the given spline curve.
bs3_curve_mid_tangent(bs3_curve) global function: Gets the normalized mid-tangent to the given spline.
bs3_curve_modify(bs3_curve,SPAposition const&,SPAunit_vector const&,double) global function: Modifies the curve, such that the curve passes through the given point at the given parameter value and has the given tangent direction.
bs3_curve_mult(bs3_curve) global function: Determines if the current curve has multiple end knots.
bs3_curve_nderiv(double,bs3_curve,int) global function: Evaluates the nth derivative of a given bs3_curve at a given parameter value.
bs3_curve_nspans(bs3_curve) global function: On the assumption that the curve consists of a sequence of simple spans,gets the number of such spans.
bs3_curve_num_ctlpts(bs3_curve,int) global function: Gets the number of control points in a bs3_curve.
bs3_curve_offset_by_dist(bs3_curve,double,logical,logical,bs3_offset_seg*&,SPAunit_vector&) global function: Offsets a planar bs3_curve by a specified distance.
bs3_curve_offset_by_dist(bs3_curve,double,logical,SPAunit_vector&) global function: Offsets a planar bs3_curve by a specified distance.
bs3_curve_offset_by_vec(bs3_curve,SPAvector&) global function: Offsets a planar bs3_curve by a vector.
bs3_curve_open(bs3_curve) global function: Determines if a bs3_curve is open.
bs3_curve_param_length(bs3_curve,double,double) global function: Gets the signed arc length of the curve between two parameter values.
bs3_curve_period(bs3_curve) global function: Gets the length of the primary interval (the parametric period) that defines a periodic curve.
bs3_curve_periodic(bs3_curve) global function: Determines if the curve is smoothly closed and is an endless loop.
bs3_curve_perp(SPAposition const&,bs3_curve,SPAposition&,SPAunit_vector&,SPAparameter const&,SPAparameter&,double) global function: Gets the position, tangent direction, and parameter value at the foot of a perpendicular dropped from a point to the spline curve.
bs3_curve_pla_int(bs3_curve,plane const&,double,SPAbox const&,double const) global function: Intersects the given parametric curve with a plane.
bs3_curve_planar(bs3_curve&,SPAunit_vector&,double) global function: Determines whether the curve is planar, within the specified tolerance.
bs3_curve_position(double,bs3_curve) global function: Evaluates the curve at the given parameter value.
bs3_curve_project(bs3_curve,curve*,plane&) global function: Projects the given bs3_curve along the given path onto the given plane.
bs3_curve_rail_from_cen(bs3_curve,SPAunit_vector&,double) global function: Gets a rail curve to sweep for surface construction.
bs3_curve_range(bs3_curve) global function: Gets the primary interval on which the curve is defined, which in open and nonperiodic closed curves is the actual domain.
bs3_curve_rational(bs3_curve) global function: Determines whether a spline curve is rational.
bs3_curve_rem_extra_knots(bs3_curve,double) global function: Removes redundant knots from a bs3_curve.
bs3_curve_reparam(double,double,bs3_curve) global function: Reparameterizes the given curve in place.
bs3_curve_restore() global function: Restores a curve from a file.
bs3_curve_reverse(bs3_curve) global function: Reverses the direction of the given curve, and negates the parameterization.
bs3_curve_same(bs3_curve,bs3_curve,double) global function: Determines whether two spline curves are the same.
bs3_curve_save(bs3_curve) global function: Saves a curve to a file.
bs3_curve_self_int(bs3_curve&) global function: Determines self intersections in a curve.
bs3_curve_set_closed(bs3_curve) global function: Sets the form of a bs3_curve to be closed.
bs3_curve_set_ctrlpt(bs3_curve,int,double*,double,logical) global function: Sets the position of one control point.
bs3_curve_set_ctrlpts(bs3_curve,int,double*,double*,logical) global function: Sets the position of all control points.
bs3_curve_set_fitol(int,SPAposition const*,double) global function: Sets the fit tolerance of a curve.
bs3_curve_set_form(bs3_curve) global function: Sets the form of a bs3_curve.
bs3_curve_set_open(bs3_curve) global function: Sets the form of a bs3_curve to be open.
bs3_curve_set_periodic(bs3_curve) global function: Sets the form of a bs3_curve to be periodic.
bs3_curve_shift(double,bs3_curve) global function: Reparameterizes the given curve in place by adding the given shift value to its parameter values.
bs3_curve_span(int,bs3_curve) global function: Creates a new curve that is the nth span of the given curve.
bs3_curve_span_poly(int,bs3_curve) global function: Gets the normalized rational polynomial for the indexed span of the given curve.
bs3_curve_span_range(int,bs3_curve) global function: Gets the parameter bounds of the span specified.
bs3_curve_sph_int(bs3_curve,sphere const&,double,SPAbox const&,double const) global function: Intersects the given parametric curve with a sphere.
bs3_curve_spl_int(bs3_curve,spline const&,double,SPAbox const&,double const) global function: Intersects the given parametric curve with a spline surface.
bs3_curve_split(bs3_curve&,double,SPAposition const&,SPAunit_vector const&,SPAunit_vector const&) global function: Splits a given 3D B-spline curve at a given parameter value.
bs3_curve_start(bs3_curve) global function: Gets the start point of the given spline curve.
bs3_curve_start_tangent(bs3_curve) global function: Gets the normalized tangent to the given spline at the start.
bs3_curve_subset(bs3_curve,SPAinterval const&,double,double&) global function: Creates a curve that is a subset of a given one.
bs3_curve_tan_pt_crv(SPAposition&,bs3_curve,SPAunit_vector&,double*,logical,SPAvector&,SPAvector&,SPAposition&) global function: Determines a position on a bs3_curve where a line from a given position is tangent to the curve.
bs3_curve_tangent(double,bs3_curve) global function: Determines the curve direction at the given parameter value.
bs3_curve_tangent_cone(bs3_curve,logical) global function: Creates a cone bounding the tangent directions of a curve.
bs3_curve_term() global function: Flushes any retained storage in the underlying curve package.
bs3_curve_testpt(SPAposition const&,double,bs3_curve,SPAparameter const&,SPAparameter&) global function: Determines whether a point lies within tolerance of a three-dimensional B-spline curve.
bs3_curve_to_array(bs3_curve,int&,int&,logical&,int&,SPAposition*&,double*&,int&,double*&,int) global function: Gets the dimension, degree, rationality, control points, weights, and knots for a 3D B-spline curve.
bs3_curve_to_bs2_curve(bs3_curve) global function: Resolves the AG references in the skin code.
bs3_curve_tor_int(bs3_curve,torus const&,double,SPAbox const&,double const) global function: Intersects the given parametric curve with a torus.
bs3_curve_trans(bs3_curve,SPAtransf const&) global function: Transforms the given curve in place.
bs3_curve_u_param_line(bs3_surface,double) global function: Creates a curve along the u parameter of a parametric surface, with the v parameter held constant.
bs3_curve_v_param_line(bs3_surface,double) global function: Creates a curve along the v parameter of a parametric surface, with the u parameter held constant.
bs3_curve_warp(bs3_curve,law*) global function: Transforms the given curve in place.
bs3_curve_weight(bs3_curve,int,double&,int) global function: Gets the weight value corresponding to a specific control point for a rational, 3D B-spline curve.
bs3_curve_weights(bs3_curve,int&,double*&,int) global function: Gets the number of weights and the values of the weights for a rational, 3D B-spline curve.
bs3_eval(SPApar_pos&) method in class base_surface_law_data: Returns the parameter position u, v on the spline approximating surface.
bs3_surf_form enum: Classifies the end conditions of a 3D B-spline surface.
bs3_surface typedef: Defines a 3D B-spline surface.
bs3_surface_3crv(bs3_curve&,bs3_curve&,bs3_curve&) global function: Creates a spline surface that interpolates three boundary curves.
bs3_surface_4crv(bs3_curve&,bs3_curve&,bs3_curve&,bs3_curve&) global function: Creates a spline surface that interpolates four boundary curves.
bs3_surface_accurate_derivs(bs3_surface) global function: Gets the number of derivatives that bs3_surface_evaluate evaluates accurately.
bs3_surface_add_knot(double,int,bs3_surface,int,double) global function: Adds knots to a surface.
bs3_surface_add_mult_ekn(bs3_surface) global function: Adds multiple end knots to a spline surface.
bs3_surface_bicubic(int,int,double[],double[],SPAposition[],SPAvector[],SPAvector[],SPAvector[]) global function: Creates a surface that is a bi-cubic interpolant.
bs3_surface_bispan(int,int,bs3_surface) global function: Creates a surface from a simple patch of a surface.
bs3_surface_bispan_poly(int,int,bs3_surface) global function: Converts a span into a rational bipolynomial vector with normalized parameterization in each direction.
bs3_surface_bispan_range(int,int,bs3_surface) global function: Gets the parameter bounds of a simple surface patch.
bs3_surface_boundary_angle(bs3_surface,double&,double&) global function: Gets the boundary angle.
bs3_surface_box(bs3_surface,SPApar_box const&) global function: Gets a box that encloses a portion of a three-dimensional B-spline surface.
bs3_surface_check(bs3_surface,spline&,check_fix&,check_fix&,check_status_list*) global function: Checks for errors in the approximating surface.
bs3_surface_check_hit(bs3_surface,double,int,int,sf_clash_list*&) global function
bs3_surface_closed_u(bs3_surface) global function: Determines whether a given surface is closed in the u-parameter.
bs3_surface_closed_v(bs3_surface) global function: Determines whether the given surface is closed in the v-parameter.
bs3_surface_control_points(bs3_surface,int&,int&,SPAposition*&,int) global function: Gets the number of control points in the u and v directions, and the array of control points, for the given surface.
bs3_surface_copy(bs3_surface) global function: Creates an exact copy of the surface in free store.
bs3_surface_cross(SPApar_pos const&,SPAunit_vector const&,bs3_surface) global function: Evaluates the cross curvature of a three-dimensional B-spline surface at a given uv.
bs3_surface_debug(bs3_surface,char const*,FILE*) global function: Gets a readable representation of the curve and writes it to a file.
bs3_surface_degree_elevate(bs3_surface,bs3s_dir) global function: Raises the degree of the input bs3_surface in the desired direction by 1.
bs3_surface_degree_u(bs3_surface) global function: Gets the spline degree in the u direction.
bs3_surface_degree_v(bs3_surface) global function: Gets the spline degree in the v direction.
bs3_surface_delete(bs3_surface&) global function: Deletes storage occupied by the given surface.
bs3_surface_dim(bs3_surface) global function: Gets the dimensionality of a surface.
bs3_surface_estimate_param(SPAposition const&,bs3_surface,logical) global function: Estimates the parameter values of the foot of a perpendicular from a given point to the surface.
bs3_surface_eval(SPApar_pos const&,bs3_surface,SPAposition&,SPAvector*,SPAvector*) global function: Evaluates a bs3_surface for position, first, and second derivatives at the given parameter value.
bs3_surface_evaluate(SPApar_pos const&,bs3_surface,SPAposition&,SPAvector**,int,int,int) global function: Evaluates the position and an arbitrary number of derivatives of the surface.
bs3_surface_fit(double,int,int,SPAposition[],SPAunit_vector[],SPAunit_vector[]) global function: Fits a mesh of points to a bs3_surface.
bs3_surface_fitol(bs3_surface) global function: Determines the fit tolerance of a surface.
bs3_surface_from_ctrlpts(int,logical,int,int&,int,int,logical,int,int&,int,SPAposition[],double[],double,int,double[],int,double[],double) global function: Creates a B-spline surface from a collection of control points and knot vectors.
bs3_surface_from_periodic_ctrlpts(int,logical,int,int&,int,int,logical,int,int&,int,SPAposition[],double[],double,int,double[],int,double[],double) global function: Creates a B-spline surface from a collection of control points and knot vectors, using a periodic representation.
bs3_surface_hermite(SPAposition*,SPAvector*,SPAvector*,SPAvector*) global function: Creates a single patch Bezier surface from Hermite data at the patch corners.
bs3_surface_hermite_intp(int,int,SPAposition*,SPAvector*,SPAvector*,SPAvector*,double*,double*) global function: Creates a bi-cubic Hermite interpolant using a mesh of points, tangents, twists, and knot vectors.
bs3_surface_hull_planes(bs3_surface,SPAposition*,SPAunit_vector*) global function: Creates a bounding hull around a surface.
bs3_surface_ij_ctrlpt(bs3_surface,int,int,SPAposition&,double&,logical&,int&,int) global function: Gets the [i,j] control point of a given spline surface.
bs3_surface_ij_knu(bs3_surface,int,int,int) global function: Gets the ith knot in u direction.
bs3_surface_ij_knv(bs3_surface,int,int,int) global function: Gets the ith knot in v direction.
bs3_surface_init() global function: Initializes the spline surface system.
bs3_surface_interp_knots(int,int,SPAposition*,double[],double[],SPAvector*,SPAvector*,SPAvector[]) global function: Creates a bicubic surface that interpolates or fits a set of points,with specified boundary derivatives and twist vectors.
bs3_surface_intp(int,int,SPAposition[],SPAunit_vector[],SPAunit_vector[],SPAunit_vector[],SPAunit_vector[]) global function: Interpolates a mesh of points.
bs3_surface_invdir(SPAunit_vector const&,SPApar_pos const&,bs3_surface) global function: Gets the direction in the parameter space of a surface at a given position that corresponds to a given object-space tangent direction.
bs3_surface_invert(SPAposition const&,bs3_surface,SPApar_pos const&) global function: Gets the parameter of a point on a 3D B-spline surface.
bs3_surface_join_u(bs3_surface,bs3_surface) global function: Joins two compatible three-dimensional B-spline surfaces together.
bs3_surface_join_v(bs3_surface,bs3_surface) global function: Joins two compatible three-dimensional B-spline surfaces together.
bs3_surface_knots_u(bs3_surface,int&,double*&,int) global function: Gets the number of knots in the u direction and the knot values in the u direction, for the given surface.
bs3_surface_knots_v(bs3_surface,int&,double*&,int) global function: Gets the number of knots in the v direction and the knot values in the v direction, for the given surface.
bs3_surface_knottol() global function: Gets the parametric criterion used to decide whether a given parameter is a knot.
bs3_surface_loft_curves(bs3_curve*,double[],double,int,double&) global function: Lofts a surface from an array of n bs3_curves.
bs3_surface_loft_u_curves(int,bs3_curve[],double[]) global function: Lofts a series of similar bs3_curves into a bs3_surface.
bs3_surface_make_con(cone const&,SPAbox const&,double,double&,SPApar_transf&) global function: Creates a parametric surface coincident with the given cone.
bs3_surface_make_pipe(double,curve const&,curve const&,SPAinterval const&,double,double&) global function: Creates a spline surface that is an approximation to a constant-radius circular pipe centered on the given spine curve.
bs3_surface_make_pipe_boundary(double,curve const&,curve const&,curve const&,double,double&,bs2_curve&,bs2_curve&) global function: Creates a pipe surface given the spine, radius, and two boundary curves that bracket the zero u-parameter direction.
bs3_surface_make_pla(plane const&,SPAbox const&,double,double&,SPApar_transf&) global function: Creates a spline surface from the given plane.
bs3_surface_make_sph(sphere const&,SPAbox const&,double,double&,SPApar_transf&) global function: Creates a spline surface from the given sphere.
bs3_surface_make_spl(spline const&,SPAbox const&,double,double&,SPApar_transf&) global function: Creates a parametric surface coincident with the given spline.
bs3_surface_make_sur(surface const&,SPAbox const&,double,double&,SPApar_transf&) global function: Converts a portion of a general ACIS surface into a spline surface.
bs3_surface_make_tor(torus const&,SPAbox const&,double,double&,SPApar_transf&) global function: Creates a spline surface from the given torus.
bs3_surface_make_tor_nubs(torus const&,SPAbox const&,double,double&,SPApar_transf&) global function: Creates a NUBS spline surface from the given torus.
bs3_surface_max_size_to_param_line(bs3_surface,SPAposition&,double,logical,logical) global function: Estimates the parameter of a near point on a surface, given the parameter of a control point of the surface.
bs3_surface_mult_eku(bs3_surface,int) global function: Determines if surface has multiple u end knots.
bs3_surface_mult_ekv(bs3_surface,int) global function: Determines if surface has multiple v end knots.
bs3_surface_natural_ext(bs3_surface,SPApar_box&,SPAnat_ext_checks) global function: Computes a natural spline extension.
bs3_surface_ncu(bs3_surface,int) global function: Gets the number of control points in u_direction.
bs3_surface_ncv(bs3_surface,int) global function: Gets the number of control points in v_direction.
bs3_surface_nku(bs3_surface,int) global function: Gets the number of knots in the u direction for the given surface.
bs3_surface_nkv(bs3_surface,int) global function: Gets the number of knots in the v direction for the given surface.
bs3_surface_normal(SPApar_pos const&,bs3_surface) global function: Evaluates the normal to a three-dimensional B-spline surface at a given (u,v).
bs3_surface_nspans_u(bs3_surface) global function: Gets number of simple patches in the u parameter direction forming a bs3_surface.
bs3_surface_nspans_v(bs3_surface) global function: Gets number of simple patches in the v parameter direction forming a bs3_surface.
bs3_surface_offset(bs3_surface,double,double) global function: Offsets the given surface by offset distance.
bs3_surface_period_u(bs3_surface) global function: Gets the u-parameter period of a three-dimensional B-spline surface.
bs3_surface_period_v(bs3_surface) global function: Gets the v-parameter period of a three-dimensional B-spline surface.
bs3_surface_periodic_u(bs3_surface) global function: Determines whether the surface is periodic in the u-parameter.
bs3_surface_periodic_v(bs3_surface) global function: Determines whether the surface is periodic in the v-parameter.
bs3_surface_perp(SPAposition const&,bs3_surface,SPAposition&,SPAunit_vector&,SPApar_pos const&,SPApar_pos&,SPApar_box const&) global function: Gets the intersection with the surface and the normal to the surface of a perpendicular dropped from a point to the surface.
bs3_surface_planar(bs3_surface,SPAunit_vector&) global function: Determines if a bs3_surface is planar.
bs3_surface_poles_u(bs3_surface) global function: Gets a flag indicating the existence of poles (singularities) in the u direction.
bs3_surface_poles_v(bs3_surface) global function: Gets a flag indicating the existence of poles (singularities) in the v direction.
bs3_surface_position(SPApar_pos const&,bs3_surface) global function: Evaluates and returns a position on a three-dimensional B-spline surface at a given uv.
bs3_surface_prin_curv(SPApar_pos const&,bs3_surface,SPAunit_vector&,double&,SPAunit_vector&,double&) global function: Evaluates the principal axes of curvature and corresponding curvatures of a three-dimensional B-spline surface at a given uv.
bs3_surface_proc(SPAinterval&,SPAinterval&,pt_eval_fn_t,vec_eval_fn_t,vec_eval_fn_t,vec_eval_fn_t,void*,double) global function: Creates an approximate spline surface to a procedurally defined surface.
bs3_surface_range(bs3_surface) global function: Gets the range of both parameter values that defines the surface as the bounds of a rectangular box in parameter space.
bs3_surface_range_u(bs3_surface) global function: Gets the u parameter range a three-dimensional B-spline surface.
bs3_surface_range_v(bs3_surface) global function: Gets the v parameter range of a three-dimensional B-spline surface.
bs3_surface_rational_u(bs3_surface) global function: Determines if a surface is rational in u.
bs3_surface_rational_v(bs3_surface) global function: Determines if a surface is rational in v.
bs3_surface_remove_extra_knots(bs3_surface,double) global function: Deletes knots where multiplicities are greater than the degree in both u and v.
bs3_surface_reparam_u(double,double,bs3_surface) global function: Reparameterizes the surface in u.
bs3_surface_reparam_v(double,double,bs3_surface) global function: Reparameterizes the surface in v.
bs3_surface_restore() global function: Restores a saved surface.
bs3_surface_revolve_curve(bs3_curve,straight const&,double,double,double,double&) global function: Creates a spline surface by revolving a three-dimensional B-spline curve about an axis.
bs3_surface_rule_from_pt(SPAposition&,bs3_curve) global function: Creates a triangular ruled surface from a point to a curve.
bs3_surface_ruled(bs3_curve&,bs3_curve&) global function: Creates a ruled surface between two curves.
bs3_surface_same(bs3_surface,bs3_surface,double) global function: Determines whether two spline surfaces are the same.
bs3_surface_save(bs3_surface) global function: Saves a surface.
bs3_surface_set_closed_u(bs3_surface) global function: Sets the bs3_surface to be closed in u.
bs3_surface_set_closed_v(bs3_surface) global function: Sets the bs3_surface to be closed in v.
bs3_surface_set_ctrlpt(bs3_surface,int,int,double*,double,int) global function: Sets the position of one control point.
bs3_surface_set_ctrlpts(bs3_surface,int,int,double*,double*,int) global function: Sets the position of all control points.
bs3_surface_set_form(bs3_surface) global function: Sets the form of a bs3_surface.
bs3_surface_set_open_u(bs3_surface) global function: Sets the bs3_surface to be open in u.
bs3_surface_set_open_v(bs3_surface) global function: Sets the bs3_surface to be open in v.
bs3_surface_set_periodic_u(bs3_surface) global function: Marks the surface as being periodic in u.
bs3_surface_set_periodic_v(bs3_surface) global function: Marks the surface as being periodic in v.
bs3_surface_shift_u(double,bs3_surface) global function: Reparameterizes the given surface in u.
bs3_surface_shift_v(double,bs3_surface) global function: Reparameterizes the given surface in v.
bs3_surface_sil(bs3_surface,logical,view_spec const&,SPAbox const&) global function: Creates the silhouettes of the surface.
bs3_surface_singular_u(double,bs3_surface) global function: Determines if the mapping from parameter space to object-space is singular along the given constant u-parameter line.
bs3_surface_singular_v(double,bs3_surface) global function: Determines if the mapping from parameter space to object space is singular along the given constant v-parameter line.
bs3_surface_skin_curves(ENTITY_LIST&) global function: Creates a surface that interpolates ("skins") between a sequence of bs3_curves.
bs3_surface_span_range_u(int,bs3_surface) global function: Gets the u parameter bounds of a surface's simple patches.
bs3_surface_span_range_v(int,bs3_surface) global function: Gets the v parameter bounds of a surface's simple patches.
bs3_surface_split_u(bs3_surface&,double) global function: Splits a B-spline surface into two sections at a given u parameter value.
bs3_surface_split_v(bs3_surface&,double) global function: Splits a B-spline surface into two sections at a given v parameter value.
bs3_surface_subset(bs3_surface,SPApar_box const&,double,double&) global function: Creates a surface identical to the given surface.
bs3_surface_sum_curves(bs3_curve,bs3_curve,double,double&) global function: Creates a spline surface by summing two 3D B-spline curves.
bs3_surface_sum_x_pla_str(bs3_surface,SPAposition&,SPAunit_vector&,SPAposition&,SPAunit_vector&) global function: Specializes the top curve construction for perpendicular sweep.
bs3_surface_testpt(SPAposition const&,double,bs3_surface,SPApar_pos const&,SPApar_pos&) global function: Determines whether an object-space point lies on a given surface within the given positional precision.
bs3_surface_to_array(bs3_surface,int&,logical&,logical&,int&,int&,int&,int&,int&,int&,SPAposition*&,double*&,int&,int&,double*&,int&,int&,double*&,int) global function: Creates arrays of control points, weights, u knots, and v knots from a B-spline surface.
bs3_surface_trans(bs3_surface,SPAtransf const&) global function: Transforms a surface.
bs3_surface_unitvec(SPAunit_vector const&,SPApar_pos const&,bs3_surface) global function: Determines the offset in parameter space corresponding to a unit move in a direction on a 3D B-spline surface at a given position.
bs3_surface_warp(bs3_surface,law*) global function: Warp a surface.
bs3_surface_weights(bs3_surface,int&,int&,double*&,int) global function: Gets the number of weights in the u and v directions and the array of weights for the given surface.
bs3_surface_wiggle(double,double,double,int,int,int,int) global function: Creates four splines for the edges or a wiggle.
bs3_synchronize_tolerance() global function: Synchronizes ag tolerance with ACIS tolerance.
bs3s_dir enum
bs_conic_type enum: Classifies a B-spline curve as a type of conic section.
bs_knot_removal_mode enum
bs_seam_multiplicity_e enum
buildEdges(ENTITY_LIST&) method in class AcisSkinningInterface: Builds edges for the given entity list.
buildEdges(ENTITY_LIST&) method in class AcisSLInterface: Builds a list of edges that represent the extents of the surfaces if the wires were to be skinned at the present configuration.
buildFaces(ENTITY_LIST&) method in class AcisSkinningInterface: Builds faces for the given entity list.
buildFaces(ENTITY_LIST&) method in class AcisSLInterface: Builds a list of faces.
bulge() method in class ATTRIB_VBLEND: Returns the bulge factor.
bulletin_count() method in class ENTITY: Returns the number of bulletins referring to this ENTITY.
bulletin_no_change_vf(ENTITY const*,logical) method in class SURFACE: Virtual function for comparing subclass data - called by bulletin_no_change.
bulletin_no_change_vf(ENTITY*,logical) method in class ENTITY: Compares subclass data.
bulletin_no_change_vf(ENTITY const*,logical) method in class COEDGE: Virtual compare function for api_get_modified_faces.
bulletin_no_change_vf(ENTITY const*,logical) method in class LOOP: Virtual function for comparing subclass data - called by bulletin_no_change.
bulletin_no_change_vf(ENTITY const*,logical) method in class INTCURVE: Virtual function for comparing subclass data - called by bulletin_no_change.
bulletin_no_change_vf(ENTITY const*,logical) method in class VERTEX: Virtual function for comparing subclass data - called by bulletin_no_change.
bulletin_no_change_vf(ENTITY const*,logical) method in class WIRE: Virtual function for comparing subclass data - called by bulletin_no_change.
byte_count(logical) method in class component_handle_list: Returns the size in bytes of this class.
byte_count() method in class LIST_HEADER: Return the memory size, in bytes, of the list.
byte_count(logical) method in class asm_model_list: Returns the size in bytes of this class.
byte_count(logical) method in class component_entity_handle_list: Returns the size in bytes of this class.
byte_count(logical) method in class VOID_LIST: Returns the size of the list.
byte_count(logical) method in class ENTITY_LIST: Returns the size in bytes of this class.
byte_count(logical) method in class entity_handle_list: Returns the size in bytes of this class.

C

CELL class: Attaches the subportion of a lump.
CELL2D class: Connects the faces of a sheet.
CELL3D class: Connects subportion of a lump.
CFACE class: A reference to one side of a FACE.
CHAR define
COEDGE class: Relates EDGEs to adjacent EDGEs and to owning ENTITYs.
COEDGE_ID define
COMMUTATIVE define
COMPCURV_ID define
COMPOUND define
CONCAT define
CONCAT2 define
CONE class: Defines a cone as an object in the model.
CONE_ID define
CONSTBIT define
CONTROL define
COPY_ANNOTATION class: Defines the annotation class for the copy operation.
COPY_ANNOTATION_LEVEL define
COPY_DEF define
COPY_WITH_DEEP_COPY_DEF define
CSHELL class: Names one portion of a cell's boundary.
CURVE class: Defines a generic curve as an object in the model.
CURVE_EXTENSION_TYPE enum: Number specifies the extension type.
CURVE_ID define
Calc_tag_handle_count(int&,int&) global function
Change_entity(ENTITY*,ENTITY*) method in class ATTRIB_DM2ACIS: Changes the entity pointer for a DS_dmod.
Child(int) method in class ATTRIB_DM2ACIS: Gets the child dmod pointer, or NULL.
Child_tag(int) method in class ATTRIB_DM2ACIS: Gets the child tag id, or -1 if none.
Classify_tag(int) method in class ATTRIB_DM2ACIS: Returns the DS_tag_type for the tag or DS_tag_none.
Clear_editing() method in class ATTRIB_DM2ACIS: Command for editing state functions and is related to the Editing and Set_editing methods.
Clear_mesh_rebuild() method in class ATTRIB_DM2ACIS: Access functions for mesh rebuild state.
Clear_mesh_state() method in class ATTRIB_DM2ACIS: Access functions for mesh rebuild state.
Commit_to_edgeR(DS_dmod*) method in class ATTRIB_DC2ACIS: Recursive tail of Commit_to_owner.
Commit_to_faceR(DS_dmod*) method in class ATTRIB_DS2ACIS: Recursive tail of Commit_to_owner.
Commit_to_owner() method in class ATTRIB_DM2ACIS: Moves data to face and ATTRIB_DSMODEL.
Commit_to_owner() method in class ATTRIB_DC2ACIS: Moves data to face and ATTRIB_DSMODEL.
Commit_to_owner() method in class ATTRIB_DS2ACIS: Moves data to face and ATTRIB_DSMODEL.
ConvertEntity(ENTITY*,ha_rendering_options&,HA_Map*,char*) method in class IEntityConverter: Convert the given ACIS entity to HOOPS display-object data.
ConvertEntityAsm(ENTITY*,ha_rendering_options&,ha_rendering_context&) method in class IEntityConverter: Convert the given ACIS entity to HOOPS display-object data.
ConvertModelComponents(component_handle*,ha_rendering_options&,ha_rendering_context&) method in class IEntityConverter: Convert a component of an assembly model to HOOPS display-object data.
ConvertModelGeometry(asm_model*,ha_rendering_options&,ha_rendering_context&) method in class IEntityConverter: Convert the geometry of the given assembly model to HOOPS display-object data.
Convert_loads_and_cstrns(int,DM_target_memory) method in class ATTRIB_DM2ACIS: Converts curve constraints into curve loads and converts curve loads into curve constraints.
CopyBuffer() method in class position_array: Copies the position_array.
CreateRenderingObject(RenderingObject*,logical) global function
CreateRenderingObject(logical) global function
CurveFacetLevel enum: Curve Facetting Level.
Customer_cast() method in class DM_icon_query_args: Used by customer icons to downcast to customer type.
Customer_cast() method in class DM_draw_engine: Casting operator; used for overriding.
Customer_cast() method in class DM_icon_cmd_args: Used by customer icons to downcast to customer type.
Customer_cast() method in class DM_icon_draw_args: Used by customer icons to downcast to customer type.
cached_derivative(int) method in class law: Returns TRUE or FALSE, depending upon whether or not the given derivative has been cached.
calculate() method in class ATTRIB_HH_AGGR_STITCH: This method performs the pairing of edges and populates the individual entity-level attributes to the edges.
calculate() method in class ATTRIB_HH_AGGR_SHARP_EDGE: Performs the calculate stage of the sharp edge solver subphase of geometry building.
calculate() method in class ATTRIB_HH_AGGR_ANALYTIC: Performs the calculate stage of the analytic solver subphase of geometry building.
calculate() method in class ATTRIB_HH_AGGR_WRAPUP: Performs the calculate stage of the wrap-up subphase of geometry building.
calculate() method in class ATTRIB_HH_AGGR_SIMPLIFY: Traverses all faces and adds individual entity-level attributes to faces having spline geometry.
calculate() method in class ATTRIB_HH_AGGR_GEOMBUILD: Performs the calculate stage of the geometry building phase.
calculate() method in class ATTRIB_HH_AGGR_ISOSPLINE: Performs the calculate stage of the isospline solver subphase of geometry building.
calculate() method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
calculate() method in class ATTRIB_HH_AGGR_GEN_SPLINE: Performs the calculate stage of the generic spline solver subphase of geometry building.
calculate_at_tol(double) method in class ATTRIB_HH_AGGR_STITCH: Traverses the body and adds individual entity-level attributes to edge pairs that are candidates for stitching at the specified tolerance.
calculate_disc_info() method in class par_int_cur: Calculates the discontinuity information if it was never stored.
calculate_disc_info() method in class off_int_cur: Calculates the discontinuity information for the off_int_cur.
calculate_disc_info() method in class int_cur: Calculates the discontinuity information for the int_cur if none had been stored in disc_info.
calculation_results() method in class ATTRIB_HH_AGGR_GEN_SPLINE: Returns the results of the generic spline solver subphase.
calculation_results() method in class ATTRIB_HH_AGGR_ISOSPLINE: Returns the results of the isospline solver subphase.
calculation_results() method in class ATTRIB_HH_AGGR_WRAPUP: Returns the results of the wrap-up subphase.
calculation_results() method in class ATTRIB_HH_AGGR_SHARP_EDGE: Returns the results of the sharp edge solver subphase.
calculation_results() method in class ATTRIB_HH_AGGR_ANALYTIC: Returns the results of the analytic solver subphase.
calculation_results_for_change() method in class ATTRIB_HH_AGGR_GEN_SPLINE: Fills in the calculate results structure.
calculation_results_for_change() method in class ATTRIB_HH_AGGR_ANALYTIC: Fills in the calculate results structure.
calculation_results_for_change() method in class ATTRIB_HH_AGGR_ISOSPLINE: Fills in the calculate results structure.
calibrate_radius(double,double) method in class var_rad_functional: The radius function extends the entire length of a subsequence of blends.
calibrate_radius(segend*,segend*) method in class ATTRIB_VAR_BLEND: Calibrates the two-end radius range.
calibrate_radius(double,double) method in class var_radius: Calibrates the variable radius between the two given parameters.
calibrate_v_params(double,double) method in class var_cross_section: Calibrates the v-parameters of a var_cross_section object to the given parameter range.
calibrated(void) method in class var_radius: Returns TRUE if the ends are calibrated; otherwise, it returns FALSE.
call_method(METHOD_ID&,METHOD_ARGS&) method in class ENTITY: Executes the implementation function for a routine virtual method.
camera() method in class ATTRIB_PHL_VW: Returns the pointer to the PHL_CAMERA.
can_be_moved() method in class BULLETIN_BOARD: Returns whether or not the bulletin board can be moved.
can_propagate(CFACE*) method in class ATTRIB_VOL_COL: Indicates if this attribute can be propagated to the specified CFACE.
can_propagate(CFACE*) method in class ATTRIB_CFACE_VOL: Checks whether the given CFACE entity has an attribute of class ATTRIB_CFACE_VOL.
can_roll_back() method in class HISTORY_STREAM: Simple test to see whether stream can be rolled back.
can_roll_forward() method in class HISTORY_STREAM: Simple test to see whether stream can be rolled forward.
ccrel_data data member in class edge_entity_rel: The curve-curve intersection data.
cell() method in class ATTRIB_CELL: Returns the first cell in a complete enumeration of all cells in the attribute.
cell() method in class CSHELL: Returns the pointer to owning cell.
cell_list() method in class ATTRIB_CELL: Returns the list of cells.
center_support data member in class blend_spl_sur: A support entity.
centre data member in class ellipse: Center point of ellipse.
centre data member in class torus: The center of the circular spine.
centre data member in class sphere: The center of the sphere.
centre() method in class ELLIPSE: Returns the center position of this ELLIPSE.
centre() method in class SPHERE: Returns the center of this SPHERE.
centre() method in class TORUS: Returns the center position of this TORUS.
centroid() method in class moments: Return the centroid.
cface() method in class CELL2D: Returns the pointer to the list of cfaces that comprise the shell.
cface() method in class CSHELL: Returns the start of a list of immediately contained cfaces.
chamfer_round_height() method in class var_cross_section: Returns the round height function of a rounded chamfer cross section.
changeToState(HISTORY_STREAM*,DELTA_STATE*,int&) method in class HISTORY_MANAGER: The state knows which stream it is in, so it does not need to be passed.
change_end_pt(SPAposition&) method in class bounded_arc: Changes the end position of this bounded_arc.
change_end_pt(SPAposition&) method in class bounded_line: Changes the end position of this bounded_line.
change_end_pt(SPAposition&) method in class bounded_curve: Moves the end point of this bounded_curve to a new location.
change_event() method in class intcurve: Notifies the derived type that the curve has been changed so that it can update itself.
change_event() method in class spline: Notifies the derived type that the surface has been changed (like, the subset_range has changed), so that it can update itself.
change_event() method in class surface: Notifies the derived type that this surface has been changed.
change_event() method in class curve: Notifies the derived type that this curve has been changed.
change_start_pt(SPAposition&) method in class bounded_line: Changes the start position of this bounded_line.
change_start_pt(SPAposition&) method in class bounded_curve: Moves the start point of this bounded_curve to a new location.
change_start_pt(SPAposition&) method in class bounded_arc: Changes the start position of this bounded_arc.
change_state_id() method in class ATTRIB_EYE_ATTACHED_MESH: Increment the state ID.
check(check_fix&,check_fix&,check_status_list*) method in class curve: Checks for any data errors in this curve, and corrects the errors if possible.
check() method in class VBL_SURF: Performs a quick check of the surface, returning FALSE if we think it is illegal.
check(check_fix&,check_fix&,check_status_list*) method in class intcurve: Checks for any data errors in the curve, and corrects the errors if possible.
check(bhl_anal_geometry_results*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Attaches individual geometry building attributes to the body and checks the body for bad geometry.
check(check_fix&,check_fix&,check_status_list*) method in class spline: Check for any data errors in the spline, and correct the errors if possible.
check(check_fix&,check_fix&,check_status_list*) method in class surface: Checks for any data errors in this surface, and corrects the errors if possible.
check(check_fix&,check_fix&,check_status_list*) method in class VBL_SURF: Checks for any data errors in the surface, and corrects the errors if possible.
check() method in class glue_options: Performs a sanity check on the object.
check(check_fix&,check_fix&,check_status_list*) method in class helix: Check for any data errors in the helix, and correct the errors if possible.
checkDeltaForDistribute(DELTA_STATE*,StreamFinder*) method in class HISTORY_MANAGER: Performs advance checks on a DELTA_STATE to make sure it is OK to distribute it and problems can be detected before changing any of the data structure.
check_applicable_format_entity(ENTITY*,ENTITY*&) method in class MESH_MANAGER: While faceting a body, lump, or shell, check_applicable_format_entity is called at each member of the hierarchy, in top down order.
check_applicable_refinement(ENTITY*,AF_SURF_MODE,REFINEMENT*&) method in class MESH_MANAGER: While faceting a body, lump, or shell, check_applicable_refinement is called at each member of the hierarchy, in top down order, and for each possible surface type at each non-face member.
check_applicable_refinement(ENTITY*,AF_SURF_MODE,REFINEMENT*&) method in class STL_MESH_MANAGER: Check for the applicable refinement.
check_bad_fitol_details class: A class for returning details of a check status error.
check_bezier_form() method in class pcurve: Checks if the underlying bs2_curve is in Bezier form.
check_cache(double,int,int,int,logical,blend_section&,int) method in class blend_spl_sur: Method for handling cache data.
check_destroy() method in class ENTITY: Checks that entity deletion is legitimate.
check_details_type enum: Enumeration of the different check details types.
check_discontinuity() method in class ATTRIB_HH_AGGR_GEOMBUILD: Gets the option that denotes if checking edge discontinuity is on or off.
check_discontinuity data member in class hh_geombuild_options
check_edge_refinement(EDGE*,double&,double&,double&,int,int) method in class MESH_MANAGER: The parameters that control the faceting of an edge are provided.
check_for_approx() method in class sweep_spl_sur: This function should be used after creating a sweep_spl_sur, to ensure the surface will be valid for downstream operations.
check_handle() method in class RH_ENTITY: Returns TRUE if the handle pointing to the entity's internal data is valid - else, it returns FALSE if the handle is NULL.
check_high_curvature_details class
check_hull_curve_enclosure(curve*,BOUNDED_SURFACE*,int,int,double*,int,SPApar_pos*) method in class pcurve: Checks if the pcurve bs2_curve hull contains the bounded true curve, and if not, to find the 2-space distance that the true curve moves outside the hull by.
check_hull_intersection(int,int,double*,int,SPApar_pos*) method in class pcurve: Checks if the convex hull of a pcurve self-intersects.
check_hull_turning_angle(curve*,BOUNDED_SURFACE*,int,int&,double*&,int&,SPApar_pos*&) method in class pcurve: Checks that the pcurve bs2_curve hull does not turn by more than the minimum turning angle.
check_interrupt() method in class rbase_app_callback: Handles user interrupts.
check_knot_tangents(curve*,BOUNDED_SURFACE*,int,double*) method in class pcurve: Checks that the pcurve bs2_curve tangent directions agree with the true curve tangent directions at each of the knots.
check_knots_on_true_curve(curve*,BOUNDED_SURFACE*,int,int&,double*&) method in class pcurve: Checks that all the knots of the pcurve bs2_curve lie on the supplied true curve.
check_outcome(outcome&) global function: Check an outcome from an API and signal an exception if it is not OK.
check_safe_range(int) method in class blend_spl_sur: Checks for bad singularities at the ends and sets the legal range such that it avoids them.
check_self_intersection_details class: A class for returning details of a check status error.
check_status enum: Curve and surface check codes.
check_status_details class: A class for returning details of a check status error.
check_status_list class: Implements the list of return codes for status checking.
check_tags_validity() method in class HISTORY_STREAM: Function to check that the tags on ENTITYs in the HISTORY_STREAM are valid.
checked() method in class BULLETIN_BOARD: Returns whether or not the bulletin board has been checked.
checked_range() method in class pcurve: Returns the range over which checking occurs.
child() method in class SUBSHELL: Returns a pointer to the start of list of SUBSHELLs contained within this SUBSHELL.
circle_3_pos(SPAposition&,SPAposition&,SPAposition&,SPAposition&,SPAunit_vector&,double&) global function: Finds a circular arc defined by 3 positions.
circular() method in class cone: Classification routine that sets the base ratio to 1; therefore, the base is circular.
clash_behaviour enum
clash_mode enum
clash_type() method in class entity_clash_pair: Returns the classification of how this pair of entities clash.
clash_type() method in class body_clash_result
clashing_entities(0) method in class body_clash_result: Construct an unset instance ready to be passed to api_clash_bodies The instance is initialised such that the clash_type() query will return CLASH_UNKNOWN, and the containing_body() and first_entity_clash_pair queries will return NULL.
class_name() method in class simple_rail_law
class_name() method in class law: Returns a string that contains the name of this law's class.
clean() method in class PHL_EDGE: Removes all PHL_SEGMENTs beginning with the first PHL_SEGMENT.
clean() method in class ATTRIB_PHL_VW: Deletes all of the PHL data associated with this attribute.
cleanup() method in class ATTRIB_HH_AGGR_SIMPLIFY: Removes all individual entity-level attributes from the entities of the owning body.
cleanup() method in class ATTRIB_HH_AGGR_STITCH: Removes all individual entity-level attributes from the entities of the owning body.
cleanup() method in class ATTRIB_HH_AGGR_GEOMBUILD_BASE: Removes the entity-level attributes from the individual entities of the owning body.
cleanup() method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
cleanup_pcurves() method in class ATTRIB_HH_AGGR_GEOMBUILD: Cleans up pcurves and make approximate intcurves.
clear() method in class param_string: Clears the param_string, but it does not free up the buffer.
clear() method in class BULLETIN_LIST: Empties a list ready for construction of a new one.
clear() method in class HISTORY_STREAM_LIST: Empties a list ready for construction of a new one.
clear() method in class LIST_HEADER: Clear all entries from the list and reset indexes and counters for reuse.
clear() method in class toolkit_callback_list: Removes and deletes all callbacks.
clear() method in class VOID_LIST: Empties a list ready for construction of a new one.
clear() method in class entity_handle_list: Clear all entries from the list and reset indexes and counters for reuse.
clear() method in class DELTA_STATE_LIST: Empties a list ready for construction of a new one.
clear() method in class HISTORY_STREAM: Re-initializes to an empty stream with just the root_dssys_error if logging_level is not equal to zero.
clear() method in class SPACOLLECTION
clear() method in class error_info_list: Empties the list by removing all of the error_info objects that it contains.
clear() method in class asm_model_list: Clear all entries from the list and reset indexes and counters for reuse.
clear() method in class component_entity_handle_list: Clear all entries from the list and reset indexes and counters for reuse.
clear() method in class PART: Deletes all entities and all their history from this PART's history stream.
clear() method in class ENTITY_LIST: Clear all entries from the list and reset indexes and counters for reuse.
clear() method in class component_handle_list: Clear all entries from the list and reset indexes and counters for reuse.
clear() method in class EE_LIST: Empties a list ready for construction of a new one.
clearCurrentDelta() method in class HISTORY_MANAGER: Discards all the bulletins in the current delta state and clears it.
clearGuides() method in class AcisSLInterface: Removes all guides from the interface.
clearMappingCurves() method in class AcisSLInterface: Removes all mapping curves.
clear_all_free_lists() global function: Instruct the memory manager to release all empty freelist data blocks.
clear_dead_entity_list() method in class BULLETIN_BOARD: Clears the dead entity list.
clear_debug_lists() global function: Clears the DEBUG_LISTs.
clear_features() method in class defeature_options: Resets state of the options object to "before recognize", clearing both recognized and failed feature lists.
clear_history() method in class BULLETIN: Clears the history stream.
clear_history_ptrs() method in class BULLETIN_BOARD: Clears history pointers.
clear_history_ptrs() method in class HISTORY_STREAM: Clears reference to this history from entities in delta state.
clear_history_ptrs() method in class DELTA_STATE: Clears reference to this history from entities in the delta state.
clear_kind() method in class generic_graph: Sets the user-defined kind array for this graph item to NULL.
clear_kind() method in class gvertex: Sets the user-defined kind array for this graph item to NULL.
clear_kind() method in class gedge: Sets the user-defined kind array for this graph item to NULL,kind is actually a dynamic array.
clear_output() method in class tolerant_stitch_options: Function to delete all coincident face clusters already recorded in the tolerant stitch options object.
clear_trans() method in class subtrans_object: Clears any references to this object using transformation lists, before incompatible changes.
clear_vf() method in class asm_model_entity_mgr: Asks a subclass to put itself into the "empty" state.
clone() method in class acovr_options: Deep copy method.
clone() method in class check_self_intersection_details
clone() method in class check_high_curvature_details
clone() method in class defeature_options: Returns a clone of the object.
clone() method in class check_bad_fitol_details
clone() method in class check_status_details
closed() method in class intcurve: Indicates if a curve is closed.
closed() method in class ellipse: Indicates whether a curve is closed, that is joins itself (smoothly or not) at the ends of its principal parameter range.
closed() method in class EDGE: Returns TRUE if this EDGE is closed.
closed() method in class BULLETIN_BOARD: Returns TRUE if the bulletin board closed successfully; otherwise, it returns FALSE.
closed() method in class curve: Indicates whether this curve is closed.
closed() method in class straight: Indicates if a curve is closed.
closed() method in class helix: Indicates whether a curve is closed, that is joins itself (smoothly or not) at the ends of its principal parameter range.
closed() method in class int_cur: Indicates whether a curve is closed.
closed() method in class bounded_curve: Indicates if this bounded_curve is closed.
closed_forms enum: Number of closed forms for blends.
closed_u() method in class surface: Determines whether this surface is closed, smoothly or not, in the u-parameter direction.
closed_u() method in class plane: Reports if the surface is closed, smoothly or not, in the u-parameter direction.
closed_u() method in class sphere: Reports whether the surface is closed, smoothly or not, in the u-parameter direction.
closed_u() method in class spl_sur: Determines if the surface is closed, smoothly or not, in the u-parameter direction.
closed_u() method in class torus: Determines whether this surface is closed, smoothly or not, in the u-parameter direction.
closed_u() method in class spline: Reports whether the surface is closed, smoothly or not, in the u-parameter direction.
closed_u() method in class cone: Reports whether the surface is closed, smoothly or not, in the u-parameter direction.
closed_v() method in class cone: Reports whether the surface is closed, smoothly or not, in the v-parameter direction.
closed_v() method in class sphere: Reports whether the surface is closed, smoothly or not, in the v-parameter direction.
closed_v() method in class torus: Determines whether this surface is closed, smoothly or not, in the v-parameter direction.
closed_v() method in class surface: Determines whether this surface is closed, smoothly or not, in the v-parameter direction.
closed_v() method in class spl_sur: Determines if the surface is closed, smoothly or not, in the v-parameter direction.
closed_v() method in class plane: Reports if the surface is closed, smoothly or not, in the v-parameter direction.
closed_v() method in class spline: Reports whether the surface is closed, smoothly or not, in the v-parameter direction.
closefun((FILE*)) global function
closest_point(SPAposition const&,SPAposition&,SPAparameter const&,SPAparameter&) method in class ellipse: Finds closest point.
closest_point(SPAposition&,SPAposition&,SPAparameter&,SPAparameter&) method in class curve: Finds the closest point on this curve (the foot) to the given point.
closest_point(SPAposition const&,SPAposition&,SPAparameter const&,SPAparameter&) method in class intcurve: Finds the closest point on the curve (the foot) to the given point, and optionally its parameter value.
closest_points(SPAposition&,SPAunit_vector&,SPAposition&,SPAunit_vector&,double&,SPAposition&,double&,SPAposition&) global function: Closest point between two straight lines.
coedge() method in class WIRE: Returns a pointer to a COEDGE in this WIRE.
coedge() method in class EDGE: Returns a pointer to one of the COEDGEs lying on this EDGE.
coedge(FACE*) method in class EDGE: Returns a pointer to one of the COEDGEs lying on this EDGE, associated with the given FACE.
coedge_ptr data member in class EDGE: Pointer to one of the COEDGEs lying on this EDGE.
coedges() method in class SKIN_ANNO_LAT_FACE: Returns all the input profile coedges that corresponds to the lateral face annotated by this object.
coedges() method in class SKIN_ANNO_START_FACE: Returns all the input profile coedges that corresponds to the start (capping) face annotated by this object.
coedges() method in class SKIN_ANNO_END_FACE: Returns all the coedges (of the last profile used for skinning) that corresponds to the end (capping) face annotated by this object.
coin_attrib() method in class ATTRIB_INTCOED: Points to the attribute attached to the coedge.
collapseWires(ENTITY_LIST&) method in class AcisSLInterface: Deletes a degenerate coedge in each wire of a list of wires.
collapse_all_free_lists() global function: Set the state of the memory manager to release empty freelist data blocks.
collection_copy_behavior enum
collection_empty_behavior enum
collection_save_behavior enum
collinear(int,SPAposition[],double) global function: Determines whether points in a list are collinear, to a given tolerance.
color() method in class ATTRIB_VOL_COL: Reads the color data.
color() method in class ATTRIB_RGB: Returns the rgb_color values.
colour() method in class ATTRIB_COL: Returns the rgb_color values.
column(int) method in class SPAmatrix: Extracts a column from a matrix.
commutative() method in class binary_law: Returns whether or not the given law is commutative.
commutative() method in class multiple_law: Returns whether or not the given law is commutative.
compare_with(discontinuity_info&,int) method in class discontinuity_info: Comparison of discontinuity_info instances.
complex_allocator data member in class base_configuration: Complex allocator.
complex_allocator_fn typedef: Prototype of the complex allocator.
complex_destructor data member in class base_configuration: Complex destructor.
complex_destructor_fn typedef: Prototype of the complex destructor.
complex_number class: Creates a data structure for the manipulation of complex number.
component(int) method in class generic_graph: Specifies the number of components that part of the graph structure.
component(int) method in class SPAvector: Extracts the ith component of a vector and allows it to be modified.
component(gedge const*) method in class generic_graph: Specifies the number of components that part of the graph structure.
component(gvertex const*) method in class generic_graph: Specifies the number of components that part of the graph structure.
component() method in class component_entity_handle: Returns a pointer to the component_handle associated with the component entity.
component(int) method in class SPAvector: Extracts the ith component of a vector and allows it to be modified.
component_entity_handle class: Assembly modeling proxy for the occurrence of an ENTITY within an assembly component.
component_entity_handle_holder class: Holds a pointer to an component_entity_handle
Role: The component_entity_handle_holder object is a container for an component_entity_handle object which automates use counting for the component_entity_handle object.
component_entity_handle_list class: Implements a variable length list of component entity handles with set and index behavior and optional holding and counting mechanisms.
component_handle class: Assembly modeling proxy for an assembly component.
component_handle_holder class: Holds a pointer to an component_handle
Role: The component_handle_holder object is a container for a component_handle object which automates use counting for the component_handle object.
component_handle_list class: Implements a variable length list of component handles with set and index behavior and optional holding and counting mechanisms.
components() method in class generic_graph: Returns the number of components in the graph structure.
compose(transf_decompose_data&,logical) method in class SPAtransf: Interprets the transf_decompose_data structure as a series of transformations.
compose(pattern&) method in class pattern: Obsolete: use api_pattern_modify_compose instead.
composite_law class: Constructs the composition of two functions.
compress() method in class DELTA_STATE: Performs compression on a given DELTA_STATE.
compute_analytic_rot_tol() method in class ATTRIB_HH_AGGR_GEOMBUILD: Computes the rotation tolerance value.
compute_axes_from_z(SPAunit_vector&,SPAunit_vector&,SPAunit_vector&) global function: Determines two orthogonal vectors to define a coordinate system, given a SPAunit_vector.
compute_max_spline_tang_tol() method in class ATTRIB_HH_AGGR_GEOMBUILD: Computes the maximum spline tangent tolerance.
compute_min_spline_tang_tol() method in class ATTRIB_HH_AGGR_GEOMBUILD: Computes the minimum spline tangent tolerance.
compute_section(double,int,int,logical,blend_section&,int) method in class blend_spl_sur: A form of evaluation specific to blend_spl_surs (certain numerical algorithms used by blending need this function).
compute_section(double,int,int,logical,blend_section&,int) method in class rb_blend_spl_sur: A form of evaluation specific to blend_spl_surs (certain numerical algorithms used by blending need this function).
compute_spline_tang_tols() method in class ATTRIB_HH_AGGR_GEOMBUILD: Computes the spline tangent tolerances.
concatenate(pattern&,SPAtransf&) method in class pattern: Obsolete: use api_pattern_modify_concatenate instead.
concatenate(POLYGON_POINT_MESH*&,int) method in class POLYGON_POINT_MESH: Appends the polygons of the given POLYGON_POINT_MESH.
concave() method in class cvty: This will return TRUE for anything with the concave bit set.
concave_mixed() method in class cvty: This will return TRUE for anything with the concave_mixed bit set.
concurrent_blending data member in class ATTRIB_VBLEND: Flag indicating whether we are doing concurrent blending or not.
cone class: Defines the elliptical single cone.
cone_type define: Defines an identifying type for this (lower-case) surface.
conf() method in class ATTRIB_INTCOED: Simple read function to return the data associated with the confidence to be placed in the value of face_rel_data during the construction of the intersection graph.
constant() method in class law: Determines whether or not this law is constant.
constant_law class: Creates a law that is constant.
cont() method in class FACE: Returns the containment of this FACE.
cont() method in class WIRE: Returns the containment information for this WIRE.
containing_body() method in class body_clash_result: Returns the body that contains the other.
contains(check_status) method in class check_status_list: Checks for a particular status.
contains_mixed_bulletins data member in class BULLETIN_BOARD
contains_pipe() method in class spline: Returns TRUE if this spline depends on a pipe surface.
contains_this_entity(ENTITY*const&,ENTITY*,logical) method in class ANNOTATION: Returns TRUE if one ENTITY contains the other.
contains_view(SchemeView&) method in class PART_CONTEXT
contents_changed(asm_event_type) method in class asm_model: Notifies the model that its contents have been changed externally.
context_get_intersect(COEDGE*) method in class ATTRIB_EFINT: Finds the intersection list for a given coedge.
context_set_intersect(COEDGE*,edge_face_int*) method in class ATTRIB_EFINT: Sets the intersection list for a given coedge.
continuity(int) method in class ATTRIB_VAR_BLEND: Returns a measure of the continuity of the blend where it meets its supporting entities.
continuity(int) method in class ATTRIB_FFBLEND: Returns the continuity of the blend at the spring curves.
continuity(int) method in class ATTRIB_BLEND: Returns a measure of continuity at blend spring curves.
continuity() method in class var_cross_section: Returns a measure of continuity at the ends.
contracting() method in class cone: Classification routine that returns TRUE if the sine angle and cosine angle are of opposite signs and FALSE, otherwise.
convert_insanity_list_into_error_info_list(insanity_list*,error_info_list&) global function: Adds all the insanity_data objects from the insanity_list *ilist into the given error_info_list &target_list object.
convert_to_law_curve(SPAinterval&) method in class helix
convex() method in class ATTRIB_FFBLEND: Returns TRUE if the blend is convex; otherwise, it returns FALSE.
convex() method in class cvty: This will return TRUE for anything with the convex bit set (including tangent_convex, knife_convex).
convex_mixed() method in class cvty: This will return TRUE for anything with the convex_mixed bit set.
convexity_string() method in class EDGE: Returns a string representing the convexity of this EDGE.
coordinate(int) method in class SPAposition: Returns the ith component value.
coordinate(int) method in class SPAposition: Extracts the ith component value.
coordinate_transf(SPAposition const&,SPAunit_vector const&,SPAunit_vector const&) global function: Constructs a coordinate transformation.
coords() method in class APOINT: Returns the coordinates of this APOINT as an SPAposition.
coords() method in class IHL_SEGMENT: Returns 2D segment coordinates for update.
coords() method in class IHL_SEGMENT: Returns 2D segment coordinates read only.
coords3() method in class IHL_SEGMENT: Returns 3D segment coordinates for update.
coords3() method in class IHL_SEGMENT: Returns 3D segment coordinates read only.
copy() method in class glue_options: Returns a copy of this object.
copy(blend_section const&,blend_section&) method in class blend_contact
copy() method in class POLYGON: Copies the POLYGON.
copy() method in class ATTRIB_VAR_BLEND: Copies a blend (setting implicit blend data only and without attaching the copy to an entity).
copy() method in class generic_graph: Copies the graph structure into another graph structure.
copy() method in class COPY_ANNOTATION: Returns the target ENTITY* which may actually be an ATTRIB_TAG, EE_LIST, FACE, EDGE or VERTEX.
copy() method in class VBL_SURF: Constructs a duplicate of this object in free storage.
copy() method in class var_rad_fixed_width: Copies a var_rad_fixed_width.
copy() method in class ATTRIB_TAG: Returns the target of a copy operation.
copy() method in class spl_sur: Constructs a duplicate spl_sur in free storage of this object, with a zero use count.
copy() method in class REFINEMENT: This creates and returns a new refinement that is a copy of this instance of REFINEMENT.
copy() method in class ATTRIB_BLEND: Copies a blend and sets the implicit blend data only without attaching the copy to an entity.
copy(SPAtransf*) method in class bounded_arc: Creates a transformed copy of this bounded_arc.
copy() method in class var_radius: Copies a variable radius.
copy() method in class var_rad_functional: Copies a var_rad_functional.
copy() method in class rb_blend_spl_sur: Construct a duplicate in free store of this object but with zero use count.
copy() method in class var_rad_two_ends: Copies a var_rad_two_ends.
copy(SPAtransf*) method in class bounded_curve: Copies this bounded_curve and applies a transform, if given, to the copy.
copy() method in class var_rad_rot_ellipse: Copies the var_rad_rot_ellipse.
copy() method in class sweep_options: Makes a copy of the sweep_options, and returns a pointer to it.
copy() method in class ATTRIB_CONST_CHAMFER: Copies a blend, setting the implicit blend data only and without attaching the copy to an entity.
copy() method in class VERTEX_TEMPLATE: Copies a VERTEX_TEMPLATE.
copy() method in class var_rad_const: Copies a var_rad_const.
copy(SPAtransf*) method in class bounded_line: Makes a transformed copy of this bounded_line.
copy_action enum: ATTRIB actions for a copy_owner notification.
copy_attrib(ENTITY*,ENTITY*) global function: Provides a convenient way to copy all attributes from a source entity to a target entity.
copy_chain(blend_section const&,blend_section&) method in class blend_contact
copy_common(ENTITY_LIST&,ENTITY*,pointer_map*,logical,SCAN_TYPE) method in class ENTITY: Fills in this ENTITY with data from the copied ENTITY, converting pointers into indices in the supplied ENTITY_LIST.
copy_curve() method in class curve: Makes a copy of this curve.
copy_data(ENTITY_LIST&,pointer_map*,logical,SCAN_TYPE) method in class ENTITY: Allocates a new ENTITY and calls copy_common to fill it in.
copy_flags(glue_options*) method in class glue_options: Copies the flag values from the input object to this object.
copy_func typedef: Defines the signature for custom copy_owner methods for generic attributes.
copy_member(ENTITY*,ENTITY*) method in class SPACOLLECTION: Notifies this SPACOLLECTION that a member has been copied.
copy_member_action enum: Text specifies what to do with members involved in a copy.
copy_owner(ENTITY*) method in class ATTRIB_COL: Virtual function called when an owner entity is being copied.
copy_owner(ENTITY*) method in class ATTRIB: Notifies this ATTRIB that its owning ENTITY has been copied.
copy_owner(ENTITY*) method in class ATTRIB_GEN_NAME: Specifies the copy's owner.
copy_pattern_down(ENTITY*) method in class VERTEX: Obsolete: do not use.
copy_pattern_down(ENTITY*) method in class COEDGE: Obsolete: do not use.
copy_pattern_down(ENTITY*) method in class EDGE: Obsolete: do not use.
copy_pattern_down(ENTITY*) method in class FACE: Obsolete: do not use.
copy_pattern_down(ENTITY*) method in class LUMP: Obsolete: do not use.
copy_pattern_down(ENTITY*) method in class ENTITY: Obsolete: do not use.
copy_pattern_down(ENTITY*) method in class LOOP: Obsolete: do not use.
copy_pattern_down(ENTITY*) method in class WIRE: Obsolete: do not use.
copy_pattern_down(ENTITY*) method in class SHELL: Obsolete: do not use.
copy_scan(ENTITY_LIST&,SCAN_TYPE,logical) method in class ENTITY: Adds dependent ENTITYs of this ENTITY to the list of ENTITYs to be copied.
copy_surf() method in class surface: Makes a copy of this surface.
copy_to(REFINEMENT*) method in class REFINEMENT: Copies this instance of REFINEMENT to the given refinement.
copyable() method in class SPACOLLECTION: Indicates whether this collection should be included when the member entity is copied.
copyable() method in class ATTRIB: Indicates whether this attribute should be included when the owning entity is copied.
copyable() method in class ATTRIB_GEN_NAME: Returns TRUE when the attribute will be copied with the copy scan mechanism.
copyable() method in class ATTRIB_ANNOTATION: Returns FALSE.
copyable() method in class ATTRIB_TAG: Indicates that this ATTRIB_TAG should not be included when the owning ENTITY is copied.
corner(int) method in class SPAbox: Returns the corners of the box - labeled from 0 to 7 where the corners correspond to writing the index in binary as x * 4 + y * 2 + z and letting zero corresponds to the low values, getting position (x, y, z).
corrupt() method in class BULLETIN_BOARD: Returns the check status, whether or not any history streams are corrupt.
cos_angle() method in class VBL_SURF: Returns the cosine angle, which is pi divided by the number of boundaries.
cos_law class: Provides methods and data for the cosine mathematical function.
cosine_angle data member in class cone: Cosine of the angle between major generator and axis.
cosine_angle() method in class CONE: Returns the cosine of the half-angle defining this CONE.
count() method in class error_info_list: Returns a count of how many error_info* objects are pointed to by the list.
count() method in class entity_handle_list: Returns the number of entries in the list including the deleted ones (tombstones).
count() method in class component_handle_list: Returns the number of entries in the list including the deleted ones (tombstones).
count() method in class PART: Gets the number of entities in the PART.
count() method in class ENTITY_LIST: Returns the number of entries in the list including the deleted ones (tombstones).
count() method in class SPACOLLECTION: Returns the number of entities in the collection including the tombstones.
count() method in class tk_list: Returns number of objects in the list.
count() method in class DEBUG_LIST: Counts the entities in the list.
count() method in class asm_model_list: Returns the number of entries in the list including the deleted ones (tombstones).
count() method in class POLYGON: Returns the count.
count() method in class VOID_LIST: Count how many item*'s there are in the list including deleted entries.
count() method in class DELTA_STATE_LIST: Counts how many entities there are in the list (including deleted entries).
count() method in class restore_progress_data: The count method returns a positive integer count that is either the number of entities to restore or the size of the restore file when the entity count is not available, or a zero when none of this information is available or obtainable.
count() method in class POLYGON_POINT_MESH: Returns the number of polygons.
count() method in class BULLETIN_LIST: Counts how many entities there are in the list (including deleted entries).
count() method in class option_header: Returns the value of the option_header if the option type is int_option or logical_option.
count() method in class component_entity_handle_list: Returns the number of entries in the list including the deleted ones (tombstones).
count() method in class EE_LIST: Returns the number of entities in the list.
count(insanity_type) method in class insanity_list: Counts the number of instances of insanity.
count() method in class HISTORY_STREAM_LIST: Counts how many entities there are in the list (including deleted entries).
count() method in class LIST_HEADER: Return the number of entries in the list including the deleted ones (tombstones).
count_bulletins(DELTA_STATE*) method in class HISTORY_MANAGER
count_edges() method in class VERTEX: Counts the number of EDGEs pointed to by this VERTEX.
count_parts() global function: Counts and returns the number of parts.
createBody(BODY*&) method in class AcisSLInterface: Builds the sheet body from the data in the skinning or lofting interface.
createBody(BODY*&) method in class AcisSkinningInterface: Creates a body.
create_entity(ENTITY*) method in class entity_notification_handler: Notifies the handler of an entity update event, to allow the handler to decide what to do when a given entity event has occurred.
create_entity_mgr(asm_model_info const&,HISTORY_STREAM*) method in class entity_mgr_factory
create_entity_mgr_vf(asm_model_info const&,HISTORY_STREAM*) method in class entity_mgr_factory: Creates a new entity manager using ACIS_NEW.
create_id(ENTITY*) method in class PART: Creates an ID for an ENTITY.
create_mgr_history data member in class default_entity_mgr_factory: The factory will create a new history stream and pass it to each new manager if TRUE.
cross_law class: Provides methods for the cross product mathematical function.
cross_section_forms enum: Number specifies the type of cross section.
cs_int data member in class edge_face_int: The pointer to geometric information.
cshell() method in class CELL3D: Returns the pointer to the list of cshells that comprise the shell.
csrel_data data member in class edge_entity_rel: The curve-surface intersection data.
ctrlpt_array() method in class splsurf: Returns a pointer to the control points array.
ctrlpt_cols() method in class splsurf: Returns the number of columns (v) in the control points array.
ctrlpt_count() method in class splsurf: Returns the total number of points in the control points array.
ctrlpt_item(int,int) method in class splsurf: Returns one of the elements from the array of control points.
ctrlpt_rows() method in class splsurf: Returns the number of rows (u) in the control points array.
cur data member in class surf_surf_int: Intersecting curve from the face-face coincidence, and it may be NULL.
cur data member in class rot_spl_sur: Profile curve.
cur(double) method in class intcurve: Returns the underlying bs3_curve.
cur() method in class pcurve: Returns the underlying 2D NURBS defining the parameter curve.
cur_present() method in class intcurve: Returns TRUE if the nth parameter-space curve is defined.
current_bb() global function: Gets access to the current bulletin-board for update functions.
current_bb() method in class HISTORY_STREAM: Obtains access to the current bulletin board for update functions.
current_delta_state() method in class HISTORY_STREAM: Returns pointer to current value of the DELTA_STATE.
current_ds data member in class HISTORY_STREAM: Pointer to the current delta state.
current_fitol() method in class check_bad_fitol_details: Access the value of the current fit tolerance claimed by the object being checked.
current_state data member in class HISTORY_STREAM: Current state.
curv1 data member in class surf_princurv: The first curvature.
curv2 data member in class surf_princurv: The second curvature.
curvature(double) method in class path_law_data: Returns the curvature of the path at the given parameter.
curve class: Provides methods and data common to all curve subclasses.
curve_bounds class: Specifies the curve bounds of interest.
curve_curve_int class: Represents the intersection of a curve with another curve and returns the intersections as a list.
curve_curve_rel enum: Classify a curve-curve intersection.
curve_curve_userdata class: Provides a hook for a client intersector to attach private information to an intersection.
curve_data() method in class curve_law_data: Returns a pointer to the reference curve stored as part of the curve_law_data.
curve_interp class: Contains arrays to be interpolated and the information necessary for the interpolation.
curve_irregularities class: Implements a linked list of parameter values at which a curve has a C1 or G1 discontinuity.
curve_law class: Returns the position on a curve when evaluated.
curve_law_data class: Serves as a wrapper for an ACIS curve object.
curve_surf_int class: Represents the intersection of a curve with a surface and returns the intersections as a list.
curve_surf_rel enum: Types of relationships between curves and surfaces.
curve_surf_userdata class: Provides a hook for a client intersector to attach private information to an intersection.
customer_cast() method in class asm_model_entity_mgr: Dynamic down-cast to a customer sub-type (represented by void*).
customer_cast_vf() method in class asm_model_entity_mgr: Dynamic down-cast to a customer sub-type (represented by void*).
cut_edges() method in class generic_graph: This returns a new graph structure containing all of the graph vertices that are considered cut vertices.
cut_vertices() method in class generic_graph: This returns a new graph structure containing all of the graph vertices that are considered cut vertices.
cvty class: Class representing the convexity at a point or along a single edge (or something equivalent), such as "convex", or "tangent_convex".
cvty data member in class EDGE: The convexity of this EDGE.
cvxty() method in class ATTRIB_FFBLEND: Returns the blend convexity,non-const version.
cvxty() method in class ATTRIB_FFBLEND: Returns the blend convexity, which derives from the convexity of the owning edge if any; otherwise, it is found from adjacent blends or is given explicitly.
cycle_edges() method in class generic_graph: This returns a new graph structure containing all of the graph edges that are considered cycle edges.
cylinder() method in class cone: Classification routine that returns TRUE if the sine angle is essentially zero (within SPAresnor).

D

D2A_REBUILD_MESH define
D2A_UPDATE_MESH define
DATA_ID define
DEBUG_DEF define
DEBUG_LIST class: Defines a simple list pointer, which allows all active lists to be scanned.
DECL_FUNCTION define
DEFAULT_FAR_CLIP define
DEFAULT_FIELD_OF_VIEW define
DEFAULT_HORIZONTAL_RESOLUTION define
DEFAULT_NEAR_CLIP define
DEFAULT_VERTICAL_RESOLUTION define
DEGENERATE_ID define
DELTA_STATE class: Contains a sequence of bulletin boards.
DELTA_STATE_LIST class: Implements a variable length list of delta states.
DMO_APPROX_SHAPE define
DMO_CHANGED_A define
DMO_CHANGED_B define
DMO_CHANGED_BITS define
DMO_CHANGED_C define
DMO_CHANGED_D define
DMO_CHANGED_DOF_MAP define
DMO_CHANGED_DOMAIN define
DMO_CHANGED_L define
DMO_CHANGED_LC define
DMO_CHANGED_MIN_MAP define
DMO_CHANGED_P_OFF define
DMO_CHANGED_P_ON define
DMO_CHANGED_X define
DMO_DYN_TERMS define
DMO_FIRST_X define
DMO_INIT_DOF_MAP define
DMO_INIT_X define
DMO_ORDER_DOF_MAP define
DMO_REBUILD_A define
DMO_REBUILD_B define
DMO_REBUILD_C define
DMO_REBUILD_D define
DMO_REBUILD_L define
DMO_REBUILD_LC define
DMO_REBUILD_MIN_MAP define
DMO_REBUILD_TAGS define
DMO_SEAM_C0 define
DMO_SEAM_C1 define
DMO_SEAM_C2 define
DMO_TRACKING define
DM_BINORM_FIXED define
DM_CURVATURE define
DM_CURV_2_FIXED define
DM_CURV_2_FREE define
DM_CURV_2_LINKED define
DM_CURV_2_ONLY_FIXED define
DM_CURV_2_ONLY_LINKED define
DM_CURV_FIXED define
DM_CURV_FREE define
DM_CURV_LINKED define
DM_CURV_ONLY_FIXED define
DM_CURV_ONLY_LINKED define
DM_DELETABLE define
DM_DRAW_CPTS define
DM_DRAW_CSTRNS define
DM_DRAW_CSTRN_COMBS define
DM_DRAW_CSTRN_NORMS define
DM_DRAW_CURVE_COMB define
DM_DRAW_ELEMS define
DM_DRAW_GAUSS_PTS define
DM_DRAW_LOADS define
DM_DRAW_LOG_OF_COMB define
DM_DRAW_SEAMS define
DM_DRAW_SEG_BNDS define
DM_DRAW_TORQUE_COMB define
DM_FIRST_SIBLING define
DM_NORM define
DM_NORM_FIXED define
DM_OLDER_SIBLING define
DM_ON_OFF define
DM_POSITION define
DM_POS_2_FIXED define
DM_POS_2_FREE define
DM_POS_2_LINKED define
DM_POS_FIXED define
DM_POS_FREE define
DM_POS_LINKED define
DM_STOPABLE define
DM_TANG define
DM_TANG1 define
DM_TANG2 define
DM_TAN_2_FIXED define
DM_TAN_2_FREE define
DM_TAN_2_LINKED define
DM_TAN_FIXED define
DM_TAN_FREE define
DM_TAN_LINKED define
DM_act_icon class: This class is used for drawing area constraint tag objects in deformable modeling.
DM_add_area_cstrn(int&,DS_dmod*,int,int,DS_zone*,void*,int,SDM_options*) global function: Applies an area constraint that fixes a subarea of a deformable model.
DM_add_attractor(int&,DS_dmod*,int,double*,int,double,int,SDM_options*) global function: Adds an attractor to a deformable model and returns the new tag identifier or negative error code.
DM_add_crv_cstrn(int&,DS_dmod*,int,DS_dmod*,int,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,SRC_CW_FUNC,void*,DS_CSTRN_SRC,int,double,int,SDM_options*) global function: Adds a curve constraint to the target model and returns a new tag identifier or a negative error code.
DM_add_crv_load(int&,DS_dmod*,int,int,DS_pfunc*,DS_pfunc*,double,int,SDM_options*) global function: Adds a distributed curve spring and returns a new tag identifier or negative error code.
DM_add_crv_load(int&,DS_dmod*,int,DS_dmod*,int,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,SRC_CW_FUNC,void*,DS_CSTRN_SRC,int,double,int,SDM_options*) global function: Adds a distributed curve spring and returns a new tag identifier or negative error code.
DM_add_curve_patch(int&,DS_dmod*,int,double,double,int,void*,void*[2],SDM_options*) global function: Makes and adds a patch- to-patch hierarchy and returns a new patch tag identifier or an error.
DM_add_dist_press(int&,DS_dmod*,int,int,double*,double*,double,int,int,SDM_options*) global function: Adds a distributed pressure attribute to the deformable model and returns a new tag identifier.
DM_add_link_C0_load(int&,int&,DS_dmod*,DS_dmod*,int,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,void*,void*,SRC_CW_FUNC,double,int,DM_flipped_state,SDM_options*) global function: Adds a link constraint to connect two root siblings to make two deformable models act as one.
DM_add_link_C1_load(int&,int&,DS_dmod*,DS_dmod*,int,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,void*,void*,SRC_CW_FUNC,double,int,DM_flipped_state,SDM_options*) global function: Adds a link constraint to connect two root siblings to make two deformable models act as one.
DM_add_link_cstrn(int&,int&,DS_dmod*,DS_dmod*,int,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,DS_pfunc*,void*,void*,SRC_CW_FUNC,int,double,int,SDM_options*) global function: Adds a link constraint to connect two root siblings to make two deformable models act as one.
DM_add_pt_cstrn(int&,DS_dmod*,int,DS_dmod*,int,double*,void*,DS_CSTRN_SRC,int,double*,double*,double*,double*,double*,double*,double*,double*,double*,int,SDM_options*) global function: Adds a point constraint to the target deformable model and returns a new tag identifier or an error.
DM_add_pt_press(int&,DS_dmod*,int,int,double*,double,int,int,SDM_options*) global function: Adds a pressure point to deformable model and returns a new tag identifier or an error.
DM_add_spring(int&,DS_dmod*,int,int,double*,double*,int,double,int,SDM_options*) global function: Adds a spring to a deformable model and returns a new tag identifier or an error.
DM_add_spring_set(int&,DS_dmod*,int,int,int,double*,double*,double,int,SDM_options*) global function: Adds a set of springs to a deformable model and returns a new tag identifier or an error.
DM_add_surface_patch(int&,DS_dmod*,int,double[2],double[2],int,void*,int,DS_pfunc**,void**,SDM_options*) global function: Creates and adds a patch to the patch hierarchy and returns a new patch tag identifier or an error.
DM_add_vector_load(int&,DS_dmod*,int,double*,double,int,SDM_options*) global function: Adds a vector load to deformable model and returns a tag identifier or an error.
DM_ald_icon class: This class is used for drawing area load tag objects in deformable modeling.
DM_assign_next_tag(int&,DS_dmod*,SDM_options*) global function: Increments and returns the tag count and the next available tag number or an error.
DM_att_icon class: This class is used for drawing point attractor tag objects in deformable modeling.
DM_build_ellipse_seam(int&,DS_dmod*,int,double[2],double[2],double[2],double[2],double[2],int&,DS_pfunc**&,SDM_options*) global function: Builds a curve set to act as a seam.
DM_build_fillet_square_seam(int&,DS_dmod*,int,double[2],double[2],double,int&,DS_pfunc**&,SDM_options*) global function: Builds a curve set to act as a seam.
DM_build_square_seam(int&,DS_dmod*,int,double[2],double[2],int&,DS_pfunc**&,SDM_options*) global function: Builds a curve set to act as a child patch's seam given the parent's deformable model.
DM_build_square_zone(int&,DS_dmod*,int,double[2],double[2],SDM_options*) global function: Builds and returns a DS_zone object suitable for use as an area constraint.
DM_cct_icon class: This class is used for drawing curve constraint tag objects in deformable modeling.
DM_classify_tag(int&,DS_dmod*,int,SDM_options*) global function: Checks the deformable model tree for a tag.
DM_cld_icon class: This class is used for drawing curve load tag objects in deformable modeling.
DM_control_pt_index_2tag define
DM_control_pt_tag_2index define
DM_convert_loads_and_cstrns(int&,DS_dmod*,int,DM_target_memory,SDM_options*) global function: Converts curve objects into load objects and vice versa and returns a new tag identifier or an error.
DM_copy_dmod(int&,DS_dmod*,int,SDM_options*) global function: Creates a deep copy of the input deformable model and returns a pointer to new deformable model object.
DM_copy_pfunc(int&,DS_pfunc*,SDM_options*) global function: Creates a deep copy of the input pfunc and returns a pointer to the new DS_pfunc object.
DM_cpt_icon class: The DM_cpt_icon draws an array of control points.
DM_crv_icon class: This class is used for drawing deformable curve tag objects in deformable modeling.
DM_dbl_array class: This class is a pseudo-read-only container class for double type supporting deformable modeling geometry query methods.
DM_dbx_icon class: The DM_dbx_icon draws and manages an outline corresponding to the image of a parameter sub-rectangle on a deformable surface.
DM_def_icon_cmd_args class: This class provides an abstract interface (an Execute method) to the DM_default_icons for encapsulating state change commands.
DM_def_icon_draw_args class: This class provides an abstract interface for passing arguments to the Draw() methods of the DM default icons supplied in the dmicon library.
DM_def_icon_query_args class: This class provides an abstract interface to the DM_default_icons for encapsulating query commands.
DM_default_icon class: Base class for the icon objects in the dmicon and admicon libraries.
DM_default_icon_factory class: This is an example of the icon class factory implementation.
DM_delete_dmod(int&,DS_dmod*&,SDM_options*) global function: Clears the deformable model's data structure.
DM_delete_pfunc(int&,DS_pfunc*&,SDM_options*) global function: Clears the pfunc data structure.
DM_delete_zone(int&,DS_zone*&,SDM_options*) global function: Clears the zone data structure.
DM_dpr_icon class: This class is used for drawing distributed pressure tag objects in deformable modeling.
DM_draw_engine class: This class provides an abstract draw primitive interface between the deformable modeling icons and the view-controller.
DM_draw_engine_mgr class: This class manages the singleton DM_draw_engine, providing global access to the unique instance.
DM_draw_icon(int&,DM_icon_draw_args&,DS_dmod*,int,SDM_options*) global function: Broadcasts draw method and it draws these icons using the data encapsulated by the draw_args.
DM_draw_icon(int&,DM_icon_draw_args&,DS_dmod*,int*,int,SDM_options*) global function: Broadcasts draw method and it draws these icons using the data encapsulated by the draw_args.
DM_elevate_dmod_degree(int&,DS_dmod*,int,SDM_options*) global function: Increases the deformable model's polynomial degree by adding more degrees of freedom per element.
DM_eval_crv_src_domain(int&,DS_dmod*,int,double*,int,DM_dbl_array&,SDM_options*) global function: Evaluate an embedded source curve for the given tag.
DM_eval_crv_tgt(int&,DS_dmod*,int,double*,int,DM_dbl_array&,SDM_options*) global function: Evaluate a target curve for the given tag.
DM_eval_dmod(int&,DS_dmod*,int,double*,double*,double*,double*,double*,double*,double*,double*,double*,double*,double*,SDM_options*) global function: Calculates image positions for the uv location and returns 0 or an error.
DM_eval_pfunc(int&,DS_pfunc*,int,double*,double*,double*,double*,double*,double*,double*,double*,double*,double*,double*,SDM_options*) global function: Calculates image positions for the input domain location and returns 0 or an error.
DM_extrapolate_dmod(int&,DS_dmod*,SDM_options*) global function: Extends the deformable model domain by a small amount and returns 0 for success or an error.
DM_find_cstrn_by_tag(int&,DS_dmod*,int,int&,int&,SDM_options*) global function: Checks the entire hierarchy for a constraint with matching tag value.
DM_find_load_by_tag(int&,DS_dmod*,int,int&,SDM_options*) global function: Checks the entire hierarchy for a load with matching tag value.
DM_find_patch_by_entity(int&,DS_dmod*,void*,SDM_options*) global function: Finds and returns pointer to DS_dmod deformable model whose entity pointer matches the input entity pointer or returns NULL.
DM_find_patch_by_tag(int&,DS_dmod*,int,SDM_options*) global function: Finds and returns the pointer to the DS_dmod deformable model whose tag matches the input tag value or returns NULL.
DM_find_patch_by_tag_flag(int&,DS_dmod*,int,int&,SDM_options*) global function: Converts a tag_flag identifier into a deformable model pointer and a walk_flag value.
DM_find_tag_by_image_line(int&,DS_dmod*,double*,double*,double,int&,SDM_options*) global function: Checks the entire hierarchy for the load, constraint, or control point closest to the input image_line.
DM_flipped_state enum: Specifies relative handedness of two surfaces linked together.
DM_get_active_patch(int&,DS_dmod*,SDM_options*) global function: Gets the pointer to the hierarchy's active patch or NULL.
DM_get_active_patch_tag(int&,DS_dmod*,SDM_options*) global function: Gets the tag number of the hierarchy's active patch.
DM_get_alpha(int&,DS_dmod*,double*,SDM_options*) global function: Gets the deformable model's alpha values and returns 0 or an error.
DM_get_area_cstrn_flag(int&,DS_dmod*,int,SDM_options*) global function: Returns the area constraint's fixed inside/outside flag where 0=zone is free,1=zone compliment area is free.
DM_get_attractor(int&,DS_dmod*,int,double*,int&,double&,SDM_options*) global function: Writes the place load data into return arguments and returns 0 or an error.
DM_get_beta(int&,DS_dmod*,double*,SDM_options*) global function: Gets the deformable model's beta values and returns 0 or an error.
DM_get_bspline_curve(int&,DS_pfunc*,int&,int&,int&,int&,int*&,double*&,double*&,double*&,int&,int&,SDM_options*) global function: Gets B-spline curve data and returns 0 for success or DM_NOT_A_B-spline.
DM_get_bspline_surface(int&,DS_pfunc*,int&,int&,int&,int&,int*&,double*&,int&,int&,int&,int*&,double*&,double*&,double*&,int&,int&,int&,int&,int&,SDM_options*) global function: Retrieves B-spline surface data and returns 0 for success or an error.
DM_get_child(int&,DS_dmod*,SDM_options*) global function: Gets a deformable model's child and returns the child pointer or NULL.
DM_get_circ_curve(int&,DS_pfunc*,int&,double*&,double*&,int&,int&,SDM_options*) global function: Retrieves circular curve data and returns 0 for success or DM_NOT_A_CIRC.
DM_get_comb_graphics(int&,DS_dmod*,int&,double&,SDM_options*) global function: Gets the parameters of the deformable model's curvature comb graphics and returns 0 for success or an error.
DM_get_cstrn(int&,DS_dmod*,int,DS_TAGS&,DS_CSTRN_SRC&,int&,int&,char*,char*,int&,int&,int&,void*&,void*&,int,int&,int&,double[6],double[6],double&,int&,SDM_options*) global function: Loads constraint data into return arguments and returns 0 for success or an error.
DM_get_cstrn_behavior(int&,DS_dmod*,int,SDM_options*) global function: Gets the constraint's pos/tang behavior and returns 0 for success or an error.
DM_get_cstrn_rights(int&,DS_dmod*,int,SDM_options*) global function: Gets a constraint's deletable/stoppable rights.
DM_get_cstrn_src_data(int&,DS_dmod*,int,int,SDM_options*) global function: Returns the pass-through user data pointer stored with a constraint.
DM_get_cstrn_src_pfuncs(int&,DS_dmod*,int,int,DS_pfunc*&,DS_pfunc*&,DS_pfunc*&,SDM_options*) global function: Returns pointers to a curve or link constraint's source DS_pfunc objects,which define the shape of the constraint.
DM_get_cstrn_state(int&,DS_dmod*,int,SDM_options*) global function: Gets the state for a constraint and returns a 0 = success or an error.
DM_get_cstrn_type_id(int&,DS_dmod*,int,DS_TAGS&,DS_CSTRN_SRC&,SDM_options*) global function: Gets the type identifier of a constraint's tangent gain.
DM_get_cstrn_value(int&,DS_dmod*,int,int,int&,double*&,SDM_options*) global function: Gets the value for a point constraint's constraint behavior.
DM_get_curve_load(int&,DS_dmod*,int,DS_pfunc*&,DS_pfunc*&,double&,SDM_options*) global function: Sets load data into return arguments and returns 0 for success or an error.
DM_get_default_shape(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's default shape values.
DM_get_delta(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's delta values and returns 0 for success or an error.
DM_get_dist_press(int&,DS_dmod*,int,int,double*,double*,double&,int&,SDM_options*) global function: Gets and places the place load data into return arguments.
DM_get_dmod_cstrn(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's first constraint if it exists.
DM_get_dmod_curve(int&,DS_dmod*,double&,DS_pfunc*&,void*&,int&,int&,double&,double&,double&,double&,double&,double&,double&,DS_dmod*&,DS_dmod*&,DS_dmod*&,int&,int&,SDM_options*) global function: Gets deformable curve data.
DM_get_dmod_degree(int&,DS_dmod*,int&,int&,SDM_options*) global function: Gets the deformable model's basis degree and returns 0 for success or an error.
DM_get_dmod_domain_max(int&,DS_dmod*,int,double*,SDM_options*) global function: Gets the maximum domain point for a dmod and returns 0 for success or an error.
DM_get_dmod_domain_min(int&,DS_dmod*,int,double*,SDM_options*) global function: Gets the minimum domain point for a dmod and returns 0 for success or an error.
DM_get_dmod_domain_scale(int&,DS_dmod*,SDM_options*) global function: Returns the scale factor that relates the adjustable DS_pfunc domain range to the constant DS_dmod domain range.
DM_get_dmod_knots(int&,DS_dmod*,int&,double*&,int&,double*&,SDM_options*) global function: Writes the deformable models into output arrays and returns 0 for success or an error.
DM_get_dmod_load(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model for a load and returns 0 for success or an error.
DM_get_dmod_pfunc(int&,DS_dmod*,SDM_options*) global function: Gets deformable model's pfunc and returns input's DS_pfunc shape pointer.
DM_get_dmod_surface(int&,DS_dmod*,void*&,double&,DS_pfunc*&,int&,int&,double&,double&,double&,double&,double&,double&,double&,double&,double&,double&,double&,DS_dmod*&,DS_dmod*&,DS_dmod*&,int&,int&,SDM_options*) global function: Gets deformable surface data.
DM_get_dmod_tag(int&,DS_dmod*,SDM_options*) global function: Gets the type for DS_pfunc and returns the deformable model's tag number or an error.
DM_get_dmod_tags(int&,DS_dmod*,int&,DM_tag_array&,SDM_options*) global function: Gets the tags of all tag objects on a single DS_dmod.
DM_get_dmod_type_id(int&,DS_dmod*,SDM_options*) global function: Gets the tag type for DS_pfunc and returns 0 for success or an error.
DM_get_dmods(int&,DS_dmod*,int&,DM_tag_array&,SDM_options*) global function: Gets the tags of all DS_dmods in the hierarchy containing the input DS_dmod.
DM_get_dof_state(int&,DS_dmod*,int&,int&,int&,int&,int&,int&,SDM_options*) global function: Gets the deformable model's dof_state values and returns 0 for success or an error.
DM_get_domain_dim(int&,DS_dmod*,SDM_options*) global function: Gets the domain space dimension for a deformable model.
DM_get_draw_count(int&,DS_dmod*,int&,int&,int,SDM_options*) global function: Gets the deformable model's mesh graphics parameters.
DM_get_draw_state(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's draw state and returns an integer bit array.
DM_get_dynamics(int&,DS_dmod*,double&,double&,double&,SDM_options*) global function: Gets the deformable model's dynamic values and returns 0 for success or an error.
DM_get_elem_count(int&,DS_dmod*,int&,int&,int&,SDM_options*) global function: Gets the deformable model's elem_count values and returns 0 for success or an error.
DM_get_end_conds(int&,DS_dmod*,int&,int&,int&,int&,SDM_options*) global function: Gets end states for target deformable model and returns 0 for success or an error.
DM_get_entity(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's entity pointer value and returns 0 for success or an error.
DM_get_epsilon(int&,DS_dmod*,int,double&,SDM_options*) global function: Gets the deformable model's epsilon value and returns 0 or an error.
DM_get_gamma(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's gamma values and returns 0 for success or an error.
DM_get_icon(int&,DS_dmod*,int,SDM_options*) global function: Gets the icon associated with a tag object and returns 0 for success or an error.
DM_get_image_dim(int&,DS_dmod*,SDM_options*) global function: Gets the image space dimension size and returns the deformable model's image dimension or an error.
DM_get_integral_degree(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's integral degree.
DM_get_interior_state(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's interior state value.
DM_get_load_gain(int&,DS_dmod*,int,SDM_options*) global function: Gets the load's gain and returns 0 for success or an error.
DM_get_load_type_id(int&,DS_dmod*,int,SDM_options*) global function: Gets type identifier for a load.
DM_get_mesh_count(int&,DS_dmod*,int&,int&,SDM_options*) global function: Gets the deformable model's mesh graphics parameters and returns 0 for success or an error.
DM_get_nurb_curve(int&,DS_pfunc*,int&,int&,int&,int&,int*&,double*&,double*&,double*&,double*&,int&,int&,SDM_options*) global function: Gets NURB curve data and returns 0 for success or DM_NOT_A_NURB.
DM_get_nurb_surface(int&,DS_pfunc*,int&,int&,int&,int&,int*&,double*&,int&,int&,int&,int*&,double*&,double*&,double*&,double*&,int&,int&,int&,int&,int&,SDM_options*) global function: Gets NURB surface data and returns 0 for success or an error.
DM_get_parent(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's parent and returns the parent pointer or NULL.
DM_get_patch_continuity(int&,DS_dmod*,SDM_options*) global function: Gets the patch-to-parent continuity and returns 0 for C0 (position continuity) or 1 for C1 (pos and tang continuity).
DM_get_patch_seam_count(int&,DS_dmod*,SDM_options*) global function: Gets the number of seam curve.
DM_get_patch_seam_tag(int&,DS_dmod*,int,SDM_options*) global function: Gets the tag number for a seam curve and returns the seam curve tag or an error.
DM_get_pfunc_default_state(int&,DS_pfunc*,SDM_options*) global function: Gets the pfunc's default state value.
DM_get_pfunc_degrees(int&,DS_pfunc*,DS_PFN&,int&,int&,SDM_options*) global function: Gets degree of freedom or dof values.
DM_get_pfunc_dof_count(int&,DS_pfunc*,SDM_options*) global function: Returns the pfunc's dof_count value.
DM_get_pfunc_dofs(int&,DS_pfunc*,DS_PFN&,int&,int&,int&,double*&,double*&,double*&,SDM_options*) global function: Gets the degrees of freedom value of a pfunc and returns 0 for success or an error.
DM_get_pfunc_domain_dim(int&,DS_pfunc*,SDM_options*) global function: Gets the pfunc's domain dimension.
DM_get_pfunc_domain_max(int&,DS_pfunc*,int,double*,SDM_options*) global function: Gets the maximum domain point for a pfunc and returns 0 for success or an error.
DM_get_pfunc_domain_min(int&,DS_pfunc*,int,double*,SDM_options*) global function: Gets the minimum domain point for a pfunc and returns 0 for success or an error.
DM_get_pfunc_elem_count(int&,DS_pfunc*,SDM_options*) global function: Returns the pfunc's elem_count value.
DM_get_pfunc_image_dim(int&,DS_pfunc*,SDM_options*) global function: Gets the pfunc's image dimension value.
DM_get_pfunc_knot_counts(int&,DS_pfunc*,int&,int&,SDM_options*) global function: Gets the pfunc's knot count values (u and v directions).
DM_get_pfunc_knots(int&,DS_pfunc*,DS_PFN&,int&,int&,double*&,int*&,double*&,int*&,SDM_options*) global function: Gets the dof values for the pfunc and returns 0 for success or an error.
DM_get_pfunc_type_id(int&,DS_pfunc*,SDM_options*) global function: Gets the type of a DS_pfunc and returns a DS_PFN DS_pfunc enumeration type.
DM_get_pt_press(int&,DS_dmod*,int,int,double*,double&,int&,SDM_options*) global function: Gets the load data into return arguments and returns 0 for success or an error.
DM_get_pt_uv(int&,DS_dmod*,int,int,double*,DS_TAGS&,SDM_options*) global function: Gets the tag's current uv location and returns 0 for success or an error.
DM_get_pt_xyz(int&,DS_dmod*,int,int,double*,DS_TAGS&,SDM_options*) global function: Gets the tag's current xyz location and returns 0 for success or an error.
DM_get_sibling(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's sibling and returns the sibling pointer or NULL.
DM_get_sibling_list(int&,DS_dmod*,int&,int*&,SDM_options*) global function: Builds and returns a root sibling list.
DM_get_spring(int&,DS_dmod*,int,int,double*,double*,double*,double&,SDM_options*) global function: Gets the load data and places it into return arguments and returns 0 for success or an error.
DM_get_spring_length(int&,DS_dmod*,int,SDM_options*) global function: Gets the spring or spring set length and returns 0 for success or an error.
DM_get_spring_set(int&,DS_dmod*,int,int,int&,double*&,double*&,double*&,double&,SDM_options*) global function: Gets the spring set load data and places it into return arguments.
DM_get_tag_count(int&,DS_dmod*,SDM_options*) global function: Gets the deformable model's dmo_tag_count value and returns the largest tag value currently assigned.
DM_get_tag_summary(int&,DS_dmod*,int&,int*&,SDM_options*) global function: Gets the build and return tag summary list and returns 0 for success or an error.
DM_get_tags(int&,DS_dmod*,int&,DM_tag_array&,SDM_options*) global function: Gets the tags of all tag objects in a DS_dmod hierarchy.
DM_get_tan_display_gain(int&,DS_dmod*,SDM_options*) global function: Gets a display scaling for tangent vectors.
DM_get_tight_state(int&,DS_dmod*,int,SDM_options*) global function: Gets the tight state for a constraint/load.
DM_get_tolerance(int&,double&,double&,SDM_options*) global function: Gets the tolerance limits.
DM_get_vector_load(int&,DS_dmod*,int,double*,double&,SDM_options*) global function: Gets the vector load data and places it into return arguments and returns 0 for success or an error.
DM_grd_icon class: This class draws and manages a rectangular grid of lines.
DM_ica_draw_option class: This class is a DM_def_icon_cmd_args that encapsulates a command to set a DM_default_icon draw options.
DM_ica_grid class: This class is a DM_def_icon_cmd_args that encapsulates a command to set a DM_default_icon draw grid density.
DM_ica_on_off class: This class is a DM_def_icon_cmd_args that encapsulates a command to switch an icon on or off (draw or don't draw).
DM_ica_width class: This class is a DM_def_icon_cmd_args that encapsulates a command to set a DM_default_icon draw width.
DM_icon class: This class provides abstract notify methods to the deformable modeling kernel for drawing services.
DM_icon_cmd_args class: This interface class provides a command object to forward client requests through the DM_icon::Set_state method to the DM_icon.
DM_icon_draw_args class: This interface class provides an encapsulation mechanism for passing arguments to the DM_icon::Draw method.
DM_icon_factory class: The DM_icon_factory class provides an abstract interface to the deformable modeling kernel for creating and destroying DM_icon objects.
DM_icon_factory_mgr class: This class manages the singleton DM_icon_factory, providing global access to the unique instance.
DM_icon_query_args class: This interface class encapsulates queries that can be sent to DM_icon objects.
DM_icq_draw_grid class: This class is a DM_def_icon_query_args that encapsulates a command to query DM_default_icon draw grid density.
DM_icq_draw_option class: This class is a DM_def_icon_query_args that encapsulates a command to query DM_default_icon draw options.
DM_is_tag_control_pt define
DM_journal_off(int&,SDM_options*) global function: Closes a journal file and stops further journaling of DM API calls.
DM_journal_on(int&,char*,int,SDM_options*) global function: Enables journaling and opens a file for write.
DM_journal_play(int&,char*,SDM_options*) global function: Replays a sequence of DM API calls from a DM API journal file for debugging purposes only.
DM_lct_icon class: This class is used for drawing curve link constraint tag objects in deformable modeling.
DM_lld_icon class: This class is used for drawing curve link load tag objects in deformable modeling.
DM_make_bspline_curve(int&,int,int,int,int,int*,double*,double*,double*,int,SDM_options*) global function: Creates a B-spline curve from data and returns a pointer to the DS_pfunc B-spline curve or NULL.
DM_make_bspline_surface(int&,int,int,int,int,int*,double*,int,int,int,int*,double*,double*,double*,int,int,int,int,SDM_options*) global function: Creates a B-spline surface from data and returns a pointer to DS_pfunc B-spline surf or NULL.
DM_make_circ_curve(int&,int,double*,double,double,SDM_options*) global function: Creates a circular curve and returns a pointer to DS_pfunc circular curve or NULL.
DM_make_dcurve_image(int&,int,double,DS_pfunc*,DS_pfunc*,double,SDM_options*) global function: Creates a projected domain curve and returns the projected domain curve or NULL.
DM_make_dmod_curve(int&,DS_pfunc*,void*,int,int,double,double,double,double,double,double,double,SDM_options*) global function: Creates a deformable curve model and returns a pointer to the deformable model object.
DM_make_dmod_surface(int&,DS_pfunc*,void*,int,int,double,double,double,double,double,double,double,double,double,double,double,SDM_options*) global function: Creates a deformable surface model and returns a pointer to the deformable model object or NULL.
DM_make_nurb_curve(int&,int,int,int,int,int*,double*,double*,double*,double*,int,SDM_options*) global function: Creates a NURB curve from data and returns a pointer to DS_pfunc, NURB curve or NULL.
DM_make_nurb_surface(int&,int,int,int,int,int*,double*,int,int,int,int*,double*,double*,double*,double*,int,int,int,int,SDM_options*) global function: Constructs a NURB surface from data and returns pointer to DS_pfunc NURB surf or NULL.
DM_make_orig_dmod_space_pfunc(int&,DS_dmod*,SDM_options*) global function: Creates a pfunc copy with the pfunc's domain set to equal the orig_dmod_space domain range.
DM_param_max(int&,DS_dmod*,int,DM_dbl_array&,SDM_options*) global function: Gets the tag object maximum parameterization value.
DM_param_min(int&,DS_dmod*,int,DM_dbl_array&,SDM_options*) global function: Gets the tag object minimum parameterization value.
DM_parse_tag_flag(int&,DS_dmod*,int,int&,SDM_options*) global function: Converts a tag_flag identifier into a deformable model pointer and a walk_flag value.
DM_pct_icon class: This class is used for drawing point constraint tag objects in deformable modeling.
DM_ppr_icon class: This class is used for drawing point pressure tag objects in deformable modeling.
DM_print_dmod(int&,DS_dmod*,FILE*,int,SDM_options*) global function: Generates a deformable model report and returns 0 for success or an error.
DM_print_dmod_cstrns(int&,DS_dmod*,FILE*,SDM_options*) global function: Generates a deformable model reports and returns 0 for success or an error.
DM_query_icon(int&,DM_icon_query_args&,DS_dmod*,int,SDM_options*) global function: Passes the command encapsulated by the query_args to the icon and to query the icon state.
DM_refine_dmod_fit(int&,DS_dmod*,double,double&,double&,double&,double&,int,SDM_options*) global function: Modifies the shape of the deformable model to fit to its constraints.
DM_rend_options class: This class is used internally by the dmicon library for encapsulating draw options.
DM_rm_patch(int&,DS_dmod*,int,SDM_options*) global function: Removes and deletes a patch from a target deformable modeling hierarchy.
DM_rm_tag_object(int&,DS_dmod*,int,DS_dmod*&,int,SDM_options*) global function: Removes a deformable modeling tag object from a deformable modeling hierarchy.
DM_rtnerr_hurler class: This class provides a protocol for handling exceptions across interfaces.
DM_scale_pfunc_image(int&,DS_pfunc*,double,SDM_options*) global function: Scales the image of the input pfunc.
DM_scale_unit_dpt_array_from_dmod(int&,DS_dmod*,int,int,double*,SDM_options*) global function: Scales an array of dpts from a deformable model's parameter range to the unit_square parameter range.
DM_scale_unit_dpt_array_from_pfunc(int&,DS_pfunc*,int,int,double*,SDM_options*) global function: Scales an array of dpts from a pfunc's param range to the unit_square parameter range.
DM_scale_unit_dpt_array_to_dmod(int&,DS_dmod*,int,int,double*,SDM_options*) global function: Scales an array of domain point values that lie from 0 to 1 into the dmod's actual domain_space range.
DM_scale_unit_dpt_array_to_pfunc(int&,DS_pfunc*,int,int,double*,SDM_options*) global function: Scales an array of domain point values that lie from 0 to 1 into the pfunc's actual domain_space range.
DM_scale_unit_dpt_from_dmod(int&,DS_dmod*,int,double*,SDM_options*) global function: Scales domain point values specified in the deformable model's domain space into the unit_square domain space.
DM_scale_unit_dpt_from_pfunc(int&,DS_pfunc*,int,double*,SDM_options*) global function: Scales domain point values specified in the pfunc's domain_space into the unit_square domain_space.
DM_scale_unit_dpt_to_dmod(int&,DS_dmod*,int,double*,SDM_options*) global function: Scales domain points from the unit domain range into the dmod's actual domain range.
DM_scale_unit_dpt_to_pfunc(int&,DS_pfunc*,int,double*,SDM_options*) global function: Scales domain points from the unit domain range into the pfunc's actual domain range.
DM_scale_unit_dvec_to_dmod(int&,DS_dmod*,int,double*,SDM_options*) global function: Scales domain vector values that are specified in a unit domain space that ranges from 0 to 1 into the deformable model's domain range.
DM_scale_unit_dvec_to_pfunc(int&,DS_pfunc*,int,double*,SDM_options*) global function: Scales domain vector values that are specified in a unit domain space that ranges from 0 to 1 into the pfunc's domain range.
DM_set_active_patch(int&,DS_dmod*,SDM_options*) global function: Sets the input deformable model to the hierarchy's active deformable model.
DM_set_alpha(int&,DS_dmod*,double*,int,SDM_options*) global function: Sets the deformable model's alpha and returns 0 for success or an error.
DM_set_area_cstrn_flag(int&,DS_dmod*,int,int,SDM_options*) global function: Modifies the fixed inside/outside flag for an area constraint.
DM_set_array_size(int&,DM_dbl_array&,int,double,SDM_options*) global function: Sets the size of a DM_dbl_array and initializes the memory.
DM_set_attractor_power(int&,DS_dmod*,int,int,SDM_options*) global function: Sets an attractor's power and returns 0 for success or an error.
DM_set_beta(int&,DS_dmod*,double*,int,SDM_options*) global function: Sets the deformable model's beta and returns 0 for success or an error.
DM_set_comb_graphics(int&,DS_dmod*,int,double,int,SDM_options*) global function: Sets the deformable model's comb_graphics and returns 0 for success or an error.
DM_set_cstrn_behavior(int&,DS_dmod*,int,int,SDM_options*) global function: Modifies the behavior of a constraint and returns 0 for success or an error.
DM_set_cstrn_pttan_uv_dir(int&,DS_dmod*,int,double*,int,SDM_options*) global function: Sets the surface domain space direction for a point constraint's tangent and curvature constraint behaviors.
DM_set_cstrn_src_data(int&,DS_dmod*,int,int,void*,SDM_options*) global function: Modifies the value of the pass through src_data pointer stored with each constraint.
DM_set_cstrn_src_pfuncs(int&,DS_dmod*,int,int,DS_pfunc*,DS_pfunc*,DS_pfunc*,SDM_options*) global function: Sets a curve or link constraint's source DS_pfunc objects, which are used to specify the shape of the constraint.
DM_set_cstrn_state(int&,DS_dmod*,int,int,SDM_options*) global function: Modifies the enabled/disabled state for a deformable modeling constraint.
DM_set_cstrn_value(int&,DS_dmod*,int,int,int,double*,SDM_options*) global function: Sets the value for a point constraint's constraint behavior.
DM_set_default_shape(int&,DS_dmod*,int,int,SDM_options*) global function: Sets the deformable model's default shape and returns 0 for success or an error.
DM_set_delta(int&,DS_dmod*,double,int,SDM_options*) global function: Sets the deformable model's delta and returns 0 for success or an error.
DM_set_dmod_tag(int&,DS_dmod*,int,SDM_options*) global function: Checks and returns the tag type for DS_pfunc and returns 0 for success or an error.
DM_set_draw_state(int&,DS_dmod*,int,int,SDM_options*) global function: Sets the target deformable model's draw_state.
DM_set_dynamics(int&,DS_dmod*,double,double,double,int,SDM_options*) global function: Sets the deformable model's dynamics and returns 0 for success or an error.
DM_set_end_conds(int&,DS_dmod*,int,int,int,int,SDM_options*) global function: Sets the end states for a deformable model and returns 0 for success or returns an error.
DM_set_entity(int&,DS_dmod*,void*,SDM_options*) global function: Sets the deformable model's entity pointer value and returns 0 for success or an error.
DM_set_epsilon(int&,DS_dmod*,int,double,SDM_options*) global function: Sets the deformable model's epsilon value and returns 0 or an error.
DM_set_gamma(int&,DS_dmod*,double,int,SDM_options*) global function: Sets the deformable model's gamma and returns 0 for success or an error.
DM_set_icon(int&,DS_dmod*,int,DM_icon*,SDM_options*) global function: Sets the icon for a tag object.
DM_set_icon_owner(int&,DS_dmod*,int,SDM_options*) global function: Sets the icon's owner.
DM_set_icon_owner(int&,DS_dmod*,int*,int,SDM_options*) global function: Sets the icon's owner.
DM_set_interior_state(int&,DS_dmod*,int,int,SDM_options*) global function: Sets the deformable model's interior state value and returns 0 for success or a negative error code.
DM_set_load_gain(int&,DS_dmod*,DS_TAGS&,int,double,int,int,SDM_options*) global function: Sets the deformable model's load_gain and returns 0 for success or an error.
DM_set_mesh_count(int&,DS_dmod*,int,int,int,SDM_options*) global function: Sets the deformable model's mesh_count and returns 0 for success or an error.
DM_set_patch_continuity(int&,DS_dmod*,int,SDM_options*) global function: Sets patch-to-parent continuity.
DM_set_pfunc_default_state(int&,DS_pfunc*,int,SDM_options*) global function: Sets the pfunc's default state.
DM_set_pt_uv(int&,DS_dmod*,int,int,double*,SDM_options*) global function: Sets domain points in a load or and returns 0 for success or an error.
DM_set_pt_xyz(int&,DS_dmod*,int,int,double*,double*,int,int,int,SDM_options*) global function: Sets the image space point for a constraint or control point.
DM_set_tag_count(int&,DS_dmod*,int,SDM_options*) global function: Sets the deformable model's dmo_tag_count value and returns 0 for success or an error.
DM_set_tan_display_gain(int&,DS_dmod*,double,int,SDM_options*) global function: Sets display gain for the deformable model's tangent vectors and returns 0 for success or an error.
DM_set_tight_state(int&,DS_dmod*,int,int,SDM_options*) global function: Modifies the tight enabled/disabled state.
DM_set_tolerance(int&,double,double,SDM_options*) global function: Sets tolerance limits and returns 0 for success or an error.
DM_setstate_icon(int&,DM_icon_cmd_args&,DS_dmod*,int*,int,SDM_options*) global function: Broadcasts the command encapsulated by the cmd_args to the icons.
DM_setstate_icon(int&,DM_icon_cmd_args&,DS_dmod*,int,SDM_options*) global function: Broadcasts the command encapsulated by the cmd_args to the icons.
DM_solve(int&,DS_dmod*,int,double,SDM_options*) global function: Computes a deformable model's optimal control point positions or its current set of constraints and loads.
DM_split_dmod(int&,DS_dmod*,int,int,double*,SDM_options*) global function: Splits the deformable model into finer elements and returns 0 for success or an error.
DM_spr_icon class: This class is used for drawing point spring load tag objects in deformable modeling.
DM_sps_icon class: This class is used for drawing point spring set load tag objects in deformable modeling.
DM_srf_icon class: This class is used for drawing deformable surface tag objects in standalone deformable modeling.
DM_syserr_hurler class: This class provides a protocol for handling exceptions across interfaces.
DM_tag_array class: The DM_tag_array class supports tag query methods and icon broadcast methods.
DM_target_memory enum: Specifies what happens to target curve (or point) when converting between constraints and loads.
DM_update_cstrn_src_pts(int&,DS_dmod*,int,SDM_options*) global function: Forces a curve or link constraint to update its internally stored data after the constraint's source points have been modified.
DM_vec_icon class: This class is used for drawing vector load tag objects in deformable modeling.
DM_xsect_dmod_by_image_line(int&,DS_dmod*,int,double*,double*,double,double&,int,double*,double*,SDM_options*) global function: Finds uv_params for a ray deformable model intersection and returns 0 for success or an error.
DOUBLE_SIDED define
DS_CSTRN_SRC enum: Classifies and identifies constraint purpose and behaviour.
DS_CST_BINORM_FIXED define
DS_CST_CURVATURE define
DS_CST_CURV_2_FIXED define
DS_CST_CURV_2_FREE define
DS_CST_CURV_2_LINKED define
DS_CST_CURV_2_ONLY_FIXED define
DS_CST_CURV_2_ONLY_LINKED define
DS_CST_CURV_FIXED define
DS_CST_CURV_FREE define
DS_CST_CURV_LINKED define
DS_CST_CURV_ONLY_FIXED define
DS_CST_CURV_ONLY_LINKED define
DS_CST_DELETABLE define
DS_CST_NORM_FIXED define
DS_CST_ON_OFF define
DS_CST_POSITION define
DS_CST_POS_2_FIXED define
DS_CST_POS_2_FREE define
DS_CST_POS_2_LINKED define
DS_CST_POS_FIXED define
DS_CST_POS_FREE define
DS_CST_POS_LINKED define
DS_CST_STOPABLE define
DS_CST_TANGENT define
DS_CST_TAN_2_FIXED define
DS_CST_TAN_2_FREE define
DS_CST_TAN_2_LINKED define
DS_CST_TAN_FIXED define
DS_CST_TAN_FREE define
DS_CST_TAN_LINKED define
DS_PFN enum: Enumerator for DS_pfunc type_id.
DS_PFN_APPROX_SHAPE define
DS_PFN_CHANGED_DOMAIN define
DS_PFN_CHANGED_P_OFF define
DS_PFN_CHANGED_P_ON define
DS_PFN_CHANGED_X define
DS_PFN_CSTRN_ON define
DS_PFN_TRACKING define
DS_TAGS enum: Enumeration of all possible tag object types.
DS_dmod class: Pointer to this class acts as an handle.
DS_pfunc class: Pointer to this class acts as an handle.
DS_poly_zone class: The DS_poly_zone is used for building a DS_area_load.
DS_zone class: Pointer to this class acts as an handle.
Deactivate(Spatial_abs_hurler&) method in class ADM_regobj: This is called when an owning ATTRIB_DM2ACIS is placed on a bulletin board.
Deactivate(Spatial_abs_hurler&) method in class ADM_hoopsregobj: alled when an owning ATTRIB_DM2ACIS is placed on a bulletin board.
Deactivate(Spatial_abs_hurler&) method in class ADM_giregobj: alled when an owning ATTRIB_DM2ACIS is placed on a bulletin board.
Dmod() method in class ATTRIB_DM2ACIS: Returns the root DS_dmod pointer.
Dmod_2tmp_shape(int) global function: Stores ACIS shape data for tgt_dmod.
Domain_dim(int) method in class ATTRIB_DM2ACIS: Returns the target's domain dimension: 1 is for a 1d curve; 2 is for a 2d surface.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_att_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_act_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_pct_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_cld_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_cpt_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_crv_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_dbx_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class ADM_srf_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class ADM_srf_icon2: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_cct_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class ADM_srf_icon3: Draw this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_dpr_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_lld_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_srf_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_grd_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_lct_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_sps_icon: Draw this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_vec_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_spr_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_ppr_icon: Draws this icon.
Draw(Spatial_abs_hurler&,DM_icon_draw_args&) method in class DM_icon: Tells icon to draw itself using arguments found in draw_obj.
Draw_all_icons(DM_icon_draw_args&) method in class ATTRIB_DM2ACIS: Draws icons for all tag object in the ATTRIB_DM2ACIS using the data encapsulated by the draw_args.
Draw_cpts() method in class DM_rend_options: Query draw control points option.
Draw_cstrns() method in class DM_rend_options: Query draw constraints option.
Draw_curve_comb() method in class DM_rend_options: Query draw curvature comb option.
Draw_dmod_icons(DM_icon_draw_args&,int) method in class ATTRIB_DM2ACIS: Draws all icons on the DS_dmod specified by tag using the data encapsulated by the draw_args.
Draw_elems() method in class DM_rend_options: Query draw element boundary option.
Draw_icon(DM_icon_draw_args&,int*,int) method in class ATTRIB_DM2ACIS: Draws this icon using the data encapsulated by the draw_args.
Draw_icon(DM_icon_draw_args&,int) method in class ATTRIB_DM2ACIS: Draws icons using the data encapsulated by the draw_args.
Draw_loads() method in class DM_rend_options: Query draw loads option.
Draw_marker(Spatial_abs_hurler&,DS_dmod*,int,double*,double,double,double,double,DM_def_icon_draw_args&) method in class DM_draw_engine: Adds a marker.
Draw_marker(Spatial_abs_hurler&,DS_dmod*,int,double*,double,double,double,double,DM_def_icon_draw_args&) method in class ADMHOOPS_draw_engine: raw a marker.
Draw_marker(Spatial_abs_hurler&,DS_dmod*,int,double*,double,double,double,double,DM_def_icon_draw_args&) method in class ADM_gidraw_engine: raw a marker.
Draw_mesh(Spatial_abs_hurler&,DS_dmod*,int,INDEXED_MESH*,double,double,double,DM_def_icon_draw_args&) method in class ADM_draw_engine: Adds the mesh.
Draw_mesh(Spatial_abs_hurler&,DS_dmod*,int,INDEXED_MESH*,double,double,double,DM_def_icon_draw_args&) method in class ADM_gidraw_engine: raw a mesh.
Draw_mesh(Spatial_abs_hurler&,DS_dmod*,int,INDEXED_MESH*,double,double,double,DM_def_icon_draw_args&) method in class ADMHOOPS_draw_engine: raw a mesh.
Draw_polyline(Spatial_abs_hurler&,DS_dmod*,int,int,double*,double,double,double,double,DM_def_icon_draw_args&) method in class DM_draw_engine: Adds a polyline.
Draw_polyline(Spatial_abs_hurler&,DS_dmod*,int,int,double*,double,double,double,double,DM_def_icon_draw_args&) method in class ADM_gidraw_engine: raw a polyline.
Draw_polyline(Spatial_abs_hurler&,DS_dmod*,int,int,double*,double,double,double,double,DM_def_icon_draw_args&) method in class ADMHOOPS_draw_engine: raw a polyline.
Draw_seams() method in class DM_rend_options: Query draw seams option.
Draw_state(int) method in class ATTRIB_DM2ACIS: Searches for dmod by tag or uses the active dmod.
data data member in class base_transform_law_data: Holds the data.
data() method in class insanity_list: Returns the insanity_data.
data() method in class insanity_list: Returns the insanity_data.
data() method in class POLYGON_VERTEX: Returns the data.
data data member in class unary_data_law: This is a pointer to the data structure used as input to the unary data law.
data1 data member in class curve_surf_int: General purpose pointer used to store the element on a meshsurf from which this intersection originated.
data2 data member in class curve_surf_int: General purpose pointer used to store the element on a compcurv from which this intersection originated.
data_end() method in class path_law_data: Returns the ending parameter of the path.
data_inverse data member in class base_transform_law_data: Inverses transform.
data_start() method in class path_law_data: Returns the starting parameter of the path.
datas data member in class multiple_data_law: This is the array of law data pointer used by the the multiple data law.
date() method in class simple_rail_law
date() method in class law: Returns the version of ACIS in which this law class first appeared.
date() method in class law_data: Returns the version of ACIS in which this law_data class first appeared.
date() method in class FileInfo: Returns the date on the save file.
dcurve_law class: Returns a position or one of the derivatives on a curve.
debug(char const*,FILE*) method in class cone: Prints out the details of cone to a file.
debug(FILE*) method in class ray: Outputs debug information to the printer or to the specified file.
debug(FILE*) method in class pt_cvty_info: Debugs.
debug(char const*,FILE*) method in class spline: Prints out details of a spline.
debug(char const*,FILE*) method in class helix: Output details of the helix for inspection.
debug(FILE*) method in class curve_surf_int: Writes debug information about curve_surf_int to the printer or to the specified file.
debug(int,int,FILE*) method in class BULLETIN: Writes information about the BULLETIN to the debug file or to the specified file.
debug(char const*,FILE*) method in class sphere: Prints out details of sphere.
debug(char const*,FILE*) method in class SPApar_box: Prints a titles and debug information about this parameter box to the debug file or to the specified file.
debug(char const*,FILE*) method in class moments: Outputs a title line and information about the mass property to the debug file or to the specified file.
debug(FILE*) method in class BULLETIN: Outputs debug information about BULLETIN to standard output or to the specified file.
debug(FILE*) method in class BULLETIN_BOARD: Writes information about the bulletin board to the debug file or to the specified file.
debug(char const*,logical,FILE*) method in class rb_blend_spl_sur: Debug printout.
debug(char const*,logical,FILE*) method in class VBL_SURF: Writes debug information to the specified output file.
debug(char*,FILE*) method in class surface: Prints out a title line and details about this surface to the debug file or any other specified file.
debug(FILE*) method in class edge_face_int: Writes the debug output for a edge-face intersection to the printer or the specified file name.
debug(FILE*) method in class ed_cvty_info: Prints out debug data on all the curves, pcurves, and surfaces to the specified file.
debug(FILE*) method in class SPApar_pos: Outputs details of a parameter position to the debug file or to the specified file.
debug(FILE*) method in class SPApar_transf: Outputs to the specified debug file information about this class.
debug(char const*,FILE*) method in class SPAbox: Outputs a title and information about the box to the debug file or to the specified file.
debug(FILE*) method in class curve_curve_int: Writes debug information about curve_curve_int to standard output or to the specified file.
debug(char*,FILE*) method in class curve: Writes a description of this curve to a file.
debug(FILE*) method in class curve_bounds: Writes debug information about curve_bounds to the printer or to the specified file.
debug(char*,FILE*) method in class bounded_curve: Writes the debug output for this bounded_curve.
debug(int,int,FILE*) method in class BULLETIN_BOARD: Writes information about the bulletin board to the debug file or to the specified file.
debug(char const*,FILE*) method in class intcurve: Outputs a title line and the details of the intcurve for inspection to standard output or to the specified file.
debug(FILE*) method in class surf_surf_int: Writes debug information about surf_surf_int to the printer or to the specified file.
debug(char const*,FILE*) method in class plane: Prints out details of plane.
debug(char const*,FILE*) method in class pcurve: Outputs details of a pcurve.
debug(char const*,FILE*) method in class tensor: Prints a tensor in three rows with a given leader string on each row bar first.
debug(char const*,logical,FILE*) method in class subtype_object: Writes the subtype_object in readable form for debugging.
debug(FILE*) method in class PART: Writes debug information about a PART to standard output or to the specified file.
debug(char const*,FILE*) method in class SPAmatrix: Writes output about the matrix to the debug file or to the specified file.
debug(FILE*) method in class hit: Outputs information about the debug to the printer or to the specified file.
debug(FILE*) method in class SPAinterval: Outputs the details of an interval to the debug file or to the specified file.
debug(FILE*) method in class outcome: Outputs information about this outcome to the debug file or to another specified file.
debug(char const*,FILE*) method in class straight: Outputs a title line and details about the straight line to the debug file or to the specified file.
debug(FILE*) method in class SPApar_vec: Outputs details of a parameter vector to the debug file or to the specified file.
debug(FILE*,char*) method in class edge_entity_rel: Writes debug information about edge_entity_rel to standard output or the specified file.
debug(FILE*) method in class Render_Arg: Supports debugging.
debug(int,int,int,FILE*) method in class HISTORY_STREAM: Prints debugging information about the history stream.
debug(FILE*,char*) method in class point_entity_rel: Writes the debug output for a point-entity relationship to standard output or to the specified file.
debug(FILE*) method in class cvty: Debug printout.
debug(char const*,FILE*) method in class discontinuity_info: Outputs a title line and the details of the for inspection to standard output or to the specified file.
debug(char*,FILE*) method in class var_radius: Writes debug information about the variable radius to either standard output or to the specified file.
debug(ENTITY const*,FILE*) method in class DEBUG_LIST: Displays one entity from the DEBUG_LIST.
debug(FILE*) method in class DELTA_STATE: Outputs debug information about DELTA_STATE to the debug file or to the specified file.
debug(char*,FILE*) method in class var_rad_fixed_width: Outputs a leader line and details about the var_rad_fixed_width to the debug file or to the specified file.
debug(int,int,FILE*) method in class DELTA_STATE: Outputs debug information about DELTA_STATE to the debug file or to the specified file.
debug(FILE*) method in class SPAparameter: Outputs the details of a SPAparameter to the debug file or to the specified file.
debug(char*,FILE*) method in class var_rad_two_ends: Outputs a title line and information about var_rad_two_ends to the debug file or to the specified file.
debug(FILE*) method in class SPAposition: Writes information about the position to the debug file or the specified file.
debug(char*,FILE*) method in class var_rad_rot_ellipse: Prints out a class-specific identifying line to standard output or to the specified file.
debug(char*,FILE*) method in class var_rad_const: Outputs a title line and information about var_rad_const to the debug file or to the specified file.
debug(char*,FILE*) method in class var_rad_functional: Outputs a title line and information about var_rad_functional to the debug file or to the specified file.
debug(char const*,FILE*) method in class ellipse: Output details of the ellipse for inspection.
debug(FILE*) method in class MESH: Write debug information to a file (stub).
debug(char const*,FILE*) method in class var_cross_section: Writes information about the var_cross_section to the debug file or to the specified file.
debug(char const*,FILE*) method in class SPAtransf: Outputs the details of a transform to the specified file.
debug(FILE*) method in class SPAvector: Outputs debug information to the screen or to the specified file.
debugCurrentDelta() method in class HISTORY_MANAGER: Dumps bulletin board into current delta.
debug_details(FILE*) method in class RH_LIGHT: Supports the debug mechanism by providing details of the light.
debug_details(FILE*) method in class RH_TEXTURE_SPACE: Supports the debug mechanism by providing details of the texture space.
debug_details(FILE*) method in class RH_MATERIAL: Supports the debug mechanism by providing details of the material.
debug_details(FILE*) method in class RH_FOREGROUND: Supports the debug mechanism by providing details of the foreground.
debug_details(FILE*) method in class RH_ENVIRONMENT_MAP: Supports the debug mechanism by providing details of the environment map.
debug_details(FILE*) method in class RH_ENTITY: Supports the debug mechanism by providing details of the background.
debug_details(FILE*) method in class RH_BACKGROUND: Supports the debug mechanism by providing details of the background.
debug_dist(double,FILE*) global function: Prints a double representing a signed distance.
debug_ent(FILE*) method in class ATTRIB_GENERIC: Prints to the specified file.
debug_ent(FILE*) method in class ENTITY_PHLV5: Prints the type and address of this object, roll back pointer, attributes, and any unknown subtype information to the specified file.
debug_ent(FILE*) method in class ATTRIB_EYE: Prints the subtype information.
debug_ent(FILE*) method in class ATTRIB_TSL: Prints the type and address of this object, roll back pointer, attributes, and any unknown subtype information to the specified file.
debug_ent(FILE*) method in class ENTITY: Prints the type and address of this ENTITY, roll back pointer, attributes, and any unknown subtype information.
debug_ent(FILE*) method in class ENTITY_IHL: Prints information to the specified file.
debug_int(char const*,int,FILE*) global function: Prints an integer with the given title to the output file.
debug_leader() global function: Prints to the output file a pointer to a static string containing a suitable blank title string for the second and subsequent lines of an item.
debug_list(DELTA_STATE_LIST&,int,FILE*) method in class DELTA_STATE: Aids in debugging the DELTA_STATE.
debug_list(DELTA_STATE_LIST&,int,int,int,FILE*) method in class DELTA_STATE: Prints debugging information with annotation support.
debug_list(FILE*) method in class DEBUG_LIST: Displays each entity in the list, starting at the number_printed.
debug_new_pointer(ENTITY const*,FILE*) global function: Prints to the output file an ENTITY pointer.
debug_new_pointer(char const*,ENTITY const*,FILE*) global function: Prints to the output file an ENTITY pointer.
debug_newline(FILE*) global function: Prints a newline character.
debug_norm(double,FILE*) global function: Prints a real representing a normalized, dimensionless quantity.
debug_par_box(char const*,SPApar_box const&,FILE*) global function
debug_pointer(void const*,FILE*) global function: Prints a pointer.
debug_pointer_str(void const*,char*) global function: Prints a pointer as a string.
debug_real(double,FILE*) global function: Prints a real number (double) with appropriate precision.
debug_real(char const*,double,FILE*) global function: Prints out a real number with title and newline.
debug_real_str(double,char*) global function: Prints a real number (double) with appropriate precision to a string.
debug_str(char*) method in class SPAvector: Concatenates the debug information to the passed string.
debug_str(char*) method in class SPAinterval: Concatenates the details of this interval to the given string.
debug_str(char*) method in class SPAposition: Concatenates the information about the position to the passed string.
debug_string(char const*,char const*,FILE*) global function: Prints to the output file a string value with the given title.
debug_time(FILE*) global function: Displays elapsed time since the last call to debug_time_init or debug_time, also resets the internal timer.
debug_time_init() global function: Resets the internal timer for timing operations using debug_time.
debug_value(FILE*) method in class TaggedData: Writes debug information about the TaggedData to standard output or to the specified file.
decl_ define
decompose(transf_decompose_data&) method in class SPAtransf: Decomposes a non-degenerate transformation into data that represent a unique sequence of scaling, shearing, rotating, and translating.
deep_copy(pointer_map*) method in class ellipse: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class sum_spl_sur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class spl_sur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class plane: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class int_cur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class surface: Creates a copy of this object that does not share any data with the original.
deep_copy(base_pointer_map*) method in class law_data: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class helix: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class surf_int_cur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class off_int_cur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class off_spl_sur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class cone: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class par_int_cur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class pattern: Obsolete: do not use.
deep_copy(pointer_map*) method in class sub_spl_sur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class pcur_int_cur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class skin_spl_sur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class pcurve: Creates a copy of an item that does not share any data with the original.
deep_copy() method in class sweep_options: Make a deep copy of all data.
deep_copy(pointer_map*) method in class exact_int_cur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class intcurve: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class rb_blend_spl_sur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class straight: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class sphere: Creates a copy of an item that does not share any data with the original.
deep_copy(base_pointer_map*) method in class law: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class rot_spl_sur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class sweep_spl_sur: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class curve: Creates a copy of this object that does not share any data with the original.
deep_copy(pointer_map*) method in class VBL_SURF: Creates a copy of an item that does not share any data with the original.
deep_copy(pointer_map*) method in class spline: Creates a copy of an item that does not share any data with the original.
def() method in class LAW: Returns the law mathematic function enclosed within the LAW entity.
def_crv_end_pos(logical) method in class ATTRIB_VAR_BLEND: Returns the end of the defining curve.
def_crv_end_tan(logical) method in class ATTRIB_VAR_BLEND: Returns the tangent at the end of the defining curve.
def_curve data member in class blend_spl_sur: Defining curve (reference curve).
def_cvec() method in class blend_spl_sur: Returns the CVEC on the defining curve of the blend, which is set each time the blend surface is evaluated.
def_pcur() method in class PCURVE: Returns the definition pcurve, or NULL if the pcurve is not private.
def_plane() method in class ATTRIB_FFBLEND: Returns the reference plane, non-const version.
def_plane() method in class ATTRIB_FFBLEND: Returns the reference plane, which is necessary if the owning entity is not an edge.
def_spline() method in class sub_spl_sur: Returns the underlying spline surface.
default_cast() method in class asm_model_entity_mgr: Dynamic down-cast to default_entity_mgr.
default_cast_vf() method in class asm_model_entity_mgr: Dynamic down-cast to default_entity_mgr.
default_entity_mgr class: Concrete entity manager class that simply wraps an ENTITY_LIST.
default_entity_mgr_factory class: Concrete entity manager factory class for creating default_entity_mgr objects.
defeature_feature_type enum: Enumerates various Defeaturing features.
defeature_options class: Options for local operations.
degenerate() method in class torus: Returns TRUE if this torus is degenerate (it has apices).
degree(gvertex const*) method in class generic_graph: Returns the degree of the specified graph vertex.
del() method in class tk_list: Deletes the current object from the list.
del_head() method in class tk_list: Deletes an object from the head of the list and returns a pointer to the deleted object.
del_object(tk_list_object*) method in class tk_list: Deletes a specific object from the list referenced by the pointer.
del_tail() method in class tk_list: Deletes an object from the end of the list and returns a pointer to the deleted object.
deletable() method in class PCURVE: Indicates whether this PCURVE is normally destroyed by lose.
deletable() method in class TRANSFORM: Indicates whether this TRANSFORM is normally destroyed by lose.
deletable() method in class ENTITY: Indicates whether or not this ENTITY is normally destroyed by lose.
deletable() method in class EE_LIST: Returns whether or not the list can be deleted.
deletable() method in class CELL: Returns TRUE if the CELL is deletable; otherwise, it returns FALSE.
deletable() method in class CURVE: Indicates whether this CURVE is normally destroyed by lose.
deletable() method in class RH_TEXTURE_SPACE: Usually use counted entities are marked not deletable because their lifetime is controlled by the entities that point to them.
deletable() method in class RH_MATERIAL: Usually use counted entities are marked not deletable because their lifetime is controlled by the entities that point to them.
deletable() method in class REFINEMENT: Indicates whether this entity is normally destroyed by lose (TRUE), or whether it is shared between multiple owners with a use count.
deletable() method in class VERTEX_TEMPLATE: Returns indication of whether this vertex template is deletable.
deletable() method in class ATTRIB: Indicates whether this ATTRIB is independently deletable of its owner.
deletable() method in class ID_ATTRIB: Returns TRUE if this can be deleted.
deletable() method in class APOINT: Indicates whether this APOINT is normally destroyed by lose.
deletable() method in class ANNOTATION: Queries whether or not this ANNOTATION can be deleted.
deletable() method in class SURFACE: Indicates whether this SURFACE is normally destroyed by lose.
delete_GC_Objects() global function: Deletes the GC_Object.
delete_all_delta_states(HISTORY_STREAM*&,logical) global function: Deletes all recorded DELTA_STATEs.
delete_chain() method in class blend_contact
delete_curve_curve_ints(curve_curve_int*&) global function: Deletes a linked list of curve_curve_ints, given the head of the list.
delete_curve_surf_ints(curve_surf_int*&) global function: Deletes a linked list of curve_surf_ints, given the head of the list.
delete_delta_states() method in class HISTORY_STREAM: Removes delta states from the history stream.
delete_edge(EDGE*) method in class VERTEX: Removes the pointer to the specified EDGE from this VERTEX.
delete_entity(ENTITY*) method in class entity_notification_handler: Notifies the handler of an entity delete event, to allow the handler to decide what to do when a given entity event has occurred.
delete_hit_list(hit*) global function: Deletes a hit list.
delete_list() method in class edge_face_int: Deletes all members of a list chained onto this one.
delta_state() method in class BULLETIN_BOARD: Returns a pointer to the owner of the delta state.
delta_u() method in class SPApar_transf: Returns the translation change in u.
delta_v() method in class SPApar_transf: Returns the translation change in v.
denominator() method in class rat_poly_vec
deriv(int) method in class simple_rail_law
deriv(int) method in class law: Returns a law that is a derivative of this law.
deriv() method in class rat_poly_vec
deriv(int) method in class blend_contact
derivative(int) method in class law: Returns a law that is a derivative of this law.
description(desc) method in class insanity_sub_category: Standard constructor for an insanity_sub_category.
description(other.) method in class insanity_sub_category: Copy constructor.
destroy(VERTEX_TEMPLATE*) method in class POLYGON_VERTEX: Destroys itself.
detach(DELTA_STATE*) method in class HISTORY_STREAM: Disconnects a particular branch of delta states from the history stream.
detach(ENTITY*) method in class HISTORY_MANAGER: Detaches the given entity from any history stream it may be attached to.
detach_attrib(ENTITY*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Removes the entity-level attribute from the entity.
detach_attrib(ENTITY*) method in class ATTRIB_HH_AGGR_STITCH: Removes the entity-level stitch attribute from the entity.
detach_attrib(ENTITY*) method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
detach_attrib(ENTITY*) method in class ATTRIB_HH_AGGR_GEOMBUILD_BASE: Removes the entity-level geometry building attributes for the specified individual entity.
detach_empty_attribs() method in class ATTRIB_HH_AGGR_SIMPLIFY: Detaches all empty individual entity-level attributes; that is, those attributes that do not carry any simplified geometry.
detach_isospline_attribs() method in class ATTRIB_HH_AGGR_ISOSPLINE: Removes the isospline attributes from the entity.
detach_redundant_attribs() method in class ATTRIB_HH_AGGR_GEOMBUILD_BASE: Removes unused entity-level attributes from the individual entities of the owning body.
detach_redundant_attribs() method in class ATTRIB_HH_AGGR_STITCH: If an edge is already shared and doesn't need to be stitched this method detaches its entity-level stitch attribute.
details() method in class check_status_list
determinant() method in class SPAmatrix: Returns the determinant of the matrix.
determine_singularity() method in class blend_spl_sur: Determines the singularity of the surface.
deviation(logical,logical) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the deviations of the vertex from the underlying surfaces and edges.
deviation(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Gets the deviation of the curve from the underlying surface.
deviation(logical&,logical) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns the maximum deviation of the pcurve from the underlying surface.
deviation_from_edges(logical,logical) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the deviations of the vertex from the edges.
deviation_from_faces(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the deviations of the vertex from the faces.
deviation_from_vertices(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Gets the deviations of the two end vertices from the edge.
different_radii() method in class ATTRIB_VAR_BLEND: Returns TRUE if the left and right offsets are different.
dir1 data member in class surf_princurv: First direction vector.
dir2 data member in class surf_princurv: The second direction vector.
direction() method in class CONE: Returns the normal to the plane of the ellipse defining this CONE, i.
direction data member in class ray: The direction of the ray.
direction() method in class pick_ray: Gets the direction (SPAunit_vector) from the pick_ray.
direction data member in class straight: The tangent direction along the line.
direction() method in class STRAIGHT: Returns the unit vector defining the direction of this STRAIGHT.
disable() method in class ATTRIB_EFINT: Sets the entity pointer to NULL, to prevent the reuse of this attribute in the current Boolean.
discontinuities(int&,int) method in class intcurve: Returns the number and parameter values of discontinuities of the curve in a read-only array of the given order (maximum three).
discontinuities(int&,int) method in class curve: Returns the number and parameter values of discontinuities of this curve, of the given order (maximum three), in a read-only array.
discontinuities(int&,int) method in class discontinuity_info: This is an access function that returns a read-only array.
discontinuities_u(int&,int) method in class spline: Returns the number and parameter values of discontinuities of the surface of the given order (maximum three) in a read-only array.
discontinuities_u(int&,int) method in class surface: Returns the number and parameter values of discontinuities in u of this surface, of the given order (maximum three), in a read-only array.
discontinuities_v(int&,int) method in class surface: Returns the number and parameter values of discontinuities in v of this surface, of the given order (maximum three), in a read-only array.
discontinuities_v(int&,int) method in class spline: Returns the number and parameter values of discontinuities of the surface of the given order (maximum three) in a read-only array.
discontinuity_info class: Stores discontinuity information for a curve or surface.
discontinuity_info_rel enum: Enumeration of the different relationships possible between two different discontinuity_info instances .
discontinuous_at(double) method in class intcurve: Determines whether a particular parameter value is a discontinuity.
discontinuous_at(double) method in class discontinuity_info: States whether a particular parameter value is a discontinuity.
discontinuous_at(double) method in class curve: Determines whether a particular parameter value represents a discontinuity of this curve.
discontinuous_at_u(double) method in class spline: Returns whether a particular parameter value is a discontinuity.
discontinuous_at_u(double) method in class surface: Determines whether a particular value of u represents a discontinuity of this surface.
discontinuous_at_v(double) method in class surface: Determines whether a particular value of v represents a discontinuity of this surface.
discontinuous_at_v(double) method in class spline: Returns whether a particular parameter value is a discontinuity.
display(FILE*) method in class option_header: Prints the data contained in the option_header to the specified file.
dist_pt_to_line(SPAposition const&,SPAposition const&,SPAvector const&,double&,double&) global function: Gets the distance from a point to a line, and the parameter along the line of the closest approach.
dist_pt_to_plane(SPAposition const&,SPAposition const&,SPAunit_vector const&) global function: Finds the distance from a point to a plane that's given by a point and a SPAunit_vector.
distance_to(SPAposition&) method in class pick_ray: Computes the distance from the pick_ray to a position.
distance_to_line(SPAposition&,SPAposition&,SPAunit_vector&) global function: Determines the distance from a SPAposition to a line.
distance_to_line_squared(SPAposition&,SPAposition&,SPAunit_vector&) global function: Computes the squared distance from a SPAposition to a line.
distance_to_plane(SPAposition&,SPAposition&,SPAunit_vector&) global function: Determines the distance from a SPAposition to a plane.
distance_to_point(SPAposition&,SPAposition&) global function: Determines the distance between two points.
distance_to_point_squared(SPAposition&,SPAposition&) global function: Computes the squared distance between two positions.
distributeDeltaState(DELTA_STATE*,StreamFinder*,logical,logical) method in class HISTORY_MANAGER: Takes the bulletins in the current delta state and "distributes" them onto history streams based on their "owning entities".
distribution_on() method in class HISTORY_STREAM: Returns the distribute_flag value.
division_law class: Provides methods for the division mathematical function.
dlaw data member in class law: Holds the cache derivatives with respect to each of the respective input variables.
dlaw_size data member in class law: Tells how many cache derivatives are held by dlaw.
do_analytic() method in class ATTRIB_HH_AGGR_ANALYTIC: Returns FALSE if the analytic solver subphase has been turned off, otherwise, returns TRUE.
do_approximate() method in class simplify_options: Returns the value of do_approximate parameter.
do_c1_twist_correction data member in class hh_isospline_options
do_clearerr() method in class input_callback: Clears the end of file and error indicators.
do_curve_simplification() method in class simplify_options: Returns the value of do_curve_simplification parameter.
do_enum() method in class ATTRIB_HH_AGGR_WRAPUP: Returns FALSE if the fix_enum option has been turned off, otherwise, returns TRUE.
do_feof() method in class input_callback: Returns a non-zero if end of file reached.
do_ferror() method in class input_callback: Returns a non-zero if an error has occurred.
do_force_simplification() method in class simplify_options: Returns the value of do_force_simplification parameter.
do_gen_spline() method in class ATTRIB_HH_AGGR_GEN_SPLINE: Returns FALSE if the generic spline solver subphase has been turned off, otherwise, returns TRUE.
do_geombuild() method in class ATTRIB_HH_AGGR_GEOMBUILD: Returns FALSE if the geometry building phase has been turned off; otherwise, returns TRUE.
do_geombuild_log() method in class ATTRIB_HH_AGGR_GEOMBUILD: Toggles module change logging.
do_getc() method in class input_callback: Gets input character from input stream.
do_intersect() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Intersects surfaces and computes the intersection curve.
do_isospline() method in class ATTRIB_HH_AGGR_ISOSPLINE: Returns FALSE if the isospline solver subphase has been turned off, otherwise, returns TRUE.
do_scan_pre_existing_attribs() method in class edge_tolstitch_options: Queries the scan_pre_existing_attribs.
do_sharp_edge() method in class ATTRIB_HH_AGGR_SHARP_EDGE: Returns FALSE if the sharp edge solver subphase has been turned off, otherwise, returns TRUE.
do_simplify() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns FALSE if the geometry simplification phase has been turned off, otherwise, returns TRUE.
do_simplify_log() method in class ATTRIB_HH_AGGR_SIMPLIFY: Gets the option to denote if simplify log generation is on or off.
do_stitch() method in class ATTRIB_HH_AGGR_STITCH: Logical to denote if stitching is required.
do_stitch_log() method in class ATTRIB_HH_AGGR_STITCH: Returns FALSE if logging has been turned off, otherwise, returns TRUE.
do_surface_simplification() method in class simplify_options: Returns the value of do_surface_simplification parameter.
do_transform(SPAtransf const&,ENTITY_LIST&) method in class ATTRIB_GEN_NAME: Transforms the entity owned by this attribute in response to the trans_owner method.
do_transform(SPAtransf const&,ENTITY_LIST&) method in class ATTRIB_GEN_ENTITY: Transforms the entity owned by this attribute in response to the trans_owner method.
do_twist_correction() method in class ATTRIB_HH_AGGR_ISOSPLINE: Gets the option to denote if twist correction calculation is on or off.
do_ungetc(int) method in class input_callback: Pushes character back onto input stream.
do_wrapup() method in class ATTRIB_HH_AGGR_WRAPUP: Returns FALSE if the wrap-up subphase has been turned off, otherwise, returns TRUE.
does_not_deviate() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if the curve deviation from the faces is less than SPAresabs.
does_not_deviate() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns TRUE if the pcurve deviation is more than SPAresabs.
does_not_deviate() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Returns TRUE if the vertex deviation from the faces and edges is less than SPAresabs.
does_not_deviate_from_edges(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Returns TRUE if the vertex deviation from the edges is less than SPAresabs.
does_not_deviate_from_faces() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Returns TRUE if the vertex deviation from the faces is less than SPAresabs.
domain() method in class pcurve_law: Returns a law_domain class, which contains information about the domain of this law.
domain_size(int) method in class pattern: Obsolete: do not use.
done_restoring_vf() method in class asm_model_entity_mgr: Notifies the entity manager of the completion of the restore process.
dot_law class: Provides methods for the dot product mathematical function.
doughnut() method in class torus: Returns TRUE if this torus has a doughnut shape.
draft_hole_option enum
draft_repair_level enum: Type of draft repair.
draw_in_col(int) method in class ATTRIB_HH_ENT: Sketches the owner entity in the specified color.
du data member in class SPApar_vec: The vector in the u-direction.
dump(int) method in class HISTORY_STREAM: Number of history stream levels to save to output file.
duplicatable() method in class ATTRIB: Indicates whether this ATTRIB can be duplicated.
duplicate(ENTITY*) method in class ATTRIB: Duplicate this attribute onto the given ENTITY.
dv(0.0) method in class SPApar_transf: Creates an identity parameter transform.
dv data member in class SPApar_vec: The vector in the v-direction.
dv(v) method in class SPApar_transf: C++ initialize constructor requests memory for this object and populates it with the data supplied as arguments.
dv(v) method in class SPApar_vec: C++ initialize constructor requests memory for this object and populates it with the data supplied as arguments.
dv(uv[ 1]) method in class SPApar_vec: C++ initialize constructor requests memory for this object and populates it with the data supplied as arguments.

E

EDGE class: Represents a physical edge.
EDGE_ID define
EE_LIST class: Defines a wrapper for ENTITY_LIST that is an ENTITY, with full support for save/restore and rollback.
EE_LIST_LEVEL define
ELEM_2BASE_VAL_FLAG define
ELLIPSE class: Defines an ellipse as an object in the model.
ELLIPSE_ID define
ENTITY class: Represents common data and functionality that is mandatory in all classes that are permanent objects in the model.
ENTITY_DEF define
ENTITY_DEF_ID define
ENTITY_FUNCTIONS define
ENTITY_IHL class: Defines owning organization for other IHL entity classes.
ENTITY_IHL_LEVEL define
ENTITY_IS define
ENTITY_IS_PROTOTYPE define
ENTITY_LEVEL define
ENTITY_LIST class: Implements a variable length list of entities with set and index behavior.
ENTITY_PHLV5 class: Defines owning organization for other PHL entity classes.
ENTITY_PHLV5_LEVEL define
ENTITY_TYPE enum: Tags that classify ENTITY's within a specific delta state or history stream.
EQ define
ERROR_ENTITY class: Stores information about improper intersections in an entity.
EVAL_CALC_P define
EVAL_X define
EVAL_X_COUNT define
EXCEPTION_BEGIN define
EXCEPTION_CATCH define
EXCEPTION_CATCH_FALSE define
EXCEPTION_CATCH_TRUE define
EXCEPTION_END define
EXCEPTION_END_NO_RESIGNAL define
EXCEPTION_TRY define
EXTENDED define
Editing() method in class ATTRIB_DM2ACIS: Command for editing state functions and is related to the Set_editing and Clear_editing methods.
ElementAt(int) method in class position_array: Gets the element at a given index in the array, which expands the size of the array if needed.
Elevate_dmod_degree(int,int) method in class ATTRIB_DM2ACIS: Increases the dmod's polynomial degree by adding more degrees of freedom per element.
Empty() method in class position_array: Empties the array.
Environment_Field enum: Values used for accessing the fields of a cubic environment map.
Eval_crv_src_domain(int,double*,int,DM_dbl_array&) method in class ATTRIB_DM2ACIS: Evaluates an embedded source curve for the given tag.
Eval_crv_tgt(int,double*,int,DM_dbl_array&) method in class ATTRIB_DM2ACIS: Evaluates a target curve for the given tag.
Execute(DM_default_icon*) method in class DM_icq_draw_grid: Query this icon.
Execute(DM_default_icon*) method in class DM_def_icon_query_args: Concrete args must implement override base class cast method.
Execute(DM_default_icon*) method in class DM_ica_on_off: Process this icon.
Execute(DM_default_icon*) method in class DM_def_icon_cmd_args: Concrete args objects override the Execute method with command specific method calls on the input icon.
Execute(DM_default_icon*) method in class DM_ica_width: Process this icon.
Execute(DM_default_icon*) method in class DM_ica_draw_option: Process this icon.
Execute(DM_default_icon*) method in class DM_icq_draw_option: Query this icon.
Execute(DM_default_icon*) method in class DM_ica_grid: Process this icon.
Extrapolate_dmod(int) method in class ATTRIB_DM2ACIS: Increases the dmod's domain size by 5% across each edge.
ebrel_data data member in class edge_entity_rel: The edge-body intersection data.
ed_cvty_info class: Returns the convexity of an edge (or equivalent).
edge() method in class VERTEX: Gets an EDGE at a VERTEX known to contain at most one pointer to an EDGE.
edge() method in class ATTRIB_INTCOED: Pick out an edge entity.
edge(int) method in class PRIMITIVE_ANNOTATION: Given an index, returns the primitive's edge at that index.
edge() method in class COEDGE: Returns a pointer to the single EDGE on which this COEDGE and all its partners lie.
edge(int) method in class VERTEX: Gets the ith EDGE pointed to by this VERTEX.
edge() method in class edge_entity_rel: Returns the edge in the edge-entity relationship.
edge() method in class PHL_EDGE: Returns the EDGE that this PHL_EDGE references.
edge() method in class BLEND_ANNO_EDGE: Returns a pointer to the original edge that was blended.
edge() method in class ATTRIB_EFINT: Picks out related edge.
edge_data_struct class
edge_entity_rel class: Represents the relationship between an edge and an entity.
edge_face_int class: Records information about edge-face intersections.
edge_length() method in class REFINEMENT: Returns the edge length.
edge_linked(EDGE*) method in class VERTEX: Tests whether or not the specified EDGE is pointed to by this VERTEX.
edge_list() method in class ATTRIB_PHL_VW: Returns a pointer to the list of PHL_EDGES.
edge_movemnt_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Gets edge tolerance for its movement.
edge_ptr data member in class COEDGE: Pointer to the single EDGE on which this COEDGE and all its partners lie.
edge_ptr data member in class VERTEX: Pointer to one EDGE on which this VERTEX lies.
edge_reversed data member in class edge_face_int: Indicates if edges have opposite sense from the the body edge, if graph_edge_list is not NULL.
edge_sense() method in class ATTRIB_VAR_BLEND: Returns the sense of the defining curve with respect to the blend surface.
edge_seq_end() method in class ATTRIB_VAR_BLEND: Returns the last edge in the sequence of edges to be blended.
edge_seq_start() method in class ATTRIB_VAR_BLEND: Returns the first edge in the sequence of edges to be blended.
edge_tolstitch_options class: Specifies that api_stitch should use restricted tolerant stitching.
edges() method in class PRIMITIVE_ANNOTATION: Returns a list of all the edges created as part of the primitive.
edges() method in class SKIN_ANNO_LAT_EDGE: Returns all the lateral edges annotated by this object.
edrel_data data member in class edge_entity_rel: The edge-edge intersection data.
efrel_data data member in class edge_entity_rel: The edge-face intersection data.
element(int) method in class PATTERN_ANNOTATION: Returns a pointer to the nth entity generated from the seed, or NULL if the supplied index is invalid.
element(int,int) method in class tensor: Extracts an element (i,j), where row and column, i and j, range from 0 to 2.
element(int,int) method in class SPAmatrix: Extracts an element of the matrix.
ellipse class: Defines an ellipse curve.
empty() method in class SPAinterval: Determines if an interval is empty.
empty() method in class SPAbox: Tests if the box is empty.
empty() method in class ANNOTATION: Returns whether or not the output array is empty.
empty() method in class SPApar_box: Tests if the box is empty.
enable_audit_leaks data member in class base_configuration: Audit leaks flag.
enable_audit_logs data member in class base_configuration: Audit logs flag.
enable_branching() method in class law: Returns a copy of this law with branching enabled.
enable_freelists data member in class base_configuration: Freelists flag.
enable_new_evaluator(logical) method in class blend_spl_sur
enclosing_cylinder(SPAinterval&) method in class intcurve: Returns a cylinder that encloses the portion of the curve bounded by the interval.
enclosing_cylinder(SPAinterval&) method in class ellipse: Returns a cylinder that encloses the portion of the curve bounded by the interval.
enclosing_cylinder(SPAinterval&) method in class helix: Returns a cylinder that encloses the portion of the curve bounded by the interval.
enclosing_cylinder(SPAinterval&) method in class curve: Returns a cylinder that encloses the portion of this curve bounded by the given parameter interval.
enclosing_cylinder(SPAinterval&) method in class straight: Returns a cylinder that encloses the portion of the curve bounded by the interval.
encountered_errors() method in class outcome: Returns TRUE if the outcome does not represent a successful result or if a fail-safe routine encountered error(s) and continued; otherwise returns FALSE.
end data member in class path_law_data: The ending parameter value of the path.
end() method in class EDGE: Returns a pointer to the end VERTEX of this EDGE.
end() method in class COEDGE: Returns the end VERTEX pointer from the associated EDGE, if any, taking into account the sense of this COEDGE.
end(REVBIT) method in class COEDGE: Returns the end VERTEX pointer from the associated EDGE, if any, taking into account the sense of the COEDGE and a sense argument.
end_b data member in class BULLETIN_BOARD: Pointer to last bulletin.
end_bulletin() method in class BULLETIN_BOARD: Returns the last bulletin in the bulletin board.
end_coordinate_polygon(int) method in class MESH_MANAGER: Announces the completion of the output of a polygon.
end_curv() method in class UNDEFC: Returns the curvature at the end of the curve.
end_deriv() method in class EDGE: Returns the derivative at the end parameter of this EDGE.
end_deriv1() method in class var_rad_two_ends: Returns the first derivative at the end parameter.
end_deriv1() method in class var_rad_fixed_width: Returns the end of the first derivative.
end_deriv1() method in class var_rad_const: Returns the first derivative at the end parameter.
end_deriv1() method in class var_rad_rot_ellipse: Returns the end derivative.
end_deriv1() method in class var_radius: Returns the first derivative at the end parameter.
end_deriv1() method in class var_rad_functional: Returns the first derivative at the end parameter.
end_dir() method in class UNDEFC: Returns the direction at the end of the curve.
end_edge() method in class SKIN_ANNO_END_EDGE: Returns the end edge (an edge on the end face) that is annotated by this object.
end_face() method in class SWEEP_ANNO_END_CAPS
end_global_mesh_output(ENTITY*) method in class STL_MESH_MANAGER: Terminates global mesh output.
end_global_mesh_output(ENTITY*) method in class MESH_MANAGER: Terminates global mesh output.
end_indexed_polygon(int) method in class MESH_MANAGER: Announces the node ids around a polygon.
end_indexed_polygon(int) method in class GLOBAL_MESH_MANAGER: Prints a new line.
end_indexed_polygon(int) method in class STL_MESH_MANAGER: This matches the immediately preceding call to start_indexed_polygon and the (multiple) calls to announce_indexed_polynode.
end_journaling() method in class AcisJournal: This method is used to end the journaling operation that was started using start_journaling method.
end_maj() method in class var_rad_rot_ellipse: Returns the end major.
end_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class POLYGON_POINT_MESH_MANAGER: Ends the mesh output.
end_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class INDEXED_MESH_MANAGER
end_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class SIMPLE_INDEXED_MESH_MANAGER: Ends mesh output.
end_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class MESH_MANAGER: Announces the completion of the output of a mesh.
end_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class LINKED_MESH_MANAGER: The mesh is complete and updates polygon counts and fixes up parameters.
end_min() method in class var_rad_rot_ellipse: Returns the end minor.
end_param data member in class bounded_curve: The end parameter of the ACIS curve.
end_param() method in class EDGE: Returns the parameter defining the end of this EDGE.
end_param data member in class surf_surf_int: The parameter value of end_point, which is meaningless if the end_point is NULL.
end_param() method in class COEDGE: Finds the end parameter of this COEDGE.
end_param data member in class curve_bounds: The end parameter on the curve.
end_param() method in class EDGE: Returns the parameter defining the end of this EDGE.
end_point data member in class curve_bounds: The end position, which can be NULL.
end_point() method in class UNDEFC: Returns the point at the end of the curve.
end_pos() method in class COEDGE: Finds the end position of this COEDGE.
end_pos() method in class EDGE: Returns the end position of this EDGE.
end_pt() method in class PHLV5_SEGMENT: Returns the end visibility parameter of the segment.
end_pt() method in class PHL_SEGMENT: Returns the end parameter of the segment.
end_pt() method in class SPAinterval: Returns the end point of the interval.
end_ptr data member in class EDGE: Pointer to the end VERTEX of this EDGE.
end_rad() method in class ATTRIB_VAR_BLEND: Returns the radius at the end of the blend.
end_rad() method in class var_rad_two_ends: Returns the end radius datum.
end_radius() method in class var_rad_functional: Returns the radius at the end parameter.
end_radius() method in class var_rad_fixed_width: Returns the end of the radius.
end_radius() method in class var_rad_const: Returns the radius at the end parameter.
end_radius() method in class var_radius: Returns the end radius.
end_radius() method in class var_rad_two_ends: Returns the radius at the end parameter.
end_radius() method in class var_rad_rot_ellipse: Returns the end radius.
end_rel data member in class curve_bounds: The end relation.
end_rot() method in class var_rad_rot_ellipse: Returns the end rotation.
end_stop_angle() method in class ATTRIB_FFBLEND: Returns the end_stop_angle_data (for stopped blends, this is the end angle of the stopping plane).
end_term data member in class surf_surf_int: The terminator point at the end of the curve.
end_to_end data member in class hh_coedge_details
end_vertex(logical) method in class ATTRIB_VAR_BLEND: Returns the start or end vertex.
ends_at_mergable_singularity() method in class COEDGE
ends_at_singularity() method in class COEDGE: Determines if this coedge ends at a surface singularity.
enlarge_box(SPAbox const&,double) global function: Modifies a SPAbox by increasing it in size by a constant amount in all directions.
enlarge_interval(SPAinterval const&,double) global function: Return a SPAinterval increased by delta on both ends; the midpoint is unchanged.
ent_ent_blend_implemented() method in class ATTRIB_VAR_BLEND: Returns TRUE if an entity-entity blend can be done for this type of blend.
ent_ent_blend_implemented() method in class ATTRIB_CONST_CHAMFER: Returns TRUE if an entity-entity blend can be done for this type of blend.
entities_changed_vf(outcome&,asm_event_type&) method in class asm_model_entity_mgr: Notifies the entity manager of changes made to its contents while the entity manager was activated.
entity() method in class ATTRIB: Returns a pointer to the ENTITY that owns this ATTRIB.
entity() method in class param_info: Returns a pointer to the entity referred to by this instance.
entity() method in class component_entity_handle: Returns a const pointer to the entity_handle associated with the component entity.
entity() method in class component_entity_handle: Returns a pointer to the entity_handle associated with the component entity.
entity() method in class shell_lump: Return the shell or wire being described.
entity() method in class entity_with_ray: Gets the ENTITY.
entity() method in class point_entity_rel: Determines the ENTITY in the point-entity relationship.
entity() method in class ATTRIB_EFINT: Picks out related entity.
entity() method in class edge_entity_rel: Returns the entity in the edge-entity relationship.
entity0 data member in class standard_error_info: First entity with standard error information.
entity0_dead data member in class standard_error_info: Flag that warns whether the returned entity0 will be deleted on rollback.
entity1 data member in class standard_error_info: Second entity with standard error information.
entity1_dead data member in class standard_error_info: Flag that warns whether the returned entity1 will be deleted on rollback.
entity_a() method in class entity_clash_pair: Returns the first entity of the pair.
entity_and_filter class: Returns TRUE if both of its two child filters return TRUE.
entity_b() method in class entity_clash_pair: Returns the second entity of the pair.
entity_binary_filter class: Combines entity_and_filter and entity_or_filter classes.
entity_callback class: Provides notification of changes to entities.
entity_callback_list class: Provides a type-safe interface to the toolkit_callback_list class and the execute command.
entity_clash_pair class: This class holds the result of clash-testing a pair of EDGE or FACE entities.
entity_clash_type enum: Enumeration of the different ways in which a pair of EDGE or FACE entities can be classified during clash detection.
entity_error_info class: Class for storing entity based ACIS error information.
entity_event_type enum: These are the types of notifications that entity callback functions receive.
entity_filter class: Provides generic methods and data for all filters.
entity_gvertex class: Creates an instance of a graph vertex that holds an entity pointer as data.
entity_handle class: Assembly modeling proxy for an ENTITY object.
entity_handle_holder class: Holds a pointer to an entity_handle
Role: The entity_handle_holder object is a container for an entity_handle object which automates use counting for the entity_handle object.
entity_handle_list class: Implements a variable length list of entity handles with set and index behavior and optional holding and counting mechanisms.
entity_history() method in class PART: Returns whether the given entity has a history stream.
entity_hit data member in class hit: The face, edge, or vertex that is hit.
entity_id_t typedef: Identifier for an ENTITY.
entity_list(ENTITY_LIST&) method in class ATTRIB_HH_AGGR_SIMPLIFY: Gets all the entities chained to the owning body and these are entities to which individual attributes are attached.
entity_list(ENTITY_LIST&) method in class ATTRIB_HH_AGGR_STITCH: Gets all the entities chained to the body.
entity_list(ENTITY_LIST&) method in class ATTRIB_HH_AGGR_GEOMBUILD_BASE: Returns the list of entities that have entity-level attributes attached.
entity_list(ENTITY_LIST&) method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
entity_mgr_factory class: Abstract class from which customers derive factory objects to create entity manager sub-class objects.
entity_name() method in class DEBUG_LIST: Allows unprivileged utilities to follow the list pointer to return the entity type.
entity_not_filter class: Returns TRUE if and only if its child filter returns FALSE, and vice versa.
entity_notification_handler class: Allows an application to notify its sub-systems of ENTITY events.
entity_or_filter class: Returns TRUE if either of its two child filters returns TRUE.
entity_ptr() method in class entity_handle: Returns a const pointer to the ENTITY associated with this handle.
entity_ptr() method in class entity_handle: Returns a pointer to the ENTITY associated with this handle.
entity_ptr() method in class BULLETIN: Returns a pointer to the current entity.
entity_test_filter class: Returns TRUE if the given C++ test function returns TRUE.
entity_test_proc typedef: Procedure which tests an ENTITY.
entity_type() method in class param_info: Returns the type of the entity referred to by this instance.
entity_with_ray class: Combines an ENTITY and a pick_ray.
entry() method in class METHOD_ID: Locates an entry for a method.
entry_count(int) method in class entity_handle_list: Returns the number of times an entry has been added minus the number of times it has been removed.
entry_count(int) method in class component_handle_list: Returns the number of times an entry has been added minus the number of times it has been removed.
entry_count(component_handle*) method in class component_handle_list: Returns the number of times an entry has been added minus the number of times it has been removed.
entry_count(int) method in class component_entity_handle_list: Returns the number of times an entry has been added minus the number of times it has been removed.
entry_count(entity_handle*) method in class entity_handle_list: Returns the number of times an entry has been added minus the number of times it has been removed.
entry_count(int) method in class asm_model_list: Returns the number of times an entry has been added minus the number of times it has been removed.
entry_count(asm_model*) method in class asm_model_list: Returns the number of times an entry has been added minus the number of times it has been removed.
entry_count(component_entity_handle*) method in class component_entity_handle_list: Returns the number of times an entry has been added minus the number of times it has been removed.
enum_entry struct: Structure defining a pair of value/string and used in the enum_table class.
enum_table class: Defines objects for storing the mapping between the enum values and their string representation.
equation() method in class PLANE: Returns the surface equation of this PLANE.
equation() method in class HELIX: Returns the curve's equation of this HELIX, for reading only.
equation() method in class CURVE: Returns the equation of this CURVE, for reading only, or NULL for a generic CURVE.
equation() method in class TORUS: Returns the surface equation of this TORUS, for reading only.
equation() method in class CONE: Returns the surface equation of this CONE, for reading only.
equation() method in class STRAIGHT: Returns the curve equation of this STRAIGHT, for reading only.
equation() method in class SURFACE: Returns the equation of this SURFACE.
equation() method in class ELLIPSE: Returns the curve's equation of this ELLIPSE, for reading only.
equation() method in class UNDEFC: Returns the curve equation for reading only.
equation() method in class SPLINE: Returns the surface equation of this SPLINE, for reading only.
equation(logical) method in class PCURVE: Returns the equation of this PCURVE, for reading only.
equation() method in class SPHERE: Returns the surface equation of this SPHERE.
equation() method in class INTCURVE: Returns the curve's equation, for reading only.
equation_for_update() method in class SPHERE: Returns the surface equation for update operations.
equation_for_update() method in class SURFACE: Returns the equation of this SURFACE for update operations.
equation_for_update() method in class ELLIPSE: Returns the curve equation for update operations, backing it up first.
equation_for_update() method in class SPLINE: Returns the surface equation for update operations.
equation_for_update() method in class CONE: Returns the surface equation for update operations.
equation_for_update() method in class STRAIGHT: Returns the curve equation for update operations.
equation_for_update() method in class PLANE: Returns the surface equation for update operations.
equation_for_update() method in class HELIX: Returns the curve equation for update operations, backing it up first.
equation_for_update() method in class TORUS: Returns the surface equation for update operations.
equation_for_update() method in class CURVE: Returns the equation of this CURVE for update operations.
equation_for_update() method in class UNDEFC: eturns the curve equation, checking first for backup.
equation_for_update() method in class INTCURVE: Returns the curve's equation.
err_mess_type typedef: An integral value used by the ACIS message and error system to signify a message code.
err_mess_type_filtered_list(error_info_list&,err_mess_type,error_info_list&) global function: This function will add to error_info_lits& filtered_eil only those error_info objects from the incoming error_info_list raw_eil that are of the given err_mess_type.
error_begin() global function: Establishes ACIS signal handling.
error_end() global function: Resets signal handling.
error_harden() global function: Inhibits processing of user interrupts.
error_info class: Defines objects for returning ACIS error information.
error_info_list class: Acts as a collection class for error_info objects, that is, it implements a variable length list of error_info objects.
error_list_info class: Chains a list of error_infos together.
error_message() method in class error_info: Returns the message string of the error that this error_info object is encapsulating.
error_number() method in class outcome: Returns the error number of this outcome.
error_number() method in class error_info: Returns the error number of the error that this error_info object is encapsulating.
error_soften() global function: Enables processing of user interrupts.
error_type enum: Specifies the type of error that is to be found by the VBL_SURF error functions.
estimateMinRadOfCurvature(double&) method in class AcisSkinningInterface: Estimates the minimum radius of curvature of all the surfaces involved in the skin.
estimateMinRadOfCurvature(double&) method in class AcisSLInterface: Estimates the minimum radius of curvature of skin surfaces that is mathematically possible.
estimate_min_rad_curv() method in class skin_spl_sur: This function estimates the minimum radius of curvature of the skin surface for a given set of tangent factor values.
estimate_tanfacs_scale(SPAinterval&) method in class skin_spl_sur: Estimates the scaling factor range.
eval(double,double*,evaluate_curve_side,double*,double*,double*,double*) method in class var_rad_two_ends: Evaluates a variable radius at a given parameter value.
eval(double,SPApar_pos&,SPApar_vec&,SPApar_vec&) method in class pcurve: Evaluates a pcurve at a parameter value, giving position and optionally first and second derivatives.
eval(double,SPAposition&,SPAvector&,SPAvector&,logical,logical) method in class ellipse: Evaluates a curve at a given parameter value, giving position, and first and second derivatives (all optionally).
eval(double,double*,evaluate_curve_side,double*,double*,double*,double*) method in class var_radius: Evaluates a variable radius at a given parameter value.
eval(double,SPAposition&,SPAvector&,SPAvector&,logical,logical) method in class intcurve: Evaluates the curve, giving the position and the first and second derivatives.
eval(SPApar_pos const&,SPAposition&,SPAvector*,SPAvector*) method in class VBL_SURF: Evaluates the vertex blend surface up to two derivatives.
eval(double,double*,evaluate_curve_side,double*,double*,double*,double*) method in class var_rad_functional: Evaluates a variable radius at a given parameter value.
eval(SPApar_pos const&,SPAposition&,SPAvector*,SPAvector*) method in class sphere: Evaluates to point from parameters.
eval(double,logical,double*,double*,double*,double*,double*) method in class var_rad_rot_ellipse: Finds the position of the 1st, 2nd, and 3rd derivatives.
eval(double,SPAposition*,SPAvector*,SPAvector*,logical,logical) method in class bounded_curve: Evaluates this bounded_curve at a given parameter value, returning the position and the first and second derivatives.
eval(SPApar_pos const&,SPAposition&,SPAvector*,SPAvector*) method in class spl_sur: Finds the position and the first and second derivatives of the surface at a specified point.
eval(SPApar_pos&,SPAposition&,SPAvector*,SPAvector*) method in class torus: Finds the position on a parametric surface corresponding to the given parameter values, and optionally the first and second derivatives as well.
eval(SPApar_pos const&,SPAposition&,SPAvector*,SPAvector*) method in class plane: Finds the point on the plane corresponding to the given parameter values.
eval(SPApar_pos const&,SPAposition&,SPAvector*,SPAvector*) method in class cone: Finds the point on a parametric surface with given parameter values, and optionally the first and second derivatives as well or instead.
eval(double,double*,evaluate_curve_side,double*,double*,double*,double*) method in class var_rad_rot_ellipse: Finds the position of the 1st, 2nd, and 3rd derivatives.
eval(SPApar_pos&,SPAposition&,SPAvector*,SPAvector*) method in class base_surface_law_data: Takes in a uv parameter position and returns various properties.
eval(double) method in class rat_poly_vec
eval(double,int,int) method in class path_law_data: This method evaluates the nth derivative of the given law at the specified parameter value.
eval(double,double*,evaluate_curve_side,double*,double*,double*,double*) method in class var_rad_const: Evaluates a variable radius at a given parameter value.
eval(double,SPAposition&,SPAvector&,SPAvector&,logical,logical) method in class curve: Evaluates this curve at a given parameter value, returning the position and the first and second derivatives (all optionally).
eval(double,SPAposition&,SPAvector&,SPAvector&,logical,logical) method in class helix: Evaluates a curve at a given parameter value, giving position, and first and second derivatives (all optionally).
eval(SPApar_pos const&,SPAposition&,SPAvector*,SPAvector*) method in class spline: Finds the position and first and second derivatives of the surface at given parameter values.
eval(double,int&,double&) method in class law: Evaluates this law at a real input and returns a real result.
eval(SPApar_pos&,SPAposition&,SPAvector*,SPAvector*) method in class surface: Finds the position on a parametric surface corresponding to the given parameter values, and optionally the first and second derivatives as well.
eval(double,SPAposition&,SPAvector&,SPAvector&,logical,logical) method in class straight: Evaluates the curve at a given parameter value, giving the position, and first and second derivatives, all of which are optional.
eval_all(double,int,double[ 5],double[ 5],double[ 5],double[ 5]) method in class var_rad_rot_ellipse: Returns the position of all the evaluators.
eval_cross(SPApar_pos&,SPAunit_vector&) method in class surface: Finds the curvature of a cross-sectional curve of the parametric surface at the point with the given parameter position.
eval_cross(SPApar_pos const&,SPAunit_vector const&) method in class plane: Finds the curvature of a cross-section curve of the plane at the point with given parameter values.
eval_cross(SPApar_pos const&,SPAunit_vector const&) method in class spline: Finds the curvature of a cross-section curve of the surface at the point on the surface with given parameter values.
eval_cross(SPApar_pos const&,SPAunit_vector const&) method in class sphere: Finds the curvature of a cross-section curve of the parametric surface at the point with given parameter values.
eval_curvature(double,logical,logical) method in class straight: Returns the curvature at a given parameter value.
eval_curvature(double,logical,logical) method in class curve: Finds the curvature at the given parameter value on this curve.
eval_curvature(double,logical,logical) method in class bounded_curve: Finds the curvature at the given parameter value on this bounded_curve.
eval_curvature(double,logical,logical) method in class intcurve: Finds the curvature at a point on the curve.
eval_deriv(double,logical,logical) method in class curve: Finds the derivative (direction and magnitude) at the given parameter value on this curve.
eval_deriv(double,logical,logical) method in class intcurve: Finds the parametric derivative, magnitude, and direction, at a point on the curve.
eval_deriv(double) method in class pcurve: Evaluates a pcurve at a parameter value, to give the derivative with respect to its parameter.
eval_deriv(double,logical,logical) method in class bounded_curve: Finds the derivative (direction and magnitude) at the given parameter value on this bounded_curve.
eval_deriv_len(double,logical,logical) method in class straight: Finds the magnitude of the derivative at the given parameter value on the curve.
eval_deriv_len(double,logical,logical) method in class curve: Finds the magnitude of the derivative at the given parameter value on this curve.
eval_deriv_len(double,logical,logical) method in class bounded_curve: Finds the magnitude of the derivative at the given parameter value on this bounded_curve.
eval_direction(double,logical,logical) method in class curve: Finds the tangent direction at the given parameter value on this curve.
eval_direction(double,logical,logical) method in class intcurve: Finds the tangent direction at the given parameter value on the curve.
eval_direction(double,logical,logical) method in class bounded_curve: Finds the tangent direction at the given parameter value on this bounded_curve.
eval_end_rad_slope(logical) method in class ATTRIB_VAR_BLEND: Returns the slope (dr/dv) at the start or end.
eval_end_radius(logical) method in class ATTRIB_VAR_BLEND: Returns the start or end radius.
eval_gaussian_curvature(SPApar_pos&) method in class base_surface_law_data: Returns the Gaussian curvature at the specified parameter.
eval_max_curvature(SPApar_pos&) method in class base_surface_law_data: Returns the maximum curvature at the specified parameter.
eval_mean_curvature(SPApar_pos&) method in class base_surface_law_data: Returns the mean curvature at the specified parameter.
eval_min_curvature(SPApar_pos&) method in class base_surface_law_data: Returns the minimum curvature at the specified parameter.
eval_normal(SPApar_pos&,SPAunit_vector&) method in class base_surface_law_data
eval_normal(SPApar_pos const&) method in class spline: Finds the normal to the spline at the point with given parameter values.
eval_normal(SPApar_pos&) method in class surface: Finds the normal to a parametric surface at the point with the given parameter position.
eval_normal(SPApar_pos const&) method in class sphere: Finds the normal to a parametric surface at a point with given parameter values.
eval_normal(SPApar_pos const&) method in class plane: Returns the surface normal at a given point on the surface.
eval_normal(SPApar_pos&) method in class torus: Finds the normal to a parametric surface at the point with the given parameter position.
eval_outdir(SPApar_pos const&) method in class cone: Finds the outward direction from the surface at a point with given parameter values.
eval_outdir(SPApar_pos const&) method in class VBL_SURF: Finds an outward direction from the surface at a point with given parameter values.
eval_outdir(SPApar_pos&) method in class surface: Finds the outward direction from this surface at the point with the given parameter position.
eval_outdir(SPApar_pos const&) method in class spline: Finds an outward direction from the surface at a point with given parameter values.
eval_position(SPApar_pos const&) method in class spline: Finds the point on the spline with given parameter values.
eval_position(SPApar_pos const&) method in class spl_sur: Finds the point on the spline with the given parameter value.
eval_position(SPAposition const&,double,logical) method in class pcurve: Evaluates a pcurve at a parameter value.
eval_position(double) method in class pcurve: Evaluates a pcurve at a parameter value.
eval_position(double,logical,logical) method in class curve: Finds the point on this curve corresponding to a given parameter value.
eval_position(double,logical,logical) method in class intcurve: Finds the position on a curve at the given parameter value.
eval_position(double,logical,logical) method in class bounded_curve: Finds the point on this bounded_curve corresponding to a given parameter value.
eval_position(SPApar_pos&) method in class surface: Finds the point on a parametric surface with the given parameter position.
eval_prin_curv(SPApar_pos const&,SPAunit_vector&,double&,SPAunit_vector&,double&) method in class cone: Find the principal axes of curvature of the surface at a point with given parameter values, and the curvatures in those directions.
eval_prin_curv(SPApar_pos const&,SPAunit_vector&,double&,SPAunit_vector&,double&,evaluate_surface_quadrant) method in class rb_blend_spl_sur: Finds the principal axes of curvature of the surface at a point with given parameter values, and the curvatures in those directions.
eval_prin_curv(SPApar_pos const&) method in class cone: Finds the principal axes of curvature of the surface at a point with given parameter values.
eval_prin_curv(SPApar_pos&,SPAunit_vector&,double&,SPAunit_vector&,double&) method in class torus: Finds the principal axes of curvature of this surface at the point with the given parameter position, and the curvatures in those directions.
eval_prin_curv(SPApar_pos const&) method in class sphere: Finds the principal axes of curvature and the curvatures in those directions of the surface at a point with given parameter values.
eval_prin_curv(SPApar_pos&) method in class surface: Finds the principal axes of curvature of this surface at the point with the given parameter position and the curvatures in those directions, in a structure defined for the purpose.
eval_prin_curv(SPApar_pos&) method in class torus: Finds the principal axes of curvature of this surface at the point with the given parameter position and the curvatures in those directions, in a structure defined for the purpose.
eval_prin_curv(SPApar_pos const&,SPAunit_vector&,double&,SPAunit_vector&,double&) method in class plane: Finds the principal axes of curvature of the surface at a point with given parameter values.
eval_prin_curv(SPApar_pos&,SPAunit_vector&,double&,SPAunit_vector&,double&) method in class surface: Finds the principal axes of curvature of this surface at the point with the given parameter position, and the curvatures in those directions.
eval_prin_curv(SPApar_pos const&) method in class plane: Finds the principal axes of curvature of the surface at a point with given parameter values.
eval_prin_curv(SPApar_pos const&) method in class spline: Finds the principal axes of curvature of the surface at a point.
eval_prin_curv(SPApar_pos const&,SPAunit_vector&,double&,SPAunit_vector&,double&) method in class spline: Finds the principal axes of curvature of the surface at a point with given parameter values, and the curvatures in those directions.
eval_prin_curv(SPApar_pos const&,SPAunit_vector&,double&,SPAunit_vector&,double&) method in class sphere: Finds the principal axes of curvature and the curvatures in those directions of the surface at a point with given parameter values.
eval_springs(double,int,v_bl_contacts*,logical,logical) method in class ATTRIB_VAR_BLEND: Takes a slice at a v-parameter.
eval_t(pick_ray&) method in class bounded_curve: Finds the closest point on this bounded_curve to a given pick location and returns the curve parameter value.
eval_t(pick_ray&) method in class bounded_line: Finds the closest point on this bounded_line to a given pick location and returns the curve parameter value.
evaluate(SPApar_pos const&,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class sphere: Calculates derivatives, of any order up to the number requested, and stores them in vectors provided by the user.
evaluate(double,SPAposition&,SPAvector**,int,evaluate_curve_side) method in class intcurve: Evaluates the position and the first and second derivatives at given parameter value.
evaluate(SPApar_pos&,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class VBL_SURF: Calculates derivatives, of any order up to the number requested, and stores them in vectors provided by the user.
evaluate(double*,double*) method in class law: Evaluates this law at the given input.
evaluate(SPApar_pos const&,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class plane: Finds the principal axes of curvature of the surface at a point with given parameter values.
evaluate(SPApar_pos const&,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class rb_blend_spl_sur: The evaluate function calculates derivatives, of any order up to the number requested, and stores them in vectors provided by the user.
evaluate(SPApar_pos const&,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class spline: Calculates derivatives, of any order up to the number requested, and stores them in vectors provided by the user.
evaluate() method in class RH_ENVIRONMENT_MAP: Builds an internal environment map from the data parameters that describe the RH_ENVIRONMENT_MAP.
evaluate(SPApar_pos const&,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class cone: Calculates derivatives, of any order up to the number requested, and store them in vectors provided by the user.
evaluate(double const*,double*) method in class simple_rail_law
evaluate(double,SPAposition&,SPAvector**,int,evaluate_curve_side) method in class straight: Calculates derivatives, of any order up to the number requested, and stores them in vectors provided by the user.
evaluate(double,SPAposition&,SPAvector**,int,evaluate_curve_side) method in class ellipse: Calculates derivatives, of any order up to the number requested, and stores them in vectors provided by the user.
evaluate(SPApar_pos&,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class surface: Calculates derivatives, of any order up to the number requested, and stores them in vectors provided by the user.
evaluate(double,SPAposition&,SPAvector**,int,evaluate_curve_side) method in class helix: Calculates derivatives, of any order up to the number requested, and stores them in vectors provided by the user.
evaluate(double,SPAposition&,SPAvector**,int,evaluate_curve_side) method in class curve: Calculates derivatives, of any order up to the number requested, and store them in vectors provided by the user.
evaluate(SPApar_pos&,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class torus: Calculates derivatives, of any order up to the number requested, and stores them in vectors provided by the user.
evaluateC_R(complex_number,int*,double*) method in class law: Evaluates this law at a complex-number input and returns a real result.
evaluateDM(double*,double*,int,int*,double*) method in class law: Evaluates the nth derivative of this law at an array of real inputs and returns an array of real results.
evaluateDM_R(double*,int,int*,double*) method in class law: Evaluates the nth derivative of this law at an array of real inputs and returns a real result.
evaluateDR_R(double,int,int&,double&) method in class law: Evaluates the nth derivative of this law at a real input and returns a real result.
evaluateDR_V(double,int,int&,double&) method in class law: Evaluates the nth derivative of this law at a real input and returns an SPAvector result.
evaluateM_MAT(double*) method in class law: Evaluates this law at an array of real inputs and returns an SPAmatrix result.
evaluateM_P(double*,int*,double*) method in class law: Evaluates this law at an array of real inputs and returns an SPAposition result.
evaluateM_PP(double*,int*,double*) method in class law: Evaluates this law at an array of real inputs and returns an SPApar_pos result.
evaluateM_R(double*,int*,double*) method in class law: Evaluates this law at an array of real inputs and returns a real result.
evaluateM_T(double*) method in class law: Evaluates this law at an array of real inputs and returns an SPAtransf result.
evaluateM_V(double*,int*,double*) method in class law: Evaluates this law at an array of real inputs and returns an SPAvector result.
evaluateNV_P(SPAnvector&,int*,double*) method in class law: Evaluates this law at an SPAnvector input and returns an SPAposition result.
evaluateNV_R(SPAnvector&,int*,double*) method in class law: Evaluates this law at an input of type SPAnvector and returns a real result.
evaluateNV_V(SPAnvector&,int*,double*) method in class law: Evaluates this law at an SPAnvector input and returns an SPAnvector result.
evaluatePP_P(SPApar_pos&,int*,double*) method in class law: Evaluates this law at an SPApar_pos input and returns an SPAposition result.
evaluatePP_V(SPApar_pos&,int*,double*) method in class law: Evaluates this law at an SPApar_pos input and returns an SPAvector result.
evaluateP_P(SPAposition,int*,double*) method in class law: Evaluates this law at an SPAposition input and returns an SPAposition result.
evaluateP_PP(SPAposition&,int*,double*) method in class law: Evaluates this law at an SPAposition input and returns an SPApar_pos result.
evaluateR_P(double,int&,double&) method in class law: Evaluates this law at a real input and returns an SPAposition result.
evaluateR_UV(double,int&,double&) method in class law: Evaluates this law at a real input and returns an SPAunit_vector result.
evaluateR_V(double,int&,double&) method in class law: Evaluates this law at a real input and returns an SPAvector result.
evaluateVAR(double*,double*&,int&) method in class law: Evaluates this law at an array of real values and returns an array of real values as the result.
evaluate_B() method in class law: Returns the bounding box associated with this law.
evaluate_iter(double,curve_evaldata*,SPAposition&,SPAvector**,int,evaluate_curve_side) method in class curve: Calculates derivatives, of any order up to the number requested, in an iterative fashion.
evaluate_iter(SPApar_pos const&,surface_evaldata*,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class spline: The evaluate_iter function is just like evaluate, but is supplied with a data object which contains results from a previous close evaluation.
evaluate_iter(double,curve_evaldata*,SPAposition&,SPAvector**,int,evaluate_curve_side) method in class intcurve: Evaluates the position and the first and second derivatives at given parameter value.
evaluate_iter(SPApar_pos&,surface_evaldata*,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class surface: Calculates derivatives, of any order up to the number requested, in an iterative fashion.
evaluate_surface_quadrant enum: Enumerated type used to determine which of four possible derivatives to evaluate in evaluate() when there is a discontinuity.
evaluate_surfs(double,SPAposition&,SPAvector*,int&,int&,evaluate_curve_side,SPAposition&,SPAvector*,SPAposition&,SPAvector*,SPApar_pos&,SPApar_vec*,SPApar_pos&,SPApar_vec*,SPApar_pos const&,SPApar_pos const&) method in class par_int_cur: An evaluator that takes surface arguments in addition to the usual arguments.
evaluate_surfs(double,SPAposition&,SPAvector*,int&,int&,evaluate_curve_side,SPAposition&,SPAvector*,SPAposition&,SPAvector*,SPApar_pos&,SPApar_vec*,SPApar_pos&,SPApar_vec*,SPApar_pos const&,SPApar_pos const&) method in class off_int_cur: An evaluator that takes surface arguments in addition to the usual arguments.
evaluate_surfs(double,SPAposition&,SPAvector*,int&,int&,evaluate_curve_side,SPAposition&,SPAvector*,SPAposition&,SPAvector*,SPApar_pos&,SPApar_vec*,SPApar_pos&,SPApar_vec*,SPApar_pos const&,SPApar_pos const&) method in class int_cur: An evaluator that takes surface arguments in addition to curve arguments.
evaluate_with_guess(double*,double*,double*) method in class law: Evaluates this law using a best guess as to the answer (to minimize processing).
evaluate_with_side(double*,double*,int*) method in class law: Evaluates this law on a specified side of the input value.
evaluate_with_side(double const*,double*,int const*) method in class simple_rail_law
exact_int_cur class: Represents an exact intersection spline curve.
exact_stitch_options class: Specifies that api_stitch should use exact stitching.
execute(wcs_change_type,WCS*,WCS*) method in class WCS_callback: Role: To use a WCS_callback, derive a new class from WCS_callback and implement this method.
execute(int) method in class exit_callback: Returns FALSE if the standard exit should not be called after all exit callbacks are called.
execute(wcs_change_type,WCS*,WCS*) method in class WCS_callback_list: Executes the new WCS_callback list.
execute(roll_event_type) method in class roll_callback: The base class version is not interesting.
execute(roll_event_type) method in class roll_callback_list: Calls the execute method of each callback in the list.
execute(entity_event_type,ENTITY*) method in class entity_callback: Executes the callback by updating the rendering appropriate to the specified entity and event.
execute() method in class scheme_error_callback_list: Cleans up the application.
execute(entity_event_type,ENTITY*) method in class entity_callback_list: Calls the execute method of each callback in the list.
execute_callbacks(entity_event_type,ENTITY*) method in class PART: Determines if there is an entity_callback_list for the PART and, if there is one, executes the callback on it.
exist(int) method in class insanity_list: Checks if a specific insanity exists in the lists.
exit_callback class: Executes standard exit for ACIS.
expanding() method in class cone: Returns TRUE if the cosine angle and the sine angle are of the square sign.
expected_surf_identity() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Gets the identity of the expected surface.
explicit_var_radius() method in class var_radius: Returns TRUE if the radius function is an explicit function of v.
extend_approx_sf_u(SPAinterval const&,logical,SPAbox const&) method in class blend_spl_sur: This function is capable of extending an existing approximating surface along u.
extend_approx_sf_v(double,double,double,logical,SPAbox const&,int const&,list_of_contacts const&) method in class blend_spl_sur: This creates the approximating surface and is capable of extending an existing surface along v.
extend_def_crv() method in class ATTRIB_VAR_BLEND: If this blend joins smoothly with another blend on either end, we must extend the def_crv and radius function so that they will match those of the neighbor's when evaluating off the end.
extend_lo_u data member in class blend_spl_sur
extend_rad() method in class ATTRIB_VAR_BLEND: Extend the radius function into the neighbors.
extend_spline(spline const&,double[2][2]) global function
extend_spline(spline const&,SPApar_box const&) global function
extend_spline(spline const&,double) global function
extend_surface(SPAinterval&) method in class blend_spl_sur: Extends the blend surface in place, including all the supporting data.
extra_cells() method in class VERTEX_TEMPLATE: Returns the number of extra cells in the VERTEX_TEMPLATE.
eyepos() method in class IHL_CAMERA: Returns the eye position.
eyepos() method in class PHL_CAMERA: Returns the eye position.

F

FACE class: Represents a bounded portion of a SURFACE.
FACE_ID define
FACE_LEVEL define
FIXBITS define
FIXNUM define
FIXNUM_FITS define
FIXUP_COPY_DEF define
FIX_POINTER_DEF define
FLONUM define
FULLSIZE_DEF define
FULLSIZE_FUNCTION define
FacetEntity(ENTITY*,logical,int&,int&,unsigned&,AcisOptions*) global function: Facets the faces of an entity, producing a SEQUENTIAL_MESH.
Fig() method in class ADM_giicon_draw_args: ccess method for Graphic Interaction deformable_figure.
Fig() method in class ADM_giregobj: ccess method for Graphic Interaction deformable_figure.
FileInfo class: Contains additional required file header information.
FileInterface class: Defines the abstract base class.
Find_cstrn_by_tag(int,int&,int&) method in class ATTRIB_DM2ACIS: Searches the entire hierarchy for the cstrn that matches the tag identifier.
Find_cstrn_for_coedge(COEDGE*,ATTRIB_CRV_CSTRN*&,DS_cstrn*&,void*&,int&,DS_dmod*&) global function: Finds matching ACIS and dmod crv_cstrn pointers.
Find_load_by_tag(int,int&) method in class ATTRIB_DM2ACIS: Searches entire hierarchy for load that matches the tag identifier.
Find_patch_by_tag(int) method in class ATTRIB_DM2ACIS: Returns the patch that contains the given tag or -1, and makes the returned dmod the active_dmod.
Find_tag_by_iline(SPAposition&,SPAposition&,double,int,int&) method in class ATTRIB_DM2ACIS: Returns the tag number (or -1) of the point closest to the line specified by p0 and p1.
Free_data() global function: Frees any memory in d2a_dmod, d2a_clump, d2a_tmp_surface, and d2a_dmod_clump.
Free_data() method in class ATTRIB_DM2ACIS
face() method in class LOOP: Returns a pointer to the FACE containing this LOOP.
face() method in class CFACE: Returns the pointer to the face.
face() method in class SKIN_ANNO_START_FACE: Returns the start face of skinned body.
face() method in class SKIN_ANNO_LAT_FACE
face() method in class SHELL: Returns the first FACE in a complete enumeration of all the FACEs in the SHELL.
face() method in class BLEND_ANNO_ENTITY: Returns the blend face.
face() method in class ATTRIB_EFINT: Picks out related face.
face data member in class ATTRIB_FACEINT: The other face.
face() method in class ATTRIB_INTCOED: Returns the face of the body on which this coedge lies.
face() method in class PHL_EDGE: Returns the owning FACE of this PHL_EDGE, or 0 if the PHL_EDGE is not a silhouette edge.
face() method in class SUBSHELL: Returns the first FACE in a complete enumeration of all the FACEs in the owning SHELL.
face() method in class SKIN_ANNO_END_FACE: Returns the end face of skinned body.
face(int) method in class PRIMITIVE_ANNOTATION: Given an index, returns the primitive's face at that index.
face_body_rel enum: Specifies the relationship between face and body entities.
face_box_size() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns the approximate box size of the face.
face_list() method in class SHELL: Returns a pointer to the first FACE of a list of FACEs immediately contained in this SHELL.
face_list() method in class SUBSHELL: Return a pointer to the first FACE in the list of FACEs contained in this SUBSHELL.
face_rel() method in class ATTRIB_INTCOED: Returns the containment of this face with respect to the other body.
face_seen() method in class ATTRIB_INTCOED: Used during Boolean Stage 1.
face_type data member in class hh_coedge_details
faces() method in class PRIMITIVE_ANNOTATION: Returns a list of all the faces created as part of the primitive.
failure() method in class BULLETIN_BOARD: Returns TRUE if the bulletin board failed to close successfully; otherwise, it returns FALSE.
fetch(int) method in class DEBUG_LIST: Obtains the indexed entity from the list.
ff_header class: Enables lists of face-face intersections to be chained together.
fieldtype enum: Specifies the type of vector field built as a boundary field.
file_type_name() method in class FileInterface: Returns a name for this FileInterface's type.
file_type_name() method in class SatFile: Returns the string "satfile".
file_type_name() method in class SabFile: Returns the string "sabfile".
file_version() method in class FileInfo: Returns the save file version used in storing the file.
fill_results(bhl_analytic_solver_results&,bhl_geombld_options&) method in class ATTRIB_HH_AGGR_ANALYTIC: Gathers various healing results from globals and options into the results structure.
find(METHOD_ID const&) method in class METHOD_TABLE: Finds an implementation function for a method in this table and returns NULL if no function is registered for the method.
find(ENTITY*,int,AF_POINT*&,AF_POINT*&) method in class AF_POINT: Search the given entity for an attached pointlist.
findStream(ENTITY*,LookStrategy) method in class StreamFinder: Returns the HISTORY_STREAM for any entity.
find_ID_ATTRIB(ENTITY*) global function: Finds the ID attribute for an entity.
find_NORENDER_ATTRIB(ENTITY*) global function: Finds and returns a NORENDER_ATTRIB attached to an ENTITY.
find_all_edges_by_vertex(gvertex const*,gvertex const*,gedge**&,int) method in class generic_graph: Uses the two given gvertexes to find all gedges that connects the gvertexes.
find_attrib(ENTITY*,int,int,int,int) global function: Searches an ENTITY's attribute list for an ATTRIB of a given type, subtype, etc.
find_attrib_annotation(ENTITY*) method in class ANNOTATION: Returns the ATTRIB_ANNOTATION for this ANNOTATION on the given ENTITY.
find_best_pt(int,SPAposition*,pick_ray&) global function: Find the SPAposition in array of positions which is closest to a pick_ray.
find_best_pt(int,SPAposition*,SPAposition&) global function: Find the SPAposition in array of positions which is closest to a given SPAposition.
find_bulletins(int,int,BULLETIN_LIST&) method in class DELTA_STATE: Function for finding annotations.
find_bulletins(is_function,BULLETIN_LIST&) method in class DELTA_STATE: Function for finding annotations.
find_bulletins(is_function,BULLETIN_LIST&) method in class BULLETIN_BOARD: Function for finding annotations.
find_bulletins(int,int,BULLETIN_LIST&) method in class BULLETIN_BOARD: Function for finding annotations.
find_edge_by_entities(ENTITY*,ENTITY*) method in class generic_graph: Uses the two given entities to find two gvertex's, then uses these two gvertex's to find a gedge that is defined by them.
find_edge_by_name(char const*) method in class generic_graph: Locates a graph edge in the graph structure by its specified name.
find_edge_by_vertex(gvertex const*,gvertex const*,ENTITY const*) method in class generic_graph: Locates a graph edge in the graph structure by its bounding vertices.
find_entities(enum ENTITY_TYPE,ENTITY_LIST&) method in class HISTORY_STREAM: Finds the entity from the history stream based on type.
find_entities(enum ENTITY_TYPE,ENTITY_LIST&) method in class DELTA_STATE: Searches in entity list for a type of entity recorded in the bulletin.
find_entities(is_function,ENTITY_LIST&) method in class HISTORY_STREAM: Finds the entity from the history stream based on functionality.
find_entity_ref_by_name(char*,logical&) method in class ANNOTATION: Re-implements get_entity_by_name and set_entity_by_name so they don't have to be virtual stacks.
find_err_ident(err_mess_type) global function: Returns the identifier string for an error number.
find_err_mess(err_mess_type) global function: Gets the message string for an error number.
find_err_module(err_mess_type) global function: Translates the error number to a string containing the name of the module associated with the given error number.
find_error_list_info(error_list_info*,int) global function: Search the given error_list_info list for the first entry of the given type (or NULL if none).
find_extrema(SPAunit_vector const&) method in class helix: Finds the extrema of a helix in a given direction.
find_extrema(SPAunit_vector const&) method in class straight: Finds the extrema of the curve in the given direction.
find_extrema(SPAunit_vector&) method in class curve: Finds the extrema of this curve in a given direction.
find_extrema(SPAunit_vector&) method in class bounded_curve: Finds the extrema of this bounded_curve in a given direction.
find_extrema(SPAunit_vector const&) method in class ellipse: Finds the extrema of an ellipse in a given direction.
find_extrema(SPAunit_vector const&) method in class intcurve: Finds the extrema of an intersection curve in a given direction.
find_face_face_distance(FACE*,FACE*,SPAposition&,SPAposition&,param_info&,param_info&) global function: Calculates the distance between two faces.
find_ffblend_cross_curve(ffblend_geom*,plane const&,SPAbox const&,SPAposition&,SPAposition&,SPAposition&) method in class ATTRIB_VAR_BLEND: Finds the cross curve in given plane (normal to spine and spring curves).
find_ffblend_cross_curve(ffblend_geom*,plane const&,SPAbox const&,SPAposition&,SPAposition&,SPAposition&) method in class ATTRIB_CONST_CHAMFER: Finds the cross curve in given plane (normal to spine and spring curves).
find_ffblend_cross_curve(double) method in class ATTRIB_VAR_BLEND: Creates a cross curve at a given v-parameter.
find_ffblend_geometry(logical,logical,segend*,segend*,SPAbox const&,double&) method in class ATTRIB_VAR_BLEND: Creates the blend geometry.
find_ffblend_spine(logical,logical,segend*,segend*,SPAbox const&) method in class ATTRIB_CONST_CHAMFER: Finds the spline curve or point(A segend holds information about the blend sheet segment).
find_ffblend_spine(logical,logical,segend*,segend*,SPAbox const&) method in class ATTRIB_VAR_BLEND: Creates the spine.
find_ffblend_spring_curves(ffblend_geom*,logical,logical,segend*,segend*,SPAbox const&) method in class ATTRIB_CONST_CHAMFER: Finds the spring curves, which have the same sense as the spine (A segend holds information about the blend sheet segment).
find_ffblend_spring_curves(ffblend_geom*,logical,logical,segend*,segend*,SPAbox const&) method in class ATTRIB_VAR_BLEND: Creates the spring curves.
find_ffblend_surface(ffblend_geom*) method in class ATTRIB_CONST_CHAMFER: Finds the blend surface and returns it and the given boundary details in a ffblend_geom, given the blend boundary details in a ffblend_geom.
find_ffblend_surface(ffblend_geom*) method in class ATTRIB_VAR_BLEND: Finds the blend surface and returns it and the given boundary details in a ffblend_geom, given the blend boundary details in a ffblend_geom.
find_leaf_attrib(ENTITY*,int) global function: Searches an ENTITY's attribute list for an ATTRIB of a given type, starting at the beginning of the list.
find_named_attrib(ENTITY const*,char const*) global function: Returns a pointer to the first generic attribute with the given name in an ENTITY's list of attributes.
find_next_attrib(ATTRIB const*,int,int,int,int) global function: Searches an ENTITY's attribute list for an ATTRIB of a given type, subtype, etc.
find_next_blend(logical,logical,logical*,logical*) method in class ATTRIB_VAR_BLEND: Finds the blend attribute from next edge in the left or right face.
find_next_leaf_attrib(ATTRIB const*) global function: Searches an ENTITY's attribute list for an ATTRIB of a given type, starting at a given attribute.
find_next_named_attrib(ATTRIB_GEN_NAME const*) global function: Returns a pointer to the next generic attribute with the same name and owner as the supplied attribute.
find_next_smooth_blend(logical,logical*,segend*) method in class ATTRIB_VAR_BLEND: Finds the blend attribute from next smoothly-joining edge.
find_option(char const*) global function: Gets the given option in the list.
find_part(unsigned int) global function: Finds a PART given the PART's ID but not its handle.
find_shortest_cycle(gvertex const*) method in class generic_graph: Returns a graph structure which represents the shortest cycle that contains the given graph vertex.
find_shortest_path(gvertex const*,gvertex const*,logical) method in class generic_graph: Returns a graph structure that represents the shortest path between the two specified graph vertices.
find_stationary_pt(double,logical,logical,double&) method in class blend_spl_sur: Function to find stationary points.
find_vblend_curves(vblend_geom*) method in class ATTRIB_VBLEND: Finds the details of the blend boundary and returns it as a chain of vsegends.
find_vblend_geometry(vblend_geom*,COEDGE*,COEDGE*,ENTITY_LIST const&) method in class ATTRIB_VBLEND: Finds the details of the blend geometry.
find_vblend_surface(vblend_geom*,COEDGE*,COEDGE*,ENTITY_LIST const&) method in class ATTRIB_VBLEND: Finds the blend surface and returns it.
find_vertex_by_entity(ENTITY*) method in class generic_graph: Returns a pointer to the graph vertex by following its model entity.
find_vertex_by_name(char const*) method in class generic_graph: Returns a pointer to the named graph vertex.
find_xedge_attrib(EDGE const*,COEDGE const*) global function
finite() method in class SPAbox: Returns TRUE if the coordinate ranges are finite or FALSE otherwise.
finite() method in class SPApar_box: Returns TRUE if the coordinate ranges are finite or FALSE otherwise.
finite() method in class SPAinterval: Determines if an interval is finite.
finite_above() method in class SPAinterval: Determines if an interval is finite above.
finite_above() method in class SPApar_box: Returns TRUE if the coordinate ranges are finite above or FALSE otherwise.
finite_above() method in class SPAbox: Returns TRUE if the coordinate ranges are finite above or FALSE otherwise.
finite_below() method in class SPAbox: Returns TRUE if the coordinate ranges are finite below or FALSE otherwise.
finite_below() method in class SPApar_box: Returns TRUE if the coordinate ranges are finite below or FALSE otherwise.
finite_below() method in class SPAinterval: Determines if an interval is finite below.
finite_difference_derivatives(SPApar_pos&,SPAposition&,SPAvector**,int,int,double,double,evaluate_surface_quadrant) method in class surface: Evaluate higher derivatives than are available accurately in evaluate by finite differencing.
finite_difference_derivatives(double,SPAposition&,SPAvector**,int,int,double,evaluate_curve_side) method in class curve: Evaluate higher derivatives than are available accurately in evaluate by finite differencing.
first() method in class POLYGON_POINT_MESH: Returns a pointer to the first polygon.
first() method in class asm_model_list: Returns the first undeleted (live) entry and updates the iterator correctly for the next method.
first() method in class component_entity_handle_list: Returns the first undeleted (live) entry and updates the iterator correctly for the next method.
first() method in class toolkit_callback_list: Gets the first callback.
first() method in class component_handle_list: Returns the first undeleted (live) entry and updates the iterator correctly for the next method.
first() method in class entity_handle_list: Returns the first undeleted (live) entry and updates the iterator correctly for the next method.
first() method in class ENTITY_LIST: Returns the first undeleted (live) entry and updates the iterator correctly for the next method.
first() method in class error_info_list: Returns the first undeleted error_info* and updates the iterator correctly for the next method.
first() method in class POLYGON: Returns the first POLYGON.
first_entity_clash_pair() method in class body_clash_result: Returns the second entity of the pair.
first_error() method in class moments: Returns the first error of a moment, or zero if unset.
first_included_element() method in class pattern: Obsolete: do not use.
first_moment() method in class moments: Returns the first moment of the moments, in a vector, or zeroes if unset.
first_set() method in class moments: Returns TRUE if the first moments have been set.
fit(SPAbox const&) method in class curve_interp: Fits the object-space splines and possible parameter-space splines to the specified initial lists of points.
fitol() method in class intcurve: Returns the fit tolerance.
fitol() method in class spl_sur: Returns the fit tolerance for the approximating bs3_surface.
fitol() method in class pcurve: Returns the fit tolerance of the parameter curve.
fitol data member in class curve_interp: The tolerance allowed on fitted splines.
fitol() method in class spline: Returns the fit tolerance of the bs3_curve to the true spline surface.
fitol_result data member in class curve_interp
fix() method in class ATTRIB_HH_AGGR_SIMPLIFY: Applies (fixes) all the changes that are stored in individual attributes for the geometry simplification phase to the body and the old geometry is then stored in the attributes.
fix() method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
fix() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Sets the surface geometry of the owner face to the simplified geometry.
fix() method in class ATTRIB_HH_AGGR_GEOMBUILD: Applies (fixes) all the changes that are stored in individual attributes for the geometry building phase to the body.
fix() method in class ATTRIB_HH_AGGR_STITCH: Applies (fixes) all the changes that are stored in individual attributes for the stitching phase to the body.
fix_common(ENTITY*[],SCAN_TYPE) method in class ENTITY: Converts pointers from copy indices into real pointers.
fix_geometry data member in class hh_sharped_options
fix_pointers(ENTITY*[],BULLETIN_BOARD*) method in class BULLETIN: The fix_pointers method for each entity in the restore array is called, with the array as argument.
fix_pointers(ENTITY_ARRAY&,HISTORY_STREAM_LIST&,DELTA_STATE_LIST&) method in class DELTA_STATE: The fix_pointers method for each entity in the restore array is called, with the array as argument.
fix_pointers(ENTITY_ARRAY&,BULLETIN_BOARD*) method in class BULLETIN: The fix_pointers method for each entity in the restore array is called, with the array as argument.
fix_pointers(ENTITY*[],SCAN_TYPE) method in class ENTITY: Converts pointers from copy indices into real pointers.
fix_pointers(ENTITY_ARRAY&,DELTA_STATE_LIST&) method in class BULLETIN_BOARD: The fix_pointers method for each entity in the restore array is called, with the array as argument.
fix_procedural_geometry() method in class ATTRIB_HH_AGGR_ISOSPLINE: Used for isospline healing.
fixup_copy(ENTITY*) method in class ENTITY: Fixes any pointers in the ENTITY after copying for backup.
fixup_existing_blends() method in class ATTRIB_VAR_BLEND: After setting a new blend on an entity, we must check it and neighboring blends for blend sequences, interactions with const-rad blends, etc.
flat() method in class cone: Classification routine that checks whether the cosine angle is essentially zero (within SPAresnor).
fleft() method in class binary_law: This returns a pointer to the left operand (sublaw) of the binary law.
flush() method in class output_callback: Called in response to fflush for the specified file.
font_name() method in class TEXT_ENT: Gets the name of the text font.
font_size() method in class TEXT_ENT: Gets the size of the font.
force_simplify_to_cone() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Simplifies the spline to a cone.
force_simplify_to_cylinder() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Simplifies the spline to a cylinder.
force_simplify_to_plane() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Simplifies the spline to a plane.
force_simplify_to_sphere() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Simplifies the spline to a sphere.
force_simplify_to_torus() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Simplifies the spline to a torus.
form() method in class var_rad_fixed_width: Returns the form FIXED_WIDTH.
form() method in class var_rad_const: Returns the form VAR_RAD_CONST.
form() method in class var_cross_section: Returns the form_data about the var_cross_section.
form() method in class var_rad_functional: Returns the form FUNCTIONAL.
form() method in class var_radius: Returns the radius form.
form() method in class var_rad_rot_ellipse: Returns a var_rad_rot_ellipse form.
form() method in class var_rad_two_ends: Returns the form TWO_ENDS.
forward() method in class DELTA_STATE: Rolls the current state to the next one in the DELTA_STATE.
fp data member in class output_callback: he file pointer to which this callback relates.
fp data member in class input_callback
free_string() method in class Render_Arg: Frees the string memory pointed to by a Render_Arg of type ARG_STRING.
frenet_law class: Describes a vector field for a given curve that points in the direction of curvature.
fright() method in class binary_law: This returns a pointer to the right operand (sublaw) of the binary law.
from() method in class DELTA_STATE: Read only access to the originating DELTA_STATE.
from_state data member in class DELTA_STATE: Previous modeler state.
from_tolerant_attrib(ENTITY*,ENTITY*) global function: Provides a convenient way for attributes to be notified when their owning entity has been replaced with a non-tolerant entity and will be deleted.
from_tolerant_owner(ENTITY*) method in class ATTRIB: Notifies this ATTRIB that its owning ENTITY is being replaced with a non-tolerant ENTITY.
front_cface() method in class ATTRIB_FACECFACE: Pointer to front CFACE, which is the CFACE that uses the face in the REVERSED direction.
fsize() method in class multiple_data_law: Returns the size of the sublaw array.
fsub() method in class unary_data_law: This returns the sublaw that is passed into this law.
fsub() method in class unary_law: This returns the sublaw that is passed into this law.
fsub() method in class multiple_law: This returns a pointer to the first operand (sublaw) of the multiple law.
fsub_num() method in class multiple_law: Returns number of operands (sublaws) of the multiple law.
fsubs() method in class multiple_data_law: Returns an array of law data elements associated with sublaws.
full_size(SizeAccumulator&,logical) method in class simple_rail_law
full_size(SizeAccumulator&,logical) method in class rot_spl_sur: Internal usage.
fuzzy data member in class curve_surf_int: This is TRUE if the intersection is not tightly defined (a tangency or small-angle crossing).
fuzzy_int() method in class ATTRIB_INTEDGE: Sets whether this graph edge derives from a fuzzy region on an edge of one or both bodies.

G

GENERIC define
GET_ALGORITHMIC_VERSION(void) global function: Returns the AcisVersion for the current scope.
GI_cast() method in class ADM_giicon_draw_args: verride GI_cast, providing RTTI to icons.
GI_cast() method in class DM_def_icon_draw_args: Allows GI draw engine to downcast draw_args object so it can be queried.
GLOBAL_MESH_MANAGER class: Shows an example of a mesh manager.
GetActivePart() method in class active_part: Returns a pointer to the active part being monitored.
GetBody() method in class PHLV5_OCC: Gets the BODY of the underlying modeling EDGE.
GetBody() method in class PHLV5_EDGE: Gets the BODY of the underlying modeling EDGE.
GetBodySegmentMode(void) method in class ha_rendering_options
GetBuffer() method in class position_array: Casts a position_array to a SPAposition* so that it can be used as an argument in procedures that require a SPAposition*.
GetCHandleMap() method in class ha_rendering_context
GetColorSegmentMode(void) method in class ha_rendering_options
GetCurve() method in class PHLV5_EDGE: Gets the CURVE of the underlying modeling EDGE.
GetCurveFacetLevel() method in class ha_rendering_options
GetCurveFacetTol() method in class ha_rendering_options
GetEdge() method in class PHLV5_EDGE: Gets the EDGE of the underlying modeling EDGE.
GetEntityMap() method in class ha_rendering_context
GetFace() method in class PHLV5_EDGE: Gets the FACE of the underlying modeling EDGE.
GetForceModelRebuild() method in class ha_rendering_context
GetGeomPattern() method in class ha_rendering_context
GetGeomPattern() method in class ha_rendering_options
GetHOOPSKey() method in class ADM_hoopsregobj: ets the HOOPS key for the associated ATTRIB_DM2ACIS.
GetLast() method in class position_array: Gets the last position in the array that is set.
GetMajorAxisLength() method in class ellipse: This method returns the length of major axis.
GetMappingFlag() method in class ha_rendering_options
GetMergeBodiesMode() method in class ha_rendering_options
GetMergeFacesMode() method in class ha_rendering_options
GetModel() method in class ha_rendering_context
GetModelMap() method in class ha_rendering_context
GetNPoints() method in class PHLV5_EDGE: Gets the number of points in the polyline list.
GetNumSingleTris() method in class INDEXED_MESH_MANAGER: Returns the number of strips containing only one triangle in all meshes.
GetNumSingleTris() method in class LINKED_MESH_MANAGER: Returns the number of strips containing only one triangle in all meshes.
GetNumSingleTris() method in class MESH_MANAGER: Return the number of strips that contain only a single triangle.
GetNumStrips() method in class LINKED_MESH_MANAGER: Returns the total number of strips in all meshes (includes single triangle strips).
GetNumStrips() method in class INDEXED_MESH_MANAGER: Returns the total number of strips in all meshes (includes single triangle strips).
GetNumStrips() method in class MESH_MANAGER: Return the total number of tri strips in the mesh (including single triangle strips).
GetOccurrence() method in class PHLV5_EDGE
GetParam(double&,double&) method in class PHLV5_EDGE: Gets the start and end parameters of the underlying modeling CURVE.
GetPattern() method in class ha_rendering_context
GetPattern() method in class ha_rendering_options
GetPickManager() method in class PART_CONTEXT: Get the pick manager associated with this PART_CONTEXT.
GetRenderAPOINTsMode() method in class ha_rendering_options
GetRenderCoedgeMode() method in class ha_rendering_options
GetRenderEdgesMode(void) method in class ha_rendering_options
GetRenderFacesMode(void) method in class ha_rendering_options
GetRenderTCoedgeMode() method in class ha_rendering_options
GetRenderTextMode() method in class ha_rendering_options
GetRenderVerticesMode(void) method in class ha_rendering_options
GetRenderWCSsMode() method in class ha_rendering_options
GetSaveCurveFacetTol() method in class ha_rendering_options
GetSegment() method in class PHLV5_EDGE: Returns the pointer to the first segment.
GetSegmentList(ENTITY_LIST&) method in class PHLV5_EDGE: Gets the segments in the form of an entity list.
GetSense() method in class PHLV5_EDGE: Gets the sense of the underlying modeling EDGE.
GetSequentialMesh(ENTITY*) global function: Gets the SEQUENTIAL_MESH facet data attached to a face.
GetSize() method in class position_array: Returns the size of the position_array.
GetTabPoint() method in class PHLV5_EDGE: Gets a pointer to the polyline points.
GetTessellateEllipsesMode(void) method in class ha_rendering_options
GetTransform() method in class PHLV5_OCC
GetUserData() method in class PHLV5_OCC
GetVal(int) method in class PHLV5_EDGE: Gets a specific polyline point.
Get_alpha(double*,int) method in class ATTRIB_DM2ACIS: Returns d2a_dmod resistance to stretch.
Get_area_cstrn_flag(int,int&) method in class ATTRIB_DM2ACIS: Gets the zone_flag value for the area_cstrn.
Get_beta(int,double*,int) method in class ATTRIB_DM2ACIS: Returns d2a_dmod resistance to bending.
Get_colors(DM_dbl_array&) method in class DM_lld_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_att_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_crv_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_default_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_dpr_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_cpt_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_ppr_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_sps_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_vec_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_lct_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_cld_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_act_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_grd_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_srf_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_dbx_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_pct_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_spr_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class DM_cct_icon: Queries color data.
Get_colors(DM_dbl_array&) method in class ADM_srf_icon3: Query color data.
Get_colors(DM_dbl_array&) method in class ADM_srf_icon2: Queries color data.
Get_colors(DM_dbl_array&) method in class ADM_srf_icon: Queries color data.
Get_comb_gain() method in class DM_crv_icon: Returns the comb gain.
Get_comb_graphics(int&,double&,int) method in class ATTRIB_DM2ACIS: Returns current comb graphic's values.
Get_commited() method in class ATTRIB_DM2ACIS: Returns the commit state.
Get_cstrn(int,DS_TAGS&,DS_CSTRN_SRC&,int&,int&,char*,char*,int&,int&,int&,void*&,void*&,int,int&,SPApar_pos[3],int&,SPApar_pos[3],double&,int&) method in class ATTRIB_DM2ACIS: Sets the active_dmod to owner of the tag object.
Get_default_state(int&,int) method in class ATTRIB_DM2ACIS: Returns the default shape state.
Get_degree(int[2],int) method in class ATTRIB_DM2ACIS: Returns the basis polynomial degree, 1d:[u_dir, not_used].
Get_delta(double&,int) method in class ATTRIB_DM2ACIS: Returns the d2a_dmod resistance to displacement.
Get_dmod_tags(int,int&,DM_tag_array&) method in class ATTRIB_DM2ACIS: Returns a DM_tag_array containing the tags of all tag objects embedded in the specified DS_dmod.
Get_dmods(int&,DM_tag_array&) method in class ATTRIB_DM2ACIS: This method returns a DM_tag_array containing the tags of all DS_dmods in the DS_dmod hierarchy.
Get_dof_state(int&,int&,int&,int&,int&,int&,int) method in class ATTRIB_DM2ACIS: Returns the degree of freedom of the given dmod state.
Get_dofs(int&,int&,int&,int&,double*&,double*&,double*&,int) method in class ATTRIB_DM2ACIS: For information purposes only.
Get_draw_option() method in class DM_default_icon: Returns the current draw option filter settings.
Get_dynamics(double&,double&,double&,int) method in class ATTRIB_DM2ACIS: Returns the d2a_dmod dyn_load parameter values.
Get_elem(Spatial_abs_hurler&,int) method in class DM_dbl_array: Access array element with bounds checking.
Get_elem_count(int&,int*,int) method in class ATTRIB_DM2ACIS: Returns the number elements for the deformable model.
Get_end_conds(int&,int&,int&,int&,int) method in class ATTRIB_DM2ACIS: Returns end states for a d2a_dmod.
Get_entity(int) method in class ATTRIB_DM2ACIS: Returns the ACIS ENTITY pointer (FACE or EDGE) associated with the DS_dmod specified by tag.
Get_epsilon(double&,int) method in class ATTRIB_DM2ACIS: Epsilon regulates a shape fairing (energy minimization) term that is used to dampen control point oscillations in high degree splines (degree>8).
Get_gamma(double&,int) method in class ATTRIB_DM2ACIS: Returns the d2a_dmod resistance to bending.
Get_grid() method in class DM_icq_draw_grid: Returns stored data - used after processing a query.
Get_grid(int[2]) method in class ADM_srf_icon3: Query discretization grid density.
Get_grid(int[2]) method in class DM_crv_icon: Queries discretization grid density.
Get_grid(int[2]) method in class ADM_srf_icon2: Queries discretization grid density.
Get_grid(int[2]) method in class DM_lct_icon: Queries discretization grid density.
Get_grid(int[2]) method in class ADM_srf_icon: Queries discretization grid density.
Get_grid(int[2]) method in class DM_default_icon: Queries discretization grid density.
Get_grid(int[2]) method in class DM_grd_icon: Queries discretization grid density.
Get_grid(int[2]) method in class DM_dbx_icon: Queries discretization grid density.
Get_grid(int [2]) method in class DM_act_icon: Queries discretization grid density.
Get_grid(int[2]) method in class DM_srf_icon: Queries discretization grid density.
Get_grid(int[2]) method in class DM_dpr_icon: Queries discretization grid density.
Get_grid(int[2]) method in class DM_lld_icon: Queries discretization grid density.
Get_grid(int[2]) method in class DM_cld_icon: Queries discretization grid density.
Get_grid(int[2]) method in class DM_cct_icon: Queries discretization grid density.
Get_icon(int) method in class ATTRIB_DM2ACIS: Returns the specified icon.
Get_icon_width() method in class DM_default_icon: Returns the icon width.
Get_integral_degree(int&,int) method in class ATTRIB_DM2ACIS: Returns the degree of the polynomials accurately integrated when making deformable and constraint equations.
Get_interior_state(int&,int) method in class ATTRIB_DM2ACIS: Returns the target model's interior state value.
Get_knots(int&,int&,double*&,int*&,double*&,int*&,int) method in class ATTRIB_DM2ACIS: Returns the degree of the polynomials accurately integrated when making deformable and constraint equations.
Get_load_gain(int,double&) method in class ATTRIB_DM2ACIS: Returns the current gain value for the tag.
Get_mesh_grid(int[2],int) method in class ATTRIB_DM2ACIS: Returns the number of surface figures render points.
Get_mesh_state() method in class ATTRIB_DM2ACIS: Access functions for mesh rebuild state.
Get_npts_per_elem(int&,int&) method in class DM_grd_icon: Queries density for display mode 0.
Get_on_off() method in class DM_default_icon: Returns the current on or off state.
Get_option() method in class DM_icq_draw_option: Returns stored data; used after processing a query.
Get_owner(DS_dmod*&,int&) method in class DM_icon: Icons owner query.
Get_owner(DS_dmod*&,int&) method in class DM_default_icon: Icon owner query.
Get_pt_uv(int,SPApar_pos&) method in class ATTRIB_DM2ACIS: Returns the current uv location of the tag.
Get_pt_xyz(int,int,SPAposition&) method in class ATTRIB_DM2ACIS: Returns the current xyz position of the tag.
Get_regobj() method in class ATTRIB_DM2ACIS: Returns d2a_regobj.
Get_slide_state(int,int&) method in class ATTRIB_DM2ACIS: Returns the spring's slide state.
Get_spring_length(int) method in class ATTRIB_DM2ACIS: Returns the length for springs and spring sets.
Get_tag_summary(int&,int) method in class ATTRIB_DM2ACIS: Returns the each tag object's tag id and tag type.
Get_tags(int&,DM_tag_array&) method in class ATTRIB_DM2ACIS: Returns a DM_tag_array containing the tags of all tag objects embedded in the ATTRIB_DM2ACIS.
Get_tan_display_gain(int) method in class ATTRIB_DM2ACIS: Returns the target model's tan_display_gain value, which indicates a tangent's display magnitude.
Get_tight_state(int) method in class ATTRIB_DM2ACIS: Gets the tight state for the constraint.
Get_xyz(SPApar_pos,SPAposition&,int) method in class ATTRIB_DM2ACIS: Calculates the dmod xyz position for given uv location.
gap_size() method in class ATTRIB_HH_ENT_STITCH_EDGE: Gets the gap size between the owner edge and the paired edge.
gcmgr_run_mode enum: Global cache manager run mode.
gcmgr_stats struct: Global cache manager statistics.
gedge class: Creates an instance of a graph edge for use in graph theory.
generate_callbacks(logical) method in class ID_ATTRIB: Sets the flag indicating whether or not to generate callbacks.
generate_new_evaluator_curve_approximation(curve*,bs3_curve&,SPAinterval&,int,int*,double*,logical) method in class blend_spl_sur
generated() method in class PATTERN_ANNOTATION: Returns a pointer to entities generated as a result of the pattern operation.
generic_graph class: Creates an instance of a graph for the graph theory mathematical operations.
geom_analyzer data member in class ATTRIB_HH_AGGR_GEOMBUILD: Points to the main routine which does all the analysis of the input BODY.
geom_results() method in class ATTRIB_HH_AGGR_GEOMBUILD: Returns the results of the geometry building phase.
geombld_results_for_change() method in class ATTRIB_HH_AGGR_ANALYTIC: Returns analytic solver results.
geombuild_tol data member in class hh_geombuild_options
geombuild_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Gets the edge tolerance for geometry building (based on the stitch gap).
geombuild_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the face tolerance for geombuild (the maximum of all the edge tolerances).
geombuild_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the vertex tolerance for geometry building (the maximum of the vertex deviation and all the edge tolerances).
geomchanged_member(ENTITY*) method in class SPACOLLECTION: Notifies this SPACOLLECTION that a member ENTITY's geometry changed during a modeling operation.
geomchanged_member_action enum: Text specifies what to do with members involved in a geometry change.
geometry() method in class EDGE: Returns a pointer to the underlying CURVE geometry.
geometry() method in class COEDGE: Returns the pointer to the description of the COEDGE geometry in reference to the parametric space of the FACE in which it is embedded.
geometry() method in class FACE: Returns a pointer to the underlying SURFACE defining this FACE.
geometry() method in class VERTEX: Returns the APOINT that defines the position of this VERTEX.
geometry_action data member in class minimize_options: Setting geometry_action to 1 causes geometry to be paged to disk.
geometry_changed_action enum: ATTRIB actions for lop_change_owner, replace_owner_geometry, reverse_owner, and warp_owner notifications.
geometry_ptr data member in class EDGE: Pointer to the CURVE describing the geometry of this EDGE.
geometry_ptr data member in class VERTEX: Pointer to the position of this VERTEX in space.
geometry_ptr data member in class COEDGE: Pointer to the description of the EDGE geometry in reference to the parametric space of the FACE in which it is embedded.
get() method in class component_entity_handle_holder: Returns the component_entity_handle pointer.
get() method in class entity_handle_holder: Returns the entity_handle pointer.
get() method in class component_handle_holder: Returns the component_handle pointer.
get(int,outcome&) method in class BASE_TAG_MANAGER: Gets the entity from the specified tag array index, optionally returning an outcome on error.
get() method in class asm_model_holder: Returns the asm_model pointer.
getAttachedStream(ENTITY*) method in class HISTORY_MANAGER: Gets the history stream attached to this entity, if any provided here to hide details of the connecting attribute.
getBody() method in class AcisSLInterface: Returns a pointer to the skinned or lofted body.
getGuideAt(int) method in class AcisSLInterface: The guides that have been added to the Interface are stored in an array.
getGuides(int&,curve**&) method in class AcisSLInterface: Gets the guides from the interface.
getMappingCurve(int,curve*&) method in class AcisSLInterface: Returns a B-spline approximation of the ith mapping curve.
getMappingCurve(int,SPAposition*&) method in class AcisSLInterface: Returns a list of positions for the specified mapping curve.
getNumberOfGuides() method in class AcisSLInterface: Returns the number of guides in the interface.
getNumberOfWires() method in class AcisSLInterface: Returns the number of wires in the temporary set of wires used for skinning or lofting.
getOptions(logical&,logical&,logical&,logical&,logical&,logical&,logical&,logical&,logical&,logical&,logical&,logical&,logical&,logical&) method in class AcisSkinningInterface: Returns the skinning options.
getProfileLaw(int) method in class AcisSLInterface: Returns the profile law.
getUTF8String(wchar_t*,char*) global function: Converts a wide-character string to a UTF-8 string.
getWideString(char*,int,wchar_t*) global function: Converts a UTF-8 string to a wide-character string.
getWireAt(int) method in class AcisSLInterface: Gets a pointer to the wire at the given index in the list of temporary wires.
getWireList() method in class AcisSLInterface: Returns a pointer to the temporary set of wires that are used during the skinning or lofting operation.
get_APATTERN() method in class pattern: Obsolete: use api_pattern_to_entity instead.
get_ATTRIB_BLEND_TYPE() global function: Gets the type of blend attribute.
get_ATTRIB_CHAMFER_TYPE() global function: Gets the type of chamfer attribute.
get_ATTRIB_ROUND_TYPE() global function: Gets the type of round attribute.
get_ATTRIB_SYS_TYPE() global function: Gets the type of system attribute.
get_ATTRIB_TSL_TYPE() global function: Gets the type of TSL attribute.
get_Guides() method in class skin_options: Returns the current value of the virtual guides option.
get_MaxNumberofHits() method in class PART: Returns the maximum number of picks possible.
get_Scm_Entity(ScmObject,entity_test_proc,char*) global function: Creates a C++ ENTITY from a Scheme entity.
get_Scm_Entity(ScmObject,entity_filter&,char*) global function: Creates a C++ ENTITY from a Scheme entity.
get_Scm_Entity(ScmObject) global function: Creates a C++ ENTITY from a Scheme entity.
get_Scm_Gvector(ScmObject) global function: Creates a C++ SPAvector from a Scheme gvector object.
get_Scm_Law(ScmObject) global function: Creates a C++ law from a Scheme law object.
get_Scm_Position(ScmObject) global function: Creates a C++ SPAposition from a Scheme position object.
get_Scm_String(ScmObject) global function: Creates a C++ const char* from a Scheme string object.
get_Scm_Transform(ScmObject) global function: Creates a C++ SPAtransf from a Scheme transform object.
get_acis_curve() method in class bounded_curve: Returns the underlying curve for this bounded_curve.
get_active_ds() method in class HISTORY_STREAM: Retrieves the active DELTA_STATE.
get_active_tag_manager() method in class BASE_TAG_MANAGER: Returns the currently active tag manager.
get_adjacent_edges(gvertex const*,int&) method in class generic_graph: Returns an array of graph edges that are adjacent to the specified vertex.
get_adjacent_vertices(gvertex const*,int&) method in class generic_graph: Returns an array of graph vertices that are adjacent to the specified vertex.
get_adjust_mode() method in class REFINEMENT: Returns the triangle smoothing mode.
get_align() method in class skin_options: Returns the current value of the align option.
get_all_patterns(VOID_LIST&) method in class VERTEX: Obsolete: do not use.
get_all_patterns(VOID_LIST&) method in class SHELL: Obsolete: do not use.
get_all_patterns(VOID_LIST&) method in class COEDGE: Obsolete: do not use.
get_all_patterns(VOID_LIST&) method in class EDGE: Obsolete: do not use.
get_all_patterns(VOID_LIST&) method in class WIRE: Obsolete: do not use.
get_all_patterns(VOID_LIST&) method in class LOOP: Obsolete: do not use.
get_all_patterns(VOID_LIST&) method in class FACE: Obsolete: do not use.
get_all_patterns(VOID_LIST&) method in class LUMP: Obsolete: do not use.
get_all_patterns(VOID_LIST&) method in class ENTITY: Obsolete: do not use.
get_allow_nonmanifold_stitch(tolerant_stitch_options*) global function
get_allow_same_uv() method in class skin_options: Returns the current value of the allow same uv option.
get_allow_void_shells() method in class tolerant_stitch_options: Returns the current value of allow_void_shells option.
get_alternate_stream() method in class BULLETIN_BOARD: Gets the history stream that the bulletin board needs to be in.
get_apex() method in class cone: Determines the apex of the cone if it is not a cylinder.
get_app_id() method in class MESH_MANAGER: Returns the application identification number of the mesh.
get_app_id() method in class ATTRIB_EYE_ATTACHED_MESH: Returns the application identification of this attribute.
get_approx_fit() method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Gets the value of the indicator of whether this is an exact or approximate fit curve.
get_approx_fit() method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Gets the value of the indicator of whether this is an exact or approximate fit surface.
get_approx_offset() method in class off_spl_sur: Is the approximation used to evaluate the surface or not.
get_arc_length() method in class skin_options: Returns the current value of the arc length option.
get_arc_length_u() method in class skin_options: Returns the current value of the arc length u option.
get_area() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the face area.
get_assembly_handle() method in class asm_model: Returns an entity handle for this model's assembly, if any.
get_assembly_ptr() method in class asm_model_entity_mgr: Returns a pointer to the entity manager's ASM_ASSEMBLY object, if any.
get_assembly_ptr_vf() method in class asm_model_entity_mgr: Returns a pointer to the assembly entity, if any, owned by this entity manager.
get_attrib(ENTITY*) method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
get_attrib(ENTITY*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Gets the entity-level attribute for the corresponding entity.
get_attrib(ENTITY*) method in class ATTRIB_HH_AGGR_STITCH: Gets the entity-level attribute for the corresponding entity.
get_attrib(ENTITY*) method in class ATTRIB_HH_AGGR_GEOMBUILD_BASE: Returns the entity-level attribute for the specified entity.
get_attrib_tag_callbacks_list() global function: Gets the global list of WCS callbacks.
get_auto_display() method in class PART_CONTEXT
get_aux_msg() method in class insanity_data: Gets the auxiliary message (with any parameters filled in) as a new string.
get_base_name() method in class pid_base: Returns the pid session user name for an ENTITY, or NULL if none exists.
get_bfaces() method in class glue_options: Returns the blank faces.
get_blank_ent() method in class IMPRINT_ANNOTATION: Returns the ATTRIB_TAG or EE_LIST for the blank entity.
get_blank_patches_strict_cover() method in class glue_options: Returns the current value of blank_patches_strict_cover flag.
get_blend_supports_max_angle() method in class defeature_options: Gets the value of the "blend_supoorts_max_angle".
get_blends_max_radius() method in class defeature_options: Gets the value of the "blends_max_radius".
get_blends_num_curvature_samples() method in class defeature_options: Gets the number of sample curvature points used for testing blends as Constant Radius or Variable Radius blends.
get_bool_type() method in class sweep_options: Returns the current bool_type option values.
get_bool_type() method in class tube_options: Returns the current bool_type.
get_boundary_constraint(EDGE*) method in class acovr_options: Returns the constraints of a boundary edge.
get_bounded_curve(EDGE*,logical) global function: Gets a bounded_curve from an EDGE.
get_box() method in class MESH: Return the bounding box (stub).
get_box() method in class INDEXED_MESH: Returns the bounding box of the mesh.
get_box() method in class POLYGON_POINT_MESH: Gets the POLYGON_POINT_MESH bounding box.
get_box() method in class SIMPLE_INDEXED_MESH: Returns the bounding box of the mesh.
get_callbacks() method in class PART: Returns a list of entity_callbacks for the part, which are invoked when the entities in the PART are affected.
get_center() method in class bounded_arc: Returns the center of this bounded_arc.
get_centroid() method in class mass_props: Returns the centroid (center of gravity).
get_chamfers_max_width() method in class defeature_options: Gets the value of the "chamfers_max_width".
get_check_remote_face_face_intersections() method in class lop_options: Gets the status of the check_remote_face_face_intersections flag.
get_check_status() method in class BULLETIN_BOARD: Returns the bulleting board check status, indicating whether the bulletin board has been checked or not, and the result of the checking.
get_clean_component_entity_handles() method in class asm_cleanup_options: Indicates whether component entity handles will be cleaned.
get_clean_component_handles() method in class asm_cleanup_options: Indicates whether component handles will be cleaned.
get_clean_entity_handles() method in class asm_cleanup_options: Indicates whether entity handles will be cleaned.
get_close_to_axis() method in class sweep_options: The sweep option close_to_axis allows a solid body to be created from a swept wire body.
get_closed() method in class skin_options: Returns the current value of the closed option.
get_closure() method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Gets the value of the indicator of whether this is a closed surface.
get_closure() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Gets the value of the loop closure indicator.
get_closure() method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Gets the value of the indicator of whether this is a closed curve.
get_coedge_details() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns a structure containing the parametric details and other information about the coedge.
get_coedge_details(hh_coedge_details&,hh_coedge_details&) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Gets the parametric details and other miscellaneous information related to the two underlying coedges.
get_coincident_face_partners(FACE const*,ENTITY_LIST&) method in class tolerant_stitch_options: Fills up the given ENTITY_LIST with all faces identified as coincident with the given face by the API api_stitch and api_stitch_nonmanifold under either SPASTITCH_COIN_SKIP mode or SPASTITCH_COIN_STITCH mode.
get_coincident_faces(ENTITY_LIST&) method in class tolerant_stitch_options: Fills up the given ENTITY_LIST with all faces identified as coincident by the API api_stitch and api_stitch_nonmanifold under either SPASTITCH_COIN_SKIP mode or SPASTITCH_COIN_STITCH mode.
get_collection_copy_behavior(void) method in class SPACOLLECTION: Get the copy behavior for a collection.
get_collection_empty_behavior(void) method in class SPACOLLECTION: Get the empty behavior for a collection.
get_collection_save_behavior(void) method in class SPACOLLECTION: Get the save behavior for a collection.
get_color() method in class polygon_vertex: Return the polygon vertex color.
get_com_cur(com_cur*) method in class pointer_map: Copies a com_cur, returning an unreferenced pointer.
get_conflict(int,EDGE*&,EDGE*&,acovr_conflict_type&) method in class acovr_options: Returns a description of the n-th constraint conflict.
get_connected() method in class tube_options: Returns the current get_connected option values.
get_constrained_boundaries(ENTITY_LIST&) method in class acovr_options: Retrieves the list of boundary edges.
get_continuity() method in class VBL_SURF: Returns the continuity at the surface boundaries.
get_continuity() method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Gets the value of the indicator of whether this is a continuous surface.
get_continuity() method in class acovr_edge_constraint: Returns the continuity level.
get_continuity() method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Gets the value of the indicator of whether this is a continuous curve.
get_convexity() method in class EDGE: Returns the convexity of this EDGE.
get_coords(int,double*&) method in class pattern: Obsolete: do not use.
get_copy_member_action(void) method in class SPACOLLECTION: Get the copy action for a collection.
get_copy_num() method in class pid_base: Returns the copy number of the ENTITY's identifier, or zero if none exists.
get_copy_owner_action(void) method in class ATTRIB: Get the current copy_owner action for this attribute.
get_count_flag() method in class asm_list_options
get_cur_seg() method in class IHL_OUTPUT_MANAGER: Gets the current segment which is newly allocated.
get_curr_tolerance() method in class TVERTEX
get_curr_tolerance() method in class TEDGE
get_curr_tolerance() method in class TVERTEX
get_current() method in class tk_list: Returns the current object from the list.
get_current_ds() method in class HISTORY_STREAM: Gets the current DELTA_STATE.
get_current_results() method in class ATTRIB_HH_AGGR_SHARP_EDGE: Returns the current option results.
get_current_state() method in class HISTORY_STREAM: Gets the current state.
get_curve() method in class TCOEDGE
get_curve(curve*) method in class pointer_map: Copies a curve, returning an unreferenced pointer.
get_curve_center(EDGE*,SPAposition&) global function: Gets the center of a circular or elliptical EDGE.
get_curve_quality() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Gets the indicator of underlying curve quality.
get_curves(int&,curve***) method in class skin_spl_sur: Returns the surface curves.
get_cut_end_off() method in class sweep_options: Gets whether the end is cut off or not.
get_default_constraint() method in class acovr_options: Returns a copy of the default constraint.
get_default_stream(logical) global function: Retrieves a default history stream, which may be necessary when initially creating a history of actions.
get_degeneracy() method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Gets the value of the indicator of whether this is a degenerate curve.
get_degeneracy() method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Gets the value of the indicator of whether this is a degenerate surface.
get_delta_state(STATE_ID&,STATE_ID&,DELTA_STATE*&) method in class HISTORY_STREAM: Retrieves the delta state matching the state parameters.
get_description() method in class insanity_sub_category: Return the textual description of this insanity_sub_category.
get_did_adaptive_offset() method in class off_spl_sur
get_disc_info() method in class intcurve: Returns read-only access to a discontinuity_info object, if there is one.
get_disc_info() method in class curve: Returns read-only access to a discontinuity_info object, if there is one.
get_disc_info(discontinuity_info&) method in class var_rad_functional: Get the discontinuities of the radius function.
get_disc_info(discontinuity_info&) method in class var_radius: Get the discontinuities of the radius function.
get_disc_info_u() method in class surface: Returns read-only access to a discontinuity_info object, if there is one, detailing discontinuities in u.
get_disc_info_u() method in class spline: Returns read-only access to the disc_info objects.
get_disc_info_v() method in class spline: Returns read-only access to the disc_info objects.
get_disc_info_v() method in class surface: Returns read-only access to a discontinuity_info object, if there is one, detailing discontinuities in v.
get_distance_law() method in class wire_offset_options: Returns the distance law.
get_do_curve_simplification() method in class hh_simplify_options: Returns the value of do_curve_simplification parameter.
get_do_surface_simplification() method in class hh_simplify_options: Returns the value of do_surface_simplification parameter.
get_draft() method in class sweep_spl_sur: Returns the draft law for the sweep.
get_draft_angle() method in class sweep_options: Gets the draft angle.
get_draft_hole() method in class sweep_options: Gets the draft hole option.
get_draft_hole_angle() method in class sweep_options: Gets the draft hole angle.
get_draft_law() method in class sweep_options: Gets the draft law.
get_draft_repair() method in class sweep_options: Gets the draft repair level.
get_dynamic_surtol() method in class REFINEMENT: Returns the dynamic surface tolerance.
get_edge_box(EDGE*,SPAtransf const*,logical,SPAbox*) global function: Returns the bounding box used for the edge.
get_edge_data() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE
get_edge_dist() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the maximum distance from the edges.
get_edges(int&) method in class generic_graph: Returns an array of graph edges that are part of the graph structure.
get_edges_meet() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the indicator of whether or not edges meet.
get_end() method in class ATTRIB_HH_ENT_STITCH_EDGE: Returns the original end position.
get_end_dir() method in class bounded_curve: Returns the end direction of this bounded_curve.
get_end_draft_dist() method in class sweep_options: Gets the end draft distance.
get_end_model() method in class component_handle: Returns the last model in the component's model reference path.
get_end_param() method in class bounded_curve: Returns the end parameter of this bounded_curve.
get_end_pt() method in class bounded_curve: Returns the end position of this bounded_curve.
get_end_tol() method in class curve_bounds
get_ent() method in class insanity_data: Gets ENTITY.
get_ent_code() method in class restore_def: Returns the integer identifier of objects of this class.
get_ent_name() method in class restore_def: Returns the string describing objects of this class.
get_entities(ENTITY_LIST&,entity_filter*) method in class PART: Gets a list of all top level entities in the PART that pass the given filter.
get_entities(ENTITY_LIST&,logical) method in class generic_graph: Lists all entities associated with all gedges and gvertexes of the graph.
get_entities_alive(ENTITY_LIST&) method in class entity_error_info: Adds all the alive entities that belong to this entity_error_info to the incoming ENTITY_LIST& entities.
get_entities_from_edge(ENTITY_LIST&) method in class generic_graph
get_entities_from_vertex(ENTITY_LIST&,logical) method in class generic_graph
get_entity() method in class entity_gvertex: Returns a pointer to the entity stored as data on the graph vertex.
get_entity() method in class gedge: Returns NULL.
get_entity() method in class gvertex: This returns a pointer to the entity that the graph vertex refers to.
get_entity_by_name(char*) method in class ANNOTATION: Returns a pointer to the ENTITY specified by the given name.
get_entity_callback_list() global function: Gets a global list of entity callbacks.
get_entity_from_tag(tag_id_type,outcome&) method in class HISTORY_STREAM: Returns the entity referred to by a given tag.
get_entity_handle(ENTITY const*) method in class asm_model: Returns the entity handle associated with an ENTITY.
get_entity_handles(entity_handle_list&) method in class asm_model: Returns all entity handles managed by the model

Role: Overwrites the input list of handles with a list of all entity handles managed by the model.
get_entity_id(int) method in class entity_error_info: Returns the unique tag_id_type (entity id) of the ENTITY at the given index.
get_entity_id_count() method in class entity_error_info: Returns the number of entity ids, both alive and dead, that are referred to by this entity_error_info.
get_entity_mgr_factory() method in class asm_restore_options
get_error_id() method in class ERROR_ENTITY: Returns the error number associated with entities.
get_error_info() method in class outcome: Returns a pointer to the fatal error information of this outcome.
get_error_info_entity_id_count(error_info*) global function: Gets the count of entity ids, dead or live, that are referred to by the given error_info object.
get_error_info_list(error_info_list&) method in class outcome: Adds into the incoming list error_info_list& errors, all the error_info objects that are stored by this outcome object, including the fatal one that is returned by outcome::get_error_info().
get_error_mess() method in class ATTRIB_BLEND: The blend attribute can record an error.
get_error_msg(err_mess_type,ATTRIB_BLEND*&) method in class blend1_data: Returns the first non-zero error message found, or the default provided by the caller.
get_error_msg(err_mess_type) method in class blend1_data: Returns the first non-zero error message found, or the default provided by the caller.
get_estimate_loft_tanfacs() method in class skin_options: Returns the current value of the estimate loft tangent factors option.
get_eval_version() method in class blend_spl_sur
get_face_area() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the face area status indicator.
get_face_box(FACE*,SPAtransf const*,logical,SPAbox*) global function: Returns the bounding box for the given face.
get_face_dist() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the maximum distance from the faces.
get_face_mov_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the tolerance for movement of the face.
get_face_narrow() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the face width status indicator.
get_failed_feature(int,ENTITY_LIST&,defeature_feature_type&) method in class defeature_options: This returns the face list and feature type.
get_feature(int,ENTITY_LIST&,defeature_feature_type&) method in class defeature_options: This returns the face list and feature type.
get_file_name() method in class AcisJournal: This method is used to retrieve the scheme and SAT file name stored in this object.
get_final_surf_check() method in class acovr_options: Returns whether or not advanced covering checks the correctness of candidate covering surfaces.
get_first_model_ref() method in class component_handle: Returns a handle for the first model reference in the component's model reference path.
get_first_node(MESH_NODE&) method in class SEQUENTIAL_MESH: Get the first node node (point of coincident vertices) of a mesh.
get_first_node(MESH_NODE&) method in class LINKED_MESH
get_first_node(MESH_NODE&) method in class INDEXED_MESH
get_first_polygon(MESH_POLYGON&) method in class SEQUENTIAL_MESH: Gets the first polygon (facet) in the mesh.
get_first_polygon(MESH_POLYGON&) method in class LINKED_MESH
get_first_polygon(MESH_POLYGON&) method in class INDEXED_MESH
get_first_polynode(MESH_POLYGON&,MESH_POLYNODE&) method in class INDEXED_MESH
get_first_polynode(MESH_POLYGON&,MESH_POLYNODE&) method in class LINKED_MESH
get_first_polynode(MESH_POLYGON&,MESH_POLYNODE&) method in class SEQUENTIAL_MESH: Given a handle to a polygon, get the handle of the first polynode of that polygon.
get_fix_body_orientation() method in class edge_tolstitch_options: Returns the value for fix_body_orientation.
get_flags() method in class PART: Gets the PART flags.
get_flattening() method in class acovr_options: Returns the value of the flattening parameter.
get_force_heal() method in class ATTRIB_HH_AGGR_GEOMBUILD
get_from_tolerant_owner_action(void) method in class ATTRIB: Get the current from_tolerant_owner action for this attribute.
get_full_curve() method in class bounded_curve: Returns a copy of this bounded_curve, unsubsetted.
get_gap(acovr_tol_type) method in class acovr_gap_report: Returns the value of the specified gap (position, tangent, or curvature).
get_gap_ent() method in class SPLIT_ANNOTATION
get_gap_type() method in class wire_offset_options: Returns the gap filling type.
get_gap_type() method in class sweep_options: Gets the gap type.
get_gap_type() method in class skin_options: Returns the gap filling type.
get_gaps() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Gets the value of the coedge gaps indicator.
get_geomchanged_member_action(void) method in class SPACOLLECTION: Get the geometry changed action for a collection.
get_geometric_derivatives(SPAvector*,SPAvector*,int) global function
get_grading_mode() method in class REFINEMENT: Returns the grading.
get_grid_aspect_ratio() method in class REFINEMENT: Returns the grid aspect ratio.
get_grid_mode() method in class REFINEMENT: Returns the grid handling mode.
get_guide_constraint_preference() method in class skin_options: Returns the current value of the guide curve constraint option.
get_guide_curves(ENTITY_LIST&) method in class acovr_options: Retrieves the edges defining the guide curves.
get_guide_points(ENTITY_LIST&) method in class acovr_options: Retrieves the vertices defining the guide points.
get_guide_tol(ENTITY*) method in class acovr_options: Returns the G0 tolerance for the guide point (vertex) or guide curve (edge).
get_guide_tol() method in class skin_options: Get virtual guide tolerance.
get_hidden_line_style() method in class phlv5_options: Gets the current hidden line style.
get_history_index(HISTORY_STREAM*) method in class PART: Gets the index for the history stream.
get_history_vf() method in class asm_model_entity_mgr: Returns a pointer to the history stream associated with the entity manager.
get_hold_state() method in class asm_list_options
get_hole_max_diameter() method in class defeature_options: Gets the value of the "hole_max_diameter".
get_ic_global_cache_statistics(gcmgr_stats*) global function: Gets the global cache manager statistics for int_cur cache objects.
get_id() method in class ID_ATTRIB: Returns the identifier.
get_index() method in class pid_base: Returns the index of the eight character session user identifier, or zero if none exists.
get_index(double*) method in class pattern: Obsolete: do not use.
get_inertia() method in class mass_props: Returns the inertia tensor.
get_initial_face() method in class acovr_options: Returns a pointer to the initial_face.
get_insane_id() method in class insanity_data: Gets insane_id.
get_int_cur() method in class intcurve: Returns the fit tolerance, but should not be used unless absolutely necessary.
get_int_cur(int_cur*) method in class pointer_map: Copies an int_cur, returning an unreferenced pointer.
get_internalCoedgeList() method in class AcisSLInterface: Returns the list of internal coedges.
get_intersect(FACE*) method in class ATTRIB_EFINT: Finds the intersection list for a given face.
get_intersection_list() method in class ERROR_ENTITY: Returns the intersection list between the two entities.
get_journal() method in class AcisOptions: This method returns the AcisJournal value.
get_keep() method in class pattern: Obsolete: do not use.
get_keep_branches() method in class tube_options: Returns the current keep_branches option values.
get_keep_branches() method in class sweep_options: Gets whether or not branches are kept.
get_keep_law() method in class tube_options: Returns the current keep_law option values.
get_keep_law() method in class sweep_options: Gets the keep law.
get_keep_minimum_topology() method in class wire_offset_options: Returns the current value of the keep_minimum_topology option.
get_keep_start_face() method in class sweep_options: Gets whether the face used in the sweep is kept available after the sweep or not.
get_kept_faces(ENTITY_LIST&) method in class defeature_options: Returns a list of faces that were kept and not removed by the feature removal.
get_kind_size() method in class gedge: Returns the size of the kind array.
get_kind_size() method in class gvertex: Returns the size of the kind array.
get_law(law*) method in class base_pointer_map: Returns a referenced pointer, original, or copy, to the law.
get_law_data(law_data*) method in class base_pointer_map: Returns a referenced pointer, original, or copy, to the law_data.
get_laws(int&,law**&) method in class skin_spl_sur: Returns a list of laws used by the skin_spl_sur.
get_leaves(int&) method in class generic_graph: Gets a list of all the gvertexes with exactly one gedge (leaves of the tree).
get_left_spring() method in class blend_spl_sur
get_left_spring_crvGeom(int,int*,double*) method in class blend_spl_sur
get_len() method in class ATTRIB_HH_ENT_STITCH_EDGE: Returns the original length.
get_length() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Gets the length of the edge.
get_level() method in class mass_props_options: Returns an indicator of the mass properties to be calculated.
get_level_used() method in class mass_props: Returns the level used in the object's calculation.
get_line_from_points(int,SPAposition*,SPAposition&,SPAunit_vector&) global function: Given an array of positions, tries to find a line on which they all lie.
get_list() method in class pattern: Obsolete: do not use.
get_list_size() method in class pattern: Obsolete: do not use.
get_log_info() method in class spa_unlock_result: Gets the logged info for debugging purposes.
get_log_list() method in class ATTRIB_HH_ENT: Returns the log list.
get_logging() method in class HISTORY_STREAM: Returns the stream specific application logging value.
get_logging_level() method in class HISTORY_STREAM: The logging level is the number of api_begin calls minus the number of api_end calls, and represents the current nesting of api calls.
get_lolo_inter() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the loop/loop intersection indicator.
get_loop_inter() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the loop self-intersection indicator.
get_loop_type(LOOP*) method in class LOOP
get_loops() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the loop quality indicator.
get_lop_change_owner_action(void) method in class ATTRIB: Get the current lop_change_owner action for this attribute.
get_major_axis() method in class bounded_arc: Returns the major axis of this bounded_arc.
get_major_version() global function: Returns the major version number of the ACIS executable.
get_mapping() method in class VERTEX_TEMPLATE: Gets the parameter mapping for the VERTEX_TEMPLATE.
get_match_vertices() method in class skin_options: Returns the current value of the match vertices option.
get_max_edge_length() method in class REFINEMENT: Returns the maximum allowable size of an edge of a facet.
get_max_gap() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Gets the maximum gap.
get_max_grid_lines() method in class REFINEMENT: Returns the maximum allowable number of grid lines for a refinement.
get_max_radius() method in class hh_simplify_options: Returns the value of Max curve radius.
get_max_radius() method in class var_radius: Returns the maximum radius.
get_max_radius() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the maximum permissible radius of a circle to which a curve can be simplified.
get_max_spans() method in class acovr_options: Returns the specified maximum number of spans.
get_max_stitch_tol() method in class tolerant_stitch_options: Returns the value of the maximum stitch tolerance parameter set by tolerant_stitch_options::set_max_stitch_tol().
get_max_stitch_tol() method in class edge_tolstitch_options: Returns the value of the maximum stitch tolerance parameter set by edge_tolstitch_options::set_max_stitch_tol().
get_meet_dist() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the maximum distance between the edges.
get_merge() method in class tube_options: Returns the current merge option values.
get_merge_member_action(void) method in class SPACOLLECTION: Get the merge action for a collection.
get_merge_owner_action(void) method in class ATTRIB: Get the current merge_owner action for this attribute.
get_merge_type() method in class sweep_options: Gets the merge type.
get_merge_type() method in class BoolOptions: Queries the merge type.
get_merge_wirecoedges() method in class skin_options: Returns the current value of the merge wire coedges option.
get_mesh() method in class ATTRIB_EYE_ATTACHED_MESH: Returns the mesh of this attribute.
get_mesh_const() method in class ATTRIB_EYE_ATTACHED_MESH: Returns the mesh constant of this attribute.
get_message() method in class insanity_data: Gets the error or insanity message.
get_message_no() method in class spa_unlock_result: Gets the error or warning message number.
get_message_text() method in class spa_unlock_result: Gets a text message associated with the error or warning message number.
get_mgr() method in class ASM_ASSEMBLY: Returns the entity manager which manages this assembly.
get_min_radius() method in class var_radius: Returns the minimum radius.
get_min_u_grid_lines() method in class REFINEMENT: Returns the minimum number of u grid lines set.
get_min_v_grid_lines() method in class REFINEMENT: Returns the minimum number of v grid lines set.
get_minor_version() global function: Returns the minor version number of the ACIS executable.
get_miter_amount() method in class sweep_options: Gets the miter amount.
get_miter_type() method in class sweep_options: Gets the miter type.
get_mode(void) method in class SPAboxing_options: Retrieves the current boxing mode.
get_model() method in class asm_model_entity_mgr: Returns the asm_model associated with this entity manager.
get_model_info() method in class asm_model: Returns a structure containing information about the model

Role: This routine is used to query the model for information about itself which is to be saved to an ASAT file.
get_model_info_vf() method in class asm_model_entity_mgr: Returns a structure containing information about the associated assembly model.
get_model_name() method in class asm_model_info: Returns the model's name.
get_model_ref_path(entity_handle_list&) method in class component_handle: Returns a list of handles for the component's entire model reference path.
get_model_ref_path_element(int) method in class component_handle: Returns a handle for the ii'th model reference in the component's model reference path.
get_model_ref_path_length() method in class component_handle: Returns the length of the component's model reference path.
get_models_which_share_history_vf(asm_model_list&) method in class asm_model_entity_mgr: Returns a list of all models that share the manager's history stream (including the manager's model).
get_msh_sur(msh_sur*) method in class pointer_map: Copies a msh_sur, returning an unreferenced pointer.
get_name() method in class NAMED_ATTRIB: Gets the name of the attribute.
get_name() method in class DELTA_STATE: Returns a name string of the DELTA_STATE.
get_narrow() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the face width.
get_new_ent() method in class IMPRINT_ANNOTATION
get_new_ent() method in class SPLIT_ANNOTATION
get_new_evaluator_curve_tolerance() method in class blend_spl_sur
get_next() method in class SIMPLE_INDEXED_MESH: Returns the next simple indexed mesh.
get_next() method in class subtrans_object: Returns the next object in the list.
get_next_coincident_face_cluster() method in class tolerant_stitch_options: Returns the next cluster.
get_next_node(MESH_NODE&) method in class LINKED_MESH
get_next_node(MESH_NODE&) method in class INDEXED_MESH
get_next_node(MESH_NODE&) method in class SEQUENTIAL_MESH: Given a handle to a node, return the next node (point of coincident vertices) in the mesh.
get_next_part(int&) global function: Gets the next PART with an ID that is greater than or equal to the next_id.
get_next_polygon(MESH_POLYGON&) method in class SEQUENTIAL_MESH: Given a valid handle to a polygon, this gets the next polygon (facet) in the mesh.
get_next_polygon(MESH_POLYGON&) method in class LINKED_MESH
get_next_polygon(MESH_POLYNODE&,MESH_POLYGON&) method in class LINKED_MESH
get_next_polygon(MESH_POLYGON&) method in class INDEXED_MESH
get_next_polygon(MESH_POLYNODE&,MESH_POLYGON&) method in class SEQUENTIAL_MESH: Given a handle to a polynode of a polygon, this gets the next polygon (facet) in the mesh.
get_next_polygon(MESH_POLYNODE&,MESH_POLYGON&) method in class INDEXED_MESH
get_next_polynode(MESH_POLYNODE&) method in class LINKED_MESH
get_next_polynode(MESH_POLYNODE&) method in class INDEXED_MESH
get_next_polynode(MESH_POLYNODE&) method in class SEQUENTIAL_MESH: Given a handle to a polynode, get the handle of the next polynode in that polygon.
get_next_tag() method in class BASE_TAG_MANAGER: Returns the next available tag array index.
get_nnode() method in class SIMPLE_INDEXED_MESH: Returns the node count.
get_no_new_twist_vertices() method in class skin_options: Returns the current value of the no new twist option.
get_no_twist() method in class skin_options: Returns the current value of the no twist option.
get_node_index(MESH_POLYNODE&) method in class INDEXED_MESH
get_node_index(MESH_POLYNODE&) method in class SEQUENTIAL_MESH: Given a handle to a polynode, return the index of the node (point of coincident vertices) in the mesh.
get_non_trivial() method in class glue_options: Returns the current value of non_trivial flag.
get_normal() method in class polygon_vertex: Return the normal polygon vertex.
get_normal(MESH_NODE&) method in class SEQUENTIAL_MESH: Given a handle to a node, return the normal vector of the point.
get_normal(MESH_NODE&) method in class LINKED_MESH
get_normal() method in class bounded_arc: Returns the unit-vector normal to this bounded_arc.
get_normal(MESH_POLYNODE&) method in class INDEXED_MESH
get_normal(int) method in class INDEXED_MESH: Gets the normal at a node.
get_normal(MESH_NODE&) method in class INDEXED_MESH
get_normal(MESH_POLYNODE&) method in class LINKED_MESH
get_normal() method in class bounded_curve: Returns the vector normal to this bounded_curve.
get_normal(int) method in class SIMPLE_INDEXED_MESH: Returns the normal (x,y,z) stored at node.
get_normal(MESH_POLYNODE&) method in class SEQUENTIAL_MESH: Given a handle to a polynode, return the normal vector of the vertex.
get_normal_tol() method in class REFINEMENT: Returns the normal tolerance, which is the maximum difference between any two normals of facet.
get_npoly() method in class SIMPLE_INDEXED_MESH: Returns the polygon count.
get_npolynode(int) method in class SIMPLE_INDEXED_MESH: Returns the number of nodes on polygon.
get_num_coi_faces() method in class glue_options: Returns the number of coincident faces.
get_num_conflicts() method in class acovr_options: Returns the number of constraint conflicts found.
get_num_days() method in class spa_unlock_result: Gets the number of days until expiration.
get_num_failed_features() method in class defeature_options: This returns the number of failed features.
get_num_features() method in class defeature_options: This returns the number of recognized features.
get_num_node() method in class INDEXED_MESH
get_num_node() method in class SEQUENTIAL_MESH: Returns the total number of points of all facets (count of MESH_NODEs).
get_num_node() method in class LINKED_MESH
get_num_polygon() method in class SEQUENTIAL_MESH: Returns the number of polygons (facets).
get_num_polygon() method in class INDEXED_MESH: Returns the number of polygon on mesh.
get_num_polygon() method in class LINKED_MESH
get_num_polynode() method in class SEQUENTIAL_MESH: Returns the number of points of a facets (count of MESH_POLYNODEs).
get_num_polynode(MESH_POLYGON&) method in class LINKED_MESH
get_num_polynode(MESH_POLYGON&) method in class SEQUENTIAL_MESH: Returns the number of vertices in a polygon (facet).
get_num_polynode(MESH_POLYGON&) method in class INDEXED_MESH
get_num_polynode() method in class INDEXED_MESH: Returns the number of polynodes on mesh.
get_num_polynode() method in class LINKED_MESH
get_num_vertex() method in class INDEXED_MESH: Returns the number of vertices on mesh.
get_number_of_coincident_face_clusters() method in class tolerant_stitch_options: Returns the number of coincident face clusters that got identified during stitching.
get_off_face() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Gets the value of the maximum distance off the face.
get_offset_distance() method in class off_spl_sur: Returns the offset distance from the surface.
get_old_ent() method in class SPLIT_ANNOTATION: Return the ATTRIB_TAG or EE_LIST for the old entity that is split.
get_on_edges() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the indicator of whether or not the vertex is on the edges.
get_on_face() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Gets the value of the "on face" indicator.
get_on_face() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Gets the value of "on the face" indicator, on_face.
get_on_faces() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the indicator of whether or not the vertex is on the faces.
get_one_sided_sheet_opt() method in class mass_props_options: Returns an indicator of the way in which voids and open, one-sided sheets will be treated.
get_only_from() method in class tube_options: Returns the current only_from option values.
get_option_list() global function: Returns pointer to the head of the option list.
get_order(gvertex const*) method in class generic_graph: Once a graph has been ordered, the order of a vertex may be found by calling the get_order method.
get_oriented() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Gets the value of the loop orientation indicator.
get_original_old_entity_from_splits(ENTITY*) global function
get_overlap() method in class wire_offset_options: Returns the current value of the overlap option.
get_owner(int) method in class ERROR_ENTITY: Returns a pointer to specified owning entity.
get_owner_body() method in class ATTRIB_HH_ENT: Returns the pointer to the owning body.
get_owners(ENTITY_LIST&) method in class PCURVE: Copies the list of owners of this CURVE to the list argument.
get_owners(ENTITY_LIST&) method in class APOINT: Copies the list of owners of this APOINT to the list argument.
get_owners(ENTITY_LIST&) method in class SURFACE: Copies the list of owners of this SURFACE to the list argument.
get_owners(ENTITY_LIST&) method in class CURVE: Copies the list of owners of this CURVE to the list argument.
get_owning_model() method in class component_entity_handle: Returns the model which owns the component entity, which is also the start model for the component's model reference path.
get_owning_model() method in class entity_handle: Returns a pointer to the asm_model which owns this handle.
get_owning_model() method in class component_handle: Returns the model which owns the component, which is also the start model for the component's model reference path.
get_p_axes(SPAunit_vector[3]) method in class mass_props: Returns the principal axes.
get_p_curve() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Gets the value of pcurve status indicator, p_curve.
get_p_curve_max_dist() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Gets the value of maximum distance of the pcurve from the edge.
get_p_moments(double[3]) method in class mass_props: Returns the principal moments.
get_page_file_name() global function: Get the page file name.
get_page_statistics() global function: Get the page system statistics.
get_page_system_state() global function: Get the page system state.
get_par_cur(par_cur*) method in class pointer_map: Copies a par_cur, returning an unreferenced pointer.
get_par_pos(MESH_POLYNODE&) method in class SEQUENTIAL_MESH: Given a handle to a polynode, return the 2D parametric position of the vertex.
get_par_pos(MESH_NODE&) method in class SEQUENTIAL_MESH: Given a handle to a node, return the 2D parametric position of the point.
get_par_pos(MESH_NODE&) method in class LINKED_MESH
get_par_pos(SPApar_pos&) method in class insanity_data: Sets uv to the related surface parameter position for the error, if relevant.
get_par_pos(MESH_POLYNODE&) method in class LINKED_MESH
get_par_pos(MESH_POLYNODE&) method in class INDEXED_MESH
get_par_pos(MESH_NODE&) method in class INDEXED_MESH
get_par_pos_mapped_01(SPApar_pos&,SPApar_pos&) method in class SEQUENTIAL_MESH: Convert the parametric positions, mapped from zero to one.
get_par_pos_mapped_01(SPApar_pos&,SPApar_pos&) method in class INDEXED_MESH
get_par_pos_mapping_01() method in class INDEXED_MESH
get_par_pos_mapping_01() method in class SEQUENTIAL_MESH: Return whether the mapping of the parametric postions have been convert to a range from zero to one.
get_par_pos_surface(SPApar_pos&,SPApar_pos&) method in class SEQUENTIAL_MESH: Convert the parametric positions, not mapped from zero to one, but reflecting true values on the surface.
get_par_pos_surface(SPApar_pos&,SPApar_pos&) method in class INDEXED_MESH
get_param_range() method in class EDGE: Returns the parameter range of this EDGE.
get_parameter() method in class AF_POINT: Get the parmater (t value of the curve) corresponding to the 3d position of this AF_POINT.
get_parameter_data(VERTEX_TEMPLATE*,parameter_token,NODE_DATA_CELL_TYPE*) method in class POLYGON_VERTEX: Gets the parameter data of the node and returns it in the array.
get_parameter_data(VERTEX_TEMPLATE*,parameter_token,NODE_DATA_CELL_TYPE*) method in class polygon_vertex: Gets the parameter data of the node and returns it in the array.
get_parameter_tolerance(double,double) method in class bounded_curve: Returns a tolerance to use when determining whether two parameter values evaluate to the same position.
get_part() method in class acis_pm_entity_mgr: Gets the PART bound to this entity manager.
get_part() method in class ID_ATTRIB: Returns the part to which the entity belongs.
get_part(ENTITY*) global function: Gets the PART for the specified ENTITY.
get_part_context(ENTITY*) global function: Gets the PART_CONTEXT from an ENTITY.
get_part_delete_flag() method in class entity_callback_list: Gets the part delete flag.
get_part_from_list() method in class acis_pm_entity_mgr_factory
get_part_id() method in class PART: Gets the ID of this PART.
get_partner() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Gets the value of partner indicator, partner.
get_patch_and_face_cover() method in class glue_options: Returns the current value of patch_and_face_cover flag.
get_path() method in class off_spl_sur: Returns the path used for the offset.
get_path() method in class cone: Returns the sweep path for a cone.
get_path() method in class plane: Gets the curve used as a sweeping path.
get_path() method in class sweep_spl_sur: Returns the sweep path curve.
get_path() method in class rot_spl_sur: Returns the path used for the rotation.
get_path() method in class spl_sur: Returns the sweep path curve for this spl_sur.
get_path() method in class surface: Returns the sweep path curve for this surface.
get_path() method in class spline: Returns the sweep path curve for this spline.
get_path() method in class sum_spl_sur: Returns the sweep path curve.
get_path() method in class torus: Returns the sweep path for this surface.
get_path_type() method in class spl_sur: Returns the sweep path type for this spl_sur.
get_path_type() method in class plane: Gets the type of sweeping path used for sweeping a plane.
get_path_type() method in class cone: Returns the sweep path type for a cone.
get_path_type() method in class rot_spl_sur: Returns the path type used used for the rotation operation.
get_path_type() method in class off_spl_sur: Returns the path type used used for the sweep operation.
get_path_type() method in class torus: Returns the sweep path type for this surface.
get_path_type() method in class surface: Returns the sweep path type for this surface.
get_path_type() method in class spline: Returns the sweep path type for this spline.
get_path_type() method in class sum_spl_sur: Returns the sweep path type.
get_path_type() method in class sweep_spl_sur: Returns the sweep path type.
get_pattern_holder(logical) method in class ENTITY: Obsolete: do not use.
get_pattern_owner() method in class ENTITY: Obsolete: do not use.
get_pause_after_recognize() method in class defeature_options
get_pcurve(pcurve*) method in class pointer_map: Copies a pcurve, returning an unreferenced pointer.
get_periodic() method in class skin_options: Returns the current value of the periodic option.
get_perpendicular() method in class skin_options: Returns the current value of the perpendicular option.
get_plane_from_non_planar_points(int,SPAposition*,SPAposition&,SPAunit_vector&) global function: Given an array of positions, uses a least-squares algorithm to find the best-fit plane.
get_plane_from_points(int,SPAposition*,SPAposition&,SPAunit_vector&) global function: Given an array of positions, tries to find a plane on which they all lie.
get_plane_from_points(SPAposition&,SPAposition&,SPAposition&,SPAposition&,SPAunit_vector&) global function: Gets a plane defined by 3 positions.
get_plane_info(SPAposition&,SPAvector&) method in class mass_props_options: Returns a position and normal vector defining the projection plane to be used in calculating mass properties.
get_plane_normal() method in class wire_offset_options: Returns the current value of the plane normal option.
get_plane_normal() method in class acovr_options: Returns the current value of the plane_normal parameter.
get_point_version() global function: Returns the point version number of the ACIS executable.
get_points_on_curve(int) method in class curve_law: Returns a list of points on the curve.
get_polygon(MESH_POLYNODE&,MESH_POLYGON&) method in class LINKED_MESH
get_polygon(int) method in class INDEXED_MESH: Gets the pointer to a polygon.
get_polynode(int,int) method in class SIMPLE_INDEXED_MESH: Returns the global node index of the ith node of a polygon.
get_polynode_array(int,int*&,int&) method in class SIMPLE_INDEXED_MESH: Returns node indices of polygon.
get_portion_end() method in class sweep_options: Gets the end portion of the curve used for sweeping.
get_portion_start() method in class sweep_options: Gets the start portion of the curve used for sweeping.
get_pos_gap() method in class acovr_gap_report: Returns the position gap.
get_pos_tol() method in class acovr_edge_constraint: Returns the position gap tolerance value.
get_position(MESH_POLYNODE&) method in class SEQUENTIAL_MESH: Given a handle to a polynode, return the 3D position of the vertex.
get_position(MESH_NODE&) method in class SEQUENTIAL_MESH: Given a handle to a node, return the 3D position of the point.
get_position(MESH_NODE&) method in class LINKED_MESH
get_position(int) method in class INDEXED_MESH: Gets the pointer to a polygon.
get_position(MESH_POLYNODE&) method in class LINKED_MESH
get_position() method in class polygon_vertex: Return the position.
get_position(MESH_NODE&) method in class INDEXED_MESH
get_position(MESH_POLYNODE&) method in class INDEXED_MESH
get_position() method in class AF_POINT: Get the 3D position of this AF_POINT.
get_position(int) method in class SIMPLE_INDEXED_MESH: Returns the position (x,y,z) of the ith node.
get_postprocess_stitch() method in class skin_options: Returns the current value of the postprocess stitch option.
get_profile(double) method in class rot_spl_sur: Returns sweep information for the curve.
get_profile(double) method in class surface: Returns the sweep profile on this surface.
get_profile(double) method in class spl_sur: Returns the sweep profile curve for this spl_sur.
get_profile(double) method in class torus: Returns the sweep information for this surface.
get_profile(double) method in class sum_spl_sur: Returns the sweep profile on the sum_spl_sur, which is the u-curve.
get_profile(double) method in class cone: Returns the v parameter line sweep information for the cone.
get_profile(double) method in class sweep_spl_sur: Evaluates the curve at the given parameter location.
get_profile(double) method in class spline: Returns the sweep profile curve for this spline.
get_progenitor() method in class off_spl_sur: Returns the progenitor (the surface being offset).
get_property_owning_model() method in class asm_property_options
get_quality() method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Returns the curve quality based on values set in the attribute.
get_quality() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns the face quality based on values set in the attribute.
get_quality() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Returns the vertex quality based on values set in the attribute.
get_quality() method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Returns the surface quality based on values set in the attribute.
get_quality() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns the coedge quality based on values set in the attribute.
get_quality() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the edge quality based on values set in the attribute.
get_quality() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Returns the loop quality based on values set in the attribute.
get_radius() method in class bounded_arc: Returns the radius of this bounded_arc.
get_radius_ratio() method in class bounded_arc: Returns the radius ratio of this bounded_arc.
get_rail() method in class cone: Returns the rail law for the sweep path for a cone.
get_rail() method in class surface: Returns the rail law for this swept surface.
get_rail() method in class torus: Returns the rail law for this swept surface.
get_rail() method in class spl_sur: Returns the sweep rail law for this spl_sur.
get_rail() method in class sum_spl_sur: Returns the rail law for the sum_spl_sur.
get_rail() method in class spline: Returns the sweep rail law for this spline.
get_rail() method in class off_spl_sur: Returns the rail used for profile orientation in the sweep operation.
get_rail() method in class sweep_spl_sur: Returns a pointer to the sweep rail law.
get_rail() method in class plane: Returns the sweeping rail for the plane.
get_rail() method in class rot_spl_sur: Returns the rail used for profile orientation in the rotation operation.
get_rail_law(int) method in class sweep_options: Gets the rail laws used.
get_rail_num() method in class sweep_options: Gets the number of rail laws used.
get_range() method in class bounded_curve: Returns the parameter range of this bounded_curve.
get_recognize_blends() method in class defeature_options: Gets the status of the "recognize_blends" flag.
get_recognize_chamfers() method in class defeature_options: Gets the status of the "recognize_blends" flag to the default value of TRUE.
get_recognize_holes() method in class defeature_options: Gets the status of the "recognize_holes" flag.
get_recognize_sphericalholes() method in class defeature_options: Gets the status of the "recognize_spherical_holes" flag.
get_rel_accy_vol_achieved() method in class mass_props: Returns the relative accuracy of the calculated volume.
get_rep_owner_geom_action(void) method in class ATTRIB: Get the current replace_owner_geometry action for this attribute.
get_repair_self_int() method in class lop_options: Gets the status of the repair self-intersections flag.
get_replace_member_action(void) method in class SPACOLLECTION: Get the replace action for a collection.
get_replace_owner_action(void) method in class ATTRIB: Get the current replace_owner action for this attribute.
get_req_rel_accy() method in class mass_props_options: Returns the desired relative accuracy for mass property calculations.
get_request() method in class asm_get_options
get_resabs() global function: Gets the SPAresabs resolution.
get_resabs() method in class asm_model: Returns the positional tolerance associated with a model

Role: This routine is used to query the model for the value of SPAresabs used for entities within the model.
get_resfit() global function: Gets the SPAresfit resolution.
get_resmch() global function: Gets the resmch resolution.
get_resnor() method in class asm_model: Returns the angular tolerance associated with a model

Role: This routine is used to query the model for the value of SPAresnor used for entities within the model.
get_resnor() global function: Gets the SPAresnor resolution.
get_resolution() method in class phlv5_options: Gets the resolution.
get_restore_file() method in class asm_restore_options
get_restore_routine() method in class restore_def: Returns a pointer to the routine to restore objects of this class.
get_reverse_owner_action(void) method in class ATTRIB: Get the current reverse_owner action for this attribute.
get_right_spring() method in class blend_spl_sur
get_right_spring_crvGeom(int,int*,double*) method in class blend_spl_sur
get_rigid() method in class sweep_options: Gets whether this is a rigid sweep or not.
get_rigid_twist_normal() method in class sweep_options
get_roll_callback_list() global function: Gets a list of roll callbacks.
get_root_ds() method in class HISTORY_STREAM: Retrieves the root DELTA_STATE.
get_root_transf() method in class pattern: Obsolete: use api_pattern_query_root_transformation instead.
get_rot_tol() method in class ATTRIB_HH_AGGR_ANALYTIC: Returns the rotation tolerance value.
get_sag_resolution() method in class phlv5_options: Gets the sag resolution.
get_save_factory() method in class asm_save_options
get_save_spine() method in class blend_spl_sur
get_savres_file() global function: Gets the file interface object corresponding to the current SAT file.
get_scale() method in class pattern: Obsolete: do not use.
get_scale() method in class sweep_spl_sur: Returns a pointer to the sweep scale law.
get_scale_law() method in class sweep_options: Gets the scale law.
get_scale_tol() method in class ATTRIB_HH_AGGR_ANALYTIC: Returns the scale tolerance value.
get_scheme_error_callback_list() global function: Gets a global list of scheme error callbacks.
get_self_calibrate() method in class phlv5_options: Gets the self-calibration option.
get_self_int_test() method in class sweep_options: Gets the type of self-intersection test.
get_self_int_test() method in class skin_options: Returns the current value of the self intersection test option.
get_selfint() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Gets the value of the loop self-intersection indicator.
get_selfint() method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Gets the value of the indicator of whether this is a self-intersecting curve.
get_selfint() method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Gets the value of the indicator of whether this is a self-intersecting surface.
get_sense() method in class bounded_arc: Returns the sense of this bounded_arc.
get_sensible_edge_box(EDGE*,SPAtransf const*,logical,SPAbox*) global function
get_sensible_loop_box(LOOP*,SPAtransf const*,logical,SPAbox*) global function
get_seq_polygon(int,seq_polygon&) method in class SEQUENTIAL_MESH: This is intended to support older algorithms that were using an INDEXED_MESH.
get_seq_polygon(int,seq_polygon&) method in class INDEXED_MESH
get_share_info(MESH_POLYGON&) method in class LINKED_MESH
get_share_info() method in class indexed_polygon: Gets the share information from the indexed polygon.
get_share_info(MESH_POLYGON&) method in class SEQUENTIAL_MESH: Return the index of the shared edge between this polygon and the previous polygon.
get_share_info(MESH_POLYGON&) method in class INDEXED_MESH
get_sheet_thickness() method in class mass_props_options: Returns the thickness to be associated with sheets in mass property calculations.
get_side(SPAunit_vector&,SPAposition&) method in class bounded_curve: Determines which side of this bounded_curve a given point is on, relative to a plane defined by a unit-vector normal.
get_simplification_tol() method in class hh_simplify_options: Returns the value of simplification tol.
get_simplify() method in class skin_options: Returns the current value of the simplify option.
get_simplify() method in class sweep_options: Gets whether or not simplification is done.
get_single_face_patch() method in class glue_options: Returns the current value of single_face_patch flag.
get_smooth_cosine() method in class phlv5_options: Gets the cosine of the angle between the two edges.
get_smooth_g0_vertices() method in class skin_options: get smooth g0 vertices angle (in radians).
get_solid() method in class skin_options: Returns the current value of the solid option.
get_solid() method in class sweep_options: Gets whether or not a solid is requested to be created.
get_specific_mov_tol(ENTITY_LIST) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the edge tolerance if the input edge was excluded from its neighbors.
get_spine() method in class blend_spl_sur
get_spine_crvGeom(int,int*,double*) method in class rb_blend_spl_sur
get_spine_crvGeom(int,int*,double*) method in class blend_spl_sur
get_spl_sur(spl_sur*) method in class pointer_map: Copies a spl_sur, returning an unreferenced pointer.
get_spl_sur() method in class spline: Returns defining spline surface and should only be used when absolutely necessary.
get_split_member_action(void) method in class SPACOLLECTION: Get the split action for a collection.
get_split_option() method in class exact_stitch_options: This method returns the current stitch option as logical; either TRUE or FALSE.
get_split_owner_action(void) method in class ATTRIB: Get the current split_owner action for this attribute.
get_ss_global_cache_statistics(gcmgr_stats*) global function: Gets the global cache manager statistics for spl_sur cache objects.
get_start() method in class ATTRIB_HH_ENT_STITCH_EDGE: Returns the original start position.
get_start_dir() method in class bounded_curve: Returns the start direction of this bounded_curve.
get_start_draft_dist() method in class sweep_options: Gets the starting draft distance.
get_start_param() method in class bounded_curve: Returns the start parameter of this bounded_curve.
get_start_pt() method in class bounded_curve: Returns the start position of this bounded_curve.
get_start_tol() method in class curve_bounds
get_state() method in class spa_unlock_result: Gets the state of the object.
get_state_from_id(STATE_ID) method in class HISTORY_STREAM: Gets the delta state from a given tag.
get_status() method in class AcisJournal: This method returns the status of the journaling operation.
get_stch_coincident_face_handling_mode() method in class tolerant_stitch_options: Returns the mode under which the API api_stitch and api_stitch_nonmanifold will operate for identifying coincident face clusters.
get_steps() method in class sweep_options: Gets the number of steps requested for a revolve operation.
get_stitch_options() method in class ATTRIB_HH_AGGR_STITCH: Gets the structure which contains stitching options and tolerances.
get_stitch_progress_callback() global function: Function for getting the stitch progress callback pointer.
get_stitch_results() method in class ATTRIB_HH_AGGR_STITCH: Gets the structure which contains stitching results.
get_sub_category() method in class insanity_data: Returns the sub-category for this instance.
get_sub_classes() method in class restore_def: Returns a pointer to a list of restore_defs for all classes immediately derived from this one.
get_subtend() method in class bounded_arc: Returns the subtended angle of this bounded_arc.
get_sum_polynodes() method in class SIMPLE_INDEXED_MESH: Returns the sum of the per-polygon node counts.
get_surf() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Gets the simplified surface.
get_surf_extended() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns TRUE if the surface is extended.
get_surf_mode() method in class REFINEMENT: Returns the surface mode.
get_surface(surface*) method in class pointer_map: Copies a surface, returning an unreferenced pointer.
get_surface_quality() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Gets the indicator of the underlying surface quality.
get_surface_tol() method in class REFINEMENT: Returns the surface tolerance.
get_surfaces(int&,surface**&) method in class skin_spl_sur: Returns the surfaces.
get_sweep_angle() method in class sweep_options: Gets the sweep angle.
get_sweep_portion() method in class sweep_options: Gets the sweep portion.
get_sweep_to_body() method in class sweep_options: Gets the body swept to.
get_tagged_entities(ENTITY_LIST&) method in class HISTORY_STREAM: Function returns all tagged entities in the history stream - even those that are not active.
get_tan_gap() method in class acovr_gap_report: Returns the tangent gap.
get_tan_tol() method in class acovr_edge_constraint: Returns the tangent gap tolerance value.
get_tanfacs(double*) method in class skin_spl_sur: Get the tangent factors to determine optimal values for them.
get_tfaces() method in class glue_options: Returns the tool faces.
get_time_val() method in class pid_base: Returns the time of session start for the ENTITY's identifier, measured in seconds since January 1, 1970, or zero if none exists.
get_to_face() method in class sweep_options: Gets the face swept to.
get_to_tolerant_owner_action(void) method in class ATTRIB: Get the current to_tolerant_owner action for this attribute.
get_tol(acovr_tol_type) method in class acovr_edge_constraint: Returns the tolerance value, for the specified gap tolerance type (position or tangent).
get_tolerance() method in class EDGE: Returns the tolerance of the tolerant TEDGE made from this EDGE.
get_tolerance() method in class TVERTEX
get_tolerance() method in class VERTEX: Returns the tolerance of the tolerant TVERTEX made from this VERTEX.
get_tolerance() method in class VERTEX: Returns the tolerance of the tolerant TVERTEX made from this VERTEX.
get_tolerance() method in class EDGE: Returns the tolerance of the tolerant TEDGE made from this EDGE.
get_tolerance() method in class TVERTEX
get_tolerant_member_action(void) method in class SPACOLLECTION: Get the tolerant action for a collection.
get_tolerant_stitch_option() method in class ATTRIB_HH_AGGR_STITCH: Gets the tolerant stitch option object.
get_tool_ent() method in class IMPRINT_ANNOTATION: Returns the ATTRIB_TAG or EE_LIST for the tool entity.
get_top_level_entities_vf(ENTITY_LIST&,logical) method in class asm_model_entity_mgr: Returns an entity list containing pointers to all top-level entities owned by the entity manager.
get_tpar() method in class IHL_SEGMENT: Returns t-parameter of segment which denotes the silhouette point.
get_trans() method in class base_transform_law_data: Returns the transform wrapped by this transform_law_data.
get_trans(logical&) method in class transform_law: Returns the transform from the law transform.
get_trans() method in class pattern: Obsolete: do not use.
get_trans_member_action(void) method in class SPACOLLECTION: Get the trans action for a collection.
get_trans_owner_action(void) method in class ATTRIB: Get the current trans_owner action for this attribute.
get_transf(int,SPAtransf&,logical) method in class pattern: Obsolete: do not use.
get_transf(int,int,SPAtransf&,logical) method in class pattern: Obsolete: use api_pattern_query_transformation instead.
get_triang_mode() method in class REFINEMENT: Returns the triangulation mode.
get_trim() method in class wire_offset_options: Returns the current value of the trim option.
get_trim_faces() method in class adm_options: Returns the current value of the trim_faces member.
get_twist_angle() method in class sweep_options: Gets the twist angle.
get_twist_law() method in class sweep_options: Gets the twist law.
get_twist_law() method in class wire_offset_options: Returns the twist law.
get_two_sided() method in class sweep_options: Gets whether a two-sided sheet body should be created.
get_type() method in class stitch_progress_info: User callbacks can query for which ACIS functionality is calling.
get_type() method in class restore_progress_data: User callbacks can query for which ACIS functionality is calling.
get_type() method in class SPA_progress_info: User callbacks can query for which ACIS functionality is calling.
get_type() method in class insanity_data: Gets insanity type.
get_type_of_mesh() method in class LINKED_MESH: Identifies this as a LINKED_MESH.
get_type_of_mesh() method in class SEQUENTIAL_MESH: Identifies this as a LINKED_MESH or a INDEXED_MESH.
get_type_of_mesh() method in class INDEXED_MESH
get_units() method in class asm_model: Returns the units associated with a model

Role: This routine is used to query the model for the number of mm corresponding to a distance of 1.
get_update() method in class TEDGE: Update the tolerance on any version 5.
get_update() method in class TVERTEX
get_use_approx_surface() method in class phlv5_options: Gets the surface approximation option.
get_use_bdy_loads() method in class adm_options: Returns the current value of the use_bdy_loads member.
get_use_plane_info() method in class mass_props_options: Returns a flag indicating whether or not user-specified projection-plane information will be used in calculating the mass properties.
get_user_data() method in class DELTA_STATE: Returns the user data that was attached to the DELTA_STATE.
get_user_data() method in class HISTORY_STREAM: Returns the user data that was attached to the HISTORY_STREAM.
get_user_id() method in class AF_POINT: Get the unique identifier (if needed).
get_user_id() method in class MESH_MANAGER: Returns the user identification number of the mesh.
get_user_id() method in class ATTRIB_EYE_ATTACHED_MESH: Returns the user identification of this attribute.
get_uv() method in class polygon_vertex: Returns the uv parameter.
get_uv_as_entered(int) method in class INDEXED_MESH: Given a vertex number, get the "as entered" uv value.
get_uv_as_scaled(int) method in class INDEXED_MESH: Given a vertex number, get a copy of the "as scaled" (0 to 1) uv value.
get_v_knots(double,int&,double**) method in class skin_spl_sur: Returns the v_knot sequence for a given parameter value.
get_value() method in class NAMED_POS_ATTRIB: Gets the value of the named position attribute.
get_value() method in class NAMED_VEC_ATTRIB: Gets the value of a named vector attribute.
get_value() method in class NAMED_STRING_ATTRIB: Gets the value for a named string attribute.
get_value() method in class NAMED_LOGICAL_ATTRIB: Gets the value of the named logical attribute.
get_value() method in class NAMED_INT_ATTRIB: Gets the value of the named integer attribute.
get_value() method in class NAMED_REAL_ATTRIB: Gets the value of the named real attribute.
get_vent_type() method in class lop_options: Gets the type of vent face addition behavior.
get_version() method in class AcisOptions: This method returns the AcisVersion value.
get_vertex(int) method in class INDEXED_MESH: Gets the vertex at the node.
get_vertex(int) method in class indexed_polygon: Get a vertex based on its index (zero based).
get_vertex(int) method in class mesh_polygon: Get a vertex based on its index (zero based).
get_vertex_for_edit(int) method in class INDEXED_MESH: Gets an editable version of the vertex.
get_vertex_index(polygon_vertex*) method in class INDEXED_MESH: Gets the index of a polygon vertex.
get_vertex_template() method in class indexed_polygon: Get the vertex template for the polygon.
get_vertices() method in class indexed_polygon: Get vertices.
get_vertices(int&) method in class generic_graph: Returns an array of graph vertices that make up the graph structure.
get_vexity() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the value of the convexity indicator.
get_visible_coords(int,double*&) method in class pattern: Obsolete: do not use.
get_visible_index(double*) method in class pattern: Obsolete: do not use.
get_volume() method in class mass_props: Returns the volume.
get_warnings(err_mess_type*&) global function: Obtains the warnings list.
get_warp_owner_action(void) method in class ATTRIB: Get the current warp_owner action for this attribute.
get_wcs(void) method in class SPAboxing_options: Returns a pointer to the current coordinate system, set for boxing.
get_weight() method in class gedge: Gets the weight of the gedge.
get_which_side() method in class sweep_options: Gets which side of the profile should be swept.
get_wire_plane(WIRE*,SPAposition&,SPAunit_vector&,logical) global function: Gets the plane of a 3D WIRE.
get_with_history() method in class asm_save_options
get_with_history() method in class asm_restore_options
get_within_domain() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Gets the value of the within domain indicator.
get_within_domain() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns the value of the within domain indicator (within_domain).
get_x() method in class pattern: Obsolete: do not use.
get_y() method in class pattern: Obsolete: do not use.
get_z() method in class pattern: Obsolete: do not use.
glue_options class: Class to hold information and options for a glue operation.
got_used() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Sets the value of the m_unused flag, which indicates whether this attribute has been used for storing geometry.
goto_mark(FilePosition) method in class BinaryFile: Repositions the file pointer.
goto_mark(FilePosition) method in class SatFile: Moves the file pointer to the specified pointer in the SatFile.
goto_mark(FilePosition) method in class SabFile: Moves the file pointer to the specified position in the SabFile.
goto_mark(FilePosition) method in class FileInterface: Goes to the mark.
graph_edge data member in class edge_face_int: Pointer to the intersection graph edge corresponding to the next portion of the current edge, in which there is a coincidence and in which edges have been created.
graph_vertex data member in class edge_face_int: Pointer to a vertex created for the intersection graph.
green() method in class Render_Color: Returns the normalized green component of the color value.
green() method in class rgb_color: Returns the green color value.
grid() method in class VBL_SURF: Returns the grid size used for the approximating surface, if there is one.
gridpts_array() method in class splgrid: Returns a pointer to the grid points array.
gridpts_item(int,int) method in class splgrid: Returns one of the elements in the array of grid points.
grow(int) method in class BASE_TAG_MANAGER: Increases the size of the tag array to the requested amount.
growth_type enum: Specifies the option value of how to grow the open faces.
guide_curve_preference enum
gvertex class: Creates an instance of a graph vertex for use in graph theory.

H

HA_Associate_Key_To_Component(component_handle*,HC_KEY) global function: Associates the component with key in the component map.
HA_Associate_Key_To_Entity(ENTITY*,HC_KEY) global function: Associates the entity with key in the map.
HA_Associate_Key_To_Model(asm_model*,HC_KEY) global function: Associates the model with key in the model map.
HA_Build_Segment_String(ENTITY*,char*,char*) global function: Converts the pattern input to an expanded string and places into a buffer.
HA_CREATE_BODY_SEGMENTS define
HA_CREATE_COLOR_SEGMENTS define
HA_Close(void) global function
HA_Compute_Component_Entity_Pointer(unsigned long,HC_KEY*) global function: Returns the handle pointer for the ACIS assembly component-entity associated with the specified HOOPS segment-key path.
HA_Compute_Component_Key_Count(component_handle*) global function: Returns the number of HOOPS segments in the HOOPS database that represent the given ACIS assembly component.
HA_Compute_Component_Keys(component_handle*,unsigned long,HC_KEY*) global function: Returns an array of HOOPS keys associated with the given assembly component, with the count.
HA_Compute_Component_Pointer(HC_KEY) global function: Returns the handle pointer for the ACIS assembly component associated with the specified HOOPS segment key.
HA_Compute_Component_Pointer(HC_KEY) global function: Returns the handle pointer for the ACIS assembly component associated with the specified HOOPS segment key.
HA_Compute_Entity_Pointer(HC_KEY,int) global function: Returns the pointer for the ACIS entity that contains the specified HOOPS geometric entity.
HA_Compute_Entity_Pointer(HC_KEY) global function: Returns the pointer for the ACIS entity that contains the specified HOOPS geometric entity.
HA_Compute_Geometry_Key_Count(ENTITY*,char*) global function: Returns the number of HOOPS geometric primitives in the HOOPS database that graphically represent the ACIS entity.
HA_Compute_Geometry_Key_Count(ENTITY*) global function: Returns the number of HOOPS geometric primitives in the HOOPS database that graphically represent the ACIS entity.
HA_Compute_Geometry_Keys(ENTITY*,unsigned long,HC_KEY*,char*) global function: Returns the array of HOOPS keys for the geometry in the HOOPS database generated by the HOOPS/ACIS Bridge.
HA_Compute_Geometry_Keys(ENTITY*,unsigned long,HC_KEY*) global function: Returns the array of HOOPS keys for the geometry in the HOOPS database generated by the HOOPS/ACIS Bridge.
HA_Compute_Model_Key_Count(asm_model*) global function: Returns the number of HOOPS segments in the HOOPS database that represent the given ACIS assembly model.
HA_Compute_Model_Keys(asm_model*,unsigned long,HC_KEY*) global function: Returns an array of HOOPS keys associated with the given assembly model, with the count.
HA_Compute_Model_Pointer(HC_KEY) global function: Returns the pointer for the ACIS assembly model associated with the specified HOOPS segment key.
HA_Delete_Entity_Geometry(ENTITY_LIST const&) global function: Delete the geometric primitives associated with the given ACIS entities.
HA_Delete_Entity_Geometry(ENTITY*) global function: Delete the geometric primitives associated with the given ACIS entity.
HA_Delete_Model(asm_model*) global function: Delete the HOOPS segments associated with the given ACIS assembly model.
HA_Delete_Model_Geometry(asm_model*) global function: Delete the HOOPS segments containing the geometry data associated with the given ACIS assembly model.
HA_Delete_Model_Ref(ASM_MODEL_REF*) global function: Delete the HOOPS segments associated with the given ACIS assembly model reference.
HA_Disassociate_Key_From_Component(component_handle*,HC_KEY) global function: Disassociates a key in the component map from an assembly component.
HA_Disassociate_Key_From_Entity(ENTITY*,HC_KEY) global function: Disassociates a key in the map from an entity.
HA_Disassociate_Key_From_Model(asm_model*,HC_KEY) global function: Disassociates a key in the model map from an assembly model.
HA_GEOMETRY_TYPE_bodies define
HA_GEOMETRY_TYPE_edges define
HA_GEOMETRY_TYPE_faces define
HA_Get_Current_View_Segment() global function: Returns the current view segment.
HA_Get_Entity_Converter() global function: Returns the current IEntityConverter.
HA_Get_Rendering_Options() global function: Returns the current ha_rendering_options.
HA_Highlight_Component_Entity(component_entity_handle*,logical,rgb_color&) global function: Highlights or un-highlights a component entity with the given color.
HA_Highlight_Entity(ENTITY*,logical,rgb_color&) global function: Highlights or un-highlights an ENTITY with an rgb_color.
HA_Init(char*) global function
HA_KCreate_Segment(ENTITY*,char*) global function: Returns the value from HC_KOpen_Segment(HA_Build_Segment_String(entity,pattern)).
HA_KINDEXED_MESH_to_HOOPS(INDEXED_MESH*,FACE*) global function: Converts an INDEXED_MESH into a HOOPS shell.
HA_KOpen_Segment(ENTITY*,char*) global function: Returns the value from HC_KOpen_Segment(HA_Build_Segment_String(entity,pattern)).
HA_K_SEQUENTIAL_MESH_to_HOOPS(SEQUENTIAL_MESH*,FACE*) global function: Converts an SEQUENTIAL_MESH into a HOOPS shell.
HA_MERGE_BODIES define
HA_MERGE_FACES define
HA_RENDER_EDGES define
HA_RENDER_FACES define
HA_ReRender_Component(component_handle*) global function: HA_ReRender_Component regenerates the component-related rendering data associated with the given component and its subcomponents.
HA_ReRender_Entities(ENTITY_LIST&,char*) global function: HA_ReRender_Entities regenerates the rendering data for the given ENTITYs.
HA_ReRender_Entity(ENTITY*,char*) global function: HA_ReRender_Entity regenerates the rendering data for the given ENTITY.
HA_ReRender_Model_Components(asm_model*) global function: HA_ReRender_Model_Components regenerates the component-related rendering data for the given assembly model.
HA_ReRender_Model_Entity(entity_handle*) global function: HA_ReRender_Model_Entity regenerates the B-Rep rendering data for specified entity within its assembly model.
HA_ReRender_Model_Geometry(asm_model*) global function: HA_ReRender_Model_Geometry regenerates the B-Rep rendering data for the given assembly model.
HA_Read_Sat_File(char*,ENTITY_LIST&) global function: Parses the input ACIS file, populates the ACIS kernel with its contents, and creates the corresponding geometry in the HOOPS database using the ACIS renderer and HOOPS/ACIS Bridge.
HA_Render_Curve(CURVE*,SPAparameter,SPAparameter,SPAtransf*) global function: Generates the tessellation of an ACIS CURVE.
HA_Render_Entities(ENTITY_LIST&,char*) global function: Generate the tessellation of a set of ACIS entities.
HA_Render_Entity(ENTITY*,char*) global function: Generate the tessellation of an ACIS entity.
HA_Render_Model(asm_model*,char*) global function: Generate the tessellation of an ACIS assembly model.
HA_Set_Current_View_Segment(HC_KEY) global function: Set the current view segment.
HA_Set_Entity_Converter(IEntityConverter*) global function: Sets the IEntityConverter used by HA_Render_Entity/HA_Render_Entities.
HA_Set_Rendering_Options(char*) global function: Provides control over how ACIS objects are rendered to HOOPS objects via the HOOPS/ACIS Mesh Manager.
HA_Set_Rendering_Options(ha_rendering_options&) global function: Provides control over how ACIS objects are rendered to HOOPS objects via the HOOPS/ACIS Mesh Manager.
HA_Show_Entity_Highlight(ENTITY*) global function: Determines whether an ENTITY is highlighted.
HA_Show_One_Rendering_Option(char*,char*) global function: Shows a rendering option and the value set to it.
HA_Show_Rendering_Options(char*) global function: Shows the list of rendering options.
HA_TESSELLATE_ELLIPSES define
HA_Update_Entity(ENTITY*) global function: Updates the given entity by re-tessellating it.
HA_World_Coords_Per_Pixel() global function: Returns world coordinates per pixel.
HA_Write_Sat_File(char*,ENTITY_LIST const&) global function: Saves all entities in the given entity list with the entities loaded from to the given file.
HA_Write_Sat_File_2(char*,ENTITY_LIST const&,float) global function: Saves all entities in the given entity list with the entities loaded from to the given file.
HELIX class: Defines a helix as an object in the model.
HELIX_ID define
HH_SurfSnap_Type data member in class ATTRIB_HH_AGGR_ANALYTIC: Identifies node of type HH_SurfSnap.
HH_Unstable_Snap_Type data member in class ATTRIB_HH_AGGR_ANALYTIC: Identifies node of type HH_Unstable_SurfSnap.
HISTORY_MANAGER class: Creates a history state on the specified history stream.
HISTORY_STREAM class: Contains a sequence of delta states that represents a model's history.
HISTORY_STREAM_LIST class: Implements a variable length list of HISTORY_STREAMs.
HOOPS_cast() method in class ADMHOOPS_icon_draw_args
HasBeenModified data member in class PART: The logical that determines whether a part has been modified.
ha_part_customer_cast() method in class acis_ha_part_entity_mgr
ha_rendering_context class
ha_rendering_options class
handedness() method in class HELIX: Returns the handedness of this HELIX.
handedness() method in class helix: Returns the handedness of this helix.
handle() method in class RH_ENTITY: Returns a pointer to the internal data structure for this entity.
handle() method in class PART: Gets the handle for this PART.
has_assembly(asm_model*) global function: Queries a model to determine if it contains a live assembly.
has_derivative(int) method in class law: Returns whether or not this law has a specified number of derivatives.
has_reasons() method in class error_info: Returns TRUE if this error_info object has atleast one reason; returns FALSE otherwise.
has_z_vec() method in class pattern: Obsolete: do not use.
head() method in class tk_list: Sets the current object to the first object in the list.
heal_isospline_edges() method in class ATTRIB_HH_AGGR_ISOSPLINE: Used for isospline healing.
heal_isospline_vertices() method in class ATTRIB_HH_AGGR_ISOSPLINE: Used for isospline healing.
helix(spline const&,SPAvector&,SPAposition&,double&,double&,logical&) method in class sweep_spl_sur: Returns if the sweep is a helical surface.
helix class: Defines a (possibly tapered) helical curve.
helix_range() method in class helix
hh_advspl_options class
hh_anal_solv_options class
hh_coedge_details class
hh_geombuild_options class
hh_isospline_options class
hh_max_spline_tang_tol data member in class hh_geombuild_options
hh_min_spline_tang_tol data member in class hh_geombuild_options
hh_secondary_solver_options class
hh_sharped_options class
hh_simplify_options class: Class for simplification options.
hidden data member in class DELTA_STATE: Not counted for roll_n_states or max_states.
hide(logical) method in class DELTA_STATE: Hides the given DELTA_STATE.
high() method in class SPApar_box: Extracts the high end of the leading diagonal from the parameter box.
high() method in class SPAbox: Extracts the high end of the leading diagonal of the box.
high_curvature(double,SPAinterval*&) method in class curve: Finds regions of high curvature of this curve.
high_curvature(double,SPAinterval*&) method in class straight: Finds regions of high curvature of the curve.
high_curvature(double,SPAinterval*&) method in class helix: Finds regions of high curvature of the curve.
high_curvature(double,SPAinterval*&) method in class ellipse: Finds regions of high curvature of the curve.
high_param data member in class ATTRIB_EFINT: High parameter of edge.
high_param data member in class curve_surf_int: The high end of the parameter range if it is fuzzy; the same as param if it is not fuzzy.
high_rel data member in class curve_curve_int
high_rel data member in class curve_surf_int: Relationship between curve and surface in the positive direction.
history() method in class ENTITY: Returns a pointer to the history stream for this ENTITY.
history_action data member in class minimize_options: Setting history_action to 1 enables minimization when surfaces and curves transition into history.
history_callbacks class: Provides callbacks for history management.
history_callbacks_list class: Provides a list of callbacks for history.
history_stream(logical) method in class BULLETIN: Gets history from either bulletin board or entities.
history_stream() method in class PART: Returns a history stream for the given PART.
history_stream() method in class DELTA_STATE: Returns the owner of the stream.
history_stream() method in class BULLETIN_BOARD: Returns the history stream associated with the owner pointer.
hit class: Represents an intersection of a ray with a face, edge, or vertex.
hits_found data member in class ray: The number of hits found.
hits_wanted data member in class ray: The maximum number of hits wanted.
hollow() method in class cone: Returns TRUE if the cosine angle is negative.
hollow() method in class sphere: Determines if a sphere is hollow, - negative radius.
hollow() method in class torus: Returns TRUE if the minor radius of this torus is less than zero.
how_many data member in class gedge
how_many data member in class gedge
how_many data member in class gvertex
how_many data member in class gvertex
how_many_laws data member in class law: Specifies the number of laws in existence at any given time.
hull1_enclosure() method in class intcurve: Checks if it is known that the bs1_curve hull encloses the curve.
hull2_enclosure() method in class intcurve: Check if it is known that the bs2_curve hull encloses the curve.
hull_distance() method in class pcurve: Returns the distance from the true curve to the underlying bs2_curve convex hull, if the true curve comes outside of the hull.
hull_self_intersects() method in class pcurve: Returns 1 if the bs2_curve hull self-intersects, within the checked_range, or to zero if it does not self-intersect within this range.
hull_turning_angles_ok() method in class pcurve: Returns the value for hull turning angle checking.

I

IDX_MESH_APP define: Defines the application identification for the INDEXED_MESH facet data in the ATTRIB_EYE_ATTACHED_MESH attribute attached to a FACE.
IDX_MESH_ID define: Defines the user identification for the INDEXED_MESH facet data in the ATTRIB_EYE_ATTACHED_MESH attribute attached to a FACE.
ID_ATTRIB class: Allows identification of entities in a table.
IEntityConverter class: Interface to be implemented by custom ENTITY conversion classes.
IHL_CAMERA class: Defines a camera viewpoint against which hidden lines are calculated.
IHL_CAMERA_LEVEL define
IHL_OUTPUT_MANAGER class: Defines a class to control output from IHL.
IHL_SEGMENT class: Defines a hidden line segment with visibility information.
IHL_SEGMENT_LEVEL define
IMPRINT_ANNOTATION class: Defines the annotation class for the imprint operation.
IMPRINT_ANNOTATION_LEVEL define
INDEXED_MESH class: Shows an example of a mesh that stores indices to a vertex array.
INDEXED_MESH_MANAGER class: Shows an example of a mesh manager using the indexed protocol.
INTCURVE class: Defines a parametric curve as an object in the model.
INTCURVE_ID define
INTCURVE_LEVEL define
ISCONST define
IS_ define
IS_INPUT define
IS_OUTPUT define
IS_THIS_FUNCTION define
Image_Access_Function typedef: Image Access Function.
Initialize(Spatial_abs_hurler&) method in class DM_default_icon_factory: Sets up a DM_default_icon_factory with the default values.
Initialize_FRhole() global function
Instance() method in class DM_icon_factory_mgr: Provides global access to the singleton icon factory.
Instance() method in class DM_draw_engine_mgr: Requests a concrete DM_draw_engine object.
Invalidate() method in class ADM_srf_icon2: Marks cached data as bad.
Invalidate() method in class DM_dpr_icon: Updates cached data.
Invalidate() method in class ADM_srf_icon: Marks cached data as bad.
Invalidate() method in class DM_srf_icon: Marks cached data bad.
Invalidate() method in class ADM_srf_icon3: Mark cached data as bad.
Invalidate() method in class DM_crv_icon: Updates cached data.
Invalidate() method in class DM_default_icon: Marks cached data bad.
Invalidate() method in class DM_act_icon: Marks cached data as bad.
Is_shape_from_solid() method in class ATTRIB_DM2ACIS: Returns a 1 if from a solid or 0 if from a sheet or an edge.
Is_type_tracking_curve(DS_TAGS) method in class ATTRIB_DM2ACIS: Test the input DS_TAGS value.
Is_valid() method in class DM_default_icon: Returns TRUE if the cache has not been invalidated.
id() method in class binary_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class constant_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class transform_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class law: Returns a unique ID that may be used to identify a law's class type.
id() method in class DELTA_STATE: Returns the STATE_ID.
id() method in class multiple_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class term_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class cross_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class negate_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class entity_error_info: Returns the id number for the class entity_error_info.
id() method in class sweep_spl_sur: Returns the ID for the sweep_spl_sur list.
id() method in class minus_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class norm_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class surf_int_cur: Returns the ID for the surf_int_cur list.
id() method in class composite_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class sub_spl_sur: Returns the ID for the sub_spl_sur list.
id() method in class sum_spl_sur: Returns the ID for the sum_spl_sur list.
id() method in class vector_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class skin_spl_sur: Returns the ID for the skin_spl_sur list.
id() method in class multiple_data_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class RH_ENTITY: Returns the ID for the RH_ENTITY list.
id() method in class times_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class cos_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class surfnorm_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class surface_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class error_info: Returns the id number for the class error_info.
id() method in class rot_spl_sur: Returns the ID for the rot_spl_sur list.
id() method in class pcurve_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class plus_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class sqrt_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class bend_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class rb_blend_spl_sur: Returns the ID for the rb_blend_spl_sur list.
id() method in class sin_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class simple_rail_law
id() method in class exact_int_cur: Returns the ID for the exact_int_cur list.
id() method in class unary_data_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class unary_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class standard_error_info: Returns the id number for the class standard_error_info.
id() method in class curve_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class ATTRIB_GEN_ENTITY: Returns the attribute class identification.
id() method in class identity_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class dot_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class VBL_SURF: Returns the ID for the VBL_SURF list.
id() method in class pcur_int_cur: Returns the ID for the pcur_int_cur list.
id() method in class off_spl_sur: Returns the ID for the off_spl_sur list.
id() method in class dcurve_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class ATTRIB_GEN_STRING: Returns the attribute class identification.
id() method in class division_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class ATTRIB_GEN_INTEGER: Returns the attribute class identification.
id() method in class ATTRIB_GEN_WSTRING: Returns the attribute class identification.
id() method in class frenet_law: Returns a unique ID that may be used to identify a law's class type.
id() method in class ATTRIB_GEN_NAME: Returns the attribute class identification.
id() method in class par_int_cur: Returns the ID for the par_int_cur list.
id() method in class METHOD_ARGS: Returns the ID for the METHOD_ARGS list.
id() method in class ATTRIB_GEN_REAL: Returns the attribute class identification.
id() method in class ATTRIB_GEN_VECTOR: Returns the attribute class identification.
id() method in class off_int_cur: Returns the ID for the off_int_cur list.
id() method in class ATTRIB_GEN_POSITION: Returns the attribute class identification.
id() method in class ATTRIB_GEN_POINTER: Returns the attribute class identification.
identity(int) method in class INTCURVE: Returns a type identifier for this object.
identity(int) method in class PCURVE: Returns a type identifier for this object.
identity(int) method in class LOOP: Returns a type identifier for this object.
identity(SPAinterval*) method in class law: Returns TRUE if this law is the identity within a specified interval.
identity(int) method in class LAW: Returns a type identifier for this object.
identity(int) method in class VERTEX: Returns a type identifier for this object.
identity(int) method in class CURVE: Returns a type identifier for this object.
identity(SPAbox&) method in class law: Returns TRUE if this law is the identity within a specified box.
identity(int) method in class ATTRIB_SYS: Returns a type identifier for this object.
identity(int) method in class HELIX: Returns a type identifier for this object.
identity(int) method in class ATTRIB: Returns a type identifier for this object.
identity(int) method in class ATTRIB_GENERIC: Returns the type identifier.
identity(int) method in class ATTRIB_EYE: Returns the type identifier.
identity(int) method in class APOINT: Returns a type identifier for this object.
identity(int) method in class ENTITY_PHLV5: Returns the type identifier.
identity(int) method in class ATTRIB_TAG: Returns a type identifier for this object.
identity(int) method in class SUBSHELL: Returns a type identifier for this object.
identity(int) method in class TRANSFORM: Returns a type identifier for this object.
identity(int) method in class BODY: Returns a type identifier for this object.
identity(int) method in class ENTITY_IHL: Returns the type identifier.
identity(int) method in class ATTRIB_ST: Returns a type identifier for this object.
identity(int) method in class COEDGE: Returns a type identifier for this object.
identity(int) method in class TORUS: Returns a type identifier for this object.
identity() method in class SPApar_transf: Returns whether or not the given transform is the identity transform.
identity() method in class SPAtransf: Queries whether or not the transformation is the identity.
identity(int) method in class FACE: Returns a type identifier for this object.
identity(int) method in class ATTRIB_TSL: If level is unspecified or 0, returns the type identifier ATTRIB_TSL_TYPE.
identity(int) method in class SHELL: Returns a type identifier for this object.
identity(int) method in class PLANE: Returns a type identifier for this object.
identity(int) method in class SURFACE: Returns a type identifier for this object.
identity(int) method in class WIRE: Returns a type identifier for this object.
identity(int) method in class STRAIGHT: Returns a type identifier for this object.
identity(int) method in class CONE: Returns a type identifier for this object.
identity(int) method in class SPLINE: Returns a type identifier for this object.
identity(int) method in class ANNOTATION: Returns a type identifier for this object.
identity(int) method in class EDGE: Returns a type identifier for this object.
identity(int) method in class ENTITY: Returns a type identifier for this ENTITY.
identity(int) method in class ELLIPSE: Returns a type identifier for this object.
identity(int) method in class SPHERE: Returns a type identifier for this object.
identity(int) method in class ATTRIB_ANNOTATION: Returns a type identifier for this object.
identity(int) method in class LUMP: Returns a type identifier for this object.
identity_law class: Provides methods and data that return one term of the input value.
ignore() method in class outcome: Temporarily Ignore the failure of a nested API call.
ilaw data member in class law: Holds the cache of the inverse law.
im data member in class complex_number: The imaginary component of the complex number.
image_end(int) method in class rbase_app_callback: Terminates image output.
image_scanline(int,void*) method in class rbase_app_callback: Displays a scanline of image data.
image_start(int,int,int,int,int,float,int) method in class rbase_app_callback: Begins image output.
implicit_var_radius() method in class var_rad_fixed_width: Returns TRUE for a var_rad_fixed_width.
implicit_var_radius() method in class var_rad_two_ends: Returns FALSE for a var_rad_two_ends.
implicit_var_radius() method in class var_rad_const: Returns FALSE for a var_rad_const.
implicit_var_radius() method in class var_radius: Returns TRUE if the radius function is not an explicit function of v.
implicit_var_radius() method in class var_rad_functional: Returns FALSE for a var_rad_functional.
implicit_var_radius() method in class var_rad_rot_ellipse: Determines if implicit.
in_domain(double*) method in class law: Checks to see if a given input is within this law's domain.
in_stream(DELTA_STATE*) method in class HISTORY_STREAM: Determines whether a given state is in this stream.
increment_use() method in class entity_filter: Increments the use count for an entity_filter.
index() method in class METHOD_ID: Returns the method table index.
index() method in class restore_progress_data: The index method returns a positive integer of the achieved progress, which can be either the number of entities restored or the number of bytes read from the file, or a zero on the very first callback call.
index() method in class PCURVE: Returns the definition type of this PCURVE.
indexed_polygon class: Obsolete: used only in pre-1-7 Faceting.
infinite() method in class SPApar_box: Returns TRUE if any of the coordinate ranges is infinite or FALSE otherwise.
infinite() method in class SPAinterval: Determines if an interval is infinite.
infinite() method in class SPAbox: Returns TRUE if any of the coordinate ranges is infinite or FALSE otherwise.
inflect() method in class cvty: This will return TRUE for anything with the inflect bit set.
init() method in class VOID_LIST: Returns item*'s in list order, ignoring deleted items.
init() method in class LIST_HEADER: Initialize the iterator to zero.
init() method in class component_handle_list: Initializes the iterator, which is used by the next method, to the beginning of the list.
init() method in class ENTITY_LIST: Initializes the iterator, which is used by the next method, to the beginning of the list.
init() method in class component_entity_handle_list: Initializes the iterator, which is used by the next method, to the beginning of the list.
init() method in class entity_handle_list: Initializes the iterator, which is used by the next method, to the beginning of the list.
init() method in class HISTORY_STREAM_LIST: Returns entities in list order, ignoring deleted items.
init() method in class asm_model_list: Initializes the iterator, which is used by the next method, to the beginning of the list.
init() method in class error_info_list: Initializes the iterator, which is used by the next method, to the beginning of the list.
init() method in class DELTA_STATE_LIST: Returns entities in list order, ignoring deleted items.
init() method in class hh_coedge_details
init() method in class BULLETIN_LIST: Returns entities in list order, ignoring deleted items.
init() method in class EE_LIST: Returns entities in list order, ignoring deleted items.
init() method in class SPACOLLECTION: Initializes an iteration over the collection using next.
init_coincident_face_cluster_list() method in class tolerant_stitch_options: Initializes the coincident face cluster list.
init_warnings() global function: Resets the number of warnings to 0.
initialize(ENTITY_LIST&,Skin_Type,skin_options*) method in class AcisSkinningInterface: Initializes an object with the given arguments.
initialize_base(base_configuration*) global function: Initializes the Base library.
initialize_defeature() global function
initialize_delta_states() method in class HISTORY_STREAM: Resets the delta states to beginning.
initialize_law() global function: Initializes the law library.
initialize_page_system(char*,page_run_mode) global function: Initialize the page system used by api_minimize_entities.
initialize_tols() method in class ATTRIB_HH_AGGR_GEOMBUILD: Initializes all the tolerances used in the geometry building phase (including the various geometry building subphases).
input_callback class: Creates the standard input for ACIS.
input_plane_specified() method in class acovr_options: Returns TRUE, if the plane_normal parameter has been set or FALSE otherwise.
input_scale() method in class UNITS_SCALE: Returns the input scale factor.
inputs(ENTITY_LIST&,logical) method in class ANNOTATION: Returns a list of ENTITYs that are the inputs to the modeling operation.
insanity_data class: This class holds information about problems (insanities) found when checking an ACIS model.
insanity_list class: Implements a linked list of problems (insanities) that are found when checking a model.
insanity_sub_category class: This class allows the representation of different sub-categories of entity insanity.
insert(POLYGON_VERTEX*,POLYGON_VERTEX*,logical) method in class POLYGON: Inserts the POLYGON.
insert(POLYGON*,POLYGON*,logical) method in class POLYGON_POINT_MESH: Inserts a polygon before an existing one.
instantiate(double) method in class ed_cvty_info: The actual convexity of this edge, as it appears when viewed using the given angle tolerance.
instantiate(double) method in class pt_cvty_info: The actual convexity of this point.
int_2_lines_3d(SPAposition&,SPAvector&,SPAposition&,SPAvector&,double&,double&) global function: Finds where two lines defined by positions and directions are closest.
int_cur class: Defines interpolated curves.
int_point data member in class edge_face_int: The position of the intersection in object space.
int_point data member in class curve_curve_int: Intersection point.
int_point data member in class curve_surf_int: The point of intersection.
int_quality data member in class edge_face_int: An indication of the reliability of this intersection, based on the sine of the angle between the face normals at the intersection.
int_spring_crvs(logical,logical,ATTRIB_FFBLEND*,logical,logical,v_bl_contacts**) method in class ATTRIB_VAR_BLEND: Intersects one of the spring curves with an adjacent edge blend.
int_type data member in class surf_surf_int
intcurve class: An interpolated curve type.
integer() method in class law: Returns TRUE if this law is an integer law.
interfaceType() method in class AcisSLInterface: Returns the type of interface the object was instantiated as.
interfaceType() method in class AcisSkinningInterface: Returns the interface type, either skinning or lofting.
internal() method in class ATTRIB_TAG: Determines whether this ATTRIB_TAG is made internally.
internal_set_font_name(char*) method in class TEXT_ENT
internal_set_string(char*) method in class TEXT_ENT
internal_set_string(char*) method in class TEXT_ANNOTATION: Sets the string for a TEXT_ANNOTATION entity without backing up.
interpolate(double) method in class SPAinterval: Interpolate within the interval.
interpolate(double,SPAposition const&,SPAposition const&) global function: Interpolates between two positions.
intersect data member in class ATTRIB_EFINT: List of edge face intersections.
intersect(generic_graph*) method in class generic_graph: Returns a graph structure that represents the intersection of this graph structure with the specified test graph structure.
intersect_2_circles(SPAposition&,double,SPAposition&,double,SPAvector&,SPAposition&,SPAposition&) global function: Intersects two circles using only geometry: no ACIS ENTITYs.
intersect_3_planes(SPAposition&,SPAvector const&,SPAposition&,SPAvector const&,SPAposition&,SPAvector const&,SPAposition&,double) global function: Intersects three planes using only geometry: no ACIS ENTITYs.
intersect_3_planes(SPAposition&,SPAunit_vector const&,SPAposition&,SPAunit_vector const&,SPAposition&,SPAunit_vector const&,SPAposition&,double) global function: Intersects three planes using only geometry: no ACIS ENTITYs.
intersect_line_circle(SPAposition&,SPAunit_vector&,SPAposition&,SPAunit_vector&,double,SPAposition*) global function: Gets the intersections of a line with a circle.
intersect_line_plane(SPAposition&,SPAvector&,SPAposition&,SPAunit_vector&,double&,SPAposition&) global function: Gets the intersection of a line with a plane.
intersect_plane_plane(SPAposition&,SPAunit_vector&,SPAposition&,SPAunit_vector&,SPAposition&,SPAunit_vector&) global function: Gets the intersection of two planes.
interval(int) method in class stitch_progress_info: Returns a positive integer indicating the current callback frequency, which is set to 1 by default.
interval(int) method in class restore_progress_data: The interval method returns a positive integer indicating the current callback frequency, which is set to 1 by default.
interval_type enum: These types of SPAinterval's can be created.
intval() method in class PHLV5_SEGMENT: Returns the visibility interval of the segment.
intval() method in class PHL_SEGMENT: Returns the interval of the segment.
invalid_unshared_edges(ENTITY_LIST&) method in class ATTRIB_HH_AGGR_STITCH: Returns the invalid unshared edges that require the user to manually stitch bad regions.
invalidate() method in class CELL: Invalidates the update data.
invalidate_cache() method in class spl_sur: Method to be called by any user who modifies the surface in an external process, to ensure that stale evaluation results are discarded.
inverse() method in class SPAtransf: Returns the inverse transformation.
inverse() method in class law: Returns a pointer to a law that is the inverse of this law.
inverse() method in class SPAmatrix: Returns the inverse of a matrix.
ir data member in class curve_irregularities: Type of irregularity: either C1 (tangent direction) or G1 (tangent magnitude) discontinuity.
isSilhouette() method in class PHLV5_EDGE: Returns TRUE if the PHLV5_EDGE refers to a silhouette line.
isStateEmpty(DELTA_STATE*) method in class HISTORY_MANAGER: Tests for the existence of any BULLETINs in the given state.
is_ANNOTATION(ENTITY*) global function: Determines if an ENTITY is an ANNOTATION.
is_APOINT(ENTITY*) global function: Determines if an ENTITY is a APOINT.
is_ATTRIB(ENTITY*) global function: Determines if an ENTITY is an ATTRIB.
is_ATTRIB_CELL(ENTITY*) global function: Determines if an ENTITY is a ATTRIB_CELL.
is_ATTRIB_CFACE_VOL(ENTITY*) global function: Determines if an ENTITY is a ATTRIB_CFACE_VOL.
is_ATTRIB_CT(ENTITY*) global function: Determines if an ENTITY is a ATTRIB_CT.
is_ATTRIB_FACECFACE(ENTITY*) global function: Determines if an ENTITY is a ATTRIB_FACECFACE.
is_ATTRIB_ST(ENTITY*) global function: Determines if an ENTITY is an ATTRIB_ST.
is_ATTRIB_VOL_COL(ENTITY*) global function: Determines if an ENTITY is a ATTRIB_VOL_COL.
is_BODY(ENTITY*) global function: Determines if an ENTITY is a BODY.
is_Background_Type(char*) global function: Determines if a character string represents a legal background type.
is_CELL(ENTITY*) global function: Determines if an ENTITY is a CELL.
is_CELL2D(ENTITY*) global function: Determines if an ENTITY is a CELL2D.
is_CELL3D(ENTITY*) global function: Determines if an ENTITY is a CELL3D.
is_CFACE(ENTITY*) global function: Determines if an ENTITY is a CFACE.
is_COEDGE(ENTITY*) global function: Determines if an ENTITY is a COEDGE.
is_CONE(ENTITY*) global function: Determines if an ENTITY is a CONE.
is_CSHELL(ENTITY*) global function: Determines if an ENTITY is a CSHELL.
is_CURVE(ENTITY*) global function: Determines if an ENTITY is a CURVE.
is_Color_Type(char*) global function: Determines if a character string represents a legal color type.
is_Displace_Type(char*) global function: Determines if a character string represents a legal displacement type.
is_EDGE(ENTITY*) global function: Determines if an ENTITY is an EDGE.
is_ELLIPSE(ENTITY*) global function: Determines if an ENTITY is an ELLIPSE.
is_FACE(ENTITY*) global function: Determines if an ENTITY is a FACE.
is_Foreground_Type(char*) global function: Determines if a character string represents a legal foreground type.
is_HELIX(ENTITY*) global function: Determines if an ENTITY is a HELIX.
is_INTCURVE(ENTITY*) global function: Determines if an ENTITY is an INTCURVE.
is_LAW(ENTITY*) global function: Determines if a specified ENTITY is a LAW.
is_LOOP(ENTITY*) global function: Determines if an ENTITY is a LOOP.
is_LUMP(ENTITY*) global function: Determines if an ENTITY is a LUMP.
is_Light_Type(char*) global function: Determines if a character string represents a legal light type.
is_PCURVE(ENTITY*) global function: Determines if an ENTITY is a PCURVE.
is_PLANE(ENTITY*) global function: Determines if an ENTITY is a PLANE.
is_Reflect_Type(char*) global function: Determines if a character string represents a legal reflection type.
is_SHELL(ENTITY*) global function: Determines if an ENTITY is a SHELL.
is_SPAGROUP(ENTITY*) global function: Determines if an ENTITY is a SPAGROUP.
is_SPHERE(ENTITY*) global function: Determines if an ENTITY is a SPHERE.
is_SPLINE(ENTITY*) global function: Determines if an ENTITY is a SPLINE.
is_STRAIGHT(ENTITY*) global function: Determines if an ENTITY is a STRAIGHT.
is_SUBSHELL(ENTITY*) global function: Determines if an ENTITY is a SUBSHELL.
is_SURFACE(ENTITY*) global function: Determines if an ENTITY is a SURFACE.
is_Scm_Entity(ScmObject,entity_filter&) global function: Determines if a Scheme object is an ENTITY.
is_Scm_Entity(ScmObject,entity_test_proc) global function: Determines if a Scheme object is an ENTITY.
is_Scm_Entity(ScmObject) global function: Determines if a Scheme object is an ENTITY.
is_Scm_Entray(ScmObject) global function: Determines if a Scheme object is an entray.
is_Scm_Real_List(ScmObject) global function: Determines if a Scheme object is a list of reals.
is_TEXT_ENT(ENTITY*) global function: Determines if an ENTITY is a TEXT_ENT.
is_TORUS(ENTITY*) global function: Determines if an ENTITY is a TORUS.
is_Texture_Space_Type(char*) global function: Determines if a character string represents a legal texture space type.
is_Transp_Type(char*) global function: Determines if a character string represents a legal transparency type.
is_UNITS_SCALE(ENTITY*) global function: Determines if the entity is an UNITS_SCALE.
is_VERTEX(ENTITY*) global function: Determines if the ENTITY is a VERTEX.
is_WIRE(ENTITY*) global function: Determines if an ENTITY is a WIRE.
is_analytic() method in class hh_coedge_details
is_analytic_edge_G1_healed() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if the two surfaces are G1 continuous at the edge.
is_analytic_face(ENTITY*) global function: Determines if the ENTITY is an analytic face.
is_analytic_geom_worsened() method in class ATTRIB_HH_AGGR_ANALYTIC: Checks the geometry of the body.
is_analytic_junction() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Determines if the edge forms a junction of two analytic surfaces.
is_analytic_tangency_good() method in class ATTRIB_HH_AGGR_ANALYTIC: Checks analytic tangencies of body.
is_arc() method in class bounded_curve: Checks for the bounded_curve subclass.
is_arc() method in class bounded_arc: Determines if this bounded_arc is also a bounded_arc.
is_bad() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Returns the value of the m_bad flag.
is_bad() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if either the curve deviation from the face is more than SPAresabs, or if the end vertices do not lie on the surrounding faces, or if any of the end vertices do not lie on the edge.
is_bad() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Returns TRUE if either the vertex deviation from the faces and edges is more than SPAresabs or if any edges around the vertex are bad.
is_bad() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns TRUE if either the pcurve deviation is more than SPAresabs or if the parent edge geometry is bad.
is_bi_blend(logical) method in class ATTRIB_VAR_BLEND: Returns TRUE if the given blend ends an bi_blend; otherwise, it returns FALSE.
is_bi_blend() method in class ATTRIB_VBLEND: Returns TRUE if the given blend is an bi_blend, otherwise, it returns FALSE.
is_circular(curve*) global function: Determines if a curve is a circular ellipse.
is_circular() method in class ATTRIB_BLEND: Returns TRUE if the blend is circular.
is_circular() method in class blend_spl_sur: Returns TRUE if the given blend_spl_sur is circular; otherwise, it returns FALSE.
is_circular(SPAposition&,SPAvector&) method in class pattern: Obsolete: do not use.
is_circular() method in class ATTRIB_VAR_BLEND: Returns TRUE if the blend is circular.
is_circular() method in class var_cross_section: Determines if the var_cross_section is circular.
is_circular() method in class ATTRIB_CONST_CHAMFER: Returns TRUE if the chamfer is circular.
is_circular_edge(ENTITY*) global function: Determines if an ENTITY is a circular edge.
is_closed() method in class SHELL: Determine if the shell is closed or not.
is_closed_curve(EDGE*) global function: Determines if a curve is closed.
is_closed_solid_body(ENTITY*) global function: Determines if an ENTITY is a closed solid BODY.
is_composite_curve(curve*) global function: Determines if a curve is a composite curve.
is_computed() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Returns the value of the m_computed flag.
is_cone(surface*) global function: Determines if a surface is a conical surface.
is_cone_type() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Returns whether the surface type is a cone.
is_conical_face(ENTITY*) global function: Determines if an ENTITY is a conical face.
is_connected() method in class generic_graph: Determines whether or not the graph is connected.
is_connected_body(ENTITY*) global function: Determines if an ENTITY is a connected BODY.
is_constant(double*) method in class var_rad_functional: Determines whether the input is constant.
is_constant(double*) method in class var_rad_fixed_width: Determines whether the input is constant.
is_constant(double*) method in class var_radius: Determines whether or not the radius is constant.
is_constant(double*) method in class var_rad_const: Determines whether the input is constant.
is_constant(double*) method in class var_rad_two_ends: Determines whether the input is constant.
is_constant(double*) method in class var_rad_rot_ellipse: Determines whether the input is constant.
is_constant_round() method in class ATTRIB_VAR_BLEND: Returns -1 if the radius function is not constant round; otherwise it returns the constant radius value.
is_ctrlpts() method in class splsurf: Returns TRUE if the pointer to the control points array has been set; otherwise, returns FALSE.
is_curve_edge(ENTITY*) global function: Determines if an ENTITY is a curve edge.
is_cuspate() method in class ATTRIB_VBLEND: Returns TRUE if the given entity is a cuspate, otherwise, it returns FALSE.
is_cut_edge(gedge const*) method in class generic_graph: Determines whether or not the specified graph edge is a cut edge.
is_cut_vertex(gvertex const*) method in class generic_graph: Determines whether or not the specified graph vertex is a cut vertex.
is_cycle() method in class generic_graph: Determines whether or not the graph structure is cyclic.
is_cycle_vertex(gvertex const*) method in class generic_graph: Determines whether or not the specified graph vertex is a cycle vertex.
is_cylinder(surface*) global function: This is a composite test that checks for a cone which is cylindrical and circular.
is_cylinder_type() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Returns whether the surface type is a cylinder.
is_cylindrical(FACE*) method in class pattern: Obsolete: do not use.
is_cylindrical(SPAposition&,SPAvector&) method in class pattern: Obsolete: do not use.
is_cylindrical_face(ENTITY*) global function: Determines if an ENTITY is a cylindrical face.
is_dead_entity(ENTITY*) method in class BULLETIN_BOARD: Returns TRUE if this is a dead entity.
is_deepcopyable() method in class ENTITY_IHL: Returns TRUE if this can be deep copied.
is_deepcopyable() method in class ATTRIB_GENERIC: Returns TRUE if this can be deep copied.
is_deepcopyable() method in class ATTRIB_EYE: Returns TRUE if this can be deep copied.
is_deepcopyable() method in class ENTITY_PHLV5: Returns TRUE if this can be deep copied.
is_deepcopyable() method in class ENTITY: Returns TRUE if this ENTITY can be deep copied.
is_deepcopyable() method in class ATTRIB_TSL: Returns TRUE if this can be deep copied.
is_default() method in class option_header: Checks the current value against the default value.
is_discontinuous() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns TRUE if the surface is C1/G1 discontinuous at multiple knots.
is_edge_G1_healed() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if the two surfaces are G1 continuous at the edge.
is_ellipse(curve*) global function: Determines if a curve is an ellipse.
is_elliptical_edge(ENTITY*) global function: Determines if an ENTITY is an elliptical edge.
is_empty() method in class ATTRIB_EFINT: Determines whether there are any intersections for this edge.
is_empty() method in class discontinuity_info: Returns TRUE if no discontinuity information is found.
is_empty() method in class PART: Returns TRUE if a PART is currently empty; otherwise, it returns FALSE.
is_empty() method in class DELTA_STATE: Returns true if the DELTA_STATE contains no BULLETINs.
is_empty() method in class param_string: Returns FALSE if the param_string is empty - else, it returns TRUE.
is_end_to_end() method in class hh_coedge_details
is_entity_by_name(char*,ENTITY*) method in class ANNOTATION: Returns TRUE if the named ENTITY is the given ENTITY.
is_equal(SPAposition&,SPAposition&) global function: Determines if two SPApositions are equal.
is_equal(SPAunit_vector&,SPAunit_vector&) global function: Determines if two SPAunit_vectors are equal.
is_equal(SPAvector&,SPAvector&) global function: Determines if two SPAvectors are equal.
is_equal(double,double) global function: Determines if two doubles are equal.
is_extendable(sum_spl_sur const&,SPApar_box&) method in class sum_spl_sur: Returns whether or not the sum_spl_sur can be extended to the point where it can include the given sum_spl_sur.
is_fixed_distance() method in class ATTRIB_CONST_CHAMFER
is_fun typedef: A function pointer type used in various search routines.
is_global() method in class BASE_TAG_MANAGER
is_good_incoming() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Checks the geometry.
is_greater_than(double,double) global function: Determines if the first double value is greater than the second double value.
is_gridpts() method in class splgrid: Returns TRUE if the pointer to the grid points array has been set; otherwise, returns FALSE.
is_healing_required() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Returns a flag indicating whether or not healing is required.
is_helix(curve*) global function: Determines if a curve is a helix.
is_identity() method in class SPAmatrix: Returns TRUE if a matrix is the identity matrix.
is_in_parallel_plane(SPAunit_vector&) method in class bounded_curve: Returns TRUE if this bounded_curve lies in a plane that is perpendicular to the given unit-vector normal; otherwise, it returns FALSE.
is_in_plane(SPAposition&,SPAunit_vector&) method in class bounded_curve: Returns TRUE if this bounded_curve lies in a given plane; otherwise, it returns FALSE.
is_included_element(int) method in class pattern: Obsolete: do not use.
is_intcurve(curve*) global function: Determines if a curve is an intcurve.
is_intcurve_edge(ENTITY*) global function: Determines if an ENTITY is an intcurve edge.
is_isospline() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns a flag indicating whether the isospline edge is within the domain of the isospline solver.
is_kind(int) method in class gvertex: Determines whether or not this graph vertex is of the specified kind.
is_kind(int) method in class gedge: Determines whether or not this graph vertex is of the specified kind.
is_less_than(double,double) global function: Determines if the first double value is less than the second double value.
is_line() method in class bounded_curve: Checks for the bounded_line subclass.
is_line() method in class bounded_line: Finds if this bounded_line is also a bounded_line.
is_linear(SPAposition&,SPAunit_vector&) method in class curve_law: If the curve is linear, returns TRUE and sets line_point and line_direction.
is_linear() method in class generic_graph: Determines whether or not the graph structure is linear.
is_linear_edge(ENTITY*) global function: Determines if an ENTITY is a linear edge.
is_loop() method in class gedge: Returns TRUE if the first vertex is the same as the last vertex, thus forming a loop.
is_loop_separation define
is_marked_for_force_compute() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Returns a flag indicating whether or not this instance is marked for a force compute.
is_mixed_body(ENTITY*) global function: Determines if an ENTITY is a mixed BODY.
is_modified() method in class PART: Returns TRUE if a PART has been modified since the last save; otherwise, it returns FALSE.
is_multiple_edge(gedge const*) method in class generic_graph: Returns TRUE if there is more than one gedge spanning this gedge's vertices.
is_named(char*) method in class NAMED_ATTRIB: Returns TRUE if the attribute has a given name; otherwise, it returns FALSE.
is_named(char*) method in class DELTA_STATE: Returns the name of the delta state.
is_negative(double) global function: Determines if the double value is negative.
is_old_no_option_sweep() method in class sweep_options: get old sweep type.
is_on_line(SPAposition&,SPAposition&,SPAunit_vector&) global function: Determines if a SPAposition is on a line within SPAresabs.
is_on_plane(SPAposition&,SPAposition&,SPAunit_vector&) global function: Determines if a SPAposition is on a plane within SPAresabs.
is_paired() method in class ATTRIB_HH_ENT_STITCH_EDGE: Returns TRUE if the owner edge is either shared or has has been paired up with another edge.
is_pattern_child() method in class EDGE: Obsolete: do not use.
is_pattern_child() method in class ENTITY: Obsolete: do not use.
is_pattern_child() method in class LUMP: Obsolete: do not use.
is_pattern_child() method in class COEDGE: Obsolete: do not use.
is_pattern_child() method in class BODY: Obsolete: do not use.
is_pattern_child() method in class VERTEX: Obsolete: do not use.
is_planar(FACE*) method in class pattern: Obsolete: do not use.
is_planar(SPAposition&,SPAvector&) method in class pattern: Obsolete: do not use.
is_planar(SPAposition&,SPAunit_vector&) method in class curve_law: If the curve is planar, returns TRUE and sets plane_point and plane_normal.
is_planar_face(ENTITY*) global function: Determines if an ENTITY is a planar face.
is_planar_wire(COEDGE*,SPAposition&,SPAunit_vector&,logical,logical) global function: Determines if a WIRE is planar.
is_planar_wire(WIRE*,SPAposition&,SPAunit_vector&,logical,logical) global function: Determines if a WIRE is planar.
is_plane(surface*) global function: Determines if a surface is a planar surface.
is_plane_type() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Returns whether the surface type is a plane.
is_point() method in class bounded_curve: Checks for the bounded_point subclass.
is_positive(double) global function: Determines if the double value is positive.
is_rigid_twist_normal_from_profile() method in class sweep_options: Get which twist direction will be used from profile normal or path start direction.
is_simple(gedge const*) method in class generic_graph: Returns TRUE if the graph has no multiple edges.
is_simplified(int) method in class law: Returns TRUE if this law is simplified to the specified level.
is_solid_body(ENTITY*) global function: Determines if an ENTITY is a solid BODY.
is_sphere(surface*) global function: Determines if a surface is a spherical surface.
is_sphere_type() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Returns whether the surface type is a sphere.
is_spherical(SPAposition&) method in class pattern: Obsolete: do not use.
is_spherical(FACE*) method in class pattern: Obsolete: do not use.
is_spherical_face(ENTITY*) global function: Determines if an ENTITY is a spherical face.
is_spline(surface*) global function: Determines if a surface is a spline surface.
is_spline_face(ENTITY*) global function: Determines if the ENTITY is a spline face.
is_straight(curve*) global function: Determines if a curve is a straight curve.
is_subset(generic_graph const*) method in class generic_graph: Returns TRUE if in_graph is a subset of the THIS graph.
is_supported_chamfer() method in class ATTRIB_CONST_CHAMFER: Returns TRUE if this chamfer is supported.
is_tangential(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if the edge forms a tangential junction (within a specific tolerance).
is_top(ENTITY*) method in class SWEEP_ANNO_VERTEX_TOP
is_top(ENTITY*) method in class SWEEP_ANNO_EDGE_TOP: Determines whether or not the given edge is a top edge of the sweep operation.
is_toplevel(ENTITY*) global function: Determines if an ENTITY is top level.
is_toroidal_face(ENTITY*) global function: Determines if the ENTITY is a toroidal face.
is_torus(surface*) global function: Determines if a surface is a toroidal surface.
is_torus_type() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Returns whether the surface type is a torus.
is_tree() method in class generic_graph: Determines whether or not the graph structure is a tree.
is_u_end() method in class splgrid: Returns TRUE if the pointer to the ending tangent vector array has been set; otherwise, returns FALSE.
is_u_start() method in class splgrid: Returns TRUE if the pointer to the starting tangent vector array has been set; otherwise, returns FALSE.
is_unknown_entity(void) method in class ENTITY: Returns TRUE if this is an unknown entity.
is_unstable_vertex_good() method in class ATTRIB_HH_AGGR_ANALYTIC: Checks unstable vertices of body.
is_use_counted() method in class CURVE: Indicates if this CURVE is use-counted or not.
is_use_counted() method in class SURFACE: Indicates if this SURFACE is use-counted or not.
is_use_counted() method in class ENTITY: Indicates if this ENTITY is use-counted or not.
is_use_counted() method in class PCURVE: Indicates if this PCURVE is use-counted or not.
is_use_counted() method in class APOINT: Indicates if this APOINT is use-counted or not.
is_uv() method in class hh_coedge_details
is_uv_boun() method in class hh_coedge_details
is_uv_nonuv() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if it is a uv/non-uv junction.
is_uv_uv() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if it is a uv/uv junction.
is_uv_uv_boun_boun() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if it is a uv boundary/uv boundary junction.
is_v_end() method in class splgrid: Returns TRUE if the pointer to the ending tangent vector array has been set; otherwise, it returns FALSE.
is_v_start() method in class splgrid: Returns TRUE if the pointer to the starting tangent vector array has been set; otherwise, it returns FALSE.
is_valid() method in class entity_handle: Returns a logical indicating whether the entity handle is bound to a live entity.
is_valid() method in class component_handle: Returns a logical indicating whether any of the entity_handles used to define the component correspond to deleted entities, A value of FALSE indicates that at least one handle refers to an invalid ENTITY.
is_valid() method in class component_entity_handle: Returns a logical indicating whether any of the entity_handles used to define the component_entity correspond to deleted entities, A value of FALSE indicates that at least one handle refers to an invalid ENTITY.
is_var_rad_type() method in class blend_spl_sur: Returns TRUE if the blend_spl_sur is a variable radius type; otherwise, it returns FALSE.
is_viewed() method in class acis_ha_part_entity_mgr
is_weights() method in class splsurf: Returns TRUE if the pointer to the weights array has been set; otherwise, it returns FALSE.
is_wire_body(ENTITY*) global function: Determines if an ENTITY is a wire BODY.
is_zero(double) method in class var_rad_const: Returns TRUE if a radius function is zero everywhere, to within a given tolerance - else, it returns FALSE.
is_zero() method in class ATTRIB_FFBLEND: Tests if blend is of zero width.
is_zero(double) method in class var_rad_two_ends: Returns TRUE if a radius function is zero everywhere, to within a given tolerance - else, it returns FALSE.
is_zero(double) method in class var_radius: Returns TRUE if a radius function is zero everywhere, to within a given tolerance - else, it returns FALSE.
is_zero(double) method in class var_rad_functional: Returns TRUE if a radius function is zero everywhere, to within a given tolerance - else, it returns FALSE.
is_zero(double) method in class SPAvector: Returns TRUE if the length of the SPAvector is less than the given tolerance.
is_zero(SPAposition&) global function: Determines if a position is zero relative to SPAresabs.
is_zero(SPAunit_vector&) global function: Determines if an unit vector is zero relative to SPAresabs.
is_zero() method in class ATTRIB_VAR_BLEND: Returns TRUE if the blend is zero everywhere along its length.
is_zero(double) method in class var_rad_rot_ellipse: Returns TRUE the two var_rad_rot_ellipse are zero - else, it returns FALSE.
is_zero(double) method in class var_rad_fixed_width: Returns TRUE if a radius function is zero everywhere, to within a given tolerance - else, it returns FALSE.
is_zero(SPAvector&) global function: Determines if a vector is zero relative to SPAresabs.
is_zero(double) global function: Determines if the double value is zero relative to SPAresabs.
is_zero(double) method in class SPApar_vec: Returns TRUE if a radius function is zero everywhere, to within a given tolerance; otherwise, it returns FALSE.
is_zero_mch(double) global function: Test if a value is zero relative to SPAresmch.
is_zero_nor(double) global function: Test if a value is zero relative to SPAresnor.
is_zero_squared(double) global function: Test for zero numbers relative to SPAresabs squared.
isa(int) method in class ATTRIB_GEN_NAME: Determines if the attribute class is the specified type.
isa(int) method in class ATTRIB_GEN_POINTER: Determines if the attribute class is of the specified type.
isa(int) method in class ATTRIB_GEN_REAL: Determines if the attribute class is the specified type.
isa(int) method in class ATTRIB_GEN_ENTITY: Determines if the attribute class is the specified type.
isa(int) method in class ATTRIB_GEN_POSITION: Determines if the attribute class is the specified type.
isa(int) method in class ATTRIB_GEN_VECTOR: Determines if the attribute class is the specified type.
isa(int) method in class ATTRIB_GEN_INTEGER: Determines if the attribute class is the specified type.
isa(int) method in class ATTRIB_GEN_STRING: Determines if the attribute class is the specified type.
isa(int) method in class law: Indicates whether or not this law is of, or derived from, a specified law type.
isa(int) method in class ATTRIB_GEN_WSTRING: Determines if the attribute class is the specified type.
isa(int) method in class simple_rail_law
ishare data member in class indexed_polygon
iterate_perp(SPAposition const&,SPAposition&,SPAunit_vector&,surf_princurv&,SPApar_pos const&,SPApar_pos&,logical) method in class spl_sur: Support function for point_perp (and bs3_surface_perp).
iteration_count() method in class LIST_HEADER: Return the number of entries in the list excluding the deleted ones (tombstones).
iteration_count() method in class EE_LIST: Counts how many entities there are in the list not including deleted entries,Uses the iterator.
iteration_count() method in class ENTITY_LIST: Returns the number of live entities in the list not including deleted entries.
iteration_count() method in class SPACOLLECTION: Returns the number of entities in the collection excluding the tombstones.
iteration_count() method in class HISTORY_STREAM_LIST: Counts how many entities there are in the list not including deleted entries.
iteration_count() method in class DELTA_STATE_LIST: Counts how many entities there are in the list not including deleted entries.
iteration_count() method in class asm_model_list: Returns the number of live entries in the list not including deleted entries.
iteration_count() method in class component_handle_list: Returns the number of live entries in the list not including deleted entries.
iteration_count() method in class BULLETIN_LIST: Counts how many entities there are in the list not including deleted entries.
iteration_count() method in class entity_handle_list: Returns the number of live entries in the list not including deleted entries.
iteration_count() method in class component_entity_handle_list: Returns the number of live entries in the list not including deleted entries.
iteration_count() method in class VOID_LIST: Counts how many entities there are in the list not including deleted entries - uses the iterator.

J

jmp_buf[17] typedef
join(intcurve&,int) method in class intcurve: Joins two pieces of intcurve together, adding a discontinuity of the given order at the join (if order is not supplied, or is nonpositive, then it is calculated).
journal_on() method in class AcisOptions: This method returns TRUE if the journal is enabled and the specified component is set to be journaled, Otherwise it returns FALSE.

K

keep_all_free_lists() global function: Set the state of the memory manager to keep all freelist data blocks until the application terminates.
keep_face(FACE const*,logical) method in class defeature_options: This call lets the user control the defeaturing by marking faces which are required to not be removed.
kept_face(FACE const*) method in class defeature_options: Queries if a face was kept and not removed by the feature removal.
kill_bound() method in class CELL: Sets the bounding pointer to NULL.
kill_other_ef_int() method in class ATTRIB_INTVERT: Kills the other edge-face intersection.
kill_this_ef_int() method in class ATTRIB_INTVERT: Kills this edge-face intersection.
kind(int,logical) method in class generic_graph: This assigns a user-defined kind and its on/off status to the graph structure.
knife() method in class cvty: This will return TRUE for anything with the knife bit set.
knife_concave() method in class cvty: This will return TRUE for anything with the knife_concave bit set.
knife_concave_mixed() method in class cvty: This will return TRUE for anything with the knife_concave_mixed bit set.
knife_convex() method in class cvty: This will return TRUE for anything with the knife_convex bit set.
knife_convex_mixed() method in class cvty: This will return TRUE for anything with the concave bit set.
knife_mixed() method in class cvty: This will return TRUE for anything with the concave bit set.
knots_on_true_curve() method in class pcurve: Returns 1 if all of the bs2_curve knots that are within the checked_range lie on the associated true curve (to within SPAresabs), or to 0 if this is not the case.

L

LAW class: Stores a law mathematics function as an entity for saving to and restoring from a SAT file.
LAW_TYPE_BOUNDED define
LAW_TYPE_CONSTANT define
LAW_TYPE_CONTINUIOUS define
LAW_TYPE_G_1 define
LAW_TYPE_G_2 define
LAW_TYPE_G_3 define
LAW_TYPE_G_4 define
LAW_TYPE_G_5 define
LAW_TYPE_G_INFINITY define
LAW_TYPE_INTEGER define
LAW_TYPE_LINEAR define
LAW_TYPE_POLYNOMIAL define
LAW_TYPE_RATIONAL define
LAW_TYPE_UNKNOWN define
LAW_TYPE_ZERO define
LINKED_MESH class: A LINKED_MESH is a series of points connected by links in a number of ways, in order to facilitate fast processing while creating the facets and using the facets.
LINKED_MESH_MANAGER class: Shows an example of a mesh manager using linked data.
LIST_HEADER class: Implements a variable length list of entries of type void*.
LOOKUP_DEF define
LOOKUP_FUNCTION define
LOOP class: Represents a set of connected EDGEs that bound a FACE.
LOOP_ID define
LOOP_LEVEL define
LUMP class: Represents a bounded, connected portion of space.
LUMP_ID define
LUMP_LEVEL define
LW_CONVERSION_DITHER_RGB define
LW_CONVERSION_FS_DITHER_RGB define
LW_CONVERSION_FS_MONOCHROME define
LW_CONVERSION_FS_RGB define
LW_CONVERSION_GREYSCALE define
LW_CONVERSION_NEAREST_RGB define
LW_CONVERSION_O_DITHER_RGB define
LW_CONVERSION_TC_DITHER define
Lose() method in class ADM_regobj: Lose method for self-destruction - destructor is protected.
Lose() method in class ADM_draw_engine: Self-destructs an ADM_draw_engine object.
Lose() method in class ADM_hoopsregobj_factory: ose method for self-destruction.
Lose() method in class ADM_hoops_icon_factory: Lose method for self-destruction.
Lose() method in class ADM_regobj_factory: Lose method for self-destruction.
Lose() method in class DM_default_icon: Public destructor.
Lose() method in class DM_icon_factory: Public destructor.
Lose() method in class DM_default_icon_factory: Lose method for self-destruction.
Lose() method in class ADM_gidraw_engine: ose method for self-destruction.
Lose() method in class ADM_hoopsregobj: Lose method for self-destruction.
Lose() method in class ADM_giregobj: Lose method for self-destruction.
Lose() method in class ADMHOOPS_draw_engine: ose method for self-destruction.
Lose() method in class DM_draw_engine: Lose method for self-destruction.
Lose() method in class ADM_giregobj_factory: ose method for self-destruction.
Lose() method in class DM_icon: Public destructor.
LwConversionMethod typedef: Image conversion method type.
LwDisplayMethod typedef: Image display method.
LwFloat typedef: Floating point value.
LwInt32 typedef: 32-bit signed integer.
LwNat8 typedef: 8-bit unsigned integer.
LwVoid define
label() method in class ATTRIB_BLINFO: Labels the blend information.
label() method in class ATT_BL_INST: Returns the descriptive string for the object, for example roll_on.
last() method in class POLYGON: Returns the last POLYGON.
last() method in class toolkit_callback_list: Gets the last callback, for routines that want to call in reverse order.
last() method in class POLYGON_POINT_MESH: Returns a pointer to the last polygon.
lateral_face() method in class SWEEP_ANNO_EDGE_LAT: Returns a pointer to the created lateral face from sweeping.
lateral_size(COEDGE*) method in class ATTRIB_CONST_CHAMFER: Returns a measure of a typical distance between the spring curves.
lateral_size(COEDGE*) method in class ATTRIB_FFBLEND: Returns the lateral size.
law class: Serves as the base class for all derived law classes.
law_data class: Serves as a wrapper for ACIS objects, for passing as arguments to laws.
law_form() method in class intcurve: Returns the law form for an intcurve.
law_form() method in class helix: Returns a pointer to the law form that is part of the helix definition.
law_form() method in class ellipse: Returns a pointer to the law form that is part of the ellipse definition.
law_form() method in class straight: Returns the law form of the straight entity.
law_form() method in class base_curve_law_data: Returns a pointer to the law class used as part of the base_curve_law_data.
law_form() method in class int_cur: Returns the law form of an int_cur.
law_form() method in class curve_law_data: Returns a pointer to the law class used as part of the curve_law_data.
law_form() method in class curve: Returns a pointer to the law form of this curve, or else NULL.
law_law_data class: Serves as a wrapper for a law object, for passing into unary and multiple law data classes.
left_face() method in class ATTRIB_FFBLEND: Returns the left face along which the blend runs.
left_face() method in class ATTRIB_FFBLEND: Returns the left face, non-const version.
left_handed data member in class blend_spl_sur: Flag to indicate the handedness.
left_handed_uv() method in class surface: Indicates whether the parameter coordinate system of this surface is right-handed or left-handed.
left_handed_uv() method in class spline: Indicates whether the parameter coordinate system of the surface is right or left-handed.
left_handed_uv() method in class cone: Indicates whether the parameter coordinate system of the surface is right or left-handed.
left_handed_uv() method in class sphere: Indicates whether the parameter coordinate system of the surface is right-handed or left-handed.
left_handed_uv() method in class plane: Indicates whether the parameter coordinate system of the surface is right or left-handed.
left_handed_uv() method in class torus: Indicates whether the parameter coordinate system of this surface is right-handed or left-handed.
left_int_type data member in class surf_surf_int
left_lateral_edge() method in class SWEEP_ANNO_VERTEX_LAT
left_lateral_face() method in class SWEEP_ANNO_VERTEX_LAT
left_law data member in class binary_law: Pointer to the first argument (sublaw) of the binary law.
left_offset data member in class blend_spl_sur: Objects describing the radius.
left_rad data member in class blend_spl_sur: Objects describing the radius.
left_radius_bs2() method in class ATTRIB_VAR_BLEND: Returns the left radius function as a constant bs2_curve.
left_radius_bs2_for_update() method in class ATTRIB_VAR_BLEND: Returns the left radius function as a bs2_curve, in a form that can be modified.
left_range() method in class ATTRIB_CONST_CHAMFER: Returns the value for the left range.
left_reorder(logical&) method in class ATTRIB_VAR_BLEND: Returns whether reordered blends should be computed.
left_support data member in class blend_spl_sur: A support entity.
left_surf_rel data member in class surf_surf_int
left_thumb() method in class var_cross_section: Returns the left thumbweight of the var_cross_section.
left_top_edge() method in class SWEEP_ANNO_VERTEX_TOP
left_top_vertex() method in class SWEEP_ANNO_VERTEX_TOP
left_tw_surf() method in class ATTRIB_FFBLEND: If this attribute is owned by a face and the current local operation is set, these functions get the (possibly) tweaked surface of the left support faces.
legal_range data member in class blend_spl_sur: The "legal" v range is that v range over which the surface is well-behaved.
legal_v_param(double) method in class blend_spl_sur: A query function to check whether a given v-parameter value is within the legal range.
lemon() method in class torus: Returns TRUE if this torus has a lemon shape.
len() method in class SPApar_vec: Returns the length of the SPApar_vec.
len() method in class SPAvector: Returns the length of the this vector.
len_sq() method in class SPAvector: Returns (du * du + dv * dv), the length squared.
len_sq() method in class SPApar_vec: Returns (du * du + dv * dv).
length(double,double,logical) method in class straight: Returns the algebraic distance along the curve between the given parameters.
length() method in class param_string: Returns the length of the param_string.
length(double,double) method in class base_curve_law_data: Returns the distance between the two parameters.
length(double,double,logical) method in class helix: Arc length.
length(double,double) method in class bounded_curve: Returns the algebraic distance along this bounded_curve between the given parameters.
length(double,double,logical) method in class ellipse: Arc length.
length(double,double,logical) method in class intcurve: Returns the algebraic distance along the curve between the given parameters.
length(logical) method in class EDGE: Returns the length of the underlying geometry CURVE.
length() method in class SPAnvector: Calculates the length of the SPAnvector by taking the square root of the sum of the square of each element in the array.
length() method in class SPAinterval: Returns the difference between the high and low ends of the interval.
length(double,double,logical) method in class curve: Returns the algebraic distance (arc length) along this curve between the two given parameters.
length_param(double,double,logical) method in class helix: The inverse of the length function returns the parameter value of the point on the curve at the given algebraic arc length from that defined by the datum parameter.
length_param(double,double) method in class bounded_curve: Returns the parameter value of the point on this bounded_curve at the given algebraic arc length from that defined by the given parameter.
length_param(double,double,logical) method in class straight: Returns the parameter value of the point on the curve at the given algebraic arc length from that defined by the datum parameter.
length_param(double,double,logical) method in class ellipse: The inverse of the length function returns the parameter value of the point on the curve at the given algebraic arc length from that defined by the datum parameter.
length_param(double,double,logical) method in class intcurve: Returns the parameter value of the point on the curve at the given algebraic arc length from that defined by the datum parameter.
length_param(double,double,logical) method in class curve: Returns the parameter value of the point on this curve at the given algebraic arc length from that defined by the given parameter.
length_param(double,double) method in class base_curve_law_data: Returns the parameter value at the end point.
limit(SPApar_box&) method in class surface: Subsets this surface in place, according to the given parameter box.
limit(SPAinterval&) method in class curve: Subsets this curve in place, ensuring canonical results if the underlying curve is bounded or periodic.
limit_radius_to_edge() method in class ATTRIB_VAR_BLEND: Limits the radius function to the radius start and end parameter.
limit_u(SPAinterval&) method in class surface: Subsets this surface in place, according to the given interval in u.
limit_v(SPAinterval&) method in class surface: Subsets this surface in place, according to the given interval in v.
linear() method in class law: Determines whether or not this law is linear.
link_states data member in class HISTORY_STREAM: Indicates if there are link states, Used by api_stop_modeler.
list data member in class ff_header: List of face-face intersections.
list_delta_states(DELTA_STATE_LIST&) method in class HISTORY_STREAM: Lists the delta states.
list_merge_candidates(ENTITY_LIST&) method in class BoolOptions: Retrieves a list of merge candidates left over from a Boolean carried out with a delayed merge.
load() method in class message_module: This function loads the message module.
load(FILE*,logical,ENTITY_LIST&,logical) method in class PART: Loads a PART from a file.
load(FileInterface*,ENTITY_LIST&,logical) method in class PART: Loads a PART from a FileInterface.
load(char*,logical,ENTITY_LIST&,logical) method in class PART: Loads a PART from the specified sat file.
loadAll() method in class message_module: This static function initiates load of all message_modules.
locate(parameter_token,int&,int&) method in class VERTEX_TEMPLATE: Gets the parameter location and site of the parameter for a given token in the VERTEX_TEMPLATE.
location() method in class TEXT_ENT: Gets the location of the text.
loft_spl_sur class
log_analytic_details() method in class ATTRIB_HH_AGGR_ANALYTIC: Allows additions to the log list.
logging_flag data member in class HISTORY_STREAM
logging_level data member in class HISTORY_STREAM: The number of api_begin's minus the number of api_end's made so far.
logging_level_when_stacked data member in class BULLETIN_BOARD: The number of api_begin's minus the number of api_end's made so far.
lookup(DELTA_STATE const*) method in class DELTA_STATE_LIST: Searches for an DELTA_STATE in the list.
lookup(entity_id_t) method in class PART: Look up a part by its id.
lookup(HISTORY_STREAM const*) method in class HISTORY_STREAM_LIST: Searches for an HISTORY_STREAM in the list.
lookup(logical) method in class ENTITY: Looks up this ENTITY in the appropriate debug list.
lookup(ENTITY const*) method in class SPACOLLECTION: Lookup the specified ENTITY in the collection and return its index.
lookup(ENTITY const*,logical) method in class DEBUG_LIST: Searches for the given entity in the list, optionally adding it, and returning the index number.
lookup(ENTITY const*) method in class ENTITY_LIST: Lookup the specified ENTITY in the list and return its index.
lookup(BULLETIN const*) method in class BULLETIN_LIST: Searches for an BULLETIN in the list.
lookup(asm_model*) method in class asm_model_list: Lookup the specified asmsembly model in the list and return its index.
lookup(entity_handle*) method in class entity_handle_list: Lookup the specified asmsembly handle in the list and return its index.
lookup(void const*) method in class VOID_LIST: Searches for an item in the list, and returns its index number, or -1 if it is not there.
lookup(component_handle*) method in class component_handle_list: Lookup the specified asmsembly handle in the list and return its index.
lookup(component_entity_handle*) method in class component_entity_handle_list: Lookup the specified asmsembly handle in the list and return its index.
lookup(void const*) method in class LIST_HEADER: Lookup the specified entry in the list and return its index.
lookup_history(history_id_t) method in class PART: Look up a history stream of a part by its id.
loop() method in class FACE: Returns a pointer to the first LOOP of COEDGEs bounding this FACE.
loop() method in class COEDGE: Returns the owner of this COEDGE if the former is a LOOP, otherwise NULL.
loop_polygon(logical) method in class LOOP
loop_type enum: Specifies the type of a loop classified by api_loop_type.
lop() method in class ATTRIB_BLEND: Returns a lop_ptr.
lop_change_attrib(ENTITY*) global function: Provides a convenient way for attributes to be notified when their owning entity is changed during a local operation, remove faces, or shelling.
lop_change_owner() method in class ATTRIB: Notifies this ATTRIB that its owning ENTITY will be changed by a local operation, face removal, or shelling.
lop_options class: Options for local operations.
lose() method in class ENTITY_IHL: Posts a delete bulletin to the bulletin board indicating the instance is no longer used in the active model.
lose() method in class edge_entity_rel: Posts a delete bulletin to the bulletin board indicating the instance is no longer used in the active model.
lose() method in class EDGE: Posts a delete bulletin to the bulletin board indicating this EDGE is no longer used in the active model.
lose() method in class COEDGE: Posts a delete bulletin to the bulletin board indicating this COEDGE is no longer used in the active model.
lose() method in class entity_filter: Posts a delete bulletin to the bulletin board indicating the instance is no longer used in the active model.
lose() method in class CURVE: Posts a delete bulletin to the bulletin board indicating this CURVE is no longer used in the active model.
lose() method in class SUBSHELL: Posts a delete bulletin to the bulletin board indicating this SUBSHELL is no longer used in the active model.
lose() method in class ELLIPSE: Posts a delete bulletin to the bulletin board indicating this ELLIPSE is no longer used in the active model.
lose() method in class ATTRIB_ST: Posts a delete bulletin to the bulletin board indicating this ATTRIB_ST is no longer used in the active model.
lose() method in class APOINT: Posts a delete bulletin to the bulletin board indicating this APOINT is no longer used in the active model.
lose() method in class entity_mgr_factory: Requests that this entity manager factory destruct itself.
lose() method in class ATTRIB: Posts a delete bulletin to the bulletin board indicating this ATTRIB is no longer used in the active model.
lose() method in class ENTITY: Posts a delete bulletin to the bulletin board indicating the instance is no longer used in the active model.
lose() method in class ATTRIB_SYS: Posts a delete bulletin to the bulletin board indicating this ATTRIB_SYS is no longer used in the active model.
lose() method in class PCURVE: Posts a delete bulletin to the bulletin board indicating this PCURVE is no longer used in the active model.
lose() method in class STRAIGHT: Posts a delete bulletin to the bulletin board indicating this STRAIGHT is no longer used in the active model.
lose() method in class SPLINE: Posts a delete bulletin to the bulletin board indicating this SPLINE is no longer used in the active model.
lose() method in class SPHERE: Posts a delete bulletin to the bulletin board indicating this SPHERE is no longer used in the active model.
lose() method in class point_entity_rel: Posts a delete bulletin to the bulletin board indicating the instance is no longer used in the active model.
lose() method in class TORUS: Posts a delete bulletin to the bulletin board indicating this TORUS is no longer used in the active model.
lose() method in class BODY: Posts a delete bulletin to the bulletin board indicating this BODY is no longer used in the active model.
lose() method in class TRANSFORM: Posts a delete bulletin to the bulletin board indicating this TRANSFORM is no longer used in the active model.
lose() method in class LUMP: Posts a delete bulletin to the bulletin board indicating this LUMP is no longer used in the active model.
lose() method in class ATTRIB_ANNOTATION: Posts a delete bulletin to the bulletin board indicating this ATTRIB_ANNOTATION is no longer used in the active model.
lose() method in class ATTRIB_TSL: Posts a delete bulletin to the bulletin board indicating the instance is no longer used in the active model.
lose() method in class LOOP: Posts a delete bulletin to the bulletin board indicating this LOOP is no longer used in the active model.
lose() method in class LAW: Posts a delete bulletin to the bulletin board indicating this LAW is no longer used in the active model.
lose() method in class ATTRIB_TAG: Posts a delete bulletin to the bulletin board indicating this ATTRIB_TAG is no longer used in the active model.
lose() method in class VERTEX: Posts a delete bulletin to the bulletin board indicating this VERTEX is no longer used in the active model.
lose() method in class FACE: Posts a delete bulletin to the bulletin board indicating this FACE is no longer used in the active model.
lose() method in class INTCURVE: Posts a delete bulletin to the bulletin board indicating this INTCURVE is no longer used in the active model.
lose() method in class CONE: Posts a delete bulletin to the bulletin board indicating this CONE is no longer used in the active model.
lose() method in class WIRE: Posts a delete bulletin to the bulletin board indicating this WIRE is no longer used in the active model.
lose() method in class SHELL: Posts a delete bulletin to the bulletin board indicating this SHELL is no longer used in the active model.
lose() method in class SURFACE: Posts a delete bulletin to the bulletin board indicating this SURFACE is no longer used in the active model.
lose() method in class ANNOTATION: Posts a delete bulletin to the bulletin board indicating this ANNOTATION is no longer used in the active model.
lose() method in class PLANE: Posts a delete bulletin to the bulletin board indicating this PLANE is no longer used in the active model.
lose() method in class ENTITY_PHLV5: Posts a delete bulletin to the bulletin board indicating the instance is no longer used in the active model.
lose() method in class ATTRIB_GENERIC: Posts a delete bulletin to the bulletin board indicating the instance is no longer used in the active model.
lose() method in class HELIX: Posts a delete bulletin to the bulletin board indicating this HELIX is no longer used in the active model.
lose() method in class ATTRIB_EYE: Posts a delete bulletin to the bulletin board.
lose_origin() method in class ATTRIB_TAG: Loses the original ENTITY.
lose_vf() method in class entity_mgr_factory: Requests that this entity manager factory destruct itself.
low() method in class SPApar_box: Extracts the low end of the leading diagonal from the parameter box.
low() method in class SPAbox: Extracts the low end of the leading diagonal of the box.
low_param data member in class ATTRIB_EFINT: Low parameter of edge.
low_param data member in class curve_surf_int: The low end of the parameter range if it is fuzzy; the same as param if it is not fuzzy.
low_rel data member in class curve_curve_int
low_rel data member in class curve_surf_int: Returns relationship between curve and surface.
lump() method in class BODY: Returns a pointer to the beginning of the list of bounding lumps of this BODY.
lump() method in class CELL: Returns the pointer to the owning lump.
lump() method in class shell_lump: Returns a pointer to the lump of the other body.
lump() method in class SHELL: Returns a pointer to the owning LUMP.

M

MACRO define
MANY define
MASTER_ENTITY_DECL define
MASTER_ENTITY_DEFN define
MAX_BLEND_DERIV define
MAX_TYPE define
MESH class: Defines a generic base mesh class that can be attached to an entity.
MESHSURF_ID define
MESH_APP_ID typedef
MESH_MANAGER class: A MESH_MANAGER class directs output of the facet data.
MESH_MANAGER_SEARCH_ORDER enum: Specifies the search order during mesh output.
MESH_NODE class: A MESH_NODE represents the point of coincident vertices of many facets (or one facet).
MESH_POLYGON class: Represents a series of vertices making a facet.
MESH_POLYNODE class: The MESH_POLYNODE represents a point, or vertex, of one facet, It is where the bulk of the information of the facets exist, such as position, parametric parameters, and normal vector.
MESH_USER_ID typedef
METHOD_ARGS class: Defines the virtual method ID that must return a unique character string to allow runtime identification of overloaded methods.
METHOD_ID class: Identifies runtime methods.
METHOD_TABLE class: Holds the table of runtime method implementation functions for a class.
MMGR_FREELIST_THIS define: Use this macro inside your class definition to enhance your class with ACIS memory management and ACIS freelisting.
MMGR_SUPPORT_THIS define: Use this macro inside your class definition to enhance your class with ACIS memory management.
MMToModel(double) method in class PART: Converts between millimeters to PART units.
MODEL_BEGIN define
MODEL_END define
Make_active(int) method in class ATTRIB_DM2ACIS: Makes the child DS_dmod with tag active.
Make_area_cstrn_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_area_cstrn_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes an area constraint icon.
Make_area_load_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes an area load icon.
Make_area_load_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes an area load icon.
Make_attractor_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_attractor_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes an attractor icon.
Make_backup_copy(Spatial_abs_hurler&) method in class ADM_giregobj: ets the ADM_regobj pointer on an ATTRIB_DM2ACIS copied for placement on a bulletin board.
Make_backup_copy(Spatial_abs_hurler&) method in class ADM_regobj: Sets the ADM_regobj pointer on an ATTRIB_DM2ACIS copied for placement on a bulletin board.
Make_backup_copy(Spatial_abs_hurler&) method in class ADM_hoopsregobj: ets the ADM_regobj pointer on an ATTRIB_DM2ACIS copied for placement on a bulletin board.
Make_copy(Spatial_abs_hurler&) method in class DM_cct_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_srf_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_dpr_icon: Clone method.
Make_copy(ENTITY*) method in class ATTRIB_DM2ACIS: Copies the attribute information from this class instance to the supplied entity.
Make_copy(Spatial_abs_hurler&) method in class DM_att_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_grd_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_cld_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_lld_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_vec_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_pct_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_sps_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_crv_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class ADM_srf_icon3: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_cpt_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_dbx_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_default_icon_factory: Deep copy this factory.
Make_copy(Spatial_abs_hurler&) method in class DM_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_act_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class ADM_hoops_icon_factory: Deep copy this factory.
Make_copy(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a deep copy of this factory.
Make_copy(Spatial_abs_hurler&) method in class DM_ppr_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_lct_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class DM_spr_icon: Clone method.
Make_copy(Spatial_abs_hurler&) method in class ADM_srf_icon: Clones method.
Make_copy(Spatial_abs_hurler&) method in class ADM_srf_icon2: Clones method.
Make_copy(ENTITY*) method in class ATTRIB_AGC: Copies the attribute from the owning entity for use with another entity.
Make_copy(ENTITY*) method in class ATTRIB_DS2ACIS: This is a virtual ATTRIB_AGC copy function.
Make_copy(ENTITY*) method in class ATTRIB_DC2ACIS: Makes and adds a patch to the patch hierarchy.
Make_crv_cstrn_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_crv_cstrn_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a curve constraint icon.
Make_crv_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a curve icon.
Make_crv_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_crv_load_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a curve load icon.
Make_crv_load_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_dist_press_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a distributed pressure icon.
Make_dist_press_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_link_cstrn_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_link_cstrn_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a link constraint icon.
Make_link_load_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_link_load_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a link load icon.
Make_point_press_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a point pressure icon.
Make_point_press_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_pt_cstrn_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_pt_cstrn_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a point constraint icon.
Make_regobj(Spatial_abs_hurler&,ATTRIB_DM2ACIS*) method in class ADM_regobj_factory_mgr: Returns a concrete ADM_regobj.
Make_regobj(Spatial_abs_hurler&,ATTRIB_DM2ACIS*) method in class ADM_hoopsregobj_factory: reates an ADM_regobj object.
Make_regobj(Spatial_abs_hurler&,ATTRIB_DM2ACIS*) method in class ADM_regobj_factory: Creates an ADM_regobj object.
Make_regobj(Spatial_abs_hurler&,ATTRIB_DM2ACIS*) method in class ADM_giregobj_factory: reates an ADM_regobj object.
Make_spring_load_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_spring_load_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a spring load icon.
Make_spring_set_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_spring_set_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a spring set icon.
Make_srf_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Make_srf_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a surface icon.
Make_tracking_curve(int,int) method in class ATTRIB_DM2ACIS: Builds curve dmod.
Make_vector_load_icon(Spatial_abs_hurler&) method in class DM_default_icon_factory: Makes a vector load icon.
Make_vector_load_icon(Spatial_abs_hurler&) method in class DM_icon_factory: Makes a new icon of this type.
Mark_dirty(Spatial_abs_hurler&) method in class ADM_gidraw_engine: otify the draw engine of changes which may affect cached data.
Mark_dirty(Spatial_abs_hurler&) method in class ADMHOOPS_draw_engine: otify the draw engine of changes which may affect cached data.
Mark_dirty(Spatial_abs_hurler&) method in class DM_draw_engine: Notifies the draw engine of changes which may affect cached data.
MethodFunction typedef: Method function.
ModelToMM(double) method in class PART: Converts between PART units to millimeters.
MyBody data member in class PHLV5_EDGE
MyEdge data member in class PHLV5_EDGE
MyFace data member in class PHLV5_EDGE
MyOccurrence data member in class PHLV5_EDGE
MySegment data member in class PHLV5_EDGE
MySense data member in class PHLV5_EDGE
MySilh data member in class PHLV5_EDGE
m_analytic_geom_worsened data member in class ATTRIB_HH_AGGR_ANALYTIC: Option to denote if the geometry has worsened.
m_bSaveScale data member in class PART: This flag controls whether the units scale factor is saved with the PART.
m_count(0) method in class tk_list: Default constructor.
m_currFaceNodeCount data member in class LINKED_MESH_MANAGER
m_currFacePolyNodeCount data member in class LINKED_MESH_MANAGER
m_currFacePolygonCount data member in class LINKED_MESH_MANAGER
m_data data member in class TaggedData: A union with data types.
m_dataType data member in class TaggedData
m_dmod data member in class DM_default_icon
m_draw_option data member in class DM_default_icon
m_factory data member in class DM_icon_factory_mgr: A static instance to clean up the DM_icon_factory on program termination.
m_icon_width data member in class DM_default_icon
m_lEntityHistory data member in class PART: Roll back histories for some top-level entities which have attached ATTRIB_HISTORY.
m_last_bb() method in class history_callbacks_list: Callback method, called in delete bb.
m_last_bb() method in class history_callbacks: Callback method, called in delete bb.
m_nNumEdges data member in class PART: Number of edges.
m_nNumFaces data member in class PART: Number of faces.
m_nNumPolyNode data member in class INDEXED_MESH_MANAGER
m_nNumPolygon data member in class INDEXED_MESH_MANAGER
m_nNumTCoEdges data member in class PART: Number of tolerant coedges.
m_nNumVertex data member in class indexed_polygon
m_nNumVertex data member in class INDEXED_MESH_MANAGER
m_nNumVertices data member in class PART: Number of vertices.
m_on data member in class DM_default_icon
m_pEntityCallbacks data member in class PART: The list of entity callbacks.
m_pHistoryStream data member in class PART: This is a roll back history for all top-level entities in this part, unless they already have their own history attached using attributes.
m_pMesh data member in class LINKED_MESH_MANAGER
m_pMesh data member in class INDEXED_MESH_MANAGER
m_pTransform data member in class INDEXED_MESH_MANAGER
m_pTransform data member in class LINKED_MESH_MANAGER
m_pVertexPtrs data member in class indexed_polygon
m_string(NULL) method in class TEXT_ANNOTATION: C++ allocation constructor requests memory for this object but does not populate it.
m_surf_tol_target data member in class SEQUENTIAL_MESH
m_tag data member in class DM_default_icon
m_totalNodeCount data member in class LINKED_MESH_MANAGER
m_totalPolyNodeCount data member in class LINKED_MESH_MANAGER
m_totalPolygonCount data member in class LINKED_MESH_MANAGER
m_unitsScale data member in class PART: The model scale specifies the units in which the PART is stored.
m_valid data member in class DM_default_icon
mac_color(RGBColor*) method in class rgb_color: When running in the Macintosh Environment, this defines an additional method for converting to an RGBColor record.
maj_dir() method in class helix: Returns the major direction of this helix.
major_axis() method in class CONE: Returns the major axis of the ellipse defining this CONE.
major_axis() method in class ELLIPSE: Returns the major axis of this ELLIPSE.
major_axis data member in class ellipse: Vector giving length and direction of major axis.
major_axis_length data member in class ellipse: Length of the major axis.
major_radius() method in class TORUS: Returns the major radius of this TORUS.
major_radius data member in class torus: The radius of the spine curve.
makeRootDS(DELTA_STATE*) method in class HISTORY_MANAGER: Makes the given pState the root delta state of the history stream it is a part of.
makeSurface(int) method in class AcisSkinningInterface: Makes a surface for the given surface number.
makeWires(BODY**&) method in class AcisSLInterface: Creates a set of wires that are broken-up according to the skinning and lofting breakup algorithm (The original wires or coedges that were sent in for input still exist) and it is this list of broken up wires that will be used in the skinning or lofting algorithm.
makeWires(BODY**&) method in class AcisSkinningInterface: Returns pointers to the temporary skinning wires used in the align, minimize twist and breakup algorithms.
make_Scm_Entity(entity_handle*) global function: Creates a Scheme entity from an entity handle.
make_Scm_Entity(ENTITY*) global function: Creates a Scheme entity from a C++ ENTITY.
make_Scm_Entity_List(entity_handle_list&) global function: Creates a list of Scheme entities from an entity_handle_list.
make_Scm_Entity_List(ENTITY_LIST&) global function: Creates a list of Scheme entities from an ENTITY_LIST object.
make_approx(double,spline&,logical) method in class blend_spl_sur: Makes or remakes an approximation of the surface, within the given tolerance.
make_approximating_curves(surface*) method in class blend_spl_sur
make_approximating_patch(int,int,int,double&,double&,double&,int,int) method in class VBL_SURF: Calculates the bs3_surface inside the patch and on the boundaries.
make_approximating_surface(double,SPAinterval const&,double const&,SPAbox const&,list_of_contacts const&) method in class blend_spl_sur: After a blend_spl_sur has been constructed and all its data is in place, the approximating surface must be made.
make_bezier_form() method in class pcurve: Makes the underlying bs2_curve have Bezier form by adding knots as necessary.
make_blend_surf() method in class ATTRIB_VAR_BLEND: Creates the blend surface from the information in the attribute.
make_bounded_surface() method in class pcurve: Makes up a bounded surface from the underlying surface.
make_box(APOINT*,APOINT*,SPAtransf*,double) method in class ELLIPSE: Makes a bounding box.
make_box(APOINT*,APOINT*,SPAtransf*,double) method in class HELIX: Makes a bounding box.
make_box(LOOP*,SPAtransf*,logical,SPAbox*) method in class TORUS: Returns a bounding box for this TORUS.
make_box(LOOP*,SPAtransf*,logical,SPAbox*) method in class SURFACE: Constructs a bounding box for a FACE.
make_box(APOINT*,APOINT*,SPAtransf*,double) method in class INTCURVE: Makes a bounding box for the portion of this INTCURVE delimited by two specified points, and transforms it.
make_box(LOOP*,SPAtransf*,logical,SPAbox*) method in class SPHERE: Returns a bounding box for this SPHERE.
make_box(APOINT*,APOINT*,SPAtransf*,double) method in class CURVE: Determines a bounding box for the portion of this CURVE delimited by two specified points.
make_box(LOOP*,SPAtransf*,logical,SPAbox*) method in class SPLINE: Returns a bounding box for this SPLINE.
make_bs2() method in class var_rad_functional: Returns a bs2_curve representation of this radius function.
make_bs2() method in class var_rad_const: Returns a bs2_curve representation of this radius function.
make_bs2() method in class var_rad_two_ends: Returns a bs2_curve representation of this radius function.
make_bs2() method in class var_radius: Returns a bs2_curve representation of this radius function.
make_bs2() method in class var_rad_rot_ellipse: Returns a bs2_curve representation of this radius function.
make_bs2() method in class var_rad_fixed_width: Returns a bs2_curve representation of this radius function.
make_bs3_curve() method in class bounded_curve: Creates a bs3_curve from this bounded_curve.
make_c1() method in class ATTRIB_HH_AGGR_ISOSPLINE: Gets the option to denote if C1 calculations are on or off.
make_copy() method in class sphere: Makes a copy of this sphere on the heap, and returns a pointer to it.
make_copy() method in class curve: Makes a copy of this curve.
make_copy() method in class cone: Makes a copy of this cone on the heap, and returns a pointer to it.
make_copy() method in class ellipse: Makes a copy of this ellipse on the heap, and return a pointer to it.
make_copy() method in class plane: Returns a copy of the plane.
make_copy() method in class spline: Makes a copy of this spline on the heap, and returns a pointer to it.
make_copy() method in class surface: Makes a copy of this surface on the heap, and returns a pointer to it.
make_copy() method in class straight: Makes a copy of this straight on the heap, and returns a pointer to it.
make_copy() method in class helix: Makes a copy of this helix on the heap, and return a pointer to it.
make_copy() method in class intcurve: Virtual function to copy a curve without knowing what its type is.
make_crvGeom_object(curve*,int,int*,double*) method in class blend_spl_sur
make_crvGeom_object(curve*,int,int*,double*) method in class rb_blend_spl_sur
make_curve(curve const&) global function: Creates a curve (upper case) for the given curve constant.
make_delete() method in class BULLETIN: Concatenates a change (or create) operation and a delete bulletin on the same ENTITY on the same bulletin board.
make_edge() method in class bounded_curve: Creates an EDGE from this bounded_curve.
make_edge() method in class bounded_line: Makes an edge based upon this bounded_line.
make_element_index_law(law*&) method in class pattern: Obsolete: do not use.
make_entity_list(ENTITY_LIST*,insanity_type) method in class insanity_list: Adds insane entities to the given ENTITY_LIST.
make_evaldata() method in class intcurve: Constructs a data object to retain evaluation information across calls to evaluate_iter.
make_evaldata() method in class curve: Constructs a data object to retain evaluation information across calls to the evaluate_iter method.
make_evaldata() method in class spline: Constructs a data object to retain evaluation information across calls to evaluate_iter.
make_evaldata() method in class surface: Constructs a data object to retain evaluation information across calls to evaluate_iter.
make_face_spline(surface const&,curve const&,curve const&,curve const&,curve const&,SPApar_box const&) global function: Constructs a new FACE from a spline.
make_int_cur() method in class curve_interp: Constructs an int_cur to represent the fitted curve.
make_int_cur() method in class par_int_interp: Constructs the appropriate int_cur subclass object (in this case, a par_int_cur) from the data in this object after curve interpolation.
make_int_cur() method in class pcurve_interp: Constructs the appropriate int_cur subclass object from the data in this object after curve interpolation.
make_isospline_c1 data member in class hh_isospline_options
make_left_radius_bs2() method in class ATTRIB_VAR_BLEND: Returns a bs2_curve representation of the left radius function.
make_one(double) method in class constant_law: Returns a pointer to a law of this type.
make_one(law**,int) method in class simple_rail_law
make_one(law**,int) method in class multiple_law: Returns a pointer to a law of this type.
make_one(law**,int) method in class vector_law: Returns a pointer to a law of this type.
make_one(law_data**,int) method in class multiple_data_law: Returns a pointer to a law of this type.
make_one(law*) method in class unary_law: Returns a pointer to a law of this type.
make_one(SPAtransf*) method in class base_transform_law_data: Returns a pointer to a law of this type.
make_one(law_data*) method in class unary_data_law: Returns a pointer to a law of this type.
make_one(law*,law*) method in class binary_law: Returns a pointer to a law of this type.
make_ortho() method in class SPAvector: Multiplies a vector by a scalar value.
make_output_surs(int&,double&,double&,logical) method in class VBL_SURF: Makes up several four-sided approximating bs3_surface's to cover the vbl surface.
make_radius_bs2() method in class ATTRIB_VAR_BLEND: Returns a bs2_curve representation of the radius function.
make_radius_object() method in class ATTRIB_VAR_BLEND: Creates a radius object, var_radius, from the information in the attribute.
make_radius_object(var_radius*) method in class ATTRIB_VAR_BLEND: Creates the second radius function.
make_right_radius_bs2() method in class ATTRIB_VAR_BLEND: Returns a bs2_curve representation of the right radius function.
make_section_object() method in class ATTRIB_VAR_BLEND: Creates a section object, var_cross_section, from the information in the attribute.
make_single_ref() method in class intcurve: Ensures that the reference supplied points to a singly-used record.
make_single_ref() method in class spline: Makes a single reference to this spline.
make_skin_spl_sur(logical,logical,int,curve**,double*,double*,double*,surface**,double*,law**,closed_forms,closed_forms) method in class skin_spl_sur: Constructs a loft surface from the given section curves and the corresponding surfaces on which the sections lie and the optional tangent factors that should be applied to cross-boundary tangents.
make_skin_spl_sur(logical,int,curve**,double*,double*,double*,SPAvector*,closed_forms,closed_forms) method in class skin_spl_sur: Constructs a skin surface from the given section curves and the optional matching tangents.
make_sur(double,int&,int,double) method in class VBL_SURF: Makes the approximating bs3_surface to the specified fit tolerance.
make_surface(surface const&) global function: Creates a surface for the given surface constant.
make_tolerant(double,logical) method in class EDGE: Makes a tolerant TEDGE from this EDGE.
make_tolerant() method in class COEDGE: Makes a tolerant TCOEDGE out of this COEDGE.
make_tolerant(double) method in class VERTEX: Makes a tolerant TVERTEX from this VERTEX.
make_trans(SPAtransf const&) method in class subtrans_object: Transforms the subtrans_object on an external level.
make_valid(logical) method in class bounded_curve: Ensures that the data in this bounded_curve is valid.
map_laws(law*,int*,int) method in class wire_law_data: Takes in a law and returns an array of laws and size of the array.
map_to_edge(double,int&,double&) method in class wire_law_data: Given a parameter, this method returns the edge in wire_law_data that contains the specified parameter, and the parameter on that edge.
map_uv_into_01() method in class INDEXED_MESH: Maps uv-parameter into a range between 0 and 1.
mark_for_force_compute() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: This instance is marked for a force compute.
mark_to_update() method in class TEDGE: Calls the set_update routine.
mark_to_update() method in class TVERTEX
mass_property class
mass_props class: Defines a class for returning quantities obtained by mass-property calculations.
mass_props_level enum: Enumerator for use with api_body_mass_props, specifying the quantities returned by mass-property calculations.
mass_props_options class: Defines a class for specifying options used in mass-property calculations.
max_angle data member in class edge_data_struct
max_coord() method in class complex_number: Returns the absolute value of the coordinate whose absolute value is maximum.
max_coord() method in class SPAnvector: Finds the maximum value in the array.
max_curvature() method in class wire_law_data: Returns the maximum curvature of the wire.
max_kind() method in class generic_graph: Returns the largest number of kinds used to mark any gvertex or gedge.
max_norm(int&) method in class SPAvector: This gets the maximum of the fabs of each component, and which component was the maximum.
max_order() method in class generic_graph: Once a graph has been ordered,the maximum order in the graph may be found by calling the max_order method.
max_p data member in class ray: The maximum parameter value of hits that have been found so far.
max_radius() method in class simplify_options: Returns the value of max_radius parameter.
max_spline_tang_tol() method in class ATTRIB_HH_AGGR_GEOMBUILD: Returns the maximum spline tangent tolerance.
max_spline_tang_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Gets the largest allowed difference (tolerance) for the tangent angles between two spline faces which will still be considered tangent.
max_states_to_keep data member in class HISTORY_STREAM: Limit on the number of states to be kept to control the memory used by a stream.
max_tol() method in class ATTRIB_HH_AGGR_STITCH: Gets the current value of the maximum stitching tolerance.
member_name(ENTITY*) method in class ANNOTATION: Returns the name of the member.
members_are_hooked() method in class ANNOTATION: Returns either "unhooked" or "hooked".
merge(ed_cvty_info const&) method in class ed_cvty_info: Merges the information present currently in this object with information about other points on the edge.
merge(VERTEX_TEMPLATE*) method in class VERTEX_TEMPLATE: Merges tokens from another VERTEX_TEMPLATE into this VERTEX_TEMPLATE.
merge(discontinuity_info const&) method in class discontinuity_info: Merges two discontinuity_info entities, keeping the supplied one unchanged.
merge(REFINEMENT*) method in class REFINEMENT: Merges two refinements.
merge(HISTORY_STREAM*) method in class HISTORY_STREAM: Merges this delta state in this history stream.
merge_action enum: ATTRIB actions for a merge_owner notification.
merge_attrib(ENTITY*,ENTITY*) global function: Provides a convenient way to "move" all attributes from an entity that is "going away" to an entity that is being "kept".
merge_func typedef: Defines the signature for custom merge_owner methods for generic attributes.
merge_member(ENTITY*,ENTITY*,logical) method in class SWEEP_ANNO_VERTEX_MITER
merge_member(ENTITY*,ENTITY*,logical) method in class SWEEP_ANNO_END_CAPS
merge_member(ENTITY*,ENTITY*,logical) method in class SWEEP_ANNO_VERTEX_LAT
merge_member(ENTITY*,ENTITY*,logical) method in class SWEEP_ANNO_EDGE_MITER
merge_member(ENTITY*,ENTITY*,logical) method in class SWEEP_ANNOTATION
merge_member(ENTITY*,ENTITY*,logical) method in class SWEEP_ANNO_VERTEX_TOP
merge_member(ENTITY*,ENTITY*,logical) method in class SPACOLLECTION: Notifies this SPACOLLECTION that a member ENTITY is about to be merged with a given ENTITY.
merge_member_action enum: Text specifies what to do with members involved in a merge.
merge_next() method in class DELTA_STATE: Merge with the next DELTA_STATE.
merge_next(logical) method in class BULLETIN_BOARD: Merges next bulletin into roll back history.
merge_owner(ENTITY*,logical) method in class ATTRIB_HH_ENT_STITCH_EDGE: Notifies the class_name that its owning ENTITY is about to be merged with given entity.
merge_owner(ENTITY*,logical) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Notifies the ATTRIB_HH_ENT_GEOMBUILD_COEDGE class that its owning ENTITY is about to be merged with the given entity.
merge_owner(ENTITY*,logical) method in class ATTRIB_RGB: Notifies the ATTRIB_RGB that its owning ENTITY is about to be merged with given entity.
merge_owner(ENTITY*,logical) method in class ATTRIB: Notifies this ATTRIB that its owning ENTITY is about to be merged with a given ENTITY.
merge_owner(ENTITY*,logical) method in class ATTRIB_VAR_BLEND: Notifies the ATTRIB_VAR_BLEND that its owning ENTITY is about to be merged with given entity.
merge_owner(ENTITY*,logical) method in class REFINEMENT: Notifies the REFINEMENT that its owning ENTITY is about to be merged with given entity.
merge_owner(ENTITY*,logical) method in class VERTEX_TEMPLATE: Notifies the VERTEX_TEMPLATE that its owning ENTITY is about to be merged with given entity.
merge_owner(ENTITY*,logical) method in class ATTRIB_COL: Notifies the ATTRIB_COL that its owning ENTITY is about to be merged with given entity.
merge_owner(ENTITY*,logical) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Notifies the ATTRIB_HH_ENT_GEOMBUILD_EDGE that its owning ENTITY is about to be merged with given entity.
merge_owner(ENTITY*,logical) method in class ATTRIB_GEN_NAME: Notifies the ATTRIB_GEN_NAME that its owning ENTITY is about to be merged with given entity.
merge_tolerant_ef_ints(edge_face_int*) method in class ATTRIB_EFINT: Merges graph edges and graph vertices.
merge_type enum: Type of merging operation.
merged_states data member in class HISTORY_STREAM: Pointer to a list of delta states merged into this list.
merged_states data member in class DELTA_STATE: The delta states merged into this one.
merged_with_ds data member in class DELTA_STATE: The delta state this one merges into.
mesh data member in class SIMPLE_INDEXED_MESH_MANAGER
mesh() method in class LINKED_MESH_MANAGER: Returns the current mesh be constructed.
mesh() method in class INDEXED_MESH_MANAGER: Returns the current mesh be constructed.
mesh_polygon class: Defines an interface to a polygon in a mesh.
message(int) method in class message_module: Returns a pointer to the message data for an offset into a module's message list.
messageForUpdate(int) method in class message_module: Returns the address of the char* pointer so the caller can assign their own string into the message_list.
message_code(int) method in class message_module: Generates an error number from an offset into a module's message list.
message_index() method in class message_module: Returns the message module (unique) index.
message_list struct: Message list item.
message_module class: Contains all messages for a module.
mgr() method in class asm_model: Returns the asm_model_entity_manager associated with this model.
mgr_owns_ents data member in class default_entity_mgr_factory: The manager will delete all top-level entities (except ASM_ASSEMBLY) during destruction if TRUE.
mgr_owns_history data member in class default_entity_mgr_factory: The manager will delete its history stream during destruction if TRUE.
mid() method in class SPAbox: Extracts the middle of the leading diagonal of the box.
mid() method in class SPApar_box: Extracts the middle of the leading diagonal from the parameter box.
mid_lateral_edge() method in class SWEEP_ANNO_VERTEX_LAT
mid_point_deriv(logical) method in class EDGE: Returns the derivative at the mid-point parameter of this EDGE.
mid_pos(logical) method in class EDGE: Returns the mid-point position of this EDGE.
mid_pt() method in class SPAinterval: Returns the middle point of the interval.
mid_top_vertex() method in class SWEEP_ANNO_VERTEX_TOP
min_angle data member in class edge_data_struct
min_geombuild_tol data member in class hh_geombuild_options
min_order() method in class generic_graph: Once a graph has been ordered, the minimum order in the graph may be found by calling the min_order method.
min_spline_tang_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Gets the smallest allowed difference for the tangent angles between two spline faces which will still be considered tangent.
min_spline_tang_tol() method in class ATTRIB_HH_AGGR_GEOMBUILD: Returns the minimum spline tangent tolerance.
min_tol() method in class ATTRIB_HH_AGGR_STITCH: Gets the current value of the minimum stitching tolerance.
min_tol() method in class ATTRIB_HH_AGGR_GEOMBUILD: Gets the minimum geombuild tolerance.
minimizeTwist(int,int) method in class AcisSLInterface: Performs an alignment of the start vertices of the wires in the skinning/lofting profiles.
minimizeTwist(int,int) method in class AcisSkinningInterface: Performs a twist minimization on the temporary skinning wires.
minimize_options class: Supplies the specific minimization actions to api_minimize_entities.
minor_radius() method in class TORUS: Returns the minor radius of this TORUS.
minor_radius data member in class torus: The absolute value of this value specifies the radius of a cross-sectional circle of the ring.
minus_law class: Provides methods for the minus, or subtraction, mathematical function.
mirror(SPAposition&,SPAvector&) method in class pattern: Obsolete: use api_pattern_modify_mirror instead.
miter_edge() method in class SWEEP_ANNO_EDGE_MITER
miter_type enum: Type of mittering operation.
miter_vertex() method in class SWEEP_ANNO_VERTEX_MITER
mixed() method in class BULLETIN_BOARD: Returns TRUE if this is a mixed stream.
mixed() method in class cvty: This will return TRUE for anything with the concave bit set.
mixed_streams(HISTORY_STREAM*&,logical&,logical&,HISTORY_STREAM*) method in class BULLETIN: Returns TRUE when the entity's history, ent_hs, does not match the bulletin board's history, bb_hs.
mixed_streams(HISTORY_STREAM*&) method in class HISTORY_STREAM: Function to verify the stream is not mixed with other streams.
mixed_streams(HISTORY_STREAM*&) method in class DELTA_STATE: Checks for mixed history streams.
mixed_streams(HISTORY_STREAM*&,logical&,logical) method in class BULLETIN_BOARD: Returns TRUE if the bulletin board's history is not the same as the history in entities on the bulletin board.
mmso data member in class INDEXED_MESH_MANAGER
mmso data member in class LINKED_MESH_MANAGER
model_ent() method in class IHL_SEGMENT: Returns a pointer to the related model entity.
model_has_asm data member in class asm_model_info
model_resabs data member in class asm_model_info
model_resnor data member in class asm_model_info: angular tolerance for this model Note that customers should NEVER change SPAresnor away from its initial value of 1.
model_scale() method in class UNITS_SCALE: Returns the model scale factor.
model_units data member in class asm_model_info: Number of millimeters which make up one modeling unit in this model, e.
modified(ENTITY*,logical) method in class PART_CONTEXT: Update an ENTITY to this PART_CONTEXT when it has been modified.
modify(int,parameter_token[]) method in class VERTEX_TEMPLATE: Changes the tokens defined in a VERTEX_TEMPLATE.
modifyWire(COEDGE*,COEDGE*,SPAposition&,WIRE*) method in class AcisSLInterface: This function modifies the position of a vertex on a coedge of a wire.
modifyWire(COEDGE*,COEDGE*,SPAposition&,WIRE*) method in class AcisSkinningInterface: Moves the position of the vertex between the two coedges.
module() method in class message_module: Returns the module's name.
module_state() method in class ATTRIB_HH_AGGR: Gets the current status of healing.
moments class
move(ENTITY*) method in class ATTRIB: Moves this ATTRIB to a new owning ENTITY.
move(ENTITY*) method in class ATTRIB_INTVERT: Moves this ATTRIB_INTVERT to a new owning ENTITY.
move_element(double*,SPAtransf&) method in class pattern: Obsolete: use api_pattern_modify_element_transform instead.
move_element(int,SPAtransf&) method in class pattern: Obsolete: use api_pattern_modify_element_transform instead.
moveable() method in class ATTRIB: Returns TRUE if this ATTRIB is moveable from one owning ENTITY to another.
mult_ref() method in class subtype_object: Returns TRUE if there is more than one reference - else, it returns FALSE.
multiple_data_law class: Provides methods and data for laws that have multiple law data members.
multiple_law class: Provides methods and data for laws that have multiple sublaws.
myEParam data member in class PHLV5_EDGE
myNP data member in class PHLV5_EDGE
myPts data member in class PHLV5_EDGE
mySParam data member in class PHLV5_EDGE

N

NAMED_ATTRIB class: Obsolete: use ATTRIB_GEN_NAME instead.
NAMED_INT_ATTRIB class: Obsolete: use ATTRIB_GEN_INTEGER instead.
NAMED_LOGICAL_ATTRIB class: Obsolete: use ATTRIB_GEN_INTEGER instead.
NAMED_POS_ATTRIB class: Obsolete: use ATTRIB_GEN_POSITION instead.
NAMED_REAL_ATTRIB class: Obsolete: use ATTRIB_GEN_REAL instead.
NAMED_STRING_ATTRIB class: Obsolete: use ATTRIB_GEN_STRING instead.
NAMED_VEC_ATTRIB class: Obsolete: use ATTRIB_GEN_VECTOR instead.
NATURAL define
NDBOOL_KEEP enum: For a non-destructive Boolean operation, this optional flag may be used to specify the preservation of either or both input bodies.
NORENDER_ATTRIB class: Defines a generic attribute type that can mark a face or entity to not be rendered.
NORENDER_ATTRIB_LEVEL define
NOT_ASSOCIATIVE define
NOT_COMMUTATIVE define
NO_MERGE_ATTRIB class: Specifies a user-defined attribute that signals that the entity is not to be merged out of the body.
NULL define
Name data member in class ATTRIB_GEN_NAME: Name assigned to this attribute.
NextAvailableId data member in class PART: The next available entity ID.
Next_dmod(DS_dmod*,int,DS_cstrn*&,int&) method in class ATTRIB_DM2ACIS: Returns a sequence of dmods for recursion, or NULL.
NumPolyNode() method in class LINKED_MESH_MANAGER: Returns the total number of polynodes in all meshes.
NumPolyNode() method in class INDEXED_MESH_MANAGER: Return the number of polygon nodes in the mesh.
NumPolygon() method in class INDEXED_MESH_MANAGER: Returns the total number of polygons in the mesh.
NumPolygon() method in class LINKED_MESH_MANAGER: Returns the total number of polygons in all meshes.
NumSingleTris data member in class LINKED_MESH_MANAGER
NumSingleTris data member in class INDEXED_MESH_MANAGER
NumStrips data member in class INDEXED_MESH_MANAGER
NumStrips data member in class LINKED_MESH_MANAGER
NumVertex() method in class LINKED_MESH_MANAGER: Returns the total number of polygons in all meshes.
NumVertex() method in class INDEXED_MESH_MANAGER: Return the number of vertices in the mesh.
n() method in class VBL_SURF: Returns the number of boundaries in a VBL_SURF.
n_derivatives() method in class blend_contact
n_sided_face data member in class hh_coedge_details
name() method in class gvertex: Every graph vertices can be supplied a character string as a name.
name() method in class METHOD_ID: Returns the method name.
name() method in class option_header: Returns the name of the option_header.
name() method in class ATTRIB_GEN_NAME: Gets the attribute name.
name_str data member in class DELTA_STATE: Name string for the DELTA_STATE.
narrow_support(void) method in class ATTRIB_BLEND
near_coincidence_fuzz() method in class BoolOptions: Returns the value of the near coincidence fuzz.
need_3D_coordinates() method in class IHL_OUTPUT_MANAGER: Overrides this method.
need_approx_counts() method in class LINKED_MESH_MANAGER: Provides an approximate count of polygons and nodes and number of references to nodes.
need_approx_counts() method in class MESH_MANAGER: Returns true if you are only interested in getting approximate counts of polygons, nodes and edges.
need_approx_counts() method in class INDEXED_MESH_MANAGER: Provides an approximate count of polygons and nodes and number of references to nodes.
need_coedge_pointers_on_polyedges() method in class MESH_MANAGER: Used with the indexed protocol to flag requested data.
need_coordinate_polygons() method in class MESH_MANAGER: If this function returns TRUE, the data will be announced in the coordinate protocol.
need_coordinate_polygons() method in class POLYGON_POINT_MESH_MANAGER: Tells the faceter we need coordinate polygons.
need_counts() method in class LINKED_MESH_MANAGER: A callback that tells the faceter we need a count of polygons, polynodes, and nodes.
need_counts() method in class MESH_MANAGER: Used with the coordinate and indexed protocols to flag requested data.
need_degenerate_triangles() method in class MESH_MANAGER: Some applications need degenerate triangles to be topologically correct.
need_duplicate_indexed_nodes_at_singularities() method in class LINKED_MESH_MANAGER: This method is called if the user wants duplicate nodes where singularities have different normals for different facets, such as at the apex of a cone.
need_duplicate_indexed_nodes_at_singularities() method in class GLOBAL_MESH_MANAGER: Makes this method return TRUE in the derived class if you want different uv values and nodes at singularities.
need_duplicate_indexed_nodes_at_singularities() method in class MESH_MANAGER: When facets meet at a singularity, such as at the apex of a cone, each facet may have different normals.
need_duplicate_indexed_nodes_at_singularities() method in class INDEXED_MESH_MANAGER
need_duplicate_indexed_nodes_on_surface_seams() method in class MESH_MANAGER: This method is called if the user wants duplicate nodes where the surface uv's differ at the same position on the surface.
need_duplicate_indexed_nodes_on_surface_seams() method in class LINKED_MESH_MANAGER: This method is called if the user wants duplicate nodes where the surface uv's differ at the same position on the surface.
need_duplicate_indexed_nodes_on_surface_seams() method in class INDEXED_MESH_MANAGER: This method decides if the user wants duplicate nodes where the surface uv's differ at the same position on the surface.
need_edge_grading(double&) method in class MESH_MANAGER: If this function returns TRUE, there is a second pass through the model to further subdivide edges so that consecutive faceted edge lengths have controlled size relationships.
need_edge_grading_on_face(FACE*,REFINEMENT*,double&) method in class MESH_MANAGER: If this function returns TRUE, edge grading is applied one face at a time during the edge grading pass.
need_edge_indices() method in class MESH_MANAGER: If this function returns TRUE, then the model edges will be announced with the node indices.
need_global_indexed_polygons() method in class STL_MESH_MANAGER: Get the globally indexed polygons.
need_global_indexed_polygons() method in class MESH_MANAGER: If this function returns TRUE, the facets will be output with the global indexed protocol.
need_global_indexed_polygons() method in class GLOBAL_MESH_MANAGER: Tells faceter that globally indexed polygon output is needed and returns TRUE.
need_grid() method in class REFINEMENT: Determines if the grid is required from the grid mode.
need_hidden_segments() method in class IHL_OUTPUT_MANAGER: Overrides this method.
need_indexed_polyedges() method in class MESH_MANAGER: If this function returns TRUE, then the model edges will be announced with the node polyedges.
need_indexed_polygons() method in class SIMPLE_INDEXED_MESH_MANAGER: If this function returns TRUE, the indexed protocol is turned on.
need_indexed_polygons() method in class LINKED_MESH_MANAGER: If this function returns TRUE, the indexed protocol is turned on.
need_indexed_polygons() method in class MESH_MANAGER: Used with the global indexed protocol to flag requested data.
need_indexed_polygons() method in class INDEXED_MESH_MANAGER: If this function returns TRUE, the indexed protocol is turned on.
need_indexed_polynode_with_data() method in class MESH_MANAGER: Used with the indexed protocol to flag requested data.
need_interior_segments() method in class IHL_OUTPUT_MANAGER: Overrides this method.
need_no_hidden_calc() method in class IHL_OUTPUT_MANAGER: Overrides this method.
need_precount_of_global_indexed_polygons() method in class MESH_MANAGER: If this function returns TRUE, the number of polygons, nodes, and node references by polygons are announced before other output.
need_precount_of_global_indexed_polygons() method in class STL_MESH_MANAGER: If this function returns TRUE, the number of polygons, nodes, and node references by polygons are announced before other output.
need_precount_of_global_indexed_polygons() method in class GLOBAL_MESH_MANAGER: If this function returns TRUE, the number of polygons, nodes and node references by polygons are announced before other output.
need_save_as_approx(int,logical) method in class curve: Queries whether the object needs to be saved to an old version as an approximation.
need_save_as_approx(int,logical) method in class surface: Queries whether the object needs to be saved to an old version as an approximation.
need_save_as_approx(int,logical) method in class helix
need_swap data member in class BinaryFile: Flag to indicate that big/little-endian byte swapping is needed.
needs_rollback() method in class ENTITY: Checks whether or not the record is already backed up.
negate() method in class var_rad_rot_ellipse: Reverses this variable radius, front to back.
negate() method in class torus: Negates this torus; ie, reverses the direction of the surface normal.
negate() method in class helix: Negates this helix, i.
negate() method in class plane: Negates this plane; that is reverses the surface normal.
negate() method in class pcurve: Negates a pcurve in place.
negate() method in class var_rad_two_ends: Reverses this variable radius, front to back.
negate() method in class cone: Negates the cone.
negate() method in class PCURVE: Negates the pcurve, either by reversing the pcurve or by reversing the value of a nonzero def_type.
negate() method in class straight: Negates this straight line by negating the direction.
negate() method in class discontinuity_info: Negates the data for the discontinuity_info.
negate() method in class curve: Reverses the sense of this curve.
negate() method in class SPAinterval: Negates an interval in place.
negate() method in class var_rad_functional: Reverses a functional variable radius, front to back.
negate() method in class surface: Reverses the sense of this surface.
negate() method in class intcurve: Negates an intcurve in place.
negate() method in class sphere: Negates this sphere.
negate() method in class generic_graph: Once a graph has been ordered, its ordering may be negated with this method.
negate() method in class spline: Negates this spline.
negate() method in class var_radius: Reverses this variable radius, front to back.
negate() method in class bounded_curve: Reverses the direction of this bounded_curve.
negate() method in class ellipse: Negates this ellipse, negate the normal.
negate_law class: Provides methods for the unary minus, or negation, mathematical function.
negate_tool_cont() method in class ATTRIB_INTGRAPH: Change the containments in the shell-lump list to reflect a negated tool body.
nested_activate_vf(asm_model const*) method in class asm_model_entity_mgr: Requests that the entity manager make its modeling context (i.
nested_deactivate_vf(asm_model const*) method in class asm_model_entity_mgr: Requests that the entity manager deactivate its modeling context (i.
new_entity define
new_entity_ptr() method in class BULLETIN: Returns a pointer to the new entity created after an operation on the model.
new_geometry() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the latest geometry calculated for the edge.
new_geometry() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Returns the latest geometry calculated for the vertex.
new_geometry() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns the latest geometry calculated for the face.
new_geometry() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns the new geometry (pcurve) associated with the coedge, if the coedge has been fixed.
new_instance() method in class VERTEX_TEMPLATE: Creates a new instance of the node.
new_law_id() global function: Creates a unique id number for the given law, which is used for type identification.
new_parts data member in class acis_pm_entity_mgr_factory
new_sense() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns the latest face sense calculated.
new_sense() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the latest edge sense calculated.
new_sense() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Gets the new sense of the coedge and this returns the old sense if no new sense has been computed.
new_state() method in class HISTORY_STREAM: Creates a new modeler state identifier.
next() method in class HISTORY_STREAM_LIST: Returns the pointer to the next HISTORY_STREAM in the list.
next() method in class asm_model_list: Returns the next undeleted (live) entry.
next(PAT_NEXT_TYPE) method in class LOOP: Returns a pointer to the next LOOP in the list of LOOPs bounding a FACE.
next() method in class entity_clash_pair: Returns the next entity_clash_pair object in this list.
next(PAT_NEXT_TYPE) method in class SHELL: Returns a pointer to the next SHELL in the list of SHELLs contained in a BODY.
next() method in class error_info_list: Returns a pointer to an const error_info object in list order.
next() method in class shell_lump: Returns a pointer to the next shell_lump in the list of shell_lumps.
next() method in class DELTA_STATE: Returns the next DELTA_STATE.
next() method in class check_status_list: Returns the next element of the error check_status_list, or NULL if there is none.
next data member in class curve_curve_int: Pointer to allow linked lists of curve_curve_ints.
next data member in class ff_header: Next face-face intersection.
next() method in class DELTA_STATE_LIST: Returns the pointer to the next DELTA_STATE in the list.
next() method in class tk_list: Moves the current object to the next item in the list.
next() method in class check_status_list: Returns the next element of the error check_status_list, or NULL if there is none.
next data member in class edge_face_int: For linking edge-face intersections between them.
next() method in class VOID_LIST: Returns item*'s in list order, ignoring deleted items.
next() method in class EE_LIST: Returns entities in list order, ignoring deleted items.
next data member in class curve_irregularities: The next in curve irregularity in the list and is NULL terminated.
next data member in class curve_surf_int: The pointer to the list.
next() method in class error_list_info: Returns the next_ptr.
next() method in class LIST_HEADER: Return the next live entry relative to the iterator.
next() method in class point_entity_rel: Determines the next point-entity relationship.
next() method in class SPACOLLECTION: Returns the next undeleted (live) entity in the collection.
next() method in class toolkit_callback: Specifies the next callback command.
next() method in class POLYGON_VERTEX: Returns a pointer to the next vertex in a polygon.
next(PAT_NEXT_TYPE) method in class LUMP: Returns a pointer to the next LUMP in the list of LUMPs contained in a body.
next(PAT_NEXT_TYPE) method in class FACE: Returns the next FACE in a complete enumeration of all the FACEs in the SHELL.
next() method in class entity_handle_list: Returns the next undeleted (live) entry.
next() method in class option_header: Returns the next option_header.
next() method in class BULLETIN: Returns the pointer to the next bulletin on the bulletin board.
next() method in class DEBUG_LIST: Allows unprivileged utilities to follow the list pointer to return the next entity type.
next data member in class surf_surf_int: Next surface-surface intersection.
next() method in class edge_entity_rel: Returns the next pointer in the edge-entity relationship.
next() method in class blend_contact
next() method in class blend_contact
next() method in class CSHELL: Returns the next CSHELL.
next() method in class CFACE: Returns the pointer to the next cface in the list contained directly by CSHELL.
next(int) method in class AF_POINT: Return the 'next' point in a given direction of traversal.
next(PAT_NEXT_TYPE) method in class WIRE: Returns a pointer to the next WIRE in a complete enumeration of all the WIREs in a BODY or SHELL.
next() method in class ATTRIB: Returns the next attribute in this ATTRIB's linked list.
next() method in class insanity_list: Returns the next list.
next() method in class COEDGE: Returns the next COEDGE in a doubly-linked list of COEDGEs.
next() method in class CELL: Returns the next pointer.
next() method in class insanity_list: Returns the next list.
next() method in class component_entity_handle_list: Returns the next undeleted (live) entry.
next(REVBIT) method in class COEDGE: Returns a pointer to the next COEDGE if the sense argument is FORWARD; otherwise returns a pointer to the previous COEDGE.
next() method in class ENTITY_LIST: Returns the next undeleted (live) entry.
next() method in class component_handle_list: Returns the next undeleted (live) entry.
next() method in class BULLETIN_BOARD: Returns the next bulletin in the bulletin board.
next() method in class POLYGON: Returns the next POLYGON.
next data member in class hit: The next hit in a chain of hits.
next() method in class BULLETIN_LIST: Returns the pointer to the next BULLETIN in the list.
next() method in class restore_def: Returns a pointer to the next restore_def in the list.
next() method in class IHL_SEGMENT: Returns a pointer to the next IHL_SEGMENT.
next_bb_b() method in class BULLETIN: Bulletin for an entity on the next bulletin board.
next_bb_b_ptr data member in class BULLETIN: next pointer.
next_ds data member in class DELTA_STATE: A delta state whose from_state equals this to_state.
next_from(int&) method in class SPACOLLECTION: Returns the next non-deleted entity after the index given without affecting the member variables used by init and next.
next_from(int&) method in class entity_handle_list: Returns the next non-deleted entry after the index given without affecting the member variables used by init and next.
next_from(int&) method in class component_entity_handle_list: Returns the next non-deleted entry after the index given without affecting the member variables used by init and next.
next_from(int&) method in class component_handle_list: Returns the next non-deleted entry after the index given without affecting the member variables used by init and next.
next_from(int&) method in class ENTITY_LIST: Returns the next non deleted entry after the index given without affecting the member variables used by init and next.
next_from(int&) method in class LIST_HEADER: Return the next live entry from the list relative to the supplied custom iterator.
next_from(int&) method in class asm_model_list: Returns the next non-deleted entry after the index given without affecting the member variables used by init and next.
next_from(int&) method in class EE_LIST: Returns the next non-deleted entry after the index given without affecting the member variables used by init and next.
next_in_list() method in class CELL: Returns a pointer to the next in the list.
next_in_list(PAT_NEXT_TYPE) method in class FACE: Returns a pointer to the next FACE in the list of FACEs contained directly by a SHELL or SUBSHELL.
next_in_list(PAT_NEXT_TYPE) method in class WIRE: Returns a pointer to the next WIRE in the list of WIREs contained directly by a BODY, SHELL, or SUBSHELL.
next_message_module() method in class message_module: Returns the next message module.
next_ptr data member in class BULLETIN: list pointer.
next_ptr data member in class BULLETIN_BOARD: Chains bulletin boards from a delta state.
next_ptr data member in class COEDGE: Pointer to provide a doubly-linked list of COEDGEs in a LOOP, or circular lists at each end in a general unembedded graph.
next_state data member in class HISTORY_STREAM: Acts as a state number server giving a new (unused) state number on request.
next_stream() method in class HISTORY_STREAM: Gets the next stream.
nfaces() method in class ATTRIB_BLEND: Returns the number of blend sheet faces constructed for this blend.
no_analytics data member in class bhl_geom_types
no_change() method in class BULLETIN: Returns whether or not there has been a change.
no_circles data member in class bhl_geom_types
no_cones data member in class bhl_geom_types
no_cylinders data member in class bhl_geom_types
no_ellipses data member in class bhl_geom_types
no_intcurves data member in class bhl_geom_types
no_out_of_body_ptrs() method in class ATTRIB_BLEND: Status indicator which notes whether the explicit blend geometry is any known to agree with the implicit blend geometry.
no_planes data member in class bhl_geom_types
no_relation data member in class edge_entity_rel: The variable that indicates that there is no possible relation between the given edge and the given entity.
no_relation data member in class point_entity_rel: Indicates that there is no possible relation between the given point and the given entity.
no_spheres data member in class bhl_geom_types
no_splines data member in class bhl_geom_types
no_straights data member in class bhl_geom_types
no_tori data member in class bhl_geom_types
nobj data member in class curve_interp: The number of object-space curves being interpolated.
node() method in class ATT_CAP_FACE
norm() method in class SPAnvector: Returns a unit length SPAnvector that points in the same direction as this.
norm_law class: Provides methods for the normalize mathematical function.
normal data member in class torus: The normal to the plane of the spine.
normal() method in class ELLIPSE: Returns the normal to the plane of this ELLIPSE.
normal data member in class plane: The normal to the plane.
normal() method in class PLANE: Returns the normal defining this PLANE.
normal data member in class ellipse: Normal to the plane of ellipse.
normal() method in class TORUS: Returns the normal vector of this TORUS.
normal(VERTEX_TEMPLATE*,SPAunit_vector&) method in class POLYGON_VERTEX: Returns the normal of the vertex.
normal_cone(SPApar_box&,logical,SPAtransf&) method in class torus: Returns a cone bounding the normal direction of this surface.
normal_cone(SPApar_box const&,logical,SPAtransf const&) method in class sphere: Returns a cone bounding the normal direction of a curve.
normal_cone(SPApar_box const&,logical,SPAtransf const&) method in class spline: Returns a cone bounding the normal direction of the surface.
normal_cone(SPApar_box const&,logical,SPAtransf const&) method in class cone: Returns a cone bounding the normal direction of a curve.
normal_cone(SPApar_box const&,logical,SPAtransf const&) method in class plane: Returns a cone bounding the normal direction of the surface.
normal_cone(SPApar_box&,logical,SPAtransf&) method in class surface: Returns a cone bounding the normal direction of this surface.
normal_defined() method in class VERTEX_TEMPLATE: Returns TRUE if the VERTEX_TEMPLATE contains a NORMAL_TOKEN.
normalise(SPAvector const&) global function: Converts a vector into a unit vector.
note_seen() method in class ATT_BL_INST: Returns the seen note.
npts data member in class curve_interp: The number of points to be interpolated.
nsplit data member in class surf_surf_int: The number of values in the array split_param.
nsurf data member in class curve_interp: The number of surface-related records.
nth_derivative(int) method in class law: Returns a law that is the nth derivative of this law with respect to its first variable (e.
null_graph_vertex(VERTEX*) method in class ATTRIB_EFINT: Nulls the specified graph vertex.
null_new_entity_ptr() method in class BULLETIN: Nullifies the old entity pointer.
null_node_id() method in class MESH_MANAGER: Returns the node id value that is guaranteed to be invalid.
null_node_id() method in class STL_MESH_MANAGER: Returns the node id value that is guaranteed to be invalid.
null_node_id() method in class GLOBAL_MESH_MANAGER: Returns the node id value that is guaranteed to be invalid.
null_old_entity_ptr() method in class BULLETIN: Nullifies the new entity pointer.
num_bad_coedges() method in class ATTRIB_HH_AGGR_WRAPUP: Returns the number of bad coedges.
num_blend_faces() method in class BLEND_ANNO_VERTEX: Returns the number of resulting blend faces.
num_blend_supports() method in class BLEND_ANNO_ENTITY: Returns the count of support entities.
num_converted_analytics() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of of splines converted to analytics.
num_converted_circles() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of of intcurves converted to circles.
num_converted_cones() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of of splines converted to cones.
num_converted_cylinders() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of of splines converted to cylinders.
num_converted_ellipses() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of of intcurves converted to ellipses.
num_converted_planes() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of splines converted to planes.
num_converted_spheres() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of of splines converted to spheres.
num_converted_straights() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of of intcurves converted to straights.
num_converted_tori() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of of splines converted to tori.
num_edges() method in class PRIMITIVE_ANNOTATION: Returns the number of edges in the primitive.
num_elements() method in class pattern: Obsolete: use api_pattern_query_size instead.
num_expected_analytics() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of expected spline-to-analytic conversions.
num_expected_cones() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of expected spline-to-cone conversions.
num_expected_cylinders() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of expected spline-to-cylinder conversions.
num_expected_planes() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of expected spline-to-plane conversions.
num_expected_spheres() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of expected spline-to-sphere conversions.
num_expected_tori() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of expected spline-to-tori conversions.
num_faces() method in class PRIMITIVE_ANNOTATION: Returns the number of faces in the primitive.
num_final_intcurves() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of of intcurves converted to ellipses.
num_final_splines() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of spline surfaces remaining in the final body.
num_free_faces() method in class ATTRIB_HH_AGGR_STITCH: Returns the number of free faces after stitching analysis.
num_input_analytics() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input analytics.
num_input_circles() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input tori.
num_input_cones() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input cones.
num_input_cylinders() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input cylinders.
num_input_ellipses() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input tori.
num_input_intcurves() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input intcurves.
num_input_planes() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input planes.
num_input_spheres() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input spheres.
num_input_splines() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input splines.
num_input_straights() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input straights.
num_input_tori() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the number of input tori.
num_invalid_unshared_edges() method in class ATTRIB_HH_AGGR_STITCH: Returns the number of invalid unshared edges formed after the stitch calculate stage.
num_sheet_lumps() method in class ATTRIB_HH_AGGR_STITCH: Returns the number of sheet lumps.
num_solid_lumps() method in class ATTRIB_HH_AGGR_STITCH: Returns the number of solid lumps.
num_unshared_loops() method in class ATTRIB_HH_AGGR_STITCH: Returns the number of unshared loops that can probably be closed by a cover sheet.
num_valid_unshared_edges() method in class ATTRIB_HH_AGGR_STITCH: Returns the number of the number of valid unshared edges formed after stitch calculation.
num_vertex() method in class indexed_polygon: Get the number of vertices of the polygon.
num_vertex() method in class mesh_polygon: Get the number of vertices of the polygon.
num_vertices() method in class PRIMITIVE_ANNOTATION: Returns the number of vertices in the primitive.
number_of_edges() method in class generic_graph: Returns the number of graph edges in the graph structure.
number_of_vertices() method in class generic_graph: Returns the number of graph vertices in the graph structure.
numerator() method in class rat_poly_vec
numerically_stable_len() method in class SPAvector: Not appropriate for general use.
nvalid data member in class curve_interp: The number of intervals in valid.

O

On_Off_Type enum: Used primarily to set and get ON_OFF arguments.
Output_Mode enum: Specifies the format of scanlines output by subsequent rendering calls to application graphics drivers.
Owner_2DS_dmod(ATTRIB_DSMODEL*,DS_dmod*) method in class ATTRIB_DC2ACIS: Builds a DS_dmod from owner's shape.
Owner_2DS_dmod(ATTRIB_DSMODEL*,DS_dmod*) method in class ATTRIB_DS2ACIS: Builds a DS_dmod from the owner's shape.
obj_bs(int) method in class curve_interp: Extracts the nth object-space curve after fitting.
obj_fitol(int) method in class curve_interp: Extract the actual fit tolerance achieved for the given object-space curve.
objdata data member in class curve_interp: The pointer to an array of object-space curve data records.
off_int_cur class: Represents a spline curve obtained by the intersection of two surfaces that are offsets of the given surfaces.
off_spl_sur class: Represents the offset of a surface.
offset() method in class pcurve: Returns the offset.
offset() method in class PCURVE: Returns the SPApar_vec parameter space vector offset.
offset(double) method in class VBL_SURF: Makes an offset vertex blend on the heap.
ok() method in class outcome: Returns TRUE if this outcome represents a successful result; otherwise, returns FALSE.
old_edge_geometry() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns the old edge curve.
old_entity define
old_entity_ptr() method in class BULLETIN: Returns the pointer to the old entity.
old_geometry() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the original geometry associated with the edge.
old_geometry() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns the original geometry associated with the face.
old_geometry() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Returns the original geometry associated with the vertex.
old_geometry() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns the old geometry (pcurve) associated with the coedge, if the coedge has not been fixed.
old_make_approximating_surface(double) method in class blend_spl_sur: Creates a surface after a blend_spl_sur has been constructed and all its data is in place.
old_sense() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the original edge sense.
old_sense() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns the old sense of the coedge.
old_sense() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns the original face sense.
old_surf() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Returns the old surface.
on() method in class option_header: Returns whether the option_header is on or off if the option type is logical_option.
on_edge() method in class IHL_SEGMENT: Returns TRUE if the segment is on a model edge.
on_sil() method in class IHL_SEGMENT: Returns TRUE if the segment is on a silhouette edge.
on_surface(SPApar_pos&) method in class VBL_SURF: Returns TRUE if the uv-parameter is on the surface; otherwise, it returns FALSE.
one_sided_sheet_opt enum: Option enumerator for use with mass_props_options, specifying the way in which voids and open, single-sided faces should be treated in calculations of mass properties.
open() method in class BULLETIN_BOARD: Returns TRUE if the bulletin board opened successfully; otherwise, it returns FALSE.
operator !=(IHL_CAMERA&) method in class IHL_CAMERA: Returns TRUE if either the eye position, target position, or perspective projection flag of the supplied camera differ from those of this camera.
operator =(ha_rendering_options&) method in class ha_rendering_options
operator ==(IHL_CAMERA&) method in class IHL_CAMERA: Returns TRUE if the eye position, target position, and perspective projection flag of the supplied camera are all the same as those of this camera.
operator Fall_Off_Type() method in class Render_Arg: Returns the Render_Arg's Fall_Off_Type value.
operator On_Off_Type() method in class Render_Arg: Returns the Render_Arg's On_Off_Type value.
operator Render_Color() method in class Render_Arg: Returns the Render_Arg's Render_Color value.
operator SPAposition*() method in class position_array: Returns a copy of the position.
operator const char*() method in class param_string: Converts a param_string to a pointer to immutable characters.
operator const char*() method in class Render_Arg: Returns the Render_Arg's string value.
operator const double*() method in class DM_dbl_array: Cast to read-only double.
operator const int*() method in class DM_tag_array: Read-only cast operator.
operator double() method in class Render_Arg: Returns the Render_Arg's real value.
operator double() method in class SPAparameter: Returns a double from a parameter.
operator double*() method in class Render_Arg: Returns the Render_Arg's vector value.
operator int() method in class rgb_color: Extracts a color value.
operator int() method in class rgb_color: Extracts a color value.
operator int() method in class Render_Arg: Returns the Render_Arg's integer value.
operator int&() method in class DM_rtnerr_hurler: int cast; this method can treat a DM_rtnerr_hurler object as an int.
operator unknown_entity_text *() method in class unknown_text_pointer: Casts into an unknown_entity_text by returning the pointer to the defining unknown_entity_text.
operator |=(ha_rendering_options&) method in class ha_rendering_options
operator!=(law&) method in class law: Determines whether or not this law is not equivalent to the input law.
operator!=(sweep_options&) method in class sweep_options: Tests to see whether this sweep option instance is equal to the given sweep option.
operator!=(unknown_entity_text*) method in class unknown_text_pointer: Returns FALSE if the given pointer points to the defining unknown entity text; otherwise, it returns TRUE.
operator!=(subtype_object const&) method in class subtype_object: TRUE if two subtype objects are not the same.
operator!=(var_radius const&) method in class var_rad_two_ends: Determines whether a var_rad_two_ends and a var_radius are not equal.
operator!=(curve&) method in class curve: Tests this curve for inequality to another curve.
operator!=(tube_options&) method in class tube_options: Tests to see whether or not two sets of options are unequal.
operator!=(var_radius const&) method in class var_rad_fixed_width: Tests the two var_rad_fixed_widths to see if they are not equal.
operator!=(pattern&) method in class pattern: Obsolete: do not use.
operator!=(AcisVersion const&,AcisVersion const&) global function: Compares two AcisVersion objects for inequality.
operator!=(SPAinterval const&,SPAinterval const&) global function: Equality operator for determining whether two intervals are identical.
operator!=(lop_options&) method in class lop_options: Non-equals operator.
operator!=(var_radius const&) method in class var_radius: Determines whether two variable radii are not equal.
operator!=(insanity_sub_category&) method in class insanity_sub_category: Inequality operator.
operator!=(var_cross_section const&) method in class var_cross_section: Determines if two variable cross sections are unequal.
operator!=(var_radius const&) method in class var_rad_functional: Determines whether a var_rad_functional and a var_radius are not equal.
operator!=(var_radius const&) method in class var_rad_rot_ellipse: Determines whether a var_rad_rot_ellipse is equal.
operator!=(rgb_color&) method in class rgb_color: Determines whether the color is not equal to another color.
operator!=(gvertex const&) method in class gvertex: Determines whether or not the supplied vertex is not equal to this graph vertex.
operator!=(PHL_CAMERA const&) method in class PHL_CAMERA: Compares the eye position and target position of the current camera with those of the given camera .
operator!=(SPAtransf const&) method in class SPAtransf: Compares two transformations.
operator!=(surface&) method in class surface: Tests this surface for inequality to another surface.
operator!=(wire_offset_options&) method in class wire_offset_options: Tests to see whether this option instance is equal to the given offset option.
operator!=(skin_options const&) method in class skin_options: Tests two options for equality.
operator!=(gedge const&) method in class gedge: Determines whether or not the supplied graph edge is not equal to this graph edge.
operator!=(glue_options const&) method in class glue_options: Returns TRUE if the input object is not same as this object or FALSE otherwise.
operator%(SPApar_pos const&,SPApar_dir const&) global function: Returns the scalar product between a parameter position and parameter direction.
operator%(SPAunit_vector const&,SPAbox const&) global function: Finds the extent of the box along the given direction.
operator%(SPApar_dir const&,SPApar_box const&) global function: Finds the extent of a parameter box along a given parameter direction.
operator%(SPApar_vec const&,SPApar_pos const&) global function: Returns the scalar product of a parameter vector with a parameter position.
operator%(SPApar_pos const&,SPApar_vec const&) global function: Returns the scalar product of a parameter position with a parameter vector.
operator%(SPAbox const&,SPAunit_vector const&) global function: Finds the extent of the box along the given direction.
operator%(SPApar_vec const&,SPApar_vec const&) global function: Returns the dot product of two parameter vectors.
operator%(SPApar_dir const&,SPApar_pos const&) global function: Returns the scalar product between a parameter direction and parameter position.
operator%(SPApar_box const&,SPApar_dir const&) global function: Finds the extent of a parameter box along a given parameter direction.
operator&(SPApar_box const&,SPApar_box const&) global function: Creates a parameter box that is the overlap of two given parameter boxes, e.
operator&(SPAinterval const&,SPAinterval const&) global function: Finds the interval of overlap.
operator&(SPAbox const&,SPAbox const&) global function: Finds the overlap of two boxes - this method finds the intersection.
operator&&(SPApar_box const&,SPApar_box const&) global function: Determines whether two boxes overlap.
operator&&(SPAbox const&,SPAbox const&) global function: Determines whether two boxes overlap.
operator&&(SPAinterval const&,SPAinterval const&) global function: Determine whether two intervals overlap.
operator&=(SPAbox const&) method in class SPAbox: Limits one box by another - this method forms the intersection of this box with the given box, which results in this box.
operator&=(SPAinterval const&) method in class SPAinterval: Update this interval to be the overlap of itself and the given interval.
operator&=(SPApar_box const&) method in class SPApar_box: Limits one parameter box by another.
operator>(AcisVersion const&,AcisVersion const&) global function: Compares two AcisVersion objects for greater than.
operator>(SPAparameter const&,SPAparameter const&) global function: Determines if the first SPAparameter is greater than the second SPAparameter.
operator>(double,SPAinterval const&) global function: Arithmetic comparison.
operator>(SPAinterval const&,double) global function: Arithmetic comparison.
operator>(SPAparameter const&,double) global function: Determines if the SPAparameter is greater than the double.
operator>(double,SPAparameter const&) global function: Determines if the double is greater than the SPAparameter.
operator>(SPAinterval const&,SPAinterval const&) global function: Arithmetic comparison.
operator>>(SPApar_box const&) method in class SPApar_box: Determines if this box entirely encloses the given box.
operator>>(double) method in class SPAinterval: Determines whether a point lies within an interval.
operator>>(SPAinterval const&) method in class SPAinterval: Determine whether an interval is entirely enclosed within another interval.
operator>>(SPApar_pos const&) method in class SPApar_box: Determines the parametric point containment.
operator>>(SPAposition const&) method in class SPAbox: Determines if this box entirely encloses the given point.
operator>>(SPAbox const&) method in class SPAbox: Determines if this box entirely encloses the given box.
operator>>(curve const&) method in class intcurve: Determines whether a intcurve is entirely enclosed within another.
operator>=(AcisVersion const&,AcisVersion const&) global function: Compares two AcisVersion objects for greater than or equal to.
operator>=(SPAparameter const&,double) global function: Determines if the SPAparameter is greater than or equal to the double.
operator>=(SPAinterval const&,double) global function: Arithmetic comparison.
operator>=(SPAinterval const&,SPAinterval const&) global function: Arithmetic comparison.
operator>=(SPAparameter const&,SPAparameter const&) global function: Determines if the first SPAparameter is greater than or equal to the second SPAparameter.
operator>=(double,SPAinterval const&) global function: Arithmetic comparison.
operator>=(double,SPAparameter const&) global function: Determines if the double is greater than or equal to the SPAparameter.
operator<(SPAparameter const&,double) global function: Determines if the SPAparameter is less than the double.
operator<(double,SPAparameter const&) global function: Determines if the double is less than the SPAparameter.
operator<(SPAinterval const&,double) global function: Arithmetic comparison.
operator<(SPAinterval const&,SPAinterval const&) global function: Arithmetic comparison.
operator<(AcisVersion const&,AcisVersion const&) global function: Compares two AcisVersion objects for less than.
operator<(double,SPAinterval const&) global function: Arithmetic comparison.
operator<(SPAparameter const&,SPAparameter const&) global function: Determines if the first SPAparameter is less than the second SPAparameter.
operator<<(SPApar_box const&) method in class SPApar_box: Determines if the given parameter box encloses this parameter box.
operator<<(D3_ostream&,help_point&) global function
operator<<(SPAbox const&) method in class SPAbox: Determines if the given box encloses this box.
operator<<(SPApar_pos const&,SPApar_box const&) global function: Determines if a given parameter box encloses a given parameter position.
operator<<(SPAposition const&,SPAbox const&) global function: Determines if a given box encloses a given position.
operator<<(double,SPAinterval const&) global function: Inverse of operator>> function.
operator<<(SPAinterval const&) method in class SPAinterval: Inverses the given interval.
operator<=(SPAparameter const&,SPAparameter const&) global function: Determines if the first SPAparameter is less than or equal to the second SPAparameter.
operator<=(double,SPAinterval const&) global function: Arithmetic comparison.
operator<=(SPAparameter const&,double) global function: Determines if the SPAparameter is less than or equal to the double.
operator<=(SPAinterval const&,double) global function: Arithmetic comparison.
operator<=(double,SPAparameter const&) global function: Determines if the double is less than or equal to the SPAparameter.
operator<=(AcisVersion const&,AcisVersion const&) global function: Compares two AcisVersion objects for less than or equal to.
operator<=(SPAinterval const&,SPAinterval const&) global function: Arithmetic comparison.
operator*(straight const&,SPAtransf const&) global function: Applies transformation to straight curve.
operator*(cone const&,SPAtransf const&) global function: Returns a cone being (a copy of) this cone transformed by the given SPAtransf.
operator*(tensor const&,SPAtransf const&) global function: Transforms a tensor by a general transformation.
operator*(SPAtransf&) method in class pick_ray: Returns a new pick_ray that is the result of applying a transformation to this pick_ray.
operator*(ellipse const&,SPAtransf const&) global function: Returns an ellipse transformed by the given transformation.
operator*(SPAtransf const&,SPAtransf const*) global function: Creates the composition of two transforms.
operator*(int,SPAparameter const&) global function: Multiplies a SPAparameter and an integer.
operator*(SPApar_vec const&,SPApar_vec const&) global function: Returns the cross product of two parameter vectors.
operator*(torus&,SPAtransf&) global function: Returns a transformed copy of a given torus.
operator*(intcurve const&,SPAtransf const&) global function: Returns a copy of the transformed curve.
operator*(double,mass_property const&) global function: Scales a mass_property by the given real.
operator*(SPAinterval const&,double) global function: Multiply an interval by a scalar.
operator*(SPAparameter const&,int) global function: Multiplies a SPAparameter and an integer.
operator*(double,SPAparameter const&) global function: Multiplies a SPAparameter and a double.
operator*(SPAparameter const&,double) global function: Multiplies a SPAparameter and a double.
operator*(SPAmatrix const&,SPAposition const&) global function: Transforms a position by a matrix.
operator*(SPAparameter const&,SPAparameter const&) global function: Multiplies two SPAparameters.
operator*(double,SPApar_vec const&) global function: Multiplies a parameter vector by a scalar value.
operator*(SPAmatrix const&,SPAvector const&) global function: Returns the product of a SPAmatrix and a SPAvector.
operator*(double,moments const&) global function: Scale the mass properties by a constant factor.
operator*(moments const&,double) global function: Scale the mass properties by a constant factor.
operator*(helix const&,SPAtransf const&) global function: Returns a helix transformed by the given transformation.
operator*(SPAvector const&,SPAvector const&) global function: Cross product of two vectors - Also applies to unit vectors.
operator*(SPAunit_vector const&,SPAtransf const&) global function: Transforms a unit vector by the rotation matrix in a transformation.
operator*(double const&,SPAmatrix const&) global function: Multiplies a matrix by a double.
operator*(tensor const&,double) global function: Multiplies a tensor by a double.
operator*(SPAbox const&,SPAmatrix const&) global function: Transforms a box by the given matrix.
operator*(SPAbox const&,SPAtransf const&) global function: Transforms a box by the given transform.
operator*(sphere const&,SPAtransf const&) global function: Transforms a sphere surface.
operator*(spline const&,SPAtransf const&) global function: Transforms a spline surface.
operator*(SPAposition const&,SPAmatrix const&) global function: Transforms a position by a matrix.
operator*(SPAunit_vector const&,SPAtransf const*) global function: Transforms a unit vector by the rotation matrix in a transformation.
operator*(double,SPAbox const&) global function: Scales a box.
operator*(SPAvector const&,SPAtransf const*) global function: Transforms a vector by an affine transformation.
operator*(double,tensor const&) global function: Multiplies a tensor by a double.
operator*(pcurve const&,SPAtransf const&) global function: Transforms a pcurve in object space.
operator*(tensor const&,SPAmatrix const&) global function: Transforms a tensor by a 3 x 3 (orthogonal) matrix.
operator*(pattern&,pattern&) global function: Obsolete: use api_pattern_modify_compose instead.
operator*(SPAposition const&,SPAtransf const&) global function: Transforms a position.
operator*(plane const&,SPAtransf const&) global function: Returns a plane that is (a copy of) the given plane transformed by the given transform.
operator*(SPAvector const&,SPAtransf const&) global function: Transforms a vector by an affine transformation.
operator*(SPAvector const&,SPAmatrix const&) global function: Transforms a vector by a 3 X 3 matrix.
operator*(SPAvector const&,SPAtransf const&) global function: Transforms a vector, ignoring the translation part of the transformation.
operator*(SPAposition const&,SPAtransf const&) global function: Transforms a position.
operator*(SPAmatrix const&,SPAvector const&) global function: Transforms a vector by a 3 X 3 matrix.
operator*(SPAmatrix const&,SPAposition const&) global function: Transforms a position.
operator*(SPAposition const&,SPAtransf const*) global function: Transforms a position.
operator*(SPAtransf const&,SPAtransf const&) global function: Creates the composition of two transforms.
operator*(mass_property const&,double) global function: Scales a mass_property by the given real.
operator*(SPAnvector) method in class SPAnvector: Concatenates the given SPAnvector to this SPAnvector.
operator*(SPAunit_vector const&,SPAposition const&) global function: Returns the cross product of a position with a unit vector.
operator*(SPApar_pos const&,SPApar_transf const&) global function: Transforms a parameter position using a parameter transform.
operator*(mass_property const&,SPAtransf const&) global function: Transforms the mass_property to correspond to the transformed body.
operator*(SPAunit_vector const&,SPAposition const&) global function: Returns a SPAposition as the cross-product of a SPAunit_vector and a SPAposition.
operator*(SPApar_vec const&,double) global function: Multiplies a parameter vector by a scalar value.
operator*(SPAunit_vector const&,SPAtransf const&) global function: Transforms a unit vector.
operator*(SPAvector const&,SPAmatrix const&) global function: Returns the product of a SPAvector and a SPAmatrix.
operator*(SPAbox const&,double) global function: Scales a box.
operator*(SPAposition const&,SPAmatrix const&) global function: Transforms a position.
operator*(moments const&,SPAtransf const&) global function: Transform the mass properties to correspond to the transformed body.
operator*(double,SPAinterval const&) global function: Multiply a scalar by an interval.
operator*(SPAmatrix const&,SPAmatrix const&) global function: Multiplies a matrix by a matrix.
operator*(SPAmatrix const&,SPAtransf const*) global function: Transforms a matrix by an affine transformation.
operator*(SPAposition const&,double) global function: Multiplies a position by a double.
operator*(SPAposition const&,SPAunit_vector const&) global function: Transforms a position using a vector.
operator*(SPAmatrix const&,SPAtransf const&) global function: Transforms a matrix by an affine transformation.
operator*(complex_number) method in class complex_number: This performs complex number multiplication.
operator*(SPAposition const&,SPAunit_vector const&) global function: Returns a SPAposition as the cross-product of a SPAposition and a SPAunit_vector.
operator*=(SPAtransf&) method in class SPLINE: Transforms this SPLINE in place.
operator*=(SPAtransf&) method in class STRAIGHT: Transforms this STRAIGHT.
operator*=(SPAtransf&) method in class surface: Transforms this surface by the given transformation.
operator*=(SPAtransf const&) method in class moments: Transform the mass properties to correspond to the transformed body.
operator*=(SPAtransf const&) method in class var_rad_const: Transforms the var_rad_const by the given transformation.
operator*=(rat_poly const&) method in class rat_poly_vec
operator*=(SPAtransf&) method in class TEXT_ENT: Changes the location of text by applying a transformation.
operator*=(SPAtransf&) method in class CONE: Transforms this CONE.
operator*=(SPAtransf const&) method in class var_cross_section: Performs the transform operation.
operator*=(SPAtransf&) method in class VBL_SURF: Transform this blend by the given transformation.
operator*=(SPAtransf const&) method in class helix: Transforms this helix by the given SPAtransf, in place.
operator*=(SPAtransf&) method in class APOINT: Transforms this APOINT.
operator*=(SPAtransf&) method in class ELLIPSE: Transforms this ELLIPSE.
operator*=(SPAtransf&) method in class pick_ray: Applies a transformation to the pick_ray.
operator*=(SPAtransf const&) method in class spline: Transforms this spline by the given transformation.
operator*=(SPAtransf const&) method in class blend_spl_sur: Transforms this blend by the given transform.
operator*=(SPAtransf const&) method in class tensor: Transforms a tensor by a 3 x 3 transformation.
operator*=(SPAtransf const&) method in class cone: Transforms this cone by the given transformation.
operator*=(pattern&) method in class pattern: Obsolete: use api_pattern_modify_compose instead.
operator*=(SPAtransf&) method in class PCURVE: Transforms this PCURVE.
operator*=(SPAtransf&) method in class SURFACE: Transforms the equation of this SURFACE.
operator*=(SPAmatrix const&) method in class SPAbox: Transforms this box by the given matrix.
operator*=(SPAtransf const&) method in class var_rad_rot_ellipse: Transforms the variable radius by the specified transform.
operator*=(SPAtransf&) method in class HELIX: Transforms this HELIX.
operator*=(SPAtransf&) method in class TORUS: Transforms this TORUS.
operator*=(SPAtransf&) method in class torus: Transforms this torus by the given transformation.
operator*=(SPAtransf const&) method in class SPAbox: Transforms this box by the given transform.
operator*=(double) method in class SPAbox: Transforms this box by the given transform.
operator*=(SPAtransf const&) method in class mass_property: Transforms the mass_property to correspond to the transformed body.
operator*=(SPAtransf const&) method in class plane: Transforms this plane by the given transform.
operator*=(SPAtransf const&) method in class intcurve: Transforms a curve in place.
operator*=(double) method in class SPAinterval: Multiply an interval by a scalar.
operator*=(SPAtransf const&) method in class var_rad_two_ends: Transforms the var_rad_two_ends by the given transformation.
operator*=(SPAtransf&) method in class PLANE: Transforms this PLANE.
operator*=(SPAtransf const&) method in class ray: Transforms a ray.
operator*=(SPAtransf&) method in class SPHERE: Transforms this SPHERE.
operator*=(SPAtransf const&) method in class UNDEFC: Transforms the stored undefc in place.
operator*=(SPAtransf const&) method in class var_rad_functional: Transforms the var_rad_functional by the given transformation.
operator*=(SPAtransf&) method in class INTCURVE: Transforms the equation of this INTCURVE.
operator*=(SPAtransf const&) method in class var_radius: Transforms the variable radius by the given transformation.
operator*=(SPAtransf&) method in class curve: Transforms this curve.
operator*=(double) method in class moments: Scale the mass properties by a constant factor.
operator*=(double) method in class tensor: Multiplies a tensor by a double.
operator*=(SPAtransf const&) method in class var_rad_fixed_width: Transforms the var_rad_fixed_width.
operator*=(SPAtransf const&) method in class ellipse: Transforms this ellipse by the given SPAtransf, in place.
operator*=(SPAtransf&) method in class LAW: Transforms a LAW.
operator*=(SPAmatrix const&) method in class SPAmatrix: Multiplies two matrices.
operator*=(SPAtransf const&) method in class SPAmatrix: Transforms a matrix by an affine transformation.
operator*=(SPAtransf const&) method in class sphere: Transforms this sphere by the given transform.
operator*=(SPAtransf&) method in class bounded_curve: Transforms this bounded_curve.
operator*=(SPAtransf const&) method in class straight: Transforms this straight line by the given transformation.
operator*=(double const&) method in class SPAmatrix: Multiplies a matrix by a double.
operator*=(double) method in class SPAvector: Multiplication of a vector by a scalar.
operator*=(SPAtransf const&) method in class SPAvector: Transforms this vector by an affine transformation.
operator*=(double) method in class mass_property: Scales a mass_property by the given real.
operator*=(SPAtransf&) method in class TRANSFORM: Composes an existing transformation with a new one.
operator*=(SPAtransf&) method in class WCS: Applies a transformation to the WCS.
operator*=(SPAmatrix const&) method in class SPAvector: Transforms this vector by a 3 X 3 matrix.
operator*=(SPAtransf const&) method in class pcurve: Transforms a pcurve in object space.
operator*=(SPAmatrix const&) method in class tensor: Transforms a tensor by a 3 x 3 (orthogonal) matrix.
operator*=(SPAmatrix const&) method in class SPAposition: Transforms a vector by a 3 X 3 matrix.
operator*=(SPApar_transf const&) method in class SPApar_pos: Transforms a SPApar_pos.
operator*=(SPAtransf const&) method in class SPAposition: Transforms a position.
operator*=(SPAtransf&) method in class CURVE: Transforms the equation of this CURVE.
operator*=(double) method in class SPApar_vec: Multiplies a parameter by a scalar.
operator*=(SPAtransf const&) method in class SPAunit_vector: Transforms a unit vector by the rotation matrix in a transformation.
operator*=(double) method in class SPAparameter: Converts a double for multiplication to the right-hand system.
operator+(SPApar_vec const&,SPApar_vec const&) global function: Adds the two parameter vectors.
operator+(SPApar_vec const&,pcurve const&) global function: Adds a SPApar_vec to a pcurve's offset.
operator+(SPApar_vec const&,SPApar_box const&) global function: Translates a parameter box.
operator+(pattern&,pattern&) global function: Obsolete: use api_pattern_modify_compose instead.
operator+(SPAinterval const&,SPAinterval const&) global function: Add two intervals together.
operator+(SPApar_pos const&,SPApar_vec const&) global function: Returns the sum of a parameter position with a parameter vector.
operator+(SPApar_box const&,SPApar_vec const&) global function: Translates a parameter box.
operator+(double,SPAparameter const&) global function: Adds a double and a SPAparameter.
operator+(SPApar_vec const&) method in class pcurve: Displaces the curve in surface parameter space.
operator+(mass_property const&,mass_property const&) global function: Adds two mass properties together.
operator+(moments const&,moments const&) global function: Add (accumulate) mass properties.
operator+(tensor const&,tensor const&) global function: Performs a binary plus operation.
operator+(SPApar_vec const&,SPApar_pos const&) global function: Returns the sum of a parameter vector with a parameter position.
operator+(SPAnvector) method in class SPAnvector: Adds the given SPAnvector to this SPAnvector.
operator+(SPAvector const&,SPAposition const&) global function: Translates a position by a vector.
operator+(double,SPAinterval const&) global function: Add a double and an interval.
operator+(SPAparameter const&,double) global function: Adds a SPAparameter and a double.
operator+(SPAposition const&,SPAvector const&) global function: Translates a position by a vector.
operator+(complex_number) method in class complex_number: This performs complex number addition.
operator+(SPAbox const&,SPAvector const&) global function: Translates a box.
operator+(SPAinterval const&,double) global function: Add an interval and a double.
operator+(SPAvector const&,SPAbox const&) global function: Translates a box.
operator+(SPAparameter const&,SPAparameter const&) global function: Adds two SPAparameters.
operator+=(double) method in class SPAinterval: Adds a scalar value to both ends of an interval, shifting the interval by the value.
operator+=(tensor const&) method in class tensor: Performs the unary plus operation.
operator+=(double) method in class SPAparameter: Converts a double for addition to the right-hand system.
operator+=(char) method in class param_string: Appends a character string to the param_string.
operator+=(mass_property const&) method in class mass_property: Adds two mass properties together.
operator+=(SPApar_vec const&) method in class SPApar_pos: Adds a vector to a parameter position by offsetting a parameter position by a parameter vector.
operator+=(rat_poly_vec const&) method in class rat_poly_vec
operator+=(SPApar_vec const&) method in class SPApar_vec: Adds two parameter vectors.
operator+=(SPAvector const&) method in class SPAvector: Adds two vectors.
operator+=(pattern&) method in class pattern: Obsolete: use api_pattern_modify_concatenate instead.
operator+=(SPApar_vec const&) method in class pcurve: Adds a SPApar_vec to a pcurve's offset.
operator+=(moments const&) method in class moments: Add (accumulate) moments together.
operator+=(char*) method in class param_string: Appends the characters to which char points to the param_string.
operator+=(param_string&) method in class param_string: Appends the characters to which param_string points to the param_string.
operator+=(SPAinterval const&) method in class SPAinterval: Adds two intervals together.
operator+=(SPApar_vec const&) method in class SPApar_box: Translates a parameter box by a parameter vector.
operator+=(SPAvector const&) method in class SPAposition: Translates a position by a vector.
operator+=(SPAvector const&) method in class SPAbox: Translates this box.
operator-(SPAbox const&,SPAvector const&) global function: Translates a box.
operator-() method in class pcurve: Makes a negated curve.
operator-(SPAunit_vector const&) global function: Performs a unary minus operation.
operator-(SPApar_box const&,SPApar_vec const&) global function: Translates a parameter box.
operator-(SPApar_vec const&) global function: Performs a unary minus operation on a parameter vector.
operator-(moments const&) global function: Subtract mass properties.
operator-(tensor const&,tensor const&) global function: Performs a binary minus operation.
operator-(SPAnvector) method in class SPAnvector: Subtracts the given SPAnvector to this SPAnvector.
operator-(mass_property const&,mass_property const&) global function: Subtracts the second mass_property from the first mass_property.
operator-(mass_property const&) global function: Performs the unary minus operation.
operator-(moments const&,moments const&) global function: Subtract mass properties.
operator-(SPAparameter const&,double) global function: Subtracts a double from a SPAparameter.
operator-() method in class sphere: Returns a copy of this sphere negated - with normal reversed.
operator-(complex_number) method in class complex_number: This performs complex number subtraction.
operator-() method in class ellipse: Returns an ellipse with the opposite sense from this one.
operator-(double,SPAparameter const&) global function: Subtracts a SPAparameter from a double.
operator-(SPAinterval const&,SPAinterval const&) global function: Subtract two intervals.
operator-() method in class cone: Returns the inverse of the cone, with opposite normal.
operator-(SPApar_pos const&,SPApar_pos const&) global function: Returns the subtraction of the first parameter position from the second parameter position.
operator-(SPAinterval const&) global function: Negates an interval.
operator-(SPAinterval const&,double) global function: Subtract a double from an interval.
operator-() method in class straight: Returns a straight line with the opposite sense from this line.
operator-() method in class SPAparameter: Negates a parameter.
operator-(tensor const&) global function: Performs a unary minus operation.
operator-(SPApar_vec const&,SPApar_vec const&) global function: Performs a binary minus operation.
operator-() method in class intcurve: Negates the curve.
operator-() method in class plane: Returns a plane being (a copy of) this plane negated; that is, with opposite normal.
operator-(SPAposition const&,SPAvector const&) global function: Translates a position by a vector.
operator-(SPAparameter const&,SPAparameter const&) global function: Subtracts the second SPAparameter from the first SPAparameter.
operator-(double,SPAinterval const&) global function: Subtract an interval from a double.
operator-(SPApar_pos const&,SPApar_vec const&) global function: Returns the subtraction of a parameter vector from a parameter position.
operator-() method in class torus: Returns a torus that is a negated copy of this torus.
operator-(SPApar_dir const&) global function: Performs a unary minus operation.
operator-() method in class spline: Returns a surface with a reversed sense.
operator-() method in class helix: Returns a helix with the opposite sense from this one.
operator-(SPAposition const&,SPAposition const&) global function: Returns the displacement (a vector) as difference of two positions.
operator->() method in class unknown_text_pointer: Returns the pointer to the defining unknown entity text.
operator-=(SPAinterval const&) method in class SPAinterval: Subtracts an interface from an interval.
operator-=(SPApar_vec const&) method in class SPApar_box: Translates a parameter box by a parameter vector.
operator-=(SPAvector const&) method in class SPAbox: Translates this box.
operator-=(tensor const&) method in class tensor: Performs the unary minus operation.
operator-=(SPAvector const&) method in class SPAposition: Translates a position by a vector.
operator-=(double) method in class SPAparameter: Converts a double for subtraction to the right-hand system.
operator-=(double) method in class SPAinterval: Subtracts a scalar value from both ends of an interval, shifting the interval by the value.
operator-=(SPApar_vec const&) method in class pcurve: Subtracts a SPApar_vec to a pcurve's offset.
operator-=(moments const&) method in class moments: Subtract moments.
operator-=(SPAvector const&) method in class SPAvector: Binary minus operation.
operator-=(SPApar_vec const&) method in class SPApar_pos: Subtracts a vector from a parameter position.
operator-=(mass_property const&) method in class mass_property: Subtracts the given mass_property from this mass_property.
operator-=(SPApar_vec const&) method in class SPApar_vec: Performs a binary minus operation.
operator-=(rat_poly_vec const&) method in class rat_poly_vec
operator/(SPAparameter const&,SPAparameter const&) global function: Divides the first SPAparameter by the second SPAparameter.
operator/(SPAparameter const&,double) global function: Divides a SPAparameter by a double.
operator/(SPAbox const&,double) global function: Scales a box.
operator/(SPApar_vec const&,double) global function: Divides a parameter vector by a scalar value.
operator/(SPAinterval const&,double) global function: Divide an interval by a scalar.
operator/(complex_number) method in class complex_number: This performs complex number division.
operator/(SPAvector const&,double) global function: Division of a vector by a scalar.
operator/(double,SPAparameter const&) global function: Divides a double by a SPAparameter.
operator/=(double) method in class SPAinterval: Divide an interval by a scalar.
operator/=(rat_poly const&) method in class rat_poly_vec
operator/=(double) method in class SPApar_vec: Divides a parameter vector by a scalar value.
operator/=(double) method in class SPAparameter: Scales a box.
operator/=(double) method in class SPAbox: Scales this box.
operator/=(double) method in class SPAvector: Division of a vector by a scalar.
operator=(VERTEX_TEMPLATE&) method in class VERTEX_TEMPLATE: Implements an assignment operator, which makes a copy of a VERTEX_TEMPLATE.
operator=(param_info const&) method in class param_info: Assignment operator.
operator=(ATTRIB_DS2ACIS&) method in class ATTRIB_DS2ACIS: Assignment operator.
operator=(error_info_list const&) method in class error_info_list: Assignment operator, performs a full copy of the list completely.
operator=(pcurve const&) method in class pcurve: An assignment operator that copies the pcurve record, and adjusts the use counts of the underlying information.
operator=(outcome&) method in class outcome
operator=(VOID_LIST const&) method in class VOID_LIST: Explicit operator.
operator=(moments&) method in class moments: C++ assignment operator copies data from another object to this object.
operator=(component_entity_handle_list&) method in class component_entity_handle_list: Assignment operator performs a full copy of the list, complete with tombstones for deleted entries so that the indices are the same.
operator=(discontinuity_info&) method in class discontinuity_info: Sets the pointer to the current discontinuity_info object to the input object pointer.
operator=(asm_model_list&) method in class asm_model_list: Assignment operator performs a full copy of the list, complete with tombstones for deleted entries so that the indices are the same.
operator=(asm_model_info&) method in class asm_model_info: Assignment operator.
operator=(FileInfo const&) method in class FileInfo: Performs an assignment operation.
operator=(AcisOptions&) method in class AcisOptions: This method verifies if the existing AcisOptions object is the same as the object passed as the argument.
operator=(asm_model_holder&) method in class asm_model_holder: Assignment operator.
operator=(polygon_vertex&) method in class polygon_vertex: Compares the current instances of the polygon vertex with the one supplied as the argument.
operator=(SPAnvector&) method in class SPAnvector: Assigns the given SPAnvector values to the current vector.
operator=(blend_contact const&) method in class blend_contact
operator=(ATTRIB_DC2ACIS&) method in class ATTRIB_DC2ACIS: Assignment operator.
operator=(spa_unlock_result&) method in class spa_unlock_result: C++ assignment operator destroys the existing contents of the object and repopulates it by copying the contents of the argument object.
operator=(VBL_SURF&) method in class VBL_SURF: Implements an assignment operator, which makes a copy of a VBL_SURF.
operator=(char*) method in class param_string: Sets the string value from a pointer to char.
operator=(LIST_HEADER const&) method in class LIST_HEADER: Assignment operator performs a full copy of the list, complete with tombstones for deleted entries so that the indices are the same.
operator=(param_string&) method in class param_string: Sets the string value from a pointer to param_string.
operator=(defeature_options&) method in class defeature_options
operator=(AcisVersion&) method in class AcisVersion: Operator equal.
operator=(ATTRIB_DM2ACIS&) method in class ATTRIB_DM2ACIS: Implements the assignment operator.
operator=(spline const&) method in class spline: Copies the spline record, and adjust the use counts of the underlying information to suit.
operator=(component_entity_handle_holder&) method in class component_entity_handle_holder: Assignment operator.
operator=(rat_poly_vec const&) method in class rat_poly_vec
operator=(entity_handle_list&) method in class entity_handle_list: Assignment operator performs a full copy of the list, complete with tombstones for deleted entries so that the indices are the same.
operator=(entity_handle_holder&) method in class entity_handle_holder: Assignment operator.
operator=(unknown_text_pointer const&) method in class unknown_text_pointer: Sets the defining unknown entity text via the given reference (assignment operator).
operator=(unknown_entity_text*) method in class unknown_text_pointer: Sets the defining unknown entity text via the given pointer (assignment operator).
operator=(Fall_Off_Type&) method in class Render_Arg: Returns the Render_Arg's Fall_Off_Type value.
operator=(intcurve const&) method in class intcurve: Assignment operator, which copies only the intcurve record and adjusts the use counts of the underlying information.
operator=(On_Off_Type&) method in class Render_Arg: Returns the Render_Arg's Fall_Off_Type value.
operator=(Render_Arg&) method in class Render_Arg: Returns the Render_Arg's value.
operator=(Render_Color&) method in class Render_Arg: Returns the Render_Arg's Render_Color value.
operator=(char*) method in class Render_Arg: Returns the Render_Arg's string value.
operator=(component_handle_list&) method in class component_handle_list: Assignment operator performs a full copy of the list, complete with tombstones for deleted entries so that the indices are the same.
operator=(double&) method in class Render_Arg: Returns the Render_Arg's double value.
operator=(double*) method in class Render_Arg: Returns the Render_Arg's vector value.
operator=(component_handle_holder&) method in class component_handle_holder: Assignment operator.
operator=(int&) method in class Render_Arg: Returns the Render_Arg's integer value.
operator=(ENTITY_LIST const&) method in class ENTITY_LIST: Assignment operator performs a full copy of the list, complete with tombstones for deleted entries so that the indices are the same.
operator=(ATTRIB_AGC&) method in class ATTRIB_AGC: Implements the assignment operator.
operator=(int_cur const&) method in class int_cur: Copies all the underlying information.
operator=(ENTITY&) method in class ENTITY: Transfers data from another ENTITY to this ENTITY (assignment operator).
operator==(curve const&) method in class helix: Tests two curves for equality.
operator==(var_cross_section const&) method in class var_cross_section: Implements an assignment operator, which makes a copy of a var_cross_section.
operator==(var_radius const&) method in class var_rad_const: Implements an assignment operator, which tests to see if a var_rad_const is equal to a var_radius.
operator==(tube_options&) method in class tube_options: Determines if two sets of options are equal.
operator==(surface const&) method in class spline: The default always says not equal, for safety.
operator==(surface&) method in class torus: Tests this surface for equality to another surface.
operator==(var_radius const&) method in class var_rad_fixed_width: Implements an assignment operator, which tests to see if a var_rad_fixed_width is equal to a var_radius.
operator==(insanity_sub_category&) method in class insanity_sub_category: Equality operator.
operator==(var_radius const&) method in class var_rad_functional: Implements an assignment operator, which tests to see if a var_rad_functional is equal to a var_radius.
operator==(gvertex const&) method in class gvertex: Determines whether or not the supplied vertex is equal to this graph vertex.
operator==(gedge const&) method in class gedge: Determines whether or not the supplied graph edge is equal to this graph edge.
operator==(var_radius const&) method in class var_rad_rot_ellipse: Implements an assignment operator, which tests to see if a var_rad_rot_ellipse is equal to a var_radius.
operator==(skin_options const&) method in class skin_options: Determines if two options are equal.
operator==(subtype_object const&) method in class blend_spl_sur: Tests two blends for equality.
operator==(pt_cvty_info const&) method in class pt_cvty_info: Tests for equality.
operator==(var_radius const&) method in class var_rad_two_ends: Implements an assignment operator, which tests to see if a var_rad_two_ends is equal to a var_radius.
operator==(unknown_entity_text*) method in class unknown_text_pointer: Returns TRUE if the given pointer points to the defining unknown entity text; otherwise, it returns FALSE.
operator==(curve const&) method in class ellipse: Tests two curves for equality.
operator==(surface const&) method in class plane: Tests two surfaces for equality.
operator==(SPAtransf const&) method in class SPAtransf: Compares two transformations.
operator==(rgb_color&) method in class rgb_color: Determines whether a color is equal to another color.
operator==(surface const&) method in class sphere: Tests two surfaces for equality.
operator==(sweep_options&) method in class sweep_options: Tests to see whether this sweep option instance is equal to the given sweep option.
operator==(var_radius const&) method in class var_radius: Implements an assignment operator, which makes a copy of a var_radius.
operator==(law&) method in class law: Determines whether or not this law is equivalent to the input law.
operator==(surface const&) method in class cone: Tests two surfaces for equality.
operator==(pattern&) method in class pattern: Obsolete: do not use.
operator==(curve&) method in class curve: Tests this curve for equality to another curve.
operator==(lop_options&) method in class lop_options: Equals Operator.
operator==(wire_offset_options&) method in class wire_offset_options: Tests to see whether this option instance is equal to the given offset option.
operator==(ATTRIB_BLEND const&) method in class ATTRIB_CONST_CHAMFER: Tests two blends for equality.
operator==(AcisVersion const&,AcisVersion const&) global function: Compares two AcisVersion objects for equality.
operator==(PHL_CAMERA const&) method in class PHL_CAMERA: Compares the eye position and target position of the current camera with those of the given camera .
operator==(ATTRIB_BLEND const&) method in class ATTRIB_BLEND: Tests two blends for equality.
operator==(ed_cvty_info const&) method in class ed_cvty_info: Test for equality.
operator==(glue_options const&) method in class glue_options: Returns TRUE if the input object is same as this object or FALSE otherwise.
operator==(subtype_object const&) method in class subtype_object: Determines if two subtype objects are the same.
operator==(cvty const&) method in class cvty: Test to see if two convexities are identical.
operator==(curve const&) method in class intcurve: Tests two curves for equality.
operator==(param_string&) method in class param_string: Determines if two parameter strings are equal.
operator==(SPAinterval const&,SPAinterval const&) global function: Equality operator for determining whether two intervals are identical.
operator==(curve const&) method in class straight: Tests two straight curves for equality.
operator==(surface&) method in class surface: Tests this surface for equality to another surface.
operator==(SPApar_vec const&,SPApar_vec const&) global function: Tests two parameter vectors for equality within a tolerance of SPAresnor.
operator[](int) method in class SPACOLLECTION: Returns the collection list specified by the given number.
operator[](int) method in class LIST_HEADER: Return the entry at the specified index using the index operator.
operator[](int) method in class EE_LIST: Returns the indexed entity, NULL if the index is out of range, or LIST_ENTRY_DELETED if the indexed entry has been deleted.
operator[](int) method in class DELTA_STATE_LIST: Returns the indexed entity, or NULL if the index is out of range, or LIST_ENTRY_DELETED if the indexed entry has been deleted.
operator[](int) method in class ENTITY_LIST: Returns the entity at the given index from the list.
operator[](int) method in class position_array: Makes the operator look like an array.
operator[](int) method in class entity_handle_list: Returns the entity handle at the given index from the list.
operator[](int) method in class component_handle_list: Returns the component handle at the given index from the list.
operator[](int) method in class param_string: Returns the character at the given position.
operator[](int) method in class BULLETIN_LIST: Returns the indexed entity, or NULL if the index is out of range, or LIST_ENTRY_DELETED if the indexed entry has been deleted.
operator[](int) method in class DM_dbl_array: Access array element with no bounds checking.
operator[](int) method in class component_entity_handle_list: Returns the component entity handle at the given index from the list.
operator[](int) method in class HISTORY_STREAM_LIST: Returns the indexed entity, or NULL if the index is out of range, or LIST_ENTRY_DELETED if the indexed entry has been deleted.
operator[](int) method in class asm_model_list: Returns the assembly model at the given index from the list.
operator[](int) method in class VOID_LIST: Returns the indexed item, or NULL if index is out of range, or LIST_ENTRY_DELETED if the indexed entry has been deleted.
operator[](int) method in class DM_tag_array: Used for data access.
operator|(SPAbox const&,SPAbox const&) global function: Creates a box that encloses the two given boxes.
operator|(SPAinterval const&,SPAinterval const&) global function: Construct an interval containing two intervals.
operator|(SPApar_box const&,SPApar_box const&) global function: Creates a parameter box that encloses the two given parameter boxes.
operator|=(INDEXED_MESH&) method in class INDEXED_MESH
operator|=(SPApar_box const&) method in class SPApar_box: Compounds one parameter box into another.
operator|=(SPAinterval const&) method in class SPAinterval: Update this interval to include the given interval.
operator|=(SPAbox const&) method in class SPAbox: Compounds one box into another - this method extends this box until it also encloses the given box.
option_header class: Records a value that denotes whether the option is on, off, or set to a given value.
option_type enum: When creating an option_header object, it implicitly becomes one of these types.
order_cyclic(gvertex const*,gvertex const*) method in class generic_graph: If a graph is cyclic, then it may be ordered by the order_cyclic method.
order_from(generic_graph*) method in class generic_graph: The order-from method of ordering a graph works well for trees and linear graphs.
order_from(gvertex const*) method in class generic_graph: The order-from method of ordering a graph works well for trees and linear graphs.
order_with(generic_graph*,logical) method in class generic_graph: Another way to order a graph G is to order it with respect to an ordered graph H such that G is a subgraph of H.
orient_vec(SPAvector&,SPAvector&) method in class pattern: Obsolete: do not use.
origin() method in class moments: Returns the origin point from which the first and second moments of the mass property are measured.
origin() method in class ATTRIB_TAG: Returns a pointer to the original ENTITY.
origin() method in class WCS: Gets the origin of the axes in model space.
origin_dir() method in class torus: Returns the origin of the coordinates for this torus, constructing one if necessary.
origin_lost() method in class ATTRIB_TAG: Determines whether or not the original ENTITY has been lost.
orthogonal() method in class SPAvector: This returns some SPAunit_vector which is orthogonal to the given one.
other_coedge() method in class ATTRIB_INTVERT: Returns a pointer to the other coedge.
other_edge_param() method in class ATTRIB_INTVERT: Returns the other edge parameter.
other_ef_int() method in class ATTRIB_INTVERT: Returns the other edge-face intersection.
other_entity() method in class ATTRIB_INTEDGE: Returns the edge for the other body.
other_entity() method in class shell_lump: Return the other shell or wire.
other_entity() method in class ATTRIB_INTVERT: Returns the other entity, which is an edge or a vertex.
other_lump() method in class shell_lump: Return the other entity being described if it is a LUMP; otherwise, return NULL.
other_sense() method in class ATTRIB_INTEDGE: Returns the sense data for the other body.
other_shell() method in class shell_lump: Returns the shell of the other body that is coincident with this shell or one shell of the lump of the other body inside which the shell lies.
other_wire() method in class shell_lump: Return the other entity being described if it is a WIRE; otherwise, return NULL.
outcome class: Defines a class for holding the results of API calls.
output() method in class insanity_list: Returns a pointer to this insanity list.
output_analysis_results() method in class ATTRIB_HH_AGGR_GEOMBUILD: Returns the geometry building analysis results for the output body.
output_callback class: Creates output callback standard output for ACIS.
output_scale() method in class UNITS_SCALE: Returns the output scale factor.
outputs(ENTITY_LIST&) method in class ANNOTATION: Returns an ENTITY list that is the output result of the modeling operation.
oversize data member in class surf_normcone: If approx is TRUE, this flag is TRUE if this cone is entirely outside the best available cone and FALSE if it is inside.
owned_by_model_vf() method in class asm_model_entity_mgr: Asks a subclass if it is owned by its associated model.
owner() method in class WIRE: Returns a pointer to the owning entity.
owner() method in class EDGE: Returns a pointer to the owning entity.
owner() method in class VERTEX: Returns a pointer to the owning entity.
owner() method in class TRANSFORM: Returns a pointer to the owning BODY.
owner() method in class FACE: Returns a pointer to the owning entity.
owner() method in class BULLETIN: Returns the owner of the entity corresponding to the bulletin.
owner() method in class COEDGE: Returns the pointer to the LOOP or WIRE that owns this COEDGE.
owner() method in class SUBSHELL: Returns a pointer to the owning parent.
owner() method in class PCURVE: Returns the first owner of this PCURVE.
owner() method in class SHELL: Returns a pointer to the owning LUMP.
owner() method in class EE_LIST: If this list is "owned" by another, this provides a back pointer to it.
owner() method in class CELL: Returns the entity that owns the cell.
owner() method in class CFACE: Returns the pointer to the owning entity.
owner() method in class SURFACE: Returns the first owner of this SURFACE.
owner() method in class APOINT: Returns the first owner of this APOINT.
owner() method in class ATTRIB: Identifies the owning ENTITY, if any, of this ATTRIB.
owner() method in class ASM_MODEL_REF: Returns a pointer to the owning ASM_ASSEMBLY object.
owner() method in class CSHELL: Returns the owner of the CSHELL.
owner() method in class CURVE: Returns the first owner of this CURVE.
owner() method in class LOOP: Returns a pointer to the owning entity.
owner() method in class ENTITY: Identifies the owner, if any, from the data structure of this ENTITY.
owner() method in class LUMP: Returns a pointer to the owning BODY.
owner_ptr data member in class BULLETIN: pointer to the owner of this bulletin.
owner_ptr data member in class BULLETIN_BOARD: The delta state from which this is chained.
owner_ptr data member in class COEDGE: Pointer to the owning LOOP or WIRE.
owner_stream data member in class DELTA_STATE: Allows history stream to be found from delta state.
owning_body data member in class edge_face_int: Pointer to the body in which the edge lies.
owns_entities() method in class HISTORY_STREAM: Reads the flag for owning entities.
owns_entries() method in class EE_LIST: Returns a logical indicating whether this EE_LIST owns its entries.

P

PAIR define
PARENT_FUNCTION define
PART class: Provides methods and data for grouping entities together as parts.
PART_CONTEXT class: The PART_CONTEXT object.
PART_DO_NOT_DELETE define
PATTERN_ANNOTATION class: Implements the annotations for patterned entities.
PAT_CHECK_TYPE enum: Used in api_set_entity_pattern and in api_refresh_entity_pattern,to specify checking behavior to follow the application of a pattern (in versions 7 and 8, a logical was used instead, so in adding "check-and-fix", it is backward-compatible with the former type and the associated behavior).
PAT_NEXT_TYPE enum: For entities with next() methods, include this switch to specify how it should work when the entity has a pattern holder.
PCURVE class: Defines a 2D parameter-space approximation to a curve as an object in the model.
PCURVE_ID define
PCURVE_LEVEL define
PHLV5_EDGE class: Defines an PHLV5 edge.
PHLV5_EDGE_LEVEL define
PHLV5_OCC class: Defines an PHLV5 occurrence.
PHLV5_OCC_LEVEL define
PHLV5_SEGMENT class: Defines an PHLV5 segment.
PHLV5_SEGMENT_LEVEL define
PHL_CAMERA class: Defines a camera viewpoint against which precise hidden lines are calculated.
PHL_CAMERA_LEVEL define
PHL_EDGE class: Defines a regular or silhouette edge.
PHL_EDGE_LEVEL define
PHL_SEGMENT class: Defines a line segment with visibility information.
PHL_SEGMENT_LEVEL define
PI define
PID_BASE_NAME_LENGTH define
PLANE class: Defines a plane as an object in the model.
PLANE_ID define
PLANE_LEVEL define
POINTER define
POLYGON class: Defines a POLYGON.
POLYGON_POINT_MESH class: Defines a collection of polygons.
POLYGON_POINT_MESH_MANAGER class: Specializes the MESH_MANAGER class when a mesh is maintained as a POLYGON_POINT_MESH.
POLYGON_VERTEX class: Defines a vertex on a polygon.
PORT define
PORTMANTEAU define
PPM_ON_FACE_MESH_MANAGER class: Shows how a MESH-derived mesh is attached to a face.
PRECEDEDCE_AND define
PRECEDEDCE_NOT define
PRECEDEDCE_OR define
PRECEDENCE_CONSTANT define
PRECEDENCE_EQUAL define
PRECEDENCE_FUNCTION define
PRECEDENCE_PLUS define
PRECEDENCE_POWER define
PRECEDENCE_TIMES define
PRIM define
PRIMITIVE_ANNOTATION class: Used for primitive annotations.
PRIMITIVE_ANNOTATION_LEVEL define
PROMISE define
PR_CONSTRUCTOR define
PR_EXTENSION define
P_BIDIR define
P_BINARY define
P_ERROR define
P_INPUT define
P_OPEN define
P_STDIO define
P_STRING define
P_UNREAD define
Param_max(int,DM_dbl_array&) method in class ATTRIB_DM2ACIS: Gets the tag object maximum parameterization value.
Param_min(int,DM_dbl_array&) method in class ATTRIB_DM2ACIS: Gets the tag object minimum parameterization value.
Parent(int) method in class ATTRIB_DM2ACIS: Gets the parent dmod pointer, or NULL.
Parent_tag(int) method in class ATTRIB_DM2ACIS: Gets the parent tag id, or -1 if none.
Parse_tag_flag(int,DS_dmod*&,int&) global function
Part() method in class PART_CONTEXT: Returns the PART associated with this PART_CONTEXT.
PartFlags data member in class PART: The flags for the part.
PartUnits() method in class PART: Return the units used in the PART.
Persistable data member in class PHLV5_EDGE
Phlv5SegSta enum: Specifies the status information.
Phlv5SegVis enum: Specifies the type of visibility.
PositionAt(int) method in class position_array: Provides a copy of the position at a given index.
Print_dmod(int) method in class ATTRIB_DM2ACIS: Outputs a dmod and related data summary.
Projection_Type enum: Specifies the type of projection Required for refinement criterion that use image space.
page_statistics struct: The page system statistics.
pair(EDGE*,double) method in class ATTRIB_HH_ENT_STITCH_EDGE: Pairs the owning edge with another edge.
pair(EDGE*,EDGE*,double) method in class ATTRIB_HH_AGGR_STITCH: Attempts to pair up two given edges.
par_bs(int) method in class curve_interp: Extracts the nth parameter-space curve after fitting.
par_int_cur class: Represents an exact spline curve in the parameter space of a surface.
par_int_cur_dir enum: Specifies the curve direction.
par_int_interp class: Fits a 3D curve to the parameter curve.
par_obj_fitol(int) method in class curve_interp
par_scaling() method in class helix: Returns the parameter scaling of this helix.
par_val data member in class curve_irregularities: The parameter value at which the discontinuity exists.
parallel(SPAunit_vector const&,SPAunit_vector const&,double) global function: Determines if two vectors are parallel (within some resolution).
parallel(SPAunit_vector const&,SPAvector const&,double) global function: Determines if two vectors are parallel (within some resolution).
parallel(SPAvector const&,SPAvector const&,double) global function: Determines if two vectors are parallel (within some resolution).
param(SPAposition const&,SPApar_pos const&) method in class spline: Finds the parameter values of a point on a 3D B-spline surface, iterating from the given parameter values (if supplied).
param(SPAposition const&,SPApar_pos const&) method in class plane: Finds the parameter values corresponding to a point on a surface.
param(SPAposition&,SPApar_pos&) method in class torus: Finds the parameter position of a given point on this surface, given an optional first guess.
param data member in class curve_surf_int: The parameters of the intersection point on the curve.
param(SPAposition const&,SPApar_pos const&) method in class cone: Finds the parameter values of a point on a surface, given an optional first guess.
param(SPAposition&,SPApar_pos&) method in class surface: Finds the parameter position of a given point on this surface, given an optional first guess.
param(SPAposition&,SPApar_pos&) method in class VBL_SURF: Returns the parameter values of a point on the vertex blend surface.
param(SPAposition const&,SPApar_pos const&) method in class sphere: Finds the parameter values of a point on a surface, given an optional first guess.
param(SPAposition const&,SPAparameter const&) method in class helix: Finds the parameter value at the given point on the helix.
param(SPApar_pos&) method in class pcurve: Returns the parameter of the pcurve at the given SPApar_pos.
param data member in class edge_face_int: Parameter on the edge corresponding to int_point.
param(SPAposition const&,SPAparameter const&) method in class intcurve: Returns the parameter value for a given point.
param(SPAposition&,SPAparameter&) method in class curve: Finds the parameter value of a given position on the curve.
param(SPAposition const&,SPAparameter const&) method in class straight: Finds the parameter value at the given point on the curve.
param(SPAposition const&,SPApar_pos const&) method in class rb_blend_spl_sur: Returns the parameter.
param data member in class curve_interp: The parameter values at the given points.
param(SPAposition const&,SPAparameter const&) method in class ellipse: Finds the parameter value at the given point on the ellipse.
param(SPAposition&,double*) method in class bounded_curve: Finds the parameter value of the point on this bounded_curve, corresponding to the given point.
param1 data member in class curve_curve_int: Intersection parameter on curve1.
param2 data member in class curve_curve_int: Intersection parameter on curve2.
param_bound data member in class EDGE: The parametric bounding interval for this EDGE.
param_bounded() method in class EDGE
param_dir(SPAunit_vector&,SPApar_pos&) method in class surface: Finds the direction in parameter space of a given object-space direction on this surface, at a given parameter position.
param_from_01(double) method in class bounded_curve: Converts from parameters within the range from 0 to 1, to the double range.
param_guess(SPAposition&,logical&) method in class VBL_SURF: Guesses the uv-parameter for position, and optionally whether it thinks that the guess is correct.
param_info class: Data representing type and in some cases parameter information about a point on an entity.
param_off data member in class ellipse: The parameter offset is the parameter value of the point at the end of the major axis.
param_period() method in class int_cur: Finds the parametric period of the interpolated curve, returning exactly 0 if the curve is not periodic.
param_period() method in class bounded_curve: Returns the period of a periodic curve, or 0 if this bounded_curve is not periodic.
param_period() method in class ellipse: Returns the period of the curve parameter.
param_period() method in class intcurve: Returns the period of a periodic curve.
param_period() method in class curve: Returns the period of a periodic curve, or 0 if this curve is not periodic.
param_period() method in class straight: Returns the parameter period, 0 in this case because a straight line is not periodic.
param_period() method in class pcurve: Returns the parameter period - the length of the parameter range if periodic, 0 otherwise.
param_period() method in class helix: Returns the period of the curve parameter.
param_period_u() method in class sphere: Returns the period of a periodic parametric surface, or 0 if the surface is not periodic in the u-parameter or not parametric.
param_period_u() method in class torus: Returns the period, in u, of a periodic parametric surface.
param_period_u() method in class spline: Returns the period of a periodic parametric surface.
param_period_u() method in class surface: Returns the period, in u, of a periodic parametric surface.
param_period_u() method in class spl_sur: Returns the u period of a periodic parametric surface, zero if the surface is not periodic in the u direction.
param_period_u() method in class plane: Returns the period of a periodic parametric surface, or 0 if the surface is not periodic in the u-parameter or not parametric.
param_period_u() method in class cone: Returns the period of a periodic parametric surface.
param_period_v() method in class cone: Returns the period of a periodic parametric surface.
param_period_v() method in class surface: Returns the period, in v, of a periodic parametric surface.
param_period_v() method in class spline: Returns the period of a periodic parametric surface.
param_period_v() method in class spl_sur: Returns the v period of a periodic parametric surface, zero if the surface is not periodic in the v direction.
param_period_v() method in class sphere: Returns the period of a periodic parametric surface, or 0 if the surface is not periodic in the v-parameter or not parametric.
param_period_v() method in class torus: Returns the period, in v, of a periodic parametric surface.
param_period_v() method in class plane: Returns the period of a periodic parametric surface, or 0 if the surface is not periodic in the v-parameter or not parametric.
param_range() method in class EDGE: Returns the parameter defining the end of this EDGE.
param_range(SPAbox const&) method in class ellipse: Returns the parameter range of the ellipse.
param_range(SPAbox const&) method in class spl_sur: Returns the principal parameter range of a parametric surface in both u and v-parameter directions.
param_range(SPAbox const&) method in class sphere: Returns the parameter ranges of the portion of a surface lying within the given box.
param_range(void) method in class var_radius: Returns the parameter range.
param_range(SPAbox const&) method in class intcurve: Returns the range of parameter values.
param_range(SPAbox&) method in class torus: Returns the principal parameter range of this surface.
param_range(SPAbox const&) method in class helix: Returns the parameter range of the helix.
param_range() method in class EDGE: Returns the parameter range of this EDGE.
param_range() method in class COEDGE: Finds the parameter range of this COEDGE as an interval.
param_range(SPAbox const&) method in class plane: Returns the parameter range of a portion of the surface in the bounding box.
param_range(SPAbox&) method in class surface: Returns the principal parameter range of this surface.
param_range() method in class pcurve: Returns the principal parameter range of a pcurve.
param_range(SPAbox const&) method in class spline: Returns the principal parameter range of a parametric surface in a chosen parameter direction.
param_range(SPAbox const&) method in class int_cur: Finds the parameter range of the interpolated curve as an interface.
param_range(SPAbox const&) method in class cone: Returns the principal parameter range of a surface.
param_range(SPAbox&) method in class curve: Returns the principal parameter range of this curve.
param_range(SPAbox const&) method in class straight: Returns the principal parameter range, or what is inside the given box, if one is indeed given.
param_range_u(SPAbox&) method in class surface: Returns the principal parameter range of a surface in the u-parameter direction.
param_range_u(SPAbox const&) method in class cone: Returns the principal parameter range of a surface in the u-parameter direction.
param_range_u(SPAbox&) method in class torus: Returns the principal parameter range of a surface in the u-parameter direction.
param_range_u(SPAbox const&) method in class sphere: Returns the parameter ranges of the portion of a surface that lies within the given box in a u-parameter direction.
param_range_u(SPAbox const&) method in class spl_sur: Returns the principal parameter range of a parametric surface in the u-parameter direction.
param_range_u(SPAbox const&) method in class spline: Returns the principal parameter range of a parametric surface in a chosen parameter direction.
param_range_u(SPAbox const&) method in class plane: Returns the principal parameter range of a surface in the u-parameter direction.
param_range_v(SPAbox const&) method in class spline: Returns the principal parameter range of a parametric surface in a chosen parameter direction.
param_range_v(SPAbox const&) method in class plane: Returns the principal parameter range of a surface in the v-parameter direction.
param_range_v(SPAbox const&) method in class spl_sur: Returns the principal parameter range of a parametric surface in the v-parameter direction.
param_range_v(SPAbox&) method in class surface: Returns the principal parameter range of a surface in the v-parameter direction.
param_range_v(SPAbox const&) method in class sphere: Returns the parameter ranges of the portion of a surface that lies within the given box in a v-parameter direction.
param_range_v(SPAbox&) method in class torus: Returns the principal parameter range of a surface in the v-parameter direction.
param_range_v(SPAbox const&) method in class cone: Returns the principal parameter range of a surface in the v-parameter direction.
param_scale data member in class straight: The scaling factor for parameterization that allows fixed parameters despite transformation.
param_string class: References parameters.
param_to_01(double) method in class bounded_curve: Converts to parameters within the range from 0 to 1, from the double range.
param_unitvec(SPAunit_vector const&,SPApar_pos const&) method in class cone: Finds the rate of change in surface parameter corresponding to a unit velocity in a given object-space direction at a given position in parameter space.
param_unitvec(SPAunit_vector&,SPApar_pos&) method in class torus: Finds the rate of change in the surface parameter corresponding to a unit velocity in a given object-space direction, at a given position in parameter space.
param_unitvec(SPAunit_vector const&,SPApar_pos const&) method in class sphere: Finds rate of change at a parameter.
param_unitvec(SPAunit_vector&,SPApar_pos&) method in class VBL_SURF: Finds the change in the surface parameter corresponding to a unit offset in a given direction at a given position on the surface.
param_unitvec(SPAunit_vector const&,SPApar_pos const&) method in class spline: Finds the change in surface parameter corresponding to a unit offset in a given direction at a given position.
param_unitvec(SPAunit_vector&,SPApar_pos&) method in class surface: Finds the rate of change in the surface parameter corresponding to a unit velocity in a given object-space direction, at a given position in parameter space.
param_unitvec(SPAunit_vector const&,SPApar_pos const&) method in class plane: Finds the rate of change in surface parameter corresponding to a unit velocity in a given object-space direction at a given position in parameter space.
parameter_defined(parameter_token) method in class VERTEX_TEMPLATE: Determines whether the VERTEX_TEMPLATE contains the specified parameter token.
parametric() method in class spline: Indicates if the surface is parametric.
parametric() method in class torus: Returns TRUE if this surface is a parametric surface - otherwise returns FALSE.
parametric() method in class sphere: Determines if a sphere is parametric.
parametric() method in class surface: Returns TRUE if this surface is a parametric surface - otherwise returns FALSE.
parametric() method in class cone: Determines if a cone is parametric and returns FALSE.
parametric() method in class plane: Determines if a plane is parametric.
parent() method in class SUBSHELL: Returns a pointer to the next superior SUBSHELL.
parloc data member in class hh_coedge_details
part_name() method in class PART: Returns the name of the PART.
partner() method in class COEDGE: Returns the pointer to the partner COEDGE of this COEDGE.
partner() method in class DELTA_STATE: Returns the partner DELTA_STATE.
partner() method in class ATTRIB_INTVERT: Returns the vertex created on the duplicate graph.
partner() method in class ATTRIB_INTEDGE: Points to the corresponding attribute on the graph for the other body.
partner_ds data member in class DELTA_STATE: Circular list of delta states with same from_state.
partner_edge() method in class ATTRIB_HH_ENT_STITCH_EDGE: Gets the partner edge.
partner_ptr data member in class COEDGE: Pointer to a partner COEDGE, or NULL if this COEDGE is unembedded or attached to a free EDGE.
partol() method in class pcurve: Returns the par tolerance of the parameter curve.
partol1() method in class intcurve: Returns the SPAparameter space tolerance of the first pcurve.
partol2() method in class intcurve: Returns the SPAparameter space tolerance of the second pcurve.
partol_result data member in class curve_interp
partype data member in class hh_coedge_details
parval data member in class hh_coedge_details
path() method in class SWEEP_ANNOTATION
path_edge() method in class SWEEP_ANNOTATION
path_law_data class: Serves as a wrapper for either a curve or wire object, for input into a law.
path_vertex() method in class SWEEP_ANNOTATION
pattern class: Provides all information necessary to generate a regular or irregular pattern of entities from a single, "seed" entity.
pattern_compatible() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_ENT_SIMPLIFY_BASE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class NAMED_REAL_ATTRIB: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_INTGRAPH: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_EYE_ATTACHED_MESH: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ID_ATTRIB: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB: Returns TRUE if the ATTRIB is pattern-compatible.
pattern_compatible() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_COL: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_ENT_STITCH_BASE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_DC2ACIS: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_INTEDGE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_SHARP_EDGE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_GEN_SPLINE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_INTVERT: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_FACEINT: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class NORENDER_ATTRIB: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_STITCH: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_GEN_VECTOR: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_GEN_STRING: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_GEN_REAL: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_DM2ACIS: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_GEN_POSITION: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_GEN_POINTER: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_SIMPLIFY_BASE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_GEN_NAME: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_WRAPUP: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_EFINT: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_ENT: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_RGB: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_ISOSPLINE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_GEOMBUILD_BASE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_GEN_ENTITY: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_DS2ACIS: Returns TRUE.
pattern_compatible() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_VAR_BLEND: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATT_BL_INST: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_GEN_INTEGER: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATT_CAP_FACE
pattern_compatible() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_ANALYTIC: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_GEN_WSTRING: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_GEOMBUILD: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_ENT_STITCH_EDGE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class NAMED_VEC_ATTRIB: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_INTCOED: Returns TRUE if this can be deep copied.
pattern_compatible() method in class NAMED_ATTRIB: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class NAMED_STRING_ATTRIB: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class NAMED_POS_ATTRIB: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class ATTRIB_HH_AGGR_STITCH_BASE: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class NAMED_INT_ATTRIB: Returns TRUE if this is pattern compatible.
pattern_compatible() method in class NAMED_LOGICAL_ATTRIB: Returns TRUE if this is pattern compatible.
pattern_index(logical) method in class ENTITY: Obsolete: do not use.
patternable() method in class ENTITY: Obsolete: do not use.
patternable() method in class SHELL: Obsolete: do not use.
patternable() method in class FACE: Obsolete: do not use.
patternable() method in class BODY: Obsolete: do not use.
patternable() method in class LOOP: Obsolete: do not use.
patternable() method in class LUMP: Obsolete: do not use.
pcur(int,logical) method in class intcurve: Returns the parametric curves with respect to the surfaces defining this intcurve.
pcur(int,logical) method in class curve: Returns the nth parametric curve.
pcur1 data member in class surf_surf_int: The first pcurve, it provides the parametric-space intersection curve with respect to the intersection surfaces, if they are parametric.
pcur1(logical) method in class intcurve: Returns a curve in parameter space of surface returned by surf1 or surf2 respectively, if the surface is parametric.
pcur2(logical) method in class intcurve: Returns a curve in parameter space of surface returned by surf1 or surf2 respectively, if the surface is parametric.
pcur2 data member in class surf_surf_int: The second pcurve, it provides the parametric-space intersection curve with respect to the intersection surfaces, if they are parametric.
pcur_int_cur class: Defines an interpolated curve subtype that is the 3D extension of the parameter curve representing a curve on a surface.
pcur_present(int) method in class int_cur: Returns TRUE if the nth parameter-space curve is defined.
pcur_present(int) method in class curve: Determines if the nth parameter-space curve is defined for this curve.
pcur_present(int) method in class intcurve: Returns TRUE if the nth parameter-space curve is defined.
pcurve class: Defines a 2D curve defined in the parameter space of a parametric surface.
pcurve_data() method in class pcurve_law_data: Returns a pointer to the actual ACIS pcurve wrapped by this pcurve_law_data.
pcurve_interp class: Fits a parameter space curve.
pcurve_law class: Creates a law to support parameter curve calculations.
pcurve_law_data class: Serves as a wrapper for ACIS pcurve objects, for passing them as arguments to laws.
pending() method in class BULLETIN_BOARD: Returns whether or not a bulleting board merge is pending.
percentage() method in class restore_progress_data: Returns a positive integer between 0 and 100 indicating the percentage of the operation which has completed.
percentage() method in class stitch_progress_info: Returns a positive integer indicating the percentage of stitch, which has completed.
percentage() method in class SPA_progress_info: Returns a positive integer between 0 and 100 indicating the percentage of the operation which has completed.
period() method in class discontinuity_info: Periodicity.
periodic() method in class straight: Indicates if the curve is periodic and joins itself smoothly at the ends of its principal parameter range, so that edges may span the seam.
periodic() method in class helix: Indicates whether a curve is periodic.
periodic() method in class bounded_curve: Indicates if this bounded_curve is periodic.
periodic() method in class int_cur: Indicates whether the curve is periodic.
periodic() method in class curve: Indicates if this curve is periodic.
periodic() method in class intcurve: Indicates if the curve is periodic.
periodic() method in class EDGE: Returns TRUE if this EDGE is periodic.
periodic() method in class ellipse: Indicates whether a curve is periodic.
periodic_u() method in class surface: Determines if this surface is periodic in the u-parameter direction (i.
periodic_u() method in class spline: Reports whether a parametric surface is periodic in the u-parameter direction.
periodic_u() method in class torus: Determines if this surface is periodic in the u-parameter direction (i.
periodic_u() method in class cone: Reports whether the surface is periodic in the u-parameter direction.
periodic_u() method in class plane: Reports whether the surface is periodic in the u-parameter direction; that is it is smoothly closed, so faces can run over the seam.
periodic_u() method in class sphere: Reports whether the surface is periodic in the u-parameter direction.
periodic_u() method in class spl_sur: Determines if a parametric surface is periodic in the u direction.
periodic_v() method in class surface: Determines if this surface is periodic in the v-parameter direction (i.
periodic_v() method in class cone: Reports whether the surface is periodic in the u-parameter direction.
periodic_v() method in class sphere: Reports whether the surface is periodic in the v-parameter direction.
periodic_v() method in class spline: Reports whether a parametric surface is periodic in the v-parameter direction.
periodic_v() method in class torus: Determines if this surface is periodic in the v-parameter direction (i.
periodic_v() method in class spl_sur: Determines if a parametric surface is periodic in the v direction.
periodic_v() method in class plane: Reports whether the surface is periodic in the v-parameter direction; that is it is smoothly closed, so faces can run over the seam.
perpendicular(SPAunit_vector const&,SPAunit_vector const&,double) global function: Determines if two vectors are perpendicular (within some resolution).
perpendicular(SPAunit_vector const&,SPAvector const&,double) global function: Determines if two vectors are perpendicular (within some resolution).
perpendicular(SPAvector const&,SPAvector const&,double) global function: Determines if two vectors are perpendicular (within some resolution).
perspective() method in class IHL_CAMERA: Returns the perspective flag.
perspective() method in class PHL_CAMERA: Returns the perspective flag.
phl_body_occurrence class: Defines a phl_body_occurrence.
phlv5_options class: Specifies options for hidden line removal.
pick_ray class: Maps a 2D graphic pick on an entity position defined in model space.
pid_base class: Defines the persistent identifier data (PID).
pitch() method in class HELIX: Returns the pitch of this HELIX.
pitch() method in class helix: Returns the pitch of this helix.
planar(SPAposition&,SPAunit_vector&) method in class surface: Reports whether this surface is planar.
planar(SPAposition&,SPAunit_vector&) method in class spline: Determines whether spline is planar.
planar(SPAposition&,SPAunit_vector&) method in class plane: Reports on whether the plane is planar.
planar_profile(SPAunit_vector&) method in class sweep_spl_sur: Checks whether the sweep profile is planar and returns a vector normal to the profile.
planar_profile() method in class sweep_spl_sur: Checks whether the sweep profile is planar.
plane class: Defines a planar surface.
plane_type define
planes_only() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns the value of the m_planes_only flag, which indicates whether or not only planes should be simplified and If TRUE, only plane surface types are simplified.
plus_law class: Provides methods for the plus, or addition, mathematical function.
pm_customer_cast() method in class acis_pm_entity_mgr: Dynamic down-cast to a customer sub-type (represented by void*).
point() method in class point_entity_rel: Determines the APOINT in the point-entity relationship.
point() method in class pick_ray: Gets the position from the pick_ray.
point(SPAposition&) method in class POLYGON_VERTEX: Returns the position of the vertex.
point_body_containment enum: Specifies whether a point lies inside, outside or on the boundary of the body.
point_containment enum: Specifies whether a point lies inside, outside or on the boundary of the body.
point_cross(SPAposition&,SPAunit_vector&,SPApar_pos&) method in class surface: Finds the curvature of a cross-sectional curve of this surface at the given point.
point_cross(SPAposition const&,SPAunit_vector const&,SPApar_pos const&) method in class sphere: Returns the curvature of a curve in the surface through a given point normal to a given direction in the surface.
point_cross(SPAposition const&,SPAunit_vector const&,SPApar_pos const&) method in class spline: Finds the curvature of a cross-section curve of the surface at the point on the surface closest to the given point, iterating from the given parameter values (if supplied).
point_cross(SPAposition const&,SPAunit_vector const&,SPApar_pos const&) method in class plane: Returns the curvature of a curve in the surface through a given point normal to a given direction in the surface.
point_curvature(SPAposition const&,SPAparameter const&) method in class ellipse: Finds the curvature on an ellipse at the given point on the curve.
point_curvature(SPAposition const&,SPAparameter const&) method in class intcurve: Finds the curvature at a point on the intcurve.
point_curvature(SPAposition const&,SPAparameter const&) method in class helix: Finds the curvature on a helix at the given point on the curve.
point_curvature(SPAposition const&,SPAparameter const&) method in class straight: Returns the curvature, which is 0 for a straight line.
point_curvature(SPAposition&,SPAparameter&) method in class curve: Finds the curvature of this curve at the given point.
point_direction(SPAposition&,SPAparameter&) method in class curve: Finds tangent direction of this curve at the given point.
point_direction(SPAposition const&,SPAparameter const&) method in class intcurve: Finds the tangent direction to the intcurve at a given point.
point_direction(SPAposition const&,SPAparameter const&) method in class straight: Returns the direction of the curve at a point on it.
point_direction(SPAposition const&,SPAparameter const&) method in class ellipse: Finds the tangent to an ellipse at the given point on the curve.
point_direction(SPAposition const&,SPAparameter const&) method in class helix: Finds the tangent to a helix at the given point on the curve.
point_entity_rel class: Relates an APOINT to an ENTITY.
point_face_containment enum: Specifies whether a point lies inside, outside, or on a face.
point_normal(SPAposition const&,SPApar_pos const&) method in class cone: Returns normal at point on cone.
point_normal(SPAposition&,SPApar_pos&) method in class torus: Finds the normal to this surface at a point on the surface nearest to the given position.
point_normal(SPAposition const&,SPApar_pos const&) method in class plane: Returns the surface normal at a given point on the surface.
point_normal(SPAposition const&,SPApar_pos const&) method in class spline: Finds the normal to the surface at the given point.
point_normal(SPAposition const&,SPApar_pos const&) method in class sphere: Returns the surface normal at a given point on the surface.
point_normal(SPAposition&,SPApar_pos&) method in class surface: Finds the normal to this surface at a point on the surface nearest to the given position.
point_outdir(SPAposition&,SPApar_pos&) method in class torus: Finds the outward direction from this surface at a point nearest the given position.
point_outdir(SPAposition&,SPApar_pos&) method in class surface: Finds the outward direction from this surface at a point nearest the given position.
point_outdir(SPAposition const&,SPApar_pos const&) method in class spline: Finds an outward direction from the surface at a point on the surface nearest to the given point.
point_outdir(SPAposition const&,SPApar_pos const&) method in class VBL_SURF: Returns a direction that points outward from the surface.
point_outdir(SPAposition const&,SPApar_pos const&) method in class cone: Finds an outward direction from the surface at a point on the surface.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,surf_princurv&,SPApar_pos const&,SPApar_pos&,logical) method in class cone: Finds the foot of the perpendicular.
point_perp(SPAposition&,SPAposition&,SPAunit_vector&,surf_princurv&,SPApar_pos&,SPApar_pos&,logical,SPApar_box&) method in class VBL_SURF: Finds the point on the surface nearest to the given point, iterating from the given parameter values (if supplied).
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPApar_pos const&,SPApar_pos&,logical) method in class sphere: Finds the point on the surface nearest to the given point.
point_perp(SPAposition&,SPAposition&,SPApar_pos&,SPApar_pos&,logical) method in class surface: Finds the point on this surface nearest to the given point.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPApar_pos const&,SPApar_pos&,logical) method in class spline: Finds the point on the surface nearest to the given point.
point_perp(SPAposition const&,SPAposition&,SPApar_pos const&,SPApar_pos&,logical) method in class sphere: Finds the point on the surface nearest to the given point.
point_perp(SPAposition) method in class base_curve_law_data: Finds the point on the curve nearest to the given point.
point_perp(SPAposition,double) method in class base_curve_law_data: Finds the point on the curve nearest to the given point, given a guess as to its value.
point_perp(SPAposition&,SPAposition&,SPAunit_vector&,SPAvector&,SPAparameter&,SPAparameter&,logical) method in class curve: Finds the foot of the perpendicular from the given point to this curve, the tangent and curvature of the curve at that point, and the corresponding parameter value.
point_perp(SPAposition const&,SPAposition&,SPAparameter const&,SPAparameter&,logical) method in class ellipse: Finds the foot of the perpendicular from the given point to the curve.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPAvector&,SPAparameter const&,SPAparameter&,logical) method in class straight: Finds the foot of the perpendicular from the given point to the curve, and tangent to the curve at that point, and its parameter value.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPAparameter const&,SPAparameter&,logical) method in class straight: Drops a perpendicular from the given point to the line, returning the foot of the perpendicular, and the curve direction there.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,surf_princurv&,SPApar_pos const&,SPApar_pos&,logical) method in class plane: Finds the point on the surface nearest to the given point.
point_perp(SPAposition const&,SPAposition&,SPAparameter const&,SPAparameter&,logical) method in class straight: Finds the foot of the perpendicular from the given point to the curve, and tangent to the curve at that point, and its parameter value.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPAparameter const&,SPAparameter&,logical) method in class ellipse: Finds the foot of the perpendicular from the given point to the curve.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPApar_pos const&,SPApar_pos&,logical) method in class plane: Finds the point on the surface nearest to the given point.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,surf_princurv&,SPApar_pos const&,SPApar_pos&,logical) method in class spline: Finds the point on the surface nearest to the given point and the normal to and principal curvatures of the surface at that point.
point_perp(SPAposition&,SPAposition&,SPAunit_vector&,SPAparameter&,SPAparameter&,logical) method in class curve: Finds the foot of the perpendicular from the given point to this curve, the tangent to the curve at that point, and the corresponding parameter value.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPAvector&,SPAparameter const&,SPAparameter&,logical) method in class ellipse: Finds the foot of the perpendicular from the given point to the curve.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,surf_princurv&,SPApar_pos const&,SPApar_pos&,logical,SPApar_box const&) method in class rb_blend_spl_sur: Finds the point on the surface nearest to the given point, iterating from the given parameter values (if supplied).
point_perp(SPAposition&,SPAposition&,SPAparameter&,SPAparameter&,logical) method in class curve: Finds the foot of the perpendicular from the given point to this curve and the corresponding parameter value.
point_perp(SPAposition const&,SPAposition&,SPApar_pos const&,SPApar_pos&,logical) method in class spline: Finds the point on the surface nearest to the given point.
point_perp(SPAposition,SPApar_pos) method in class base_surface_law_data: Finds the parameter position on the surface perpendicular to the given position outside of the surface, given a guess as to its value.
point_perp(SPAposition const&,SPAposition&,SPApar_pos const&,SPApar_pos&,logical) method in class plane: Finds the point on the surface nearest to the given point.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,surf_princurv&,SPApar_pos const&,SPApar_pos&,logical) method in class sphere: Finds the point on the surface nearest to the given point.
point_perp(SPAposition&,SPAposition&,SPAunit_vector&,SPApar_pos&,SPApar_pos&,logical) method in class surface: Finds the point on this surface nearest to the given point and, optionally, the normal to the surface at that point.
point_perp(SPAposition const&,SPAposition&,SPAparameter const&,SPAparameter&,logical) method in class helix: Finds the foot of the perpendicular from the given point to the curve.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPAparameter const&,SPAparameter&,logical) method in class helix: Finds the foot of the perpendicular from the given point to the curve.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPAvector&,SPAparameter const&,SPAparameter&,logical) method in class helix: Finds the foot of the perpendicular from the given point to the curve.
point_perp(SPAposition) method in class base_surface_law_data: Finds the parameter position on the surface perpendicular to the given position outside of the surface.
point_perp(SPAposition&,SPAposition*,SPAunit_vector*,double*,double*,logical) method in class bounded_curve: Finds the foot of the perpendicular from the given point to this bounded_curve, the tangent to the curve at that point, and the corresponding parameter value.
point_perp(SPAposition&,SPAposition&,SPApar_pos&,SPApar_pos&,logical) method in class torus: Finds the point on this surface nearest to the given point.
point_perp(SPAposition&,SPAposition&,SPAunit_vector&,SPApar_pos&,SPApar_pos&,logical) method in class torus: Finds the point on this surface nearest to the given point and, optionally, the normal to the surface at that point.
point_perp(SPAposition const&,SPAposition&,SPAparameter const&,SPAparameter&,logical) method in class intcurve: Finds the foot of the perpendicular from the given point to the curve and its parameter value.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPAparameter const&,SPAparameter&,logical) method in class intcurve: Finds the foot of the perpendicular from the given point to the curve and the tangent direction to the curve at that point and its parameter value.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPAvector&,SPAparameter const&,SPAparameter&,logical) method in class intcurve: Finds the foot of the perpendicular from the given point to the curve and the curve tangent direction and curvature at that point and its parameter value.
point_perp(SPAposition&,SPAposition&,SPAunit_vector&,surf_princurv&,SPApar_pos&,SPApar_pos&,logical) method in class torus: Finds the point on this surface nearest to the given point and, optionally, the normal to and the principal curvatures of the surface at that point.
point_perp(SPAposition const&,SPAposition&,SPApar_pos const&,SPApar_pos&,logical) method in class cone: Find the point on the surface nearest to the given point and optionally the normal to and principal curvatures of the surface at that point.
point_perp(SPAposition const&,SPAposition&,SPAunit_vector&,SPApar_pos const&,SPApar_pos&,logical) method in class cone: Finds the point on the surface nearest to the given point.
point_perp(SPAposition&,SPAposition&,SPAunit_vector&,surf_princurv&,SPApar_pos&,SPApar_pos&,logical) method in class surface: Finds the point on this surface nearest to the given point and, optionally, the normal to and the principal curvatures of the surface at that point.
point_prin_curv(SPAposition&,SPApar_pos&) method in class torus: Finds the principal axes of curvature of this surface at a given point and the curvatures in those directions, in a structure defined for the purpose.
point_prin_curv(SPAposition&,SPAunit_vector&,double&,SPAunit_vector&,double&,SPApar_pos&) method in class torus: Finds the principal axes of curvature of this surface at a given point, and the curvatures along these axes.
point_prin_curv(SPAposition&,SPApar_pos&) method in class surface: Finds the principal axes of curvature of this surface at a given point and the curvatures in those directions, in a structure defined for the purpose.
point_prin_curv(SPAposition const&,SPApar_pos const&) method in class cone: Finds the principal axes of the curvature of the surface at a given point.
point_prin_curv(SPAposition&,SPAunit_vector&,double&,SPAunit_vector&,double&,SPApar_pos&) method in class surface: Finds the principal axes of curvature of this surface at a given point, and the curvatures along these axes.
point_prin_curv(SPAposition const&,SPAunit_vector&,double&,SPAunit_vector&,double&,SPApar_pos const&) method in class plane: Returns the principal directions and magnitudes of curvature at a given point on the surface.
point_prin_curv(SPAposition const&,SPAunit_vector&,double&,SPAunit_vector&,double&,SPApar_pos const&) method in class cone: Find the principal axes of curvature of the surface at a given point, and the curvatures in those directions.
point_prin_curv(SPAposition const&,SPApar_pos const&) method in class sphere: Finds the principal axes of curvature of the surface at a given point, and the curvatures in those directions.
point_prin_curv(SPAposition const&,SPApar_pos const&) method in class plane: Returns the principal directions and magnitudes of curvature at a given point on the surface.
point_prin_curv(SPAposition const&,SPApar_pos const&) method in class spline: Finds the principal curvatures at a given point, returning the values in a struct.
point_prin_curv(SPAposition const&,SPAunit_vector&,double&,SPAunit_vector&,double&,SPApar_pos const&) method in class sphere: Finds the principal axes of curvature of the surface at a given point, and the curvatures in those directions.
point_prin_curv(SPAposition const&,SPAunit_vector&,double&,SPAunit_vector&,double&,SPApar_pos const&) method in class spline: Finds the principal axes of curvature of the surface at a given point, and the curvatures in those directions.
point_surf_rel enum: Types of point to surface relationships.
pointer_map class: This class tracks reference counting of sub-objects used in making a deep copy.
pole_dir data member in class sphere: Direction normal to uv_oridir that points from the center to the "north pole" of the sphere - the maximum-u singularity.
polygon_func_fn typedef: The function pointer used by apply method to process each polygon.
polygon_vertex class: The polygon_vertex class is used to store the data at a polygon vertex.
polynomial(law*) method in class law: Returns the law_polynomial associated with the specified law.
pop() method in class tk_list: Pops an object from the end of the list.
pop() method in class option_header: Pops the stack to the previous value.
pop_default_stream(HISTORY_STREAM*) global function
pos() method in class ATT_BL_INST: Returns the position.
pos() method in class blend_contact
pos_set() method in class ATT_BL_INST: Returns the set position.
pos_unset() method in class ATT_BL_INST: Returns the unset position.
position_array class: Creates dynamic arrays of positions.
positive() method in class cone: Returns TRUE if the sine angle is negative.
postProcessStitch(BODY*&) method in class AcisSLInterface: Does a post process stitch of the loft/skinned body back to the edges/coedges given as input.
postprocess_heal_state() method in class ATTRIB_HH_AGGR_GEOMBUILD: Gets the value of the flag which denotes the postprocess stage.
precedence() method in class law: Returns one of five values that indicates the precedence of this law during evaluation.
prepend(FACE*,edge_face_int*) method in class ATTRIB_EFINT: Appends an edge face intersection record to an attribute.
prepend(POLYGON_VERTEX*) method in class POLYGON: Prepends the POLYGON.
prepend(POLYGON*) method in class POLYGON_POINT_MESH: Adds a polygon as the first polygon in the mesh.
preprocess() method in class ATTRIB_HH_AGGR_ISOSPLINE: Used for isospline healing.
preprocess_heal_state() method in class ATTRIB_HH_AGGR_GEOMBUILD: Gets the value of the flag which denotes the preprocess stage.
prev() method in class toolkit_callback: Specifies the previous callback command.
prev() method in class DELTA_STATE: Returns the previous DELTA_STATE.
prev() method in class tk_list: Moves the current object to the previous item in the list.
prev_ds data member in class DELTA_STATE: The delta state whose to_state equals this from_state.
previous() method in class BULLETIN: Returns the pointer to the previous bulletin on the bulletin board.
previous(REVBIT) method in class COEDGE: Returns a pointer to the previous COEDGE if the sense argument is FORWARD; otherwise returns a pointer to the next COEDGE.
previous() method in class COEDGE: Returns the previous COEDGE in a doubly-linked list of COEDGEs.
previous() method in class ATTRIB: Returns the previous attribute in this ATTRIB's linked list.
previous() method in class IHL_SEGMENT: Returns a pointer to the previous IHL_SEGMENT.
previous_ptr data member in class BULLETIN: list pointer.
previous_ptr data member in class COEDGE: Pointer to provide a doubly-linked list of COEDGEs in a LOOP, or circular lists at each end in a general unembedded graph.
previous_stream() method in class HISTORY_STREAM: Gets the previous stream.
primary_fail_fn typedef: Insanity data primary fail function.
princ_axes() method in class moments: Returns the principal axes of the mass_property.
princ_inertias() method in class moments: Returns the principal moments of inertia.
print(FILE*) method in class ATTRIB_HH_AGGR_SHARP_EDGE: Prints statistics of the results of the sharp edge solver subphase to the specified file.
print(FILE*) method in class ATTRIB_HH_AGGR_WRAPUP: Prints statistics of the results of the wrap-up subphase to the specified file.
print(FILE*) method in class POLYGON: Prints the POLYGON.
print(FILE*) method in class POLYGON_POINT_MESH: Prints a POLYGON_POINT_MESH.
print(VERTEX_TEMPLATE*,FILE*) method in class POLYGON_VERTEX: Prints the polygon vertex.
print(FILE*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Prints the geometry simplification analysis results of both the input and the output body to the specified file.
print(FILE*) method in class ATTRIB_HH_AGGR_ISOSPLINE: Prints statistics of the results of the isospline solver subphase to the specified file.
print() method in class splgrid: Prints the data for splgrid.
print(FILE*) method in class ATTRIB_HH_AGGR_STITCH: Prints statistics of the results of the stitching phase to the specified file.
print() method in class SPAtransf: Prints the transform data.
print(FILE*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the geometry building results to the specified file.
print(FILE*) method in class ATTRIB_HH_AGGR_GEN_SPLINE: Prints statistics of the results of the generic spline solver subphase to the specified file.
print(FILE*) method in class rat_poly_vec
print(char*,FILE*) method in class Render_Color: Prints the RGB color values, where each value is separated from the next by the separator character.
print(FILE*) method in class VERTEX_TEMPLATE: Prints the contents of the VERTEX_TEMPLATE on the specified file.
print(FILE*) method in class ATTRIB_HH_AGGR_ANALYTIC: Prints statistics of the results of the analytic solver subphase to the specified file.
print(FILE*) method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
print() method in class splsurf: Prints the data for the splsurf.
print(FILE*) method in class REFINEMENT: Prints information about this refinement.
print_analyze(FILE*) method in class ATTRIB_HH_AGGR_ISOSPLINE: Prints the results of the analyze stage of the isospline solver subphase.
print_analyze(FILE*) method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
print_analyze(FILE*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Prints statistics of the results of the analyze stage of the geometry simplification phase to the specified file.
print_analyze(FILE*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the results of the analyze stage of the geometry building phase to the specified file.
print_analyze(FILE*) method in class ATTRIB_HH_AGGR_STITCH: Prints statistics of the results of the analyze stage of the stitching phase to the specified file.
print_analyze(FILE*) method in class ATTRIB_HH_AGGR_WRAPUP: Prints statistics of the results of the analyze stage of the wrap-up subphase to the specified file.
print_calculate(FILE*) method in class ATTRIB_HH_AGGR_SHARP_EDGE: Prints statistics of the results of the calculate stage of the sharp edge solver subphase to the specified file.
print_calculate(FILE*) method in class ATTRIB_HH_AGGR_ANALYTIC: Prints statistics of the results of the calculate stage of the analytic solver subphase to the specified file.
print_calculate(FILE*) method in class ATTRIB_HH_AGGR_GEN_SPLINE: Prints statistics of the results of the calculate stage of the generic spline solver subphase to the specified file.
print_calculate(FILE*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Prints statistics of the results of the calculate stage of the geometry simplification phase to the specified file.
print_calculate(FILE*) method in class ATTRIB_HH_AGGR_ISOSPLINE: Prints statistics of the results of the calculate stage of the isospline solver subphase to the specified file.
print_calculate(FILE*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the results of the calculate stage of the geometry building phase to the specified file.
print_calculate(FILE*) method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
print_calculate(FILE*) method in class ATTRIB_HH_AGGR_STITCH: Prints statistics of the results of the calculate stage of the stitching phase to the specified file.
print_calculate(FILE*) method in class ATTRIB_HH_AGGR_WRAPUP: Prints statistics of the results of the calculate stage of the wrap-up subphase to the specified file.
print_check(FILE*) method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
print_check(FILE*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the results of the check stage of the geometry building phase to the specified file.
print_fix(FILE*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Prints statistics of the results of the fix stage of the geometry simplification phase to the specified file.
print_fix(FILE*) method in class ATTRIB_HH_AGGR_STITCH: Prints statistics of the results of the fix stage of the stitching phase to the specified file.
print_fix(FILE*) method in class ATTRIB_HH_AGGR: This is a virtual function that must be implemented by every class derived from this class.
print_fix(FILE*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the results of the fix stage of the geometry building phase to the specified file.
print_message(FILE*) method in class insanity_data: Prints the message into the file.
print_messages(FILE*,insanity_type) method in class insanity_list: Prints the insanity messages.
print_string(char*) method in class output_callback: Writes string to the output device.
print_warnerr_mess(char const*,err_mess_type,FILE*) global function: Prints the message associated with the current error number in a simple format for debugging purposes.
proc_restore_progress_callback typedef: Function pointer to implement part restore progress meter.
proc_stitch_progress_callback typedef: Function pointer to implement stitch progress meter.
product_id() method in class FileInfo: Returns the ID of the product.
profile() method in class sweep_spl_sur: Returns the sweep profile curve.
profile() method in class SWEEP_ANNOTATION
profile_edge() method in class SWEEP_ANNOTATION
profile_vertex() method in class SWEEP_ANNOTATION
proj_pt_to_line(SPAposition&,SPAposition&,SPAunit_vector&) global function: Projects a SPAposition onto a line.
proj_pt_to_plane(SPAposition&,SPAposition&,SPAunit_vector&) global function: Projects a SPAposition onto a plane.
project_to_plane(plane&,logical) method in class bounded_curve: Returns a curve that is the projection of this bounded_curve onto a given plane.
propagate_to_cface(CFACE*) method in class ATTRIB_CFACE_VOL: Attaches a new ATTRIB_CFACE_VOL to the given CFACE entity.
propagate_to_cface(CFACE*) method in class ATTRIB_VOL_COL: Propagates this attribute to the specified CFACE.
property_owner(NULL) method in class asm_property_options
property_owner(property_owning_model) method in class asm_property_options
prune(DELTA_STATE*) method in class HISTORY_STREAM: Snips the graph of DELTA_STATEs just before the given state and deletes the piece that does not include active_ds.
prune_following() method in class HISTORY_STREAM: Prunes away all states after active_ds.
prune_inactive() method in class HISTORY_STREAM: The active path runs from the root, to the current state of the model (active_ds).
prune_inactive_branch(DELTA_STATE*) method in class HISTORY_STREAM: The active path runs from the root, to the current state of the model (active_ds).
prune_previous(int) method in class HISTORY_STREAM: Prunes away the earlier parts of the stream, saving active_ds and numToSave earlier states.
pt_cvty_info class: Returns the convexity of a single point along an edge (or equivalent).
push(double) method in class option_header: Pushes a new double value onto the value stack.
push(tk_list_object*) method in class tk_list: Pushes an object to the end of the list.
push(char const*) method in class option_header: Pushes a new string value onto the value stack.
push(int) method in class option_header: Pushes a new integral value onto the value stack.
push_default_stream(HISTORY_STREAM*) global function

Q

Query(Spatial_abs_hurler&,DM_icon_query_args&) method in class DM_default_icon: Queries and returns the result in query_obj.
Query(Spatial_abs_hurler&,DM_icon_query_args&) method in class DM_icon: Queries and returns the result in query_obj.
Query_icon(DM_icon_query_args&,int) method in class ATTRIB_DM2ACIS: Passes the command encapsulated by the query_args to the icon to query the icon state.
query_search_order() method in class MESH_MANAGER: Returns the order of how the internal mesh of the faceter should be searched to provide output.
query_search_order() method in class INDEXED_MESH_MANAGER: Returns the order of how the internal mesh of the faceter should be searched to provide output.
query_search_order() method in class LINKED_MESH_MANAGER: Returns the order of how the internal mesh of the faceter should be searched to provide output.
quick_findStream(ENTITY*) method in class StreamFinder: Returns the HISTORY_STREAM for any entity whose stream needs to be quickly determined and thix is check is very fast.

R

RC_BLUE define
RC_GREEN define
RC_RED define
REFINEMENT class: Controls the accuracy and types of polygons generated in the faceter.
RENDER_ARG_MAX define
RESTORE_DEF define
REVBIT typedef: Specifies the direction of an entity as forward or reversed, relative to the direction of some underlying entity.
RH_ADVANCED_DATA define
RH_BACKGROUND class: Defines a background.
RH_BACKGROUND_LEVEL define
RH_ENTITY class: Provides common methods and data for other rendering classes.
RH_ENTITY_LEVEL define
RH_ENVIRONMENT_MAP class: Defines an environment map.
RH_ENVIRONMENT_MAP_LEVEL define
RH_EXTERNAL_DATA define
RH_FOREGROUND class: Defines a foreground.
RH_FOREGROUND_LEVEL define
RH_LIGHT class: Defines a light source.
RH_LIGHT_LEVEL define
RH_MATERIAL class: Defines a material consisting of color, displacement, reflectance, and transparency.
RH_MATERIAL_LEVEL define
RH_NO_DATA define
RH_STANDARD_DATA define
RH_TEXTURE_SPACE class: Defines a texture space.
RH_TEXTURE_SPACE_LEVEL define
RNDR_PROJECTION_TYPE enum: Specifies the type of projection to use when rendering.
ROLL_NOTIFY_DECL define
ROLL_NOTIFY_DEF define
ROLL_NOTIFY_FUNCTION define
ROUNDED define
Refresh_data(float) method in class ATTRIB_DM2ACIS: Forces all deformable surface data to be recreated from the data stored in the ACIS geometry and attribute structures.
Remesh() method in class ADM_srf_icon2: Recalculates mesh (facets).
Remesh() method in class ADM_srf_icon3: Recalculate the mesh (facets).
Remesh() method in class ADM_srf_icon: Recalculates the mesh (facets).
RemoveLast() method in class position_array: Removes the last position in the array.
RemoveRenderingObject(RenderingObject*) method in class PART_CONTEXT: Remove the given RenderingObject from every rendering manager's view.
Remove_shape_figure() global function
Remove_tags_figure() global function
RenderEntityWires(ENTITY*) method in class ha_rendering_options
Render_Arg class: Provides the mechanism for getting and setting shader parameters.
Render_Color class: Represents an RGB color.
Render_Control_Var enum: Rendering control variables for ray-tracing.
Render_Mode enum: Specifies the mode of rendering.
RenderingObject class: The RenderingObject object.
Replace_area_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_area_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_area_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_area_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_area_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_area_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_attractor_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_attractor_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_attractor_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_crv_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_crv_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_crv_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_crv_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_crv_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_crv_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_crv_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_crv_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_crv_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_dist_press_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_dist_press_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_dist_press_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_draw_engine(Spatial_abs_hurler&,DM_draw_engine*&) method in class DM_draw_engine_mgr: Road a draw engine.
Replace_factory(Spatial_abs_hurler&,DM_icon_factory*&) method in class DM_icon_factory_mgr: Takes ownership and nulls the pointer.
Replace_factory(Spatial_abs_hurler&,ADM_regobj_factory*&) method in class ADM_regobj_factory_mgr: Loads a concrete ADM_regobj_factory.
Replace_link_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_link_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_link_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_link_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_link_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_link_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_point_press_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_point_press_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_point_press_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_pt_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_pt_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_pt_cstrn_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_spring_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_spring_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_spring_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_spring_set_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_spring_set_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_spring_set_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_srf_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_srf_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_srf_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Replace_vector_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_default_icon_factory: Replace methods change what the factory makes.
Replace_vector_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class ADM_hoops_icon_factory: Replace methods change what the factory makes.
Replace_vector_load_icon(Spatial_abs_hurler&,DM_icon*&) method in class DM_icon_factory: Replace methods change what the factory makes.
Rm_multi_face(int) method in class ATTRIB_DS2ACIS: Disconnects the face from the quilt.
Rm_multi_face(int) method in class ATTRIB_DC2ACIS: Disconnects the face from the quilt of faces.
Rm_patch(int) method in class ATTRIB_DC2ACIS: Removes and deletes a patch from the hierarchy.
Rm_patch(int) method in class ATTRIB_DS2ACIS: Removes and deletes this patch from the hierarchy.
Rm_patch(int) method in class ATTRIB_DM2ACIS: Removes and deletes a patch from the hierarchy.
Rm_tag_object(int) method in class ATTRIB_DM2ACIS: Removes a tag object identified by tag and returns the tag type of the object deleted.
Root_owner() method in class ATTRIB_DM2ACIS: Returns a FACE or EDGE pointer to the owner root entity of this attribute.
rad data member in class blend_spl_sur: Objects describing the radius.
rad_curvature() method in class check_high_curvature_details
rad_end_param() method in class ATTRIB_VAR_BLEND: Returns the radius end parameter.
rad_function() method in class var_rad_functional: Returns the bs2_curve defining the radius function.
rad_param_range() method in class ATTRIB_VAR_BLEND: Returns the parameter range of the radius function.
rad_start_param() method in class ATTRIB_VAR_BLEND: Returns the radius start parameter.
radius() method in class complex_number: Returns the Euclidian distance of the complex number to the origin, also represented by the square root of the summation of the real portion squared and the imaginary portion squared.
radius() method in class blend_contact
radius() method in class rb_blend_spl_sur: Returns the radius.
radius() method in class SPHERE: Returns the radius of this SPHERE.
radius data member in class ray: The ray radius.
radius() method in class helix: Returns the radius of this helix.
radius() method in class ATTRIB_CONST_ROUND: Returns the constant radius of the round.
radius data member in class sphere: The radius of a sphere.
radius_bs2() method in class ATTRIB_VAR_BLEND: Returns the radius function as a constant bs2_curve.
radius_bs2_for_update() method in class ATTRIB_VAR_BLEND: Returns the radius function as a bs2_curve, in a form that can be modified.
radius_derivative(int) method in class blend_contact
radius_forms enum: Specifies the type of the blend radius function.
radius_ratio data member in class ellipse: Ratio between length of minor axis and major axis.
radius_ratio() method in class ELLIPSE: Returns the radius ratio of this ELLIPSE.
radius_ratio() method in class CONE: Returns the ratio of the minor-axis length to the major-axis length of the ellipse defining this CONE.
rat_poly_vec class: A SPAvector of rational polynomials (or more accurately a rational polynomial of vectors, as the denominator is the same for all coordinates).
raw_allocator data member in class base_configuration: Raw allocator.
raw_allocator_fn typedef: Prototype of the raw allocator.
raw_destructor data member in class base_configuration: Raw destructor.
raw_destructor_fn typedef: Prototype of the raw destructor.
ray class: Represents a 3D ray.
ray() method in class entity_with_ray: Gets the pick_ray.
ray_param data member in class hit: If the type of hit is the through type, this provides the parameter value on the ray.
ray_surf_rel data member in class hit: An enumerated type that describes the relationship between the ray and the surface in one half neighborhood of the intersection.
raytest_edge(ray&,EDGE*) global function: Tests a ray against the given edge.
raytest_face(ray&,FACE*) global function: Tests a ray against the given face.
rb_blend_spl_sur class: Implements the constant radius rolling ball blend surface.
rbase_app_callback class: Implements routines to handle various rendering application callbacks for image output and interrupts.
re data member in class complex_number: The real component of the complex number.
read(void*,size_t,logical) method in class BinaryFile: Reads data.
read_an_int(int,int&) method in class BinaryFile: Reads an integer.
read_and_test(void*,size_t,logical) method in class BinaryFile: Reads the given number of bytes.
read_array(ENTITY*[],void*) global function: Reads an array of indices.
read_array(ENTITY*[],int) global function: Reads an array of indices.
read_char() global function: Reads a character written with C printf format "%c".
read_char() method in class FileInterface: Reads a character.
read_char() method in class BinaryFile: Reads a character.
read_char() method in class SatFile: Reads a character.
read_data() method in class FileInterface: Reads the data.
read_data() method in class SatFile: Reads the data for an unknown ENTITY until the end of record terminator is reached.
read_data() global function: Reads a TaggedData item from an unknown ENTITY type.
read_data() method in class BinaryFile: Read a data type and the subsequent datum of that type.
read_data_type() method in class BinaryFile: Reads the next data type tag from the file, regardless of what it is.
read_double() method in class FileInterface: Reads a double.
read_double() method in class SatFile: Reads a double.
read_double() method in class BinaryFile: Read a double.
read_enum(enum_table&) method in class BinaryFile: Reads in an enumeration table.
read_enum(enum_table const&) method in class SatFile: Read an enumeration table.
read_enum(enum_table const&) global function: Reads an enumeration table.
read_enum(enum_table const&) method in class FileInterface: Read an enumeration table.
read_float() global function: Reads a float written with C printf format "%g".
read_float() method in class FileInterface: Reads a float.
read_float() method in class BinaryFile: Reads a float.
read_float() method in class SatFile: Reads a float.
read_header(int&,int&,int&,int&) global function: Reads a header.
read_header(int&,int&,int&,int&) method in class FileInterface: Reads a header.
read_header(int&,int&,int&,int&) method in class BinaryFile: Reads a header string.
read_header(int&,int&,int&,int&) method in class SatFile: Reads a header.
read_id(char*,int) method in class SatFile: Reads an identifier.
read_id(char*,int) global function: Reads an identifier.
read_id(char*,int) method in class FileInterface: Reads an identifier.
read_id(char*,int) method in class BinaryFile: Reads an identifier.
read_int() global function: Reads an integer by reading a long and converting.
read_interval() global function: Reads an interval as two doubles.
read_logical(char*,char*) method in class SatFile: Reads a logical.
read_logical(char*,char*) method in class BinaryFile: Reads a logical value.
read_logical(char*,char*) method in class FileInterface: Reads a logical.
read_logical(char const*,char const*) global function: Reads a logical.
read_long() global function: Reads a long written with C printf format "%ld".
read_long() method in class BinaryFile: Reads a long.
read_long() method in class SatFile: Reads a long.
read_long() method in class FileInterface: Reads a long.
read_long_size data member in class BinaryFile: Length of a long (in bytes) during read operations.
read_matrix() global function: Reads a SPAmatrix as three row vectors.
read_pointer() method in class SatFile: Reads a pointer.
read_pointer() method in class FileInterface: Reads a pointer.
read_pointer() global function: Reads a pointer.
read_pointer() method in class BinaryFile: Reads a pointer.
read_position() global function: Reads a position as three doubles.
read_position() method in class FileInterface: Reads the position.
read_position() method in class BinaryFile: Reads a position.
read_ptr() global function: Reads a pointer for the save file.
read_real() global function: Reads a double.
read_sequence() method in class FileInterface: Reads a sequence.
read_sequence() method in class SatFile: Reads a sequence.
read_sequence() global function: Reads an explicit record sequence number.
read_short() method in class SatFile: Reads a short.
read_short() method in class BinaryFile: Reads a short.
read_short() method in class FileInterface: Reads a short.
read_string(char*,size_t) method in class FileInterface: Reads a string.
read_string(char*) global function: Reads a string into a supplied buffer of a given size, maxlen.
read_string(int&) global function: Reads a string into a supplied buffer of a given size, maxlen.
read_string(int&) method in class SatFile: Reads a string, allocates memory for it, and the argument returns the length of the string.
read_string(char*,size_t) method in class SatFile: Reads a string into a supplied buffer of a given size, maxlen.
read_string(int&) method in class FileInterface: Reads a string.
read_string(int&) method in class BinaryFile: Reads a string.
read_string(char*,size_t) method in class BinaryFile: Reads a string into a given buffer.
read_string_length(TaggedData::DataType) method in class BinaryFile: Reads a string length.
read_subtype_end() method in class BinaryFile: Reads a subtype end.
read_subtype_end() method in class FileInterface: Reads subtype end.
read_subtype_end() global function: Reads subtype end braces around the subtypes, written as "} ".
read_subtype_end() method in class SatFile: Reads subtype end.
read_subtype_start() method in class BinaryFile: Reads a subtype start.
read_subtype_start() method in class SatFile: Reads subtype start.
read_subtype_start() global function: Reads subtype start braces around the subtypes, written as "{ ".
read_subtype_start() method in class FileInterface: Reads subtype start.
read_transf() global function: Reads a transformation.
read_type() method in class BinaryFile: Reads a specific data type.
read_unit_vector() global function: Reads a unit vector as a vector and then normalizes it.
read_vector() global function: Reads a vector as three doubles.
read_vector() method in class FileInterface: Reads the vector.
read_vector() method in class BinaryFile: Reads a vector.
reannounce_counts(int,int,int) method in class MESH_MANAGER: This is called to reannounce the exact number of nodes and polygons that were already announced.
reasons(error_info_list&) method in class error_info: Adds all the reasons of this error_info into the given error_info_list& err_reasons.
recheck(insanity_type) method in class insanity_list: Re-checks the sanity of entities only with the failed check functions.
recheck() method in class insanity_data: Re-checks the sanity of the entity with the failed check function.
recognize_done() method in class defeature_options: Returns the status of the "recognize_done" flag.
red() method in class rgb_color: Returns the red color value.
red() method in class Render_Color: Returns the normalized red component of the color value.
reduce_to_range(SPAinterval&,double,double) global function: Brings a value into, or near, a base SPAinterval in a periodic domain.
ref_count() method in class law: Returns the use count of this law.
ref_count() method in class subtype_object: Returns the use count.
ref_count() method in class law_data: Returns the use count of this law_data.
ref_curve() method in class PCURVE: Returns the reference CURVE.
ref_is_left() method in class var_rad_rot_ellipse: Returns TRUE if the given reference is from the left - else, it returns FALSE.
reflect(SPAposition&,SPAvector&) method in class pattern: Obsolete: use api_pattern_modify_reflect instead.
reflect() method in class SPAtransf: Queries whether or not the transformation is reflecting.
reflect_transf(SPAvector const&) global function: Constructs a transformation corresponding to a reflection through a plane, specified by its normal.
refresh(logical) method in class PART_CONTEXT: Refresh the view(s) associated with this PART_CONTEXT.
refresh() method in class sweep_options: Refreshes all values to their defaults.
refresh_all(logical) global function: Refreshes all views.
rehash() method in class SPACOLLECTION
rel() method in class shell_lump: Returns the relationship of the shell to the lumps of the other body.
rel data member in class edge_face_int: Classifies whether the edge_face intersection is outside the face, inside or on the boundary of the face, or unknown.
rel_type data member in class point_entity_rel: Determines the relation type from the union of the point and the entity.
rel_type data member in class edge_entity_rel: The relationship type, which is determined from the union.
relax(SPAposition const&,SVEC&) method in class rb_blend_spl_sur: A version of point_perp to support SVEC::relax - it doesn't pull the relaxed parameters back to range.
release() method in class asm_model_holder: Releases the asm_model pointer.
release() method in class component_entity_handle_holder: Releases the component_entity_handle pointer.
release() method in class entity_handle_holder: Releases the entity_handle pointer.
release() method in class component_handle_holder: Releases the component_handle pointer.
remove(logical) method in class PCURVE: Decrements the use count of this PCURVE.
remove(logical) method in class SURFACE: Decrements the use count of this SURFACE.
remove(HISTORY_STREAM const*) method in class HISTORY_STREAM_LIST: Deletes a type from the list.
remove() method in class POLYGON_POINT_MESH: Removes all the polygons.
remove() method in class POLYGON: Removes the POLYGON.
remove(component_entity_handle_list&) method in class component_entity_handle_list: Removes asm handles in the given list from the list; however, it does not free space.
remove(component_entity_handle*) method in class component_entity_handle_list: Remove the specified entry from the list and return its index.
remove(int) method in class component_entity_handle_list: Remove the entry at the specified index from the list and return its index.
remove(int) method in class ENTITY_LIST: Remove the entry at the specified index from the list and return its index.
remove() method in class generic_graph: Decrements the use count for the generic graph, and destroys the object when the use count reaches zero.
remove() method in class gvertex: The C++ classes of gvertex and gedge are use counted in the same way that laws are use counted.
remove(logical) method in class ENTITY: Decrements the use count of this ENTITY.
remove(DELTA_STATE*) method in class HISTORY_STREAM: Removes a bulletin board from this delta state.
remove(ENTITY*) method in class PART: Removes an ENTITY from a PART.
remove(int) method in class EE_LIST: Returns the indexed entity.
remove(ENTITY const*) method in class EE_LIST: Deletes an entity from the list.
remove(DELTA_STATE const*) method in class DELTA_STATE_LIST: Deletes a type from the list.
remove(BULLETIN_BOARD*) method in class DELTA_STATE: Removes a new bulletin board from this delta state.
remove(logical) method in class CURVE: Decrements the use count of this CURVE.
remove() method in class law_data: Decrements the use count of this law_data, and deletes the law_data when the count drops to zero.
remove() method in class pattern: Obsolete: use api_pattern_destroy instead.
remove() method in class law: Decrements the use-count of this law and destructs the law when the use-count drops to zero.
remove(component_handle*) method in class component_handle_list: Remove the specified entry from the list and return its index.
remove(component_handle_list&) method in class component_handle_list: Removes asm handles in the given list from the list; however, it does not free space.
remove(int) method in class component_handle_list: Remove the entry at the specified index from the list and return its index.
remove(ENTITY_LIST const&) method in class ENTITY_LIST: Removes entities in the given list from the list; however, it does not free space.
remove(ENTITY const*) method in class ENTITY_LIST: Remove the specified entry from the list and return its index.
remove(toolkit_callback*) method in class toolkit_callback_list: Removes a callback from the callback list and deletes it.
remove(error_info*) method in class error_info_list: Deletes an error_info object from the list.
remove() method in class error_info: Decrements the use count.
remove(asm_model*) method in class asm_model_list: Remove the specified entry from the list and return its index.
remove(asm_model_list&) method in class asm_model_list: Removes asm models in the given list from the list; however, it does not free space.
remove(int) method in class asm_model_list: Remove the entry at the specified index from the list and return its index.
remove(void const*) method in class VOID_LIST: Deletes an item from the list.
remove(void const*) method in class LIST_HEADER: Remove the specified entry from the list and return its index.
remove(int) method in class LIST_HEADER: Remove the entry at the specified index from the list and return its index.
remove(int) method in class entity_handle_list: Remove the entry at the specified index from the list and return its index.
remove(entity_handle_list&) method in class entity_handle_list: Removes asm handles in the given list from the list; however, it does not free space.
remove(entity_handle*) method in class entity_handle_list: Remove the specified entry from the list and return its index.
remove() method in class gedge: The C++ classes of gvertex and gedge are use counted in the same way that laws are use counted.
remove(logical) method in class APOINT: Decrements the use count of this APOINT.
remove(BULLETIN const*) method in class BULLETIN_LIST: Deletes a type from the list.
remove(ENTITY*) method in class PART_CONTEXT: Remove an ENTITY from this PART_CONTEXT.
remove(BULLETIN*) method in class BULLETIN_BOARD: Removes a bulletin board from this delta state.
removeMappingCurve(int) method in class AcisSLInterface: Removes the specified mapping curve.
removeVertex(WIRE*,SPAposition&) method in class AcisSLInterface: Removes the specified vertex from the its coedge and a vertex from each of the corresponding coedges in each wire in the wire list.
removeVertex(WIRE*,SPAposition&) method in class AcisSkinningInterface: Removes a vertex, if possible.
remove_acis_exit_cb(exit_callback*) global function: Unregisters an exit callback for ACIS.
remove_acis_input_cb(input_callback*) global function: Unregisters a new input callback for ACIS.
remove_acis_output_cb(output_callback*) global function: Unregisters an output callback for ACIS.
remove_callback(entity_callback*) method in class PART: Removes a list of entity_callbacks from the part.
remove_copy(ENTITY*) method in class COPY_ANNOTATION: Removes the annotation from the copied item.
remove_dead_entity(ENTITY*) method in class BULLETIN_BOARD: Removes this dead entity.
remove_discontinuity(double) method in class discontinuity_info: Removes a discontinuity value from the list.
remove_done() method in class defeature_options: Returns the status of the "remove_done" flag.
remove_element(double*) method in class pattern: Obsolete: use api_pattern_modify_element_remove instead.
remove_element(int) method in class pattern: Obsolete: use api_pattern_modify_element_remove instead.
remove_ent(ENTITY*) method in class SPACOLLECTION: Removes an entity from the collection.
remove_error(check_status) method in class check_status_list: Removes all occurrences of an error from the list, returning the new start of the list.
remove_face_info() global function
remove_ffblend_geometry() method in class ATTRIB_VAR_BLEND: Removes any calculated geometry including the blend surface, the slice list, and the ffblend_geom object.
remove_from_list(restore_def**,restore_def*) method in class restore_def: Removes an object from the restore list.
remove_from_pattern() method in class LOOP: Obsolete: do not use.
remove_from_pattern() method in class LUMP: Obsolete: do not use.
remove_from_pattern() method in class SHELL: Obsolete: do not use.
remove_from_pattern() method in class ENTITY: Obsolete: do not use.
remove_from_pattern() method in class FACE: Obsolete: do not use.
remove_from_pattern_list() method in class LUMP: Obsolete: do not use.
remove_from_pattern_list() method in class ENTITY: Obsolete: do not use.
remove_from_pattern_list() method in class VERTEX: Obsolete: do not use.
remove_from_pattern_list() method in class COEDGE: Obsolete: do not use.
remove_from_pattern_list() method in class SHELL: Obsolete: do not use.
remove_from_pattern_list() method in class BODY: Obsolete: do not use.
remove_from_pattern_list() method in class LOOP: Obsolete: do not use.
remove_from_pattern_list() method in class EDGE: Obsolete: do not use.
remove_from_pattern_list() method in class FACE: Obsolete: do not use.
remove_gap_ent(ENTITY*) method in class SPLIT_ANNOTATION: Removes the gap_entity from the list.
remove_history_stream() method in class PART: Removes a history stream from a PART.
remove_id(entity_id_t) method in class PART: Removes an ENTITY from a PART.
remove_ids() method in class PART: Removes IDs from all non-top level entities.
remove_index(int) method in class EE_LIST: Deletes an entity from the list.
remove_input_entity(ENTITY*&,ENTITY*) method in class ANNOTATION: Removes an input entity.
remove_member(ENTITY*) method in class SPACOLLECTION: Notifies this SPACOLLECTION that a member ENTITY is removed from the collection.
remove_mid_top_vertex(VERTEX*) method in class SWEEP_ANNO_VERTEX_TOP
remove_new_ent(ENTITY*) method in class SPLIT_ANNOTATION: Removes the new_entity from the list.
remove_no_dtor(toolkit_callback*) method in class toolkit_callback_list: Removes a callback from the callback list.
remove_notify(component_entity_handle*,logical&,int&) method in class component_entity_handle_list: Remove the specified entry from the list and return its index.
remove_notify(asm_model*,logical&,int&) method in class asm_model_list: Remove the specified entry from the list and return its index.
remove_notify(entity_handle*,logical&,int&) method in class entity_handle_list: Remove the specified entry from the list and return its index.
remove_notify(component_handle*,logical&,int&) method in class component_handle_list: Remove the specified entry from the list and return its index.
remove_old_ent(ENTITY*) method in class SPLIT_ANNOTATION: Removes the old_entity from the list.
remove_output_entity(ENTITY*&,ENTITY*) method in class ANNOTATION: Removes an output entity.
remove_owner(ENTITY*,logical,logical) method in class PCURVE: Removes the owner argument from the list of owners.
remove_owner(ENTITY*,logical,logical) method in class SURFACE: Removes the owner argument from the list of owners.
remove_owner(ENTITY*,logical,logical) method in class CURVE: Removes the owner argument from the list of owners.
remove_owner(ENTITY*,logical,logical) method in class APOINT: Removes the owner argument from the list of owners.
remove_pattern() method in class BODY: Obsolete: do not use.
remove_pattern() method in class FACE: Obsolete: do not use.
remove_pattern() method in class LOOP: Obsolete: do not use.
remove_pattern() method in class LUMP: Obsolete: do not use.
remove_pattern() method in class SHELL: Obsolete: do not use.
remove_pattern() method in class ENTITY: Obsolete: do not use.
remove_pattern_if_unsavable() method in class ENTITY: Obsolete: do not use.
remove_rbase_app_cb(rbase_app_callback*) global function: Removes the callback.
remove_ref() method in class subtype_object: Removes a reference.
remove_roll_entity(ENTITY*) method in class entity_notification_handler: Removes the ENTITY from the roll_list.
remove_source(ENTITY*) method in class COPY_ANNOTATION: Removes the annotation from the original item.
remove_tag_reference(tag_id_type) method in class HISTORY_STREAM: Removes an ENTITY from the TAG array.
remove_top_edge(EDGE*) method in class SWEEP_ANNO_EDGE_TOP: Removes unnecessary annotations on edge.
reparam(double,double,double,double) method in class spline: Reparameterizes the curve.
reparam(double,double) method in class helix: Reparameterizes the helix to start and end at the given values, which are in increasing order.
reparam(double,double) method in class pcurve: Performs a linear transformation on the curve parameterization, so that it starts and ends at the given values (that must be in increasing order).
reparam(double,double) method in class discontinuity_info: Makes a linear change of parameter to all the discontinuity values (new value = a * old_value + b) .
reparam(double,double) method in class var_radius: Reparameterizes the variable radius with new start and end parameter values.
reparam(double,double) method in class var_rad_functional: Reparameterizes a var_rad_functional.
reparam(double,double) method in class intcurve: Reparameterizes the splines to start and end at the given values, which are in increasing order.
reparam_u(double,double) method in class spline: Reparameterizes the curve in u.
reparam_v(double,double) method in class spline: Reparameterizes the curve in v.
replace_action enum: ATTRIB actions for a replace_owner notification.
replace_attrib(ENTITY*,ENTITY*,logical) global function: Provides a convenient way to "replace" all attributes from an entity that is being "replaced" to an entity that is being "kept".
replace_geometry_attrib(ENTITY*,ENTITY*,logical) global function: Provides a convenient way for attributes to be notified when their owning entity is getting new geometry, which possibly changes its shape.
replace_history_stream(HISTORY_STREAM*&) method in class PART: Replace the current history stream.
replace_int_cur(int_cur&) method in class intcurve: Replaces the defining spline curve and should only be used with extreme caution.
replace_member(ENTITY*,ENTITY*,logical) method in class SPACOLLECTION: Notifies this SPACOLLECTION that a member ENTITY is about to be replaced by a given ENTITY.
replace_member_action enum: Text specifies what to do with members involved in a replace.
replace_owner(ENTITY*,logical) method in class ATTRIB: Notifies this ATTRIB that its owning ENTITY is being replaced.
replace_owner_geometry(ENTITY*) method in class ATTRIB: Notifies this ATTRIB that its owning ENTITY is being given new geometry, possibly changing its shape.
replace_spl_sur(spl_sur&) method in class spline: Replaces the defining spline surface and should only be used with extreme caution.
report_max_gap(acovr_gap_report&) method in class acovr_options: Retrieves the maximum gap in position (G0) and angle (G1).
request data member in class asm_get_options
required_fitol() method in class check_bad_fitol_details: Access the value of the required fit tolerance found by this check.
reset() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Resets the attribute.
reset() method in class FileInfo: Resets the values to the default settings for the file information.
reset() method in class body_clash_result: Resets the data of the instance to its initial values.
reset() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Resets the attribute.
reset() method in class hh_sharped_options
reset() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Resets the value of the m_bad flag (to -1).
reset() method in class hh_geombuild_options
reset() method in class hh_isospline_options
reset() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Resets the attribute.
reset() method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Resets the attribute.
reset() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Resets the attribute.
reset() method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Resets the attribute.
reset() method in class option_header: Resets the option_header to the default value.
reset() method in class discontinuity_info: Deletes discontinuity information and reinitializes the data fields to zero.
reset() method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Resets the attribute.
reset_box_and_param_range() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Resets the parameter range of the owner edge and also its bounding box.
reset_boxes(ENTITY*) global function: Resets the boxes used.
reset_boxes_downward(ENTITY*) global function: Resets the box of the given entity and then resets the boxes of all constituent boxes.
reset_cache() method in class ATTRIB_HH_AGGR_STITCH: Resets cache in all edges.
reset_coedge_details() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Resets the coedge details of all the coedges of the face.
reset_coedge_details() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Resets the coedge details so that they are recalculated the next time they are requested.
reset_default_copy_rail_laws() method in class sweep_options: Internal function used to set the default copy rail law to NULL.
reset_dependents() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Resets the attribute on the owning edge's dependent entities (such as its coedges, vertices, etc).
reset_dependents() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Resets the attribute on the face's dependent entities (such as its edges, coedges, vertices, etc).
reset_dependents() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Resets the attribute on the vertex's dependent entities (such as its edges, coedges).
reset_derivative(int) method in class law: Clears out the specified numbered derivative of this law, erasing the associated cached law.
reset_edges_tangency_details() method in class ATTRIB_HH_AGGR_GEOMBUILD: Initializes the edge tangency information that specifies whether an edge is a tangent edge or not.
reset_geombuild_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Resets the geometry building tolerance so that it is recalculated the next time it is requested.
reset_geombuild_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Resets the local tolerances of all the edges and vertices around the face.
reset_geombuild_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Resets the geometry building tolerance so that it is recalculated the next time it is requested.
reset_history_on_delete() method in class BULLETIN_BOARD: C++ destructor, resets the history stream on deletion.
reset_history_on_delete() method in class DELTA_STATE: Reset the history stream on deletion.
reset_lump(LUMP*) method in class shell_lump: Normally the information in a shell_lump is not changed once it has been initialized, but chop sometimes splits lumps, thus requiring the information to be updated.
reset_outputs() method in class BoolOptions: Removes any items from the options which were used as outputs from a previous Boolean operation.
reset_param_details() method in class hh_coedge_details
reset_simplify(law*,int) method in class law: Resets the simplification level of this law.
reset_state(STATE_ID) method in class HISTORY_STREAM: Resets the modeler state to the given state.
reset_tangency_details() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Initializes the tangency information for this edge, specifying whether the edge is a tangent edge or not.
reset_vars() method in class FileInfo: Routine to reset the values for the file information to the default values.
restore() method in class Render_Arg: Restores the Render_Arg.
restore() method in class FileInfo: Restores the file information from a save file.
restore() method in class DELTA_STATE: Restores DELTA_STATE to the state provided by a previous bulletin board.
restore() method in class pid_base: Restores the pid_base from a file.
restore(BULLETIN*,logical) method in class BULLETIN: Modifies the bulletin such that the new and old ENTITY pointers reflect the change of state.
restore(BULLETIN_BOARD*,logical) method in class BULLETIN_BOARD: Restores roll back to previous state.
restore() method in class law_data: Returns NULL.
restore(HISTORY_STREAM*&,ENTITY**) method in class HISTORY_MANAGER: Restores a history stream that was saved.
restore() method in class HISTORY_STREAM: Restores history stream.
restore() method in class discontinuity_info: Restores discontinuity_info data from SAT file.
restore_common() method in class BODY: Restores this BODY from a SAT file.
restore_common() method in class ENTITY_PHLV5: Populates the class instance with the appropriate data from the SAT file.
restore_common() method in class VERTEX: Restores this VERTEX from a SAT file.
restore_common() method in class ENTITY_IHL: Populates the class instance with the appropriate data from the SAT file.
restore_common() method in class SURFACE: Restores this SURFACE from a SAT file.
restore_common() method in class ATTRIB_GENERIC: Populates the class instance with the appropriate data from the SAT file.
restore_common() method in class SHELL: Restores this SHELL from a SAT file.
restore_common() method in class HELIX: Restores this HELIX from a SAT file.
restore_common() method in class ATTRIB_TSL: This method is never called directly.
restore_common() method in class PLANE: Restores this PLANE from a SAT file.
restore_common() method in class SPHERE: Restores this SPHERE from a SAT file.
restore_common() method in class COEDGE: Restores this COEDGE from a SAT file.
restore_common() method in class TRANSFORM: Restores this TRANSFORM from a SAT file.
restore_common() method in class WIRE: Restores this WIRE from a SAT file.
restore_common() method in class SUBSHELL: Restores this SUBSHELL from a SAT file.
restore_common() method in class ATTRIB_SYS: Restores this ATTRIB_SYS from a SAT file.
restore_common() method in class CONE: Restores this CONE from a SAT file.
restore_common() method in class ATTRIB_ST: Restores this ATTRIB_ST from a SAT file.
restore_common() method in class TORUS: Restores this TORUS from a SAT file.
restore_common() method in class INTCURVE: Restores this INTCURVE from a SAT file.
restore_common() method in class LAW: Restores this LAW from a SAT file.
restore_common() method in class ATTRIB_ANNOTATION: Restores this ATTRIB_ANNOTATION from a SAT file.
restore_common() method in class PCURVE: Restores this PCURVE from a SAT file.
restore_common() method in class SPLINE: Restores this SPLINE from a SAT file.
restore_common() method in class ENTITY: Restores data for a record from disc to memory.
restore_common() method in class LOOP: Restores this LOOP from a SAT file.
restore_common() method in class FACE: Restores this FACE from a SAT file.
restore_common() method in class ANNOTATION: Restores this ANNOTATION from a SAT file.
restore_common() method in class ELLIPSE: Restores this ELLIPSE from a SAT file.
restore_common() method in class STRAIGHT: Restores this STRAIGHT from a SAT file.
restore_common() method in class EDGE: Restores this EDGE from a SAT file.
restore_common() method in class LUMP: Restores this LUMP from a SAT file.
restore_common() method in class ATTRIB: Restores this ATTRIB from a SAT file.
restore_common() method in class CURVE: Restores this CURVE from a SAT file.
restore_common() method in class ATTRIB_EYE: The RESTORE_DEF macro expands to the restore_common method, which is used in reading information from a SAT file.
restore_common() method in class APOINT: Restores this APOINT from a SAT file.
restore_curve() global function: Restores a curve.
restore_data() method in class loft_spl_sur
restore_data() method in class blend_spl_sur: Restores the data from a save file.
restore_data() method in class surface: Restores the data for this surface from a save file.
restore_data() method in class var_cross_section: Restores the data for a var_cross_section from a save file.
restore_data() method in class var_rad_fixed_width: Restores the data for a var_rad_fixed_width from a save file.
restore_data() method in class var_rad_functional: Restores the data for a var_rad_functional from a save file.
restore_data() method in class var_rad_rot_ellipse: Restores the data for a var_rad_rot_ellipse from a save file.
restore_data() method in class torus: Restores the data for this torus from a save file.
restore_data() method in class var_rad_two_ends: Restores the data for a var_rad_two_ends from a save file.
restore_data() method in class var_radius: Restores the data for a var_radius from a save file.
restore_data() method in class VBL_SURF: Restores the data for a VBL_SURF from a save file.
restore_data() method in class var_rad_const: Restores the data for a var_rad_const from a save file.
restore_data() method in class straight: Restores the data for a straight from a save file.
restore_data() method in class cone: Restores the data from a save file.
restore_data() method in class spline: Restore the data for a spline from a save file.
restore_data() method in class sss_int_cur
restore_data() method in class curve: Restores the data for this curve, according to its type.
restore_data() method in class intcurve: Restores the data from a save file.
restore_data() method in class sphere: Restores the data for a sphere from a save file.
restore_data() method in class plane: Restore the data for a plane from a save file.
restore_data() method in class ellipse: Restores the data for a ellipse from a save file.
restore_data() method in class helix: Restores the data for a helix from a save file.
restore_data() method in class pcurve: Restores the data for a pcurve from a save file.
restore_def class: Records an entity type name, a pointer to a restore_data routine for that type of entity, and a link pointer.
restore_element(int) method in class pattern: Obsolete: use api_pattern_modify_element_restore instead.
restore_element(double*) method in class pattern: Obsolete: use api_pattern_modify_element_restore instead.
restore_end(char*) method in class ENTITY: Terminates a restore record.
restore_extra() method in class ANNOTATION: Reads information regarding this ANNOTATION from a SAT file.
restore_off_int_cur() global function
restore_progress_data class: Class for recording the part restore progress data.
restore_tag_reference(ENTITY*) method in class HISTORY_STREAM: Adds an ENTITY to the TAG array.
restore_version_number define
results_for_change() method in class ATTRIB_HH_AGGR_WRAPUP: Gets the structure which contains the results for wrapup, such as the number of pcurves calculated etc.
rethrow_error(int) method in class Spatial_abs_hurler: A pure virtual method for resignaling an exception.
rethrow_error(int) method in class DM_syserr_hurler: Encapsulates DM_sys_error.
rethrow_error(int) method in class Spatial_syserr_hurler: Calls ACIS sys_error on non-zero error codes, and ignores the zero error code.
rethrow_error(int) method in class DM_rtnerr_hurler: Encapsulates the error handling method.
return_dim() method in class law: Returns the dimension of this law's range (output).
return_size() method in class law: Returns the dimension of this law's range (output).
return_size() method in class simple_rail_law
return_val data member in class law: Specifies the cached range dimension.
rev data member in class hh_coedge_details
reverse(logical) method in class component_handle_list: Reverses the order of the component handle list.
reverse() method in class INDEXED_MESH: Reverses the indexed mesh.
reverse(logical) method in class component_entity_handle_list: Reverses the order of the component entity handle list.
reverse() method in class ATTRIB_CONST_CHAMFER: Reverses the left-to-right properties.
reverse() method in class ATTRIB_FFBLEND: Reverses the left-to-right properties of an asymmetric blend.
reverse(logical) method in class asm_model_list: Reverses the order of the assembly model list.
reverse(logical) method in class ENTITY_LIST: Reverses the order of the entity list.
reverse() method in class ATTRIB_VAR_BLEND: Reverses the left-to-right properties of an asymmetric blend.
reverse(logical) method in class entity_handle_list: Reverses the order of the entity handle list.
reverse() method in class LOOP: Reverses the sense of a loop of coedges and their pcurves.
reverse() method in class var_cross_section: Reverses the left-to-right properties of an asymmetric blend.
reverse_attrib(ENTITY*) global function: Provides a convenient way for attributes to be notified when their owner's sense bit is being reversed.
reverse_owner() method in class ATTRIB: Notifies this ATTRIB that its owning entity's sense bit is about to be reversed.
reverse_u data member in class cone: Required to support transformation independent parameterization.
reverse_v data member in class sphere: Constant u-parameter lines are circles around pole_dir.
reverse_v data member in class torus: Flag to measure the v-parameter counterclockwise about the torus normal, rather than clockwise.
reverse_v data member in class plane: By default the v-direction is the cross product of normal with u_dir.
reverse_vertices() method in class mesh_polygon: Reverse the order of the vertices (this does not reverse the normal directions of the vertices).
reverse_vertices() method in class indexed_polygon: Reverse the vertices.
reversed() method in class intcurve: Returns TRUE if the intcurve is reversed.
reversed() method in class pcurve: Enquires whether the parameter space curve is in the same or opposite direction of the underlying 2D NURBS curve.
reversed() method in class spline: Determines if the underlying sculptured (spline) surface is in the opposite direction of the ACIS spline surface.
rgb_color class: Defines the red, green, and blue colors for the display.
right_face() method in class ATTRIB_FFBLEND: Returns the right face, non-const version.
right_face() method in class ATTRIB_FFBLEND: Returns the right face along which the blend runs.
right_int_type data member in class surf_surf_int
right_lateral_edge() method in class SWEEP_ANNO_VERTEX_LAT
right_lateral_face() method in class SWEEP_ANNO_VERTEX_LAT
right_law data member in class binary_law: Pointer to the second argument (sublaw) of the binary law.
right_offset data member in class blend_spl_sur: Objects describing the radius.
right_rad data member in class blend_spl_sur: Objects describing the radius.
right_radius_bs2() method in class ATTRIB_VAR_BLEND: Returns the right radius function as a constant bs2_curve.
right_radius_bs2_for_update() method in class ATTRIB_VAR_BLEND: Returns the right radius function as a bs2_curve, in a form that can be modified.
right_range() method in class ATTRIB_CONST_CHAMFER: Returns the value for the right range.
right_reorder(logical&) method in class ATTRIB_VAR_BLEND: Returns whether reordered blends should be computed.
right_support data member in class blend_spl_sur: A support entity.
right_surf_rel data member in class surf_surf_int
right_thumb() method in class var_cross_section: Returns the right thumbweight of the var_cross_section.
right_top_edge() method in class SWEEP_ANNO_VERTEX_TOP
right_top_vertex() method in class SWEEP_ANNO_VERTEX_TOP
right_tw_surf() method in class ATTRIB_FFBLEND: If this attribute is owned by a face and the current local operation is set, these functions get the (possibly) tweaked surface of the right support faces.
roll() method in class DELTA_STATE: Rolls back over a complete delta state, inverting it so as to allow roll forward the next time.
roll() method in class BULLETIN: Modifies the bulletin such that the new and old ENTITY pointers reflect the change of state.
roll() method in class BULLETIN_BOARD: Rolls back over a complete delta state, inverting it so as to allow roll forward the next time.
rollNStates(HISTORY_STREAM*,int) method in class HISTORY_MANAGER: Rolls a stream a given number of states or to the end of a branch, which ever comes first and returns the number of states actually rolled.
roll_callback class: Notifies the user about the start and the end of a roll operation.
roll_callback_list class: Provides a type-safe interface to the toolkit_callback_list and the execute method.
roll_create(ENTITY*) method in class entity_notification_handler: Stores the ENTITY given into a list, to be handled at a later time.
roll_delete(ENTITY*) method in class entity_notification_handler: Stores the ENTITY given into a list, to be handled at a later time.
roll_event_type enum: The type of notification of a callback for a roll operation.
roll_notify(BULLETIN_TYPE,ENTITY*) method in class ATTRIB_COL: Fields notification of a rollback operation.
roll_notify(BULLETIN_TYPE,ENTITY*) method in class RH_BACKGROUND: Field notification of a rollback operation.
roll_notify(BULLETIN_TYPE,ENTITY*) method in class RH_FOREGROUND: Field notification of a rollback operation.
roll_notify(BULLETIN_TYPE,ENTITY*) method in class ENTITY: Fields notifications of rollback operations.
roll_notify(BULLETIN_TYPE,ENTITY*) method in class RH_LIGHT: Field notification of a rollback operation.
roll_update(ENTITY*) method in class entity_notification_handler: Adds the given ENTITY to the roll_list.
rollback() method in class ENTITY: Returns the pointer to the bulletin board entry for this ENTITY.
rollbacks_cleared() method in class BULLETIN_BOARD: Returns whether or not rollbacks have been cleared.
rolls_back data member in class DELTA_STATE: Delta records a backward change.
root(int) method in class complex_number: Returns an array of complex numbers which represent its nth's roots.
root_ds data member in class HISTORY_STREAM: Pointer to the root delta state.
root_point data member in class straight: Base position through which the straight line passes.
root_point() method in class CONE: Returns the center of the ellipse defining this CONE.
root_point data member in class ray: The point on the ray.
root_point() method in class STRAIGHT: Returns the position on this STRAIGHT used in its definition.
root_point() method in class PLANE: Returns the point defining this PLANE.
root_point data member in class plane: A point though which the plane passes.
rot_spl_sur class: Represents a surface of rotation.
rotate(law*,law*,law*,logical) method in class pattern: Obsolete: use api_pattern_modify_transform instead.
rotate(SPAvector) method in class base_transform_law_data: Performs a rotation transformation.
rotate() method in class SPAtransf: Queries whether or not the transformation has a rotational component.
rotate_inverse(SPAvector) method in class base_transform_law_data: Performs an inverse rotation transformation.
rotate_transf(double,SPAvector const&) global function: Constructs a transformation corresponding to a simple rotation by an angle about a given axis.
row(int) method in class SPAmatrix: Extracts a row from the matrix.

S

SAVE_DEF define
SCAN_DEF define
SCAN_TYPE enum: Used by SCAN_DEF (copy_scan), COPY_DEF/COPY_WITH_DEEP_COPY_DEF (copy_common), and FIX_POINTER_DEF (fix_common) to indicate for what purpose an entity is being scanned.
SEEK_SET define
SEQUENTIAL_MESH class: A SEQUENTIAL_MESH is the base class for INDEXED_MESH and LINKED_MESH.
SEQUENTIAL_MESH_TYPES enum
SET define
SETCONST define
SETPOINTER define
SHELL class: Represents the external boundary of a LUMP, or the internal boundary of a void (unoccupied space) within a LUMP.
SHELL_ID define
SHELL_LEVEL define
SIGNBIT define
SIMPLE_COPY define
SIMPLE_COPY_LOSE define
SIMPLE_DTOR define
SIMPLE_INDEXED_MESH class: A mesh format that stores indices to a vertex array.
SIMPLE_INDEXED_MESH_MANAGER class: To show an example of a mesh manager using the indexed protocol.
SIMPLE_LOSE define
SINGLE_SIDED define
SKIN_ANNOTATION class: Implements the base class for skinning annotations.
SKIN_ANNO_END_EDGE class: Defines the annotation class relating to an edge on the end (capping) face.
SKIN_ANNO_END_FACE class: Defines the annotation class for the end face that corresponds to the coedges of the last profile used for skinning.
SKIN_ANNO_LAT_EDGE class: Defines the annotation class for a lateral edge that corresponds to the profile vertices connected by that lateral edge in skinning.
SKIN_ANNO_LAT_FACE class: Defines the annotation class for a lateral face (skinned face) that corresponds to the profile coedges from which the lateral face is skinned.
SKIN_ANNO_START_EDGE class: Defines the annotation class relating to a edge on the start (capping) face.
SKIN_ANNO_START_FACE class: Defines the annotation class for the start face that corresponds to the coedges of the first profile that is used for skinning.
SMALL_DISPLACEMENT define
SMALL_VECTOR define
SPACOLLECTION class: An ENTITY that contains and manages a collection of entities.
SPAGROUP class: An implementation of a SPACOLLECTION with predefined actions and behaviors.
SPA_progress_callback typedef: Pointer to a function implementing a generic ACIS progress meter.
SPA_progress_info class: Abstract base class for providing progress information.
SPA_progress_info_type_id enum: Specifies the ACIS functionality associated with a given progress metering.
SPAbox class: Represents a bounding box.
SPAboxing_mode enum: Specifies mode of boxing behavior.
SPAboxing_options class: Represents common data and functionality for all boxing options.
SPAinterval class: Records an interval on a line.
SPAmatrix class: Defines a 3x3 affine transformation acting on vectors and positions.
SPAnvector class: Implements an n dimensional vector.
SPApar_box class: The SPApar_box class defines a 2D bounding box in parameter space by four values of class parameter: low_u, high_u, low_v, high_v.
SPApar_dir class: This class defines a parametric direction vector on a surface in 2D parameter-space.
SPApar_pos class: Defines a parameter position in the parameter-space of a surface.
SPApar_transf class: Defines a parameter space transformation containing scaling and translation components.
SPApar_vec class: This class defines a vector (du, dv) in 2D parameter-space.
SPAparameter class: Defines a curve parameter value.
SPAposition class: Represents position vectors (points) in 3D Cartesian space that are subject to certain vector and transformation operations.
SPAtransf class: Represents a general 3D affine transformation.
SPAunit_vector class: Provides a direction in 3D Cartesian space that has unit length.
SPAvector class: Represents a displacement vector in 3D Cartesian space.
SPHERE class: Defines a sphere as an object in the model.
SPHERE_ID define
SPHERE_LEVEL define
SPLINE class: Defines a spline as an object in the model.
SPLINE_ID define
SPLINE_LEVEL define
SPLIT_ANNOTATION class: Defines the annotation class for split operations.
SPLIT_ANNOTATION_LEVEL define
STATE_ID typedef: Identifier for a STATE.
STD_CAST define: Informs the ACIS memory manager that a simple data type is being deleted.
STL_MESH_MANAGER class: Writes data to an stl formatted file.
STRAIGHT class: Defines a straight line as an object in the model.
STRAIGHT_ID define
STRAIGHT_LEVEL define
STRING define
STRIPC_ID define
SUBSHELL class: Represents a subdivision of a SHELL or SUBSHELL.
SUBSHELL_ID define
SUBSHELL_LEVEL define
SURFACE class: Defines a generic surface as an object in the model.
SURFACE_ID define
SURFACE_LEVEL define
SWEEP_ANNOTATION class: Implements the base class for sweeping annotations.
SWEEP_ANNO_EDGE_LAT class: Defines the annotation class for the lateral topology corresponding to an edge of the profile which becomes a face in sweeping.
SWEEP_ANNO_EDGE_MITER class: Defines annotation relating to miter edges created during sweep sweep.
SWEEP_ANNO_EDGE_TOP class: Defines the top topology from a swept edge, which is another edge.
SWEEP_ANNO_END_CAPS class: Defines annotation relating to capping faces of a sweep.
SWEEP_ANNO_VERTEX_LAT class: Defines annotation relating to vertex of lateral topology of a sweep.
SWEEP_ANNO_VERTEX_MITER class: Defines annotation relating to miter vretices created during sweep sweep.
SWEEP_ANNO_VERTEX_TOP class: Defines annotation relating to the vertices at the top of a sweep.
SYMBOL define
SabFile class: Performs save and restore to stream files.
SatFile class: Defines the SatFile class for doing ACIS save and restore to stream files in text format.
SaveScale() method in class PART: Returns TRUE if the method saves the units scale with the PART; otherwise, this method returns FALSE.
Scale_dpt_array(int,int,double*,int) method in class ATTRIB_DM2ACIS: Scales an array of dpts from 0 to 1 into the surface's parameter range.
Scale_par_pos_from_dmod(int,SPApar_pos&,int) method in class ATTRIB_DM2ACIS: Scales a surface's parametric position to 0 to 1.
Scale_par_pos_to_dmod(int,SPApar_pos&,int) method in class ATTRIB_DM2ACIS: Scales the parametric position from 0 to 1 into the surface's parameter range.
SchemeEvaluate(char*) global function: Evaluates a string or Scheme object.
SchemeEvaluate(char*,param_string&) global function: Evaluates a string or Scheme object.
SchemeEvaluate(char*,ScmObject&) global function: Evaluates a string or Scheme object.
SchemeEvaluate(ScmObject,ScmObject&) global function: Evaluates a string or Scheme object.
SchemeLoad(char*) global function: Loads a Scheme file into memory.
ScmObject struct: Declaration of Scheme object data type.
SetActivePart(PART*) method in class active_part: Sets the internal data structure to point to the active part that needs to be monitored.
SetAllRenderModes(logical) method in class ha_rendering_options
SetBody(BODY*) method in class PHLV5_OCC: et the BODY pointer for this occurrence.
SetBodySegmentMode(logical) method in class ha_rendering_options
SetBounds(double,double) method in class PHLV5_EDGE: Sets the start and end parameters of the curve.
SetCHandleMap(HA_CHandleMap*) method in class ha_rendering_context
SetColorSegmentMode(logical) method in class ha_rendering_options
SetCurveFacetLevel(CurveFacetLevel) method in class ha_rendering_options
SetCurveFacetTol(double) method in class ha_rendering_options
SetEntityMap(HA_Map*) method in class ha_rendering_context
SetForceModelRebuild(logical) method in class ha_rendering_context
SetGeomPattern(char*) method in class ha_rendering_context
SetGeomPattern(char*) method in class ha_rendering_options
SetIconifiedState(logical) method in class ha_rendering_options
SetMappingFlag(logical) method in class ha_rendering_options
SetMergeBodiesMode(logical) method in class ha_rendering_options
SetMergeFacesMode(logical) method in class ha_rendering_options
SetModel(asm_model*) method in class ha_rendering_context
SetModelMap(HA_ModelMap*) method in class ha_rendering_context
SetModelTolerance(double) method in class AcisSLInterface
SetPartUnits(char*,logical) method in class PART: Sets the units scale using a character string that represents the units to use.
SetPattern(char*) method in class ha_rendering_context
SetPattern(char*) method in class ha_rendering_options
SetRenderAPOINTsMode(logical) method in class ha_rendering_options
SetRenderCoedgeMode(logical) method in class ha_rendering_options
SetRenderEdgesMode(logical) method in class ha_rendering_options
SetRenderFacesMode(logical) method in class ha_rendering_options
SetRenderTCoedgeMode(logical) method in class ha_rendering_options
SetRenderTextMode(logical) method in class ha_rendering_options
SetRenderVerticesMode(logical) method in class ha_rendering_options
SetRenderWCSsMode(logical) method in class ha_rendering_options
SetSaveCurveFacetTol(double) method in class ha_rendering_options
SetSaveScale(logical) method in class PART: Determines whether the units scale is saved with the PART.
SetSize(int) method in class position_array: Sets the size of the array, which expands the array, if needed.
SetTessellateEllipsesMode(logical) method in class ha_rendering_options
SetTransform(TRANSFORM*) method in class PHLV5_OCC: Set the TRANSFORM for this occurrence.
SetTransform(SPAtransf*) method in class INDEXED_MESH_MANAGER: Sets the transformation to be applied to nodes.
SetTransform(SPAtransf*) method in class LINKED_MESH_MANAGER: Sets the transformation to be applied to nodes.
SetUnitsScale(double,logical) method in class PART: Sets the units scale for the PART.
Set_Rendering_Options(char*) method in class ha_rendering_options
Set_alpha(int,double*,int) method in class ATTRIB_DM2ACIS: Sets the deformable surface's stretch resistance parameters.
Set_area_cstrn_flag(int,int) method in class ATTRIB_DM2ACIS: Changes the zone flag for the deformable surface's area_cstrn.
Set_attractor_power(int,int) method in class ATTRIB_DM2ACIS: Returns 1 if found load was changed, otherwise it returns 0.
Set_beta(int,double*,int) method in class ATTRIB_DM2ACIS: Sets the deformable surface's bending resistance parameters.
Set_colors(double*,int) method in class DM_cpt_icon: Sets color data.
Set_colors(double*,int) method in class DM_dbx_icon: Sets color data.
Set_colors(double*,int) method in class DM_spr_icon: Sets color data.
Set_colors(double*,int) method in class DM_act_icon: Sets color data.
Set_colors(double*,int) method in class DM_att_icon: Sets color data.
Set_colors(double*,int) method in class DM_cct_icon: Sets color data.
Set_colors(double*,int) method in class DM_cld_icon: Sets color data.
Set_colors(double*,int) method in class DM_crv_icon: Sets color data.
Set_colors(double*,int) method in class DM_ppr_icon: Sets color data.
Set_colors(double*,int) method in class DM_vec_icon: Sets color data.
Set_colors(double*,int) method in class ADM_srf_icon: Sets color data.
Set_colors(double*,int) method in class ADM_srf_icon2: Sets color data.
Set_colors(double*,int) method in class DM_default_icon: Sets color data.
Set_colors(double*,int) method in class DM_sps_icon: Sets color data.
Set_colors(double*,int) method in class DM_dpr_icon: Sets color data.
Set_colors(double*,int) method in class DM_grd_icon: Sets color data.
Set_colors(double*,int) method in class ADM_srf_icon3: Set color data.
Set_colors(double*,int) method in class DM_lct_icon: Sets color data.
Set_colors(double*,int) method in class DM_srf_icon: Sets color data.
Set_colors(double*,int) method in class DM_lld_icon: Sets color data.
Set_colors(double*,int) method in class DM_pct_icon: Sets color data.
Set_comb_gain(double) method in class DM_crv_icon: Sets the comb gain.
Set_comb_graphics(int,double,int) method in class ATTRIB_DM2ACIS: Sets the appearance of comb plots.
Set_commited() method in class ATTRIB_DM2ACIS: Sets the commit state to TRUE.
Set_cpts_off() method in class DM_rend_options: Set draw control points option off.
Set_cpts_on() method in class DM_rend_options: Set draw control points option on.
Set_cstrn_behavior(int,int) method in class ATTRIB_DM2ACIS: Returns 0 when a change is allowed, else it returns 01.
Set_cstrn_domain_dir(int,SPApar_vec&,int) method in class ATTRIB_DM2ACIS: Returns 0 when a change is allowed, otherwise it returns -1.
Set_cstrn_state(int,int) method in class ATTRIB_DM2ACIS: Returns 0 when change is allowed, else it returns -1.
Set_cstrns_off() method in class DM_rend_options: Set draw constraints option off.
Set_cstrns_on() method in class DM_rend_options: Set draw constraints option on.
Set_curve_comb_off() method in class DM_rend_options: Set draw curvature comb option off.
Set_curve_comb_on() method in class DM_rend_options: Set draw curvature comb option on.
Set_default_shape(int,int) method in class ATTRIB_DM2ACIS: Sets default shape state to flag value.
Set_delta(double,int) method in class ATTRIB_DM2ACIS: Sets the deformable surface's resistance to deviating from the default shape.
Set_display_mode(int) method in class DM_grd_icon: ets display mode.
Set_dmod_degree(int,int,int) method in class ATTRIB_DM2ACIS: Increases the deformable model's polynomial degree, adding more degrees of freedom per element.
Set_dmod_degree(int,int) method in class ATTRIB_DM2ACIS: Increases the deformable model's polynomial degree, adding more degrees of freedom per element.
Set_draw_option(int) method in class ADM_srf_icon3: Set draw options.
Set_draw_option(int) method in class ADM_srf_icon: Sets draw options.
Set_draw_option(int) method in class DM_crv_icon: Sets draw options.
Set_draw_option(int) method in class DM_dpr_icon: Sets draw options.
Set_draw_option(int) method in class DM_srf_icon: Sets draw options.
Set_draw_option(int) method in class ADM_srf_icon2: Sets draw options.
Set_draw_option(int) method in class DM_act_icon: Sets draw option.
Set_draw_option(int) method in class DM_default_icon: Sets filter to draw seams, constraints and/or loads.
Set_draw_state(int,int) method in class ATTRIB_DM2ACIS: Sets the deformable surface's drawing state.
Set_dynamics(double,double,double,int) method in class ATTRIB_DM2ACIS: Sets the d2a_dmod dyn_load parameter values.
Set_editing() method in class ATTRIB_DM2ACIS: Sets the editing state functions and is related to the Editing and Clear_editing methods.
Set_elem(Spatial_abs_hurler&,int,double) method in class DM_dbl_array: Sets one array element to the specified value with bounds checking.
Set_elem(Spatial_abs_hurler&,int,double*,int) method in class DM_dbl_array: Sets a number of consecutive array elements to the specified values with no bounds checking.
Set_elem(int,double) method in class DM_dbl_array: Sets one array element to the specified value with no bounds checking.
Set_elem(int,double*,int) method in class DM_dbl_array: Sets a number of consecutive array elements to the specified values with no bounds checking.
Set_elem_count(int,int,int,int) method in class ATTRIB_DM2ACIS: This method is not yet implemented.
Set_elems_off() method in class DM_rend_options: Set draw element boundary option off.
Set_elems_on() method in class DM_rend_options: Set draw element boundary option on.
Set_end_conds(int,int,int,int,int) method in class ATTRIB_DM2ACIS: Changes end states for a d2a_dmod.
Set_epsilon(double,int) method in class ATTRIB_DM2ACIS: Epsilon regulates a shape fairing (energy minimization) term that is used to dampen control point oscillations in high degree splines (degree>8).
Set_gamma(double,int) method in class ATTRIB_DM2ACIS: Sets the deformable surface's resistance to bending from the default shape.
Set_grid(int[2]) method in class ADM_srf_icon3: Set discretization grid density.
Set_grid(int[2]) method in class DM_srf_icon: Sets discretization grid density.
Set_grid(int[2]) method in class DM_lld_icon: Sets discretization grid density.
Set_grid(int[2]) method in class DM_grd_icon: Sets discretization grid density.
Set_grid(int[2]) method in class DM_lct_icon: Sets discretization grid density.
Set_grid(int[2]) method in class ADM_srf_icon2: Sets discretization grid density.
Set_grid(int[2]) method in class DM_cld_icon: Sets discretization grid density.
Set_grid(int[2]) method in class ADM_srf_icon: Sets discretization grid density.
Set_grid(int[2]) method in class DM_cct_icon: Sets discretization grid density.
Set_grid(int[2]) method in class DM_act_icon: Sets discretization grid density.
Set_grid(int[2]) method in class DM_crv_icon: Sets discretization grid density.
Set_grid(int[2]) method in class DM_dpr_icon: Sets discretization grid density.
Set_grid(int[2]) method in class DM_default_icon: Sets discretization grid density, Does nothing by default.
Set_grid(int[2]) method in class DM_dbx_icon: Sets discretization grid density.
Set_icon(int,DM_icon*) method in class ATTRIB_DM2ACIS: Sets the icon for a tag object.
Set_icon_owner(int) method in class ATTRIB_DM2ACIS: Sets the icon's owner.
Set_icon_owner(int*,int) method in class ATTRIB_DM2ACIS: Sets the icon's owner.
Set_icon_width(double) method in class ADM_srf_icon2: Sets the icon draw width.
Set_icon_width(double) method in class DM_crv_icon: Sets icon draw width.
Set_icon_width(double) method in class DM_dpr_icon: Sets icon draw width.
Set_icon_width(double) method in class ADM_srf_icon3: Set icon draw width.
Set_icon_width(double) method in class DM_default_icon: Sets the icon draw width.
Set_icon_width(double) method in class DM_srf_icon: Sets icon draw width.
Set_icon_width(double) method in class DM_act_icon: Sets icon draw width.
Set_icon_width(double) method in class ADM_srf_icon: Sets icon draw width.
Set_interior_state(int,int) method in class ATTRIB_DM2ACIS: Sets the deformable surface's interior state value.
Set_load_gain(DS_TAGS,int,double,int) method in class ATTRIB_DM2ACIS: When type = DS_tag_none, it searches for the load which matches the input tag number and updates its gain.
Set_loads_off() method in class DM_rend_options: Set draw loads option off.
Set_loads_on() method in class DM_rend_options: Set draw loads option on.
Set_max_min(double*,double*) method in class DM_dbx_icon: Sets parameter space maximum and minimum.
Set_mesh_grid(int[2],int) method in class ATTRIB_DM2ACIS: Sets the number of surface figures render points.
Set_mesh_rebuild() method in class ATTRIB_DM2ACIS: Access functions for mesh rebuild state.
Set_npts_per_elem(int,int) method in class DM_grd_icon: Sets density for display mode 0.
Set_on_off(int) method in class DM_default_icon: Sets the on or off state.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class DM_act_icon: Notification of owner completion, for icon initialization.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class ADM_srf_icon: Sets owner data.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class DM_crv_icon: Notification of owner completion, for icon initialization.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class ADM_srf_icon3: Set owner data.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class ADM_srf_icon2: Sets owner data.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class DM_srf_icon: Notification of owner completion, for icon initialization.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class DM_icon: This routine is called by DM to inform the icon of the DS_dmod pointer and tag ID of its owning tag object.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class DM_default_icon: This routine is called by DM to inform the icon of the DS_dmod pointer and tag ID of its owning tag object.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class DM_pct_icon: Notification of owner completion, for icon initialization.
Set_owner(Spatial_abs_hurler&,DS_dmod*,int) method in class DM_dpr_icon: Notification of owner completion, for icon initialization.
Set_pt_uv(int,SPApar_pos&) method in class ATTRIB_DM2ACIS: Sets the domain point in a constraint or load, returning the modified mv_obj's tag type or DS_tag_none.
Set_pt_xyz(int,int,SPAposition&,SPAposition&,int,int) method in class ATTRIB_DM2ACIS: Sets the image point in a constraint or load and returns the tag type of the modified object.
Set_seams_off() method in class DM_rend_options: Set draw seams option off.
Set_seams_on() method in class DM_rend_options: Set draw seams option on.
Set_slide_state(int,int) method in class ATTRIB_DM2ACIS: Sets the spring's slide state.
Set_state(Spatial_abs_hurler&,DM_icon_cmd_args&) method in class DM_default_icon: Tells icon to execute the command encapsulated in cmd_obj on itself, if applicable.
Set_state(Spatial_abs_hurler&,DM_icon_cmd_args&) method in class DM_icon: Tells icon to execute the command encapsulated in cmd_obj on itself, if applicable.
Set_tag_count(int) global function
Set_tan_display_gain(double,int) method in class ATTRIB_DM2ACIS: Varies a tangent's display magnitude.
Set_tight_state(int,int) method in class ATTRIB_DM2ACIS: Sets the tight state for the constraint.
Set_tracking_curve_target(int,int,bs3_curve,int) method in class ATTRIB_DM2ACIS: Changes a pfunc target for tracking curve.
Set_uncommited() method in class ATTRIB_DM2ACIS: Sets the commit state to FALSE.
Setstate_all_icons(DM_icon_cmd_args&) method in class ATTRIB_DM2ACIS: Broadcasts the command encapsulated by the cmd_args to all tag objects in the ATTRIB_DM2ACIS using the data encapsulated by the draw_args.
Setstate_dmod_icons(DM_icon_cmd_args&,int) method in class ATTRIB_DM2ACIS: Broadcasts the command encapsulated by the cmd_args to the all icons on the DS_dmod specified by the tag to change the icon's state.
Setstate_icon(DM_icon_cmd_args&,int*,int) method in class ATTRIB_DM2ACIS: Broadcasts the command encapsulated by the cmd_args to the icon to change the icon's state.
Setstate_icon(DM_icon_cmd_args&,int) method in class ATTRIB_DM2ACIS: Passes the command encapsulated by the cmd_args to the icon to change the icon's state.
Shader_Type enum: Specifies the type of a shader.
Shape_ray_xsect(SPAposition&,SPAunit_vector&,double,int,SPApar_pos&,SPAposition&,int) method in class ATTRIB_DM2ACIS: Builds and stores in d2a_clump a clump built from the faceting of a d2a_tmp_surface.
Show_One_Rendering_Option(char*,char*) method in class ha_rendering_options
Show_Rendering_Options(char*) method in class ha_rendering_options
Shrink() method in class position_array: Truncates the size of the internal position buffer so that it is exactly big enough to hold the specified number of positions.
Sibling(int) method in class ATTRIB_DM2ACIS: Gets the sibling dmod pointer or NULL.
Sibling_tag(int) method in class ATTRIB_DM2ACIS: Gets the sibling tag, or -1 if none.
Size() method in class DM_tag_array: Number of array elements.
Size() method in class DM_dbl_array: Array size == number of elements.
Size_arrays(int,int) global function
Solve_dmod(int,int) method in class ATTRIB_DM2ACIS: Solves for a new deformed shape using the current values for surface parameters, loads, and constraints.
Spatial_abs_hurler class: This abstract base class class provides a protocol for handling exceptions across interfaces.
Spatial_cast() method in class DM_def_icon_query_args: Reserved for dmicon library.
Spatial_cast() method in class DM_def_icon_draw_args: Reserved for dmicon library.
Spatial_cast() method in class DM_icon_query_args: Reserved for the example dmicon library.
Spatial_cast() method in class DM_draw_engine: Casting operator; reserved for DM_default_icons.
Spatial_cast() method in class DM_def_icon_cmd_args: Reserved for dmicon library.
Spatial_cast() method in class DM_icon_cmd_args: Reserved for the example dmicon library.
Spatial_cast() method in class DM_icon_draw_args: Reserved for the example dmicon library.
Spatial_cast() method in class ADM_draw_engine: Casting operator.
Spatial_syserr_hurler class: Provides a protocol for handling exceptions across interfaces.
Split_dmod(int,int,double*,int) method in class ATTRIB_DM2ACIS: Splits dmod's domain description, making more elements per dmod.
StreamFinder class: Used by the DistributeStates function below to find the HISTORY_STREAM corresponding to a given entity.
safe_range() method in class intcurve: Returns the safe range or an empty interval if there is no int_cur.
safe_read_long() method in class BinaryFile: Reads a long, converting between 32- and 64-bit formats.
safe_write_long(long) method in class BinaryFile: Writes a long, converting between 32- and 64-bit formats.
safe_write_long_tagged(TaggedData::DataType,long) method in class BinaryFile: Writes a tagged long, converting between 32- and 64-bit formats.
same(REFINEMENT*) method in class REFINEMENT: Determines if two refinements are the same.
same(law*,law*) method in class law: Determines whether or not two specified laws are the same.
same(VERTEX_TEMPLATE*) method in class VERTEX_TEMPLATE: Determines if two VERTEX_TEMPLATEs are the same.
same_blend(ATTRIB_VAR_BLEND*) method in class ATTRIB_VAR_BLEND: Tests whether two blends are compatible for mating end to end.
same_matrix(SPAmatrix const&,SPAmatrix const&,double) global function: Determines if two matrices are equal, given some tolerance.
same_par_pos(SPApar_pos const&,SPApar_pos const&,double) global function: Compares two parameter positions for equality within a specifiable tolerance.
same_part(ENTITY*,ENTITY*) global function: Check that two entities are in the same part.
same_point(SPAposition const&,SPAposition const&,double) global function: Returns TRUE if the two positions are same - lie within the specified resolution or "SPAresabs" or FALSE otherwise.
same_vector(SPAvector const&,SPAvector const&,double) global function: Determines whether or not two vectors are the same.
savable() method in class PHLV5_OCC
savable() method in class SPACOLLECTION: Indicates whether this collection should be included when the member entity is saved.
savable() method in class ATTRIB_DM2ACIS: Returns TRUE if this is savable.
savable() method in class ATTRIB_GEN_WSTRING
savable() method in class PHLV5_EDGE
savable() method in class ATTRIB_HH
savable() method in class ATTRIB_ANNOTATION: Indicates whether this ATTRIB should be included when the owning entity is saved.
savable() method in class ATTRIB: Indicates whether this ATTRIB should be included when the owning entity is saved.
save() method in class plane: Saves the id then calls save_data.
save() method in class var_rad_functional: Saves the form or id, calls save_data, then saves the underlying curve.
save(logical,logical) method in class PART: Saves a PART to a file whose name is based on the part's name.
save() method in class var_radius: Saves the version number and calls save_data.
save() method in class curve: Saves a curve of unknown type, together with its type code for later retrieval.
save() method in class var_rad_rot_ellipse: Saves the form or id, calls save_data, saves the major radius, minor radius, rotation, and face left or right.
save() method in class helix: Saves the id, then calls save_data.
save() method in class ellipse: Saves the curve type or id, then calls save_data.
save() method in class blend_spl_sur: Saves an approximation of the surface, or calls the subtype object's save method.
save() method in class var_rad_fixed_width: Saves the form or id, calls a save_data, then saves width data.
save() method in class surface: Calls the virtual save method for the particular type of this surface.
save(char*,logical,logical) method in class PART: Saves a PART to a file, given the filename as a character string.
save() method in class FileInfo: Saves the product ID, version, time, units, SPAresabs and SPAresnor.
save() method in class skin_spl_sur: Saves the skin_spl_sur as an approximation if there is a need to approximate.
save() method in class law_data: Saves the law_data with its encapsulated data.
save() method in class pid_base: Saves the base name, time value, index, and copy number.
save() method in class subtype_object: Saves a subtype object with identifier and brackets, and enters it in the current tag table.
save() method in class sweep_spl_sur: Saves an approximation of the surface, or calls the subtype object's save method.
save() method in class cone: Saves the cone's type and ellipse type, or cone_id, then calls cone::save_data.
save() method in class var_rad_two_ends: Calls var_radius::save_data method, then saves the start and end radius data.
save(FileInterface*,logical) method in class PART: Saves a PART to a file interface, with or without history.
save() method in class var_rad_const: Calls var_radius::save_data method, then saves the start and end radius data.
save() method in class Render_Arg: Saves the arg type, followed by the arg value, which can vary by type.
save(FILE*,logical,logical,logical) method in class PART: Saves a PART to a file, given the file pointer.
save() method in class var_cross_section: Saves the form data and thumb data.
save() method in class sphere: Saves the type or id, then calls save_data.
save() method in class straight: Saves the type or id, then calls save_data.
save() method in class pcurve: Saves the id the calls save_data.
save(ENTITY_LIST&) method in class ENTITY: Performs a save operation.
save() method in class spline: Saves the type or id, then calls save_data.
save(ENTITY_LIST&,HISTORY_STREAM_LIST&,DELTA_STATE_LIST&) method in class HISTORY_STREAM: Saves the id level, next state, maximum states to keep, pointers to the current delta state, active delta state, and root delta state, and attributes.
save(ENTITY_LIST&,logical) method in class BULLETIN: Saves the entities corresponding to the bulletin.
save() method in class pattern: Obsolete: do not use.
save(HISTORY_STREAM*,ENTITY_LIST&,logical) method in class HISTORY_MANAGER: Saves the history stream and associated entities.
save() method in class intcurve: Saves the curve type or id, then calls save_data.
save() method in class torus: Saves the type of id, then calls save_data.
save(ENTITY_LIST&,DELTA_STATE_LIST&,logical) method in class BULLETIN_BOARD: Saves the delta states and entities corresponding to this bulletin board.
save() method in class discontinuity_info: This method is never called directly.
save_approx_level enum: Level at which approximating surface data is output to save files.
save_begin(logical) method in class ENTITY: Starts a save record.
save_common(ENTITY_LIST&) method in class ENTITY: Handles the save operation.
save_curve() method in class curve: Saves a curve of unknown type, or NULL.
save_data() method in class curve: Saves a curve of a known type.
save_data() method in class surface: Saves the information for this surface to a save file.
save_data() method in class straight: Saves the information for the straight to a save file.
save_data() method in class spline: Saves the information for the spline in the save file.
save_data() method in class blend_spl_sur: Saves the information associated with this blend_spl_sur to a SAT file.
save_data() method in class surf_int_cur: Save the information for the surf_int_cur to a save file.
save_data() method in class cone: Save occurs as derived class switching goes through the normal virtual function mechanism.
save_data() method in class sub_spl_sur: Saves the information for a sub_spl_sur to a save file.
save_data() method in class subtype_object: Saves the information for the subtype_object to a save file.
save_data() method in class sum_spl_sur: Save the information for the sum_spl_sur to a save file.
save_data() method in class intcurve: Saves the intcurve data to a save file.
save_data() method in class rot_spl_sur: Saves the information for a rot_spl_sur to a save file.
save_data() method in class pcurve: Saves the information for a pcurve to the save file.
save_data() method in class VBL_SURF: Saves the information for the VBL_SURF to a save file.
save_data() method in class par_int_cur: Saves the information for the par_int_cur to the save file.
save_data() method in class off_int_cur: Saves the information for the off_int_cur to a save file.
save_data() method in class var_radius: Saves the information for the var_radius to a save file.
save_data() method in class torus: Save the information for this torus to a save file.
save_data() method in class ellipse: Saves the data for a ellipse to a save file.
save_data() method in class exact_int_cur: Saves the data for the exact_int_cur to the save file.
save_data() method in class sweep_spl_sur: Save the information for the sweep_spl_sur to a save file.
save_data() method in class sphere: Saves the information for sphere in the save file.
save_data() method in class plane: Saves the information for a plane to the save file.
save_data() method in class skin_spl_sur: Saves the information for skin_spl_sur to the save file.
save_data() method in class off_spl_sur: Saves the information for the off_spl_sur to the save file.
save_data() method in class pcur_int_cur: Saves the information for a pcur_int_cur to the save file.
save_data() method in class helix: Saves the data for a helix to a save file.
save_end(ENTITY_LIST&) method in class ENTITY: Terminates a save record.
save_global_mesh_output(ENTITY*) method in class MESH_MANAGER: Signals the save of a global mesh output.
save_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class MESH_MANAGER: Saves the mesh output.
save_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class LINKED_MESH_MANAGER: This function is called to announce the end of mesh output for a face.
save_mesh_output(ENTITY*,ENTITY*,ENTITY*) method in class INDEXED_MESH_MANAGER: This function attaches the mesh to the entity thru ATTRIB_EYE_ATTACHED_MESH attribute.
save_pcurve() method in class pcurve: Function to be called to save a pcurve of unknown type, or NULL.
save_selection(ENTITY_LIST&,FileInterface*,logical,logical,logical) method in class PART: Save a list of ENTITYs to a file using the context of this PART.
save_surface() method in class surface: Saves this surface if the surface is of an unknown type or NULL.
sbdiff_set_at_end() method in class ATTRIB_FFBLEND: Sets the different setback to the end.
sbdiff_set_at_start() method in class ATTRIB_FFBLEND: Sets the different setback to the start.
scalar() method in class SPAinterval: Determine if the interval is a scalar (consisting of a single point).
scale(double) method in class SPAnvector: Returns a SPAnvector vector which is this scaled by the given amount.
scale_element(double*,SPAvector&,SPAposition&,logical) method in class pattern: Obsolete: use api_pattern_modify_element_scale instead.
scale_element(int,double,SPAposition&,logical) method in class pattern: Obsolete: use api_pattern_modify_element_scale instead.
scale_element(int,SPAvector&,SPAposition&,logical) method in class pattern: Obsolete: use api_pattern_modify_element_scale instead.
scale_element(double*,double,SPAposition&,logical) method in class pattern: Obsolete: use api_pattern_modify_element_scale instead.
scale_transf(double) global function: Constructs a transformation that scales uniformly in all directions.
scale_transf(double,double,double,double,double,double) global function: Constructs a transformation that both scales non-uniformly and shears.
scale_transf(double,double,double) global function: Constructs a transformation that scales non-uniformly in the x, y, and z directions.
scaling(SPAvector&) global function: Creates the matrix for scaling.
scaling(double) global function: Creates the matrix for scaling.
scaling(double,double,double) global function: Creates the matrix for scaling.
scaling() method in class SPAtransf: Returns the scaling factor of the transformation.
scaling(double,double,double,double,double,double) global function: Creates the matrix for scaling.
scan(DELTA_STATE_LIST&) method in class DELTA_STATE: Adds connectees to the delta state list.
scheme_error_callback_list class: Provides a type-safe interface to the toolkit_callback_list and the execute method.
scheme_process(char*,int) global function: Builds and evaluates a Scheme command, optionally echoing the prompt and result.
scm_pick_manager class: The scm_pick_manager object.
search(POLYGON_VERTEX*) method in class POLYGON: Performs a search.
search(POLYGON*) method in class POLYGON_POINT_MESH: Returns TRUE if the polygon given is in this mesh.
search_eval_cache(SPAposition&) method in class spline: Searches the underlying cache for an entry at the given position.
second_error() method in class moments: Returns the second error of a moment, or zero if unset.
second_moment() method in class moments: Returns the second moments of the moment, in a symtensor, or zeroes if unset.
second_set() method in class moments: Returns TRUE if the second moments have been set.
section data member in class blend_spl_sur: Object describing the cross section.
section_data() method in class blend_spl_sur: Method for handling section data.
seed() method in class PATTERN_ANNOTATION: Returns a pointer to the original entity that was patterned.
seed_parts(VOID_LIST&) method in class acis_pm_entity_mgr_factory: Adds parts to the factory's seed parts list.
seen() method in class ATT_BL_INST: Returns TRUE if the blend instruction has been seen; otherwise, it returns FALSE.
segment() method in class PHL_EDGE: Returns the first segment of this PHL_EDGE.
segment_list(ENTITY_LIST&) method in class PHL_EDGE: Returns a list of all the PHL_SEGMENTs of this PHL_EDGE.
sense() method in class CFACE: Returns the side of the face used by the cface (OUTSIDE or INSIDE correspond to REVERSED or FORWARD, respectively).
sense(REVBIT) method in class COEDGE: Returns the sense of this COEDGE compounded with the sense argument.
sense() method in class EDGE: Returns the sense of this EDGE.
sense() method in class FACE: Returns the sense of this FACE relative to its SURFACE.
sense() method in class COEDGE: Returns the relationship between the direction of this COEDGE and that of the underlying EDGE.
sense(REVBIT) method in class FACE: Returns the sense of this FACE relative to its SURFACE, and compounded with the supplied argument.
sense_data data member in class EDGE: The sense of the CURVE describing this EDGE.
sense_data data member in class COEDGE: Relationship between the direction of this COEDGE and that of the underlying EDGE.
seq() method in class ATT_CAP_FACE
sequence_error(char*) method in class INDEXED_MESH_MANAGER: Function to print an error message.
sequence_error(char*) method in class SIMPLE_INDEXED_MESH_MANAGER: Function to print an error message.
sequence_error(char*) method in class LINKED_MESH_MANAGER: Function to print an error message.
set(component_handle*) method in class component_handle_holder: Sets the component_handle pointer.
set(char const*) method in class option_header: Sets the value of the option_header if the type is string_option.
set() method in class hh_isospline_options
set(component_entity_handle*) method in class component_entity_handle_holder: Sets the component_entity_handle pointer.
set(double) method in class option_header: Sets the value of the option_header if the option type is a double_option type.
set() method in class hh_geombuild_options
set(double,double) method in class complex_number: Changes the real and imaginary components in this instance of a complex number.
set(int,ENTITY*) method in class BASE_TAG_MANAGER: Sets the specified tag array index to the input entity.
set(int) method in class SPAnvector: Changes the size of SPAnvector to be the given size.
set(int) method in class option_header: Sets the value of the option_header if the option type is an integer_option type or logical_option type.
set(entity_handle*) method in class entity_handle_holder: Sets the entity_handle pointer.
set(asm_model*) method in class asm_model_holder: Sets the asm_model pointer.
set() method in class hh_sharped_options
setNewBulletin(BULLETIN*,ENTITY*) method in class HISTORY_MANAGER: Sets the given BULLETIN to point to the given ENTITY, and sets its next and previous pointers to NULL.
setOptions(logical,logical,logical,logical) method in class AcisSLInterface: Sets the value of each skinning/lofting option.
setSkinningDraftValues(double,double,double,double,SPAvector&,SPAvector&) method in class AcisSkinningInterface: Sets drafting data.
setSkinningNormal(skinning_normals) method in class AcisSkinningInterface: Sets skin to the planar normal data.
setSkinningPath(BODY*) method in class AcisSkinningInterface: Sets skin with path data.
setSkinningVectorsAndMagnitudes(SPAvector*,int,double*,int) method in class AcisSkinningInterface: Sets skin with vectors data.
setStartVertex(int,VERTEX*) method in class AcisSLInterface: Sets the given vertex to be the starting vertex for the operation.
setStartVertex(WIRE*,VERTEX*) method in class AcisSLInterface: Sets the given vertex to be the starting vertex for the operation.
setWireFixed(int) method in class AcisSLInterface: Sets the wire given by the index to be fixed, meaning it is skipped over during the minimize twist operation.
setWireUnFixed(int) method in class AcisSLInterface: Sets the given wire to be fixed, meaning it is skipped over during the minimize twist operation.
set_Guides(int) method in class skin_options: Sets the value of the virtual guides option.
set_accurate_knot_tangents(int) method in class pcurve: Set to 1 if the bs2_curve tangents are within SPAresnor of the true curve tangent vectors at all of the knots that lie within the checked_range, or to 0 if this is not satisfied.
set_acis_curve(curve*) method in class bounded_curve: Sets the ACIS curve for this bounded_curve.
set_acis_interrupt_checker(ACIS_Interrupt_Checker) global function: Installs an interrupt checker that can be used to interrupt ACIS.
set_active_tag_manager(BASE_TAG_MANAGER*) method in class BASE_TAG_MANAGER: Sets the active tag manager to the one specified.
set_adjust_mode(AF_ADJUST_MODE) method in class REFINEMENT: The adjustment mode is used for triangle smoothing.
set_align(int) method in class skin_options: Sets the value of the align option.
set_allow_nonmanifold_stitch(tolerant_stitch_options*,logical) global function
set_allow_same_uv(int) method in class skin_options: Sets the value of the allow same uv option.
set_allow_void_shells(logical) method in class tolerant_stitch_options: Accepts either TRUE or FALSE to indicate to the API api_stitch and api_stitch_nonmanifold whether or not to allow void shells in the output.
set_alternate_stream(HISTORY_STREAM*) method in class BULLETIN_BOARD: Sets the history stream that the bulletin board needs to be in.
set_analytic_edge_intersect_log_details(char*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Function for log list addition for edge geometry computation using intersection.
set_analytic_edge_project_log_details(char*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Function for log list addition for edge geometry computation using projection.
set_annotation(ANNOTATION*) method in class ATTRIB_ANNOTATION: Specifies the ANNOTATION to associate with this ATTRIB_ANNOTATION.
set_app_id(MESH_APP_ID) method in class MESH_MANAGER: Specifies the application identification number of the mesh.
set_app_id(MESH_APP_ID) method in class ATTRIB_EYE_ATTACHED_MESH: Sets the application identification of this attribute.
set_approx_fit(int) method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Sets the value of the indicator of whether this is an exact or approximate fit curve.
set_approx_fit(int) method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Sets the value of the approximate fit indicator.
set_arc_length(int) method in class skin_options: Sets the value of the arc length (in V) option.
set_arc_length_u(int) method in class skin_options: Sets the value of the arc_length in u option.
set_area(double) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the face area.
set_assembly_ptr_vf(ASM_ASSEMBLY*) method in class asm_model_entity_mgr: Transfers ownership of an assembly entity to this entity manager.
set_attrib(ATTRIB*) method in class ENTITY: Changes the attribute pointer of this ENTITY to point to the given attribute.
set_auto_display(logical) method in class PART_CONTEXT: Control if entities are displayed when they are added to the PART_CONTEXT.
set_auto_update(logical) method in class ATTRIB_CELL: Sets the automatic update on or off.
set_axis_dir(SPAunit_vector&) method in class HELIX: Sets this HELIX's axis direction to the given unit vector.
set_axis_root(SPAposition&) method in class HELIX: Sets this HELIX's axis root position to the given position.
set_back_cface(CFACE*) method in class ATTRIB_FACECFACE: Sets the back CFACE.
set_bad(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Mark the edge as bad.
set_bad(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Sets the value of the m_bad flag, which indicates whether the geometry (new if present; otherwise, old) is bad.
set_bb(BULLETIN_BOARD*) method in class outcome: Sets the bulletin board pointer of this outcome.
set_bi_blend(bl_v_property) method in class ATTRIB_VBLEND: Sets the bi_blend property value.
set_bl_end_con_at_end(bl_end_condition) method in class ATTRIB_FFBLEND: Sets the bl_end_con_at_end_data data, which records the condition at the end of the blend.
set_bl_end_con_at_start(bl_end_condition) method in class ATTRIB_FFBLEND: Sets the bl_end_con_at_start_data data, which records the condition at the start of the blend.
set_bl_how(blend_how) method in class ATTRIB_FFBLEND: Sets the mid-blend behavior.
set_bl_v_auto(bl_v_auto_property) method in class ATTRIB_VBLEND: Sets the property to be used for autosetback computation.
set_bl_v_prop(bl_v_property) method in class ATTRIB_VBLEND: Sets special properties of blends on vertices.
set_blank_face(FACE*) method in class ATT_CAP_FACE
set_blank_patches_strict_cover(int) method in class glue_options: Copies input value to blank_patches_strict_cover flag.
set_blend_splsur(var_blend_spl_sur*) method in class ATTRIB_VAR_BLEND: Sets the blend spline surface.
set_blend_supports_max_angle(double) method in class defeature_options: Sets the value of the "blend_supoorts_max_angle" to input value in radians.
set_blend_supports_max_angle() method in class defeature_options: Sets the value of the "blend_supoorts_max_angle" to the default value of 175 deg.
set_blended_entity(ENTITY*) method in class ATT_CAP_FACE
set_blends_max_radius(double) method in class defeature_options: Sets the value of the "blends_max_radius".
set_blends_max_radius() method in class defeature_options: Sets the value of the "blends_max_radius" to be the default value of 10.
set_blends_num_curvature_samples() method in class defeature_options: Sets the number of sample curvature points used for testing blends as Constant Radius or Variable Radius blends to the default value of 1.
set_blends_num_curvature_samples(int) method in class defeature_options: Sets the number of sample curvature points used for testing blends as Constant Radius or Variable Radius blends to the default value.
set_blue(double) method in class rgb_color: Sets the blue component.
set_blue(double) method in class Render_Color: Sets the blue color value to a double value between 0 and 1.
set_body(BODY*,logical) method in class LUMP: Sets this LUMP's BODY backpointer to the specified BODY.
set_body(BODY*) method in class WIRE: Sets the this WIRE's owning BODY to the specified BODY.
set_body_coedge(COEDGE*) method in class ATTRIB_INTCOED: Sets a new coedge pointer after the edge split occurs in bool2.
set_body_entity(ENTITY*) method in class ATTRIB_INTCOED: Sets a new body entity.
set_bool_type(sweep_bool_type) method in class sweep_options: Sets the options for the boolean operation type against the to_body.
set_bool_type(sweep_bool_type) method in class tube_options: Sets the bool_type for the operation.
set_bound(SPAbox*) method in class CSHELL: Sets the bounding box in the CSHELL.
set_bound(SPAbox*) method in class LUMP: Sets the bounding region (box) of this LUMP to the specified box.
set_bound(SPAbox*) method in class FACE: Sets the bounding region (box) of this FACE to the specified box.
set_bound(SPAbox*) method in class BODY: Sets the bounding region (box) of this BODY to the specified box.
set_bound(SPAbox*) method in class WIRE: Sets the bounding region (box) of this WIRE to the specified box.
set_bound(SPAbox*) method in class CELL: Changes the data for the bounding box.
set_bound(SPAbox*) method in class SHELL: Sets the bounding region (box) of this SHELL to the specified box.
set_bound(SPAbox*) method in class SPAGROUP: Sets the bounding box for a group.
set_bound(SPAbox*) method in class EDGE: Sets the bounding region (box) of this EDGE to the specified box.
set_bound(SPAbox*) method in class SUBSHELL: Sets the bounding region (box) of this SUBSHELL to the specified box.
set_bound(SPAbox*) method in class LOOP: Sets the bounding region (box) of this LOOP to the specified box.
set_boundary_constraint(EDGE*,acovr_edge_constraint&) method in class acovr_options: Overrides the default continuity and tolerance specification for a particular boundary edge.
set_boundary_constraint(EDGE*,acovr_continuity_level) method in class acovr_options: Overrides the default continuity specification for a particular boundary edge.
set_boundary_constraints(ENTITY_LIST&,acovr_continuity_level) method in class acovr_options: Overrides the default continuity specification for a list of boundary edges.
set_boundary_constraints(ENTITY_LIST&,acovr_edge_constraint&) method in class acovr_options: Overrides the default continuity and tolerance specification for a list of boundary edges.
set_box_tol(double) method in class ATTRIB_HH_ENT_STITCH_EDGE: Sets the box_tol, the tolerance depending on the box size.
set_bs_hull_angles_ok(int,int) method in class intcurve: Sets the property in the underlying int_cur, of the bs2_curve hull not turning too sharply.
set_bs_hull_self_intersects(int,int) method in class intcurve: Sets the property in the underlying int_cur, of the bs2_curve hull self-intersecting (or not).
set_bs_knots_on_curve(int,int) method in class intcurve: Sets the property in the underlying int_cur, of the bs2_curve of whether the knots lie on the intcurve.
set_bulge(double) method in class ATTRIB_VBLEND: Sets the bulge.
set_callback(entity_callback*) method in class PART: Invokes an entity_callback for the PART, which is invoked when the entities in the PART are affected.
set_cell(CELL3D*) method in class CSHELL: Sets the CELL3D in the CSHELL.
set_cell(CELL*) method in class ATTRIB_CELL: Sets the first cell in a complete enumeration of all cells in the attribute.
set_cell2d(CELL2D*) method in class CFACE: Changes the data for the cell2d.
set_center(SPAposition&) method in class bounded_arc: Modifies the center position of this bounded_arc.
set_center_bs2_curve(bs2_curve) method in class blend_spl_sur: Sets the bs2_curves into the center support data.
set_centre(SPAposition&) method in class SPHERE: Sets this SPHERE's center to the given position.
set_centre(SPAposition&) method in class TORUS: Sets this TORUS's center point to the given position.
set_centre(SPAposition&) method in class ELLIPSE: Sets this ELLIPSE's center point to the given position.
set_cface(CFACE*) method in class CSHELL: Sets the CFACE in the CSHELL.
set_cface(CFACE*) method in class CELL2D: Sets the CFACE for the CELL2D.
set_chamfers_max_width() method in class defeature_options: Sets the value of the "chamfers_max_width" to the default value of 10.
set_chamfers_max_width(double) method in class defeature_options: Sets the value of the "chamfers_max_width" to the input value.
set_check_discontinuity(logical) method in class ATTRIB_HH_AGGR_GEOMBUILD: Sets the option that denotes if checking edge discontinuity is on or off.
set_check_remote_face_face_intersections(logical) method in class lop_options: Sets check_remote_face_face_intersections to the given value.
set_check_status(bb_check_status) method in class BULLETIN_BOARD: Sets the check status.
set_checked_range(SPAinterval&,int,double*) method in class pcurve: Sets the checked range of the pcurve.
set_child(SUBSHELL*) method in class SUBSHELL: Sets this SUBSHELL's child pointer to the given this SUBSHELL.
set_clean_component_entity_handles(logical) method in class asm_cleanup_options
set_clean_component_handles(logical) method in class asm_cleanup_options
set_clean_entity_handles(logical) method in class asm_cleanup_options
set_close_to_axis(logical) method in class sweep_options: The sweep option close_to_axis allows a solid body to be created from a swept wire body.
set_closed(int) method in class skin_options: Sets the value of the closed option.
set_closure(int) method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Sets the value of the closure indicator.
set_closure(int) method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Sets the value of the indicator of whether this is a closed curve.
set_closure(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Sets the value of the loop closure indicator.
set_coedge(COEDGE*) method in class WIRE: Sets the first COEDGE in the list of COEDGEs belonging to this WIRE.
set_coedge(COEDGE*,logical) method in class EDGE: Sets the start of a list of COEDGEs corresponding to this EDGE.
set_coedge_details(hh_coedge_details*) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Stores the input coedge details structure in the m_coedge_details data member.
set_coin_attrib(ATTRIB_INTCOED*) method in class ATTRIB_INTCOED: Sets a new coincident face attribute pointer.
set_collection_copy_behavior(collection_copy_behavior) method in class SPACOLLECTION: Set the copy behavior for a collection.
set_collection_empty_behavior(collection_empty_behavior) method in class SPACOLLECTION: Set the empty behavior for a collection.
set_collection_save_behavior(collection_save_behavior) method in class SPACOLLECTION: Set the save behavior for a collection.
set_color(double*) method in class polygon_vertex: Sets the polygon vertex color.
set_color(rgb_color) method in class ATTRIB_RGB: Sets the rgb_color values.
set_color(int) method in class ATTRIB_VOL_COL: Sets the color data.
set_colour(int) method in class ATTRIB_COL: Sets the color value.
set_component(int,double) method in class SPAvector: Sets the value of ith component of a vector.
set_computed(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Sets the value of the m_computed flag.
set_concave(logical) method in class cvty: Data setting functions.
set_connected(logical) method in class tube_options: Sets whether or not to check for connection.
set_cont(CONTBIT,logical) method in class FACE: Sets the containment bit of this FACE with respect to the parent SHELL.
set_cont(WIRECONTBIT) method in class WIRE: Sets the containment for this WIRE.
set_continuity(int) method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Sets the value of the continuity indicator.
set_continuity(acovr_continuity_level) method in class acovr_edge_constraint: Sets the continuity level.
set_continuity(bl_continuity) method in class ATTRIB_VBLEND: Marks the blend as having at least the given continuity at its boundaries.
set_continuity(int) method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Sets the value of the indicator of whether this is a continuous curve.
set_convex(logical) method in class cvty: Data setting functions.
set_convexity(EDGE_cvty,logical) method in class EDGE: Sets the convexity of this EDGE to the given value.
set_coordinate(int,double) method in class SPAposition: Sets the ith component value.
set_coords(SPAposition&) method in class APOINT: Sets the coordinates of this APOINT.
set_copy_member_action(copy_member_action) method in class SPACOLLECTION: Set the copy action for a collection.
set_copy_method(char const*,copy_func) global function: Registers a function which implements a custom copy_owner method for generic attributes.
set_copy_owner_action(copy_action) method in class ATTRIB: Set the copy_owner action for this attribute.
set_copyable(logical) method in class SPACOLLECTION: Specify if the collection is copyable or not.
set_cosine_angle(double) method in class CONE: Sets the cosine of this CONE's half-angle to the given value.
set_count_flag(logical) method in class asm_list_options
set_cshell(CSHELL*) method in class CFACE: Changes the data for the cshell.
set_cshell(CSHELL*) method in class CELL3D: Sets the CSHELL for the CELL3D.
set_ctrlpt_array(SPAposition*,int,int) method in class splsurf: Sets a pointer to an array of positions that are control points for a spline surface.
set_ctrlpt_item(int,int,SPAposition&) method in class splsurf: Changes one of the elements in the array of control points.
set_cur(bs3_curve,double,logical,logical) method in class intcurve: Replaces the underlying bs3_curve approximation.
set_cur_seg(IHL_SEGMENT*) method in class IHL_OUTPUT_MANAGER: Sets the current segment which is newly allocated.
set_current(tk_list_object*) method in class tk_list: Sets the current object to the object referenced by the pointer.
set_current_state(STATE_ID,DELTA_STATE*) method in class HISTORY_STREAM: Sets the current state to the given ID in the DELTA_STATE.
set_curve_quality(int) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Sets the indicator of underlying curve quality.
set_cut_end_off(int) method in class sweep_options: The sweep option cut_end_off determines whether or not the end of the swept surface should be cut off squarely.
set_cvxty(bl_ed_convexity) method in class ATTRIB_FFBLEND: Sets the blend convexity, which derives from the convexity of the owning edge if any; otherwise, it is found from adjacent blends or is given explicitly.
set_data(int,ENTITY**,ENTITY**) method in class glue_options: Copies the input values to this object.
set_data(int,polygon_vertex**,int) method in class indexed_polygon: Set the data.
set_data(SPAposition&,SPAunit_vector&,SPApar_pos&) method in class polygon_vertex: Set the data for the polygon vertex.
set_def(pcurve&) method in class PCURVE: Puts the specified pcurve in def.
set_def(spline&) method in class SPLINE: Sets this SPLINE's definition spline to the given spline.
set_def(CURVE*,int,logical,SPApar_vec&) method in class PCURVE: Sets def to the nth pcurve of an existing CURVE, where n as a positive integer.
set_def(intcurve&) method in class INTCURVE: Sets this INTCURVE's definition curve to the given intcurve.
set_def(law*) method in class LAW: Specifies a new law function to store in the LAW entity.
set_def_curve(CURVE*) method in class ATTRIB_VAR_BLEND: Sets the defining curve.
set_def_plane(plane const&) method in class ATTRIB_FFBLEND: Defines a plane that cuts the blend.
set_default_constraint(acovr_edge_constraint&) method in class acovr_options: Changes the default continuity and tolerance values for constraints.
set_default_exception_control(logical) global function: Enables or disables exceptions when floating point errors occur.
set_defaults(int,int,int,int,int,int,int,int,int,int,int,int,int,guide_curve_preference,int,int,int,int,skin_gap_type,double) method in class skin_options: Sets the default value of the options: -1 = unset, 0 = false, and 1 = true.
set_degeneracy(int) method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Sets the value of the degeneracy indicator.
set_degeneracy(int) method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Sets the value of the indicator of whether this is a degenerate curve.
set_delta_state(STATE_ID,STATE_ID,DELTA_STATE*) method in class HISTORY_STREAM: Sets the current delta state to the given state.
set_delta_u(double) method in class SPApar_transf: Change the u translation.
set_delta_v(double) method in class SPApar_transf: Change the v translation.
set_deriv(int,SPAvector const&) method in class blend_contact
set_derivative(int,law*,logical) method in class law: Establishes a pointer to a law which represents the specified derivative of this law.
set_direction(SPAunit_vector&) method in class CONE: Sets this CONE's direction to the given unit vector.
set_direction(SPAunit_vector&) method in class STRAIGHT: Sets this STRAIGHT's direction to the given unit vector.
set_direction(SPAvector&) method in class pick_ray: Sets the direction with a vector.
set_direction(SPAunit_vector&) method in class pick_ray: Sets the direction with a SPAunit_vector.
set_distance(law*) method in class wire_offset_options
set_distance(double) method in class wire_offset_options
set_distribute_flag(logical) method in class HISTORY_STREAM: Sets the flag for distribution.
set_do_analytic(logical) method in class ATTRIB_HH_AGGR_ANALYTIC: Sets a flag indicating whether or not the analytic solver subphase needs to be used.
set_do_approximate(int) method in class simplify_options: Sets the value of do_approximate parameter to 0 or 1.
set_do_curve_simplification(int) method in class simplify_options: Sets the value of do_curve_simplification parameter to ON or OFF.
set_do_curve_simplification(int) method in class hh_simplify_options: Sets the value to switch curve simplification ON or OFF.
set_do_force_simplification(int) method in class simplify_options: Sets the value of do_force_simplification parameter to ON or OFF.
set_do_gen_spline(logical) method in class ATTRIB_HH_AGGR_GEN_SPLINE: Sets a flag indicating whether or not the generic spline solver subphase needs to be used.
set_do_geombuild(logical) method in class ATTRIB_HH_AGGR_GEOMBUILD: Sets a flag indicating whether or not the geometry building phase needs to be used.
set_do_geombuild_log(logical) method in class ATTRIB_HH_AGGR_GEOMBUILD: Used for logging simplification module changes.
set_do_isospline(logical) method in class ATTRIB_HH_AGGR_ISOSPLINE: Sets a flag indicating whether or not the isospline solver subphase needs to be used.
set_do_sharp_edge(logical) method in class ATTRIB_HH_AGGR_SHARP_EDGE: Sets a flag indicating whether or not the sharp edge solver subphase needs to be used.
set_do_simplify(logical) method in class ATTRIB_HH_AGGR_SIMPLIFY: Sets a flag indicating whether or not the geometry simplification phase needs to be used and if TRUE, the geometry simplification phase is used; otherwise, it is not used.
set_do_simplify_log(logical) method in class ATTRIB_HH_AGGR_SIMPLIFY: Sets the option to denote if simplify log generation is on or off.
set_do_stitch(logical) method in class ATTRIB_HH_AGGR_STITCH: Sets a flag indicating whether or not the stitching phase needs to be used.
set_do_stitch_log(logical) method in class ATTRIB_HH_AGGR_STITCH: Sets a flag indicating whether or not is to be used.
set_do_surface_simplification(int) method in class hh_simplify_options: Sets the value to switch surface simplification ON or OFF.
set_do_surface_simplification(int) method in class simplify_options: Sets the value of do_curve_simplification parameter to ON or OFF.
set_do_wrapup(logical) method in class ATTRIB_HH_AGGR_WRAPUP: Sets a flag indicating whether or not the wrap-up subphase needs to be used.
set_domain(SPAinterval*,logical) method in class law: Establishes the domain of this law.
set_domain(SPAinterval*) method in class law_data: Sets the domain of this law_data to the given interval.
set_draft_angle(double) method in class sweep_options: Sets the draft angle.
set_draft_hole(draft_hole_option,double) method in class sweep_options: Controls the offset behavior of internal loops (or holes) of a profile face when used to sweep with draft.
set_draft_law(law*) method in class sweep_options: Sets the law that wants to be used to calculate the draft angle/behavior.
set_draft_repair_level(draft_repair_level) method in class sweep_options: Sets the level of detection for degeneracy and self-intersection during sweeping with draft.
set_dynamic_surtol(REFINEMENT_IFLOAT) method in class REFINEMENT: Sets the maximum allowable dynamic surface tolerance.
set_edge(EDGE*,logical) method in class VERTEX: Sets the owning EDGE of this VERTEX to the specified EDGE.
set_edge(EDGE*) method in class edge_entity_rel: Sets the edge in the edge-entity relationship.
set_edge(EDGE*) method in class ATTRIB_INTCOED: Sets a new edge.
set_edge(EDGE*,logical) method in class COEDGE: Sets the underlying EDGE of this COEDGE.
set_edge_dist(double) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the maximum distance from the edges.
set_edge_length(REFINEMENT_IFLOAT) method in class REFINEMENT: Sets the maximum allowable length of a facet edge.
set_edge_sense() method in class ATTRIB_VAR_BLEND: Sets the attribute member sense_data, the sense of the edge, with respect to the defining curve.
set_edge_seq_end(EDGE*) method in class ATTRIB_VAR_BLEND: Set the last edge in the sequence of edges to be blended.
set_edge_seq_start(EDGE*) method in class ATTRIB_VAR_BLEND: Set the first edge in the sequence of edges to be blended.
set_edges_meet(int) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the indicator of whether or not edges meet.
set_element(int,int,double) method in class SPAmatrix: Assigns a value into the matrix.
set_element(int,int,double) method in class tensor: Sets an element (i,j), where i and j range from 0 to 2.
set_end(VERTEX*,logical) method in class EDGE: Sets the this EDGE's end VERTEX.
set_end(SPAposition&) method in class ATTRIB_HH_ENT_STITCH_EDGE: Sets the end position.
set_end_curv(SPAvector const&) method in class UNDEFC: ets the curvature at the end of the curve.
set_end_dir(SPAunit_vector const&) method in class UNDEFC: ets the direction at the end of the curve.
set_end_draft_dist(double) method in class sweep_options: Sets a specific offset distance.
set_end_face(FACE*) method in class SWEEP_ANNO_END_CAPS
set_end_maj(double) method in class var_rad_rot_ellipse: Sets end major.
set_end_min(double) method in class var_rad_rot_ellipse: Sets end minor.
set_end_param(double) method in class var_radius: Sets the end parameter.
set_end_param(double) method in class bounded_curve: Sets the end parameter of this bounded_curve.
set_end_point(SPAposition const&) method in class UNDEFC: ets the point at the end of the curve.
set_end_ptr(VERTEX*,logical) method in class EDGE: Assigns a pointer to the end VERTEX of this EDGE.
set_end_rad(double) method in class var_rad_two_ends: Sets a new value for the end radius.
set_end_rot(double) method in class var_rad_rot_ellipse: Sets end rotation.
set_end_stop_angle(double) method in class ATTRIB_FFBLEND: Sets the end_stop_angle_data (for stopped blends, this is the end angle of the stopping plane").
set_end_t(SPAposition&,double*) method in class bounded_curve: Sets the end points of this bounded_curve.
set_entities(ENTITY_LIST&) method in class entity_error_info: Sets the entities pointed to by this entity_error_info object to be those contained in the incoming list 'entities'.
set_entity(ENTITY*) method in class edge_entity_rel: Sets the entity in the edge-entity relationship.
set_entity(ENTITY*) method in class entity_with_ray: Sets the ENTITY.
set_entity(ENTITY*) method in class param_info: Sets the entity referred to by this instance.
set_entity_by_name(char*,ENTITY*) method in class ANNOTATION: Specifies the name for the given ENTITY.
set_entity_history(logical) method in class PART: Turns on or off flag stating whether ENTITY has a history stream.
set_entity_mgr_factory(entity_mgr_factory*) method in class asm_restore_options
set_entity_ptrs(ENTITY*,ENTITY*) method in class BULLETIN: Sets the entity pointers.
set_entity_type(param_info_type) method in class param_info: Sets the entity type for this instance.
set_enum(logical) method in class ATTRIB_HH_AGGR_WRAPUP: Sets a flag indicating whether or not the fix_enum option needs to be used.
set_estimate_loft_tanfacs(int) method in class skin_options: Sets the value of the estimate loft tanfacs option.
set_eyepos(SPAposition&) method in class IHL_CAMERA: Sets the eye position.
set_face(FACE*) method in class ATTRIB_INTCOED: Sets the face adjacent to the graph coedge.
set_face(FACE*,logical) method in class LOOP: Sets the face pointer of this LOOP to the specified FACE.
set_face(FACE*) method in class SUBSHELL: Sets this SUBSHELL's FACE pointer to the given FACE.
set_face(FACE*) method in class CFACE: Changes the data for the face.
set_face(FACE*,logical) method in class SHELL: Sets this SHELL's FACE pointer to the given FACE.
set_face_area(int) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the face area status indicator.
set_face_dist(double) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the maximum distance from the faces.
set_face_narrow(int) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the face width status indicator.
set_face_rel(face_body_rel,face_body_conf) method in class ATTRIB_INTCOED: Sets the relationship of the coedge attribute.
set_face_seen() method in class ATTRIB_INTCOED: Marks this coedge's body face as having been processed.
set_ffblend(ENTITY*) method in class ATTRIB_FFBLEND: Sets this ffblend on the given entity having first removed any existing ffblend attribute.
set_ffblends(ENTITY_LIST const&) method in class ATTRIB_FFBLEND: Sets copies of this ffblend on a list of edges.
set_file_name(char*) method in class AcisJournal: This method is used to set the filename for scheme and sat files.
set_final_surf_check(logical) method in class acovr_options: Sets whether or not advanced covering checks the correctness of candidate covering surfaces.
set_first_error(double) method in class moments: Sets the first error of a moment.
set_first_moment(SPAvector const&) method in class moments: Sets the first moment of the moment.
set_fitol(double) method in class blend_spl_sur: Sets the approximating fit tolerance.
set_fix_body_orientation(logical) method in class edge_tolstitch_options: Checks whether all face normals in the final stitched model need to be reversed.
set_flags(unsigned long) method in class PART: Sets the PART flags.
set_flags(int,int,int,int) method in class glue_options: Copies the flag values to this object.
set_flattening(double) method in class acovr_options: Sets the value of the flattening parameter.
set_font_name(char*) method in class TEXT_ENT: Sets the text font.
set_font_size(int) method in class TEXT_ENT: Sets the size of the font.
set_from(STATE_ID) method in class DELTA_STATE: Sets the identification of the from STATE_ID.
set_from_tolerant_owner_action(tolerant_action) method in class ATTRIB: Set the from_tolerant_owner action for this attribute.
set_front_cface(CFACE*) method in class ATTRIB_FACECFACE: Sets the front CFACE.
set_fuzzy_int() method in class ATTRIB_INTEDGE: Sets whether this graph edge derives from a fuzzy region on an edge of one or both bodies.
set_gap(double) method in class ATTRIB_HH_ENT_STITCH_EDGE: Sets the gap.
set_gap_type(skin_gap_type) method in class skin_options: Sets the gap filling type.
set_gap_type(sg_gap_type) method in class wire_offset_options: Set the gap filling type.
set_gap_type(int) method in class sweep_options: Sets the desired gap type for a draft operation.
set_gaps(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Sets the value of the coedge gaps indicator.
set_geomchanged_member_action(geomchanged_member_action) method in class SPACOLLECTION: Set the geometry changed action for a collection.
set_geometry(int,ellipse&,double,double,pcurve&,double,logical,logical,logical,SPAunit_vector&) method in class VBL_SURF: Sets the boundaries for the geometry as a circle on the end of a pipe.
set_geometry(CURVE*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Sets the geometry in the attribute to the given curve.
set_geometry(int,ellipse&,double,double,double,logical,logical,logical,SPAunit_vector&) method in class VBL_SURF: Sets the boundaries for the geometry as a circle on the end of a cylinder.
set_geometry(SURFACE*,logical) method in class FACE: Sets the geometry pointer of this FACE to the specified SURFACE.
set_geometry(APOINT*,logical) method in class VERTEX: Sets the geometry of this VERTEX to the specified APOINT.
set_geometry(int,curve&,SPAunit_vector&,double,double,double,logical,logical,logical,SPAunit_vector&) method in class VBL_SURF: Sets the boundaries for the geometry as a curve on a plane.
set_geometry(int,curve&,double,double,double,logical,SPAunit_vector&) method in class VBL_SURF: Sets the boundaries for the geometry as a curve across which the blend is not smooth.
set_geometry(int,ellipse&,double,double,SPAposition&,double,logical,logical,logical,SPAunit_vector&) method in class VBL_SURF: Sets the boundaries for the geometry as a circle on the end of a torus.
set_geometry(PCURVE*) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Sets the pcurve, pPCU, associated with the owning coedge to the given pcurve.
set_geometry(int,SPAposition&,SPAunit_vector&,SPAunit_vector&,double,logical,logical,logical,SPAunit_vector&) method in class VBL_SURF: Sets the boundaries for the geometry as a degenerate zero-radius cross curve or as a point.
set_geometry(int,ellipse&,double,double,SPAvector&,SPAvector&,double,logical,logical,logical,SPAunit_vector&) method in class VBL_SURF: Sets the boundaries for the geometry as a circle with given twist vectors at the ends of the boundary.
set_geometry(int,pcurve&,logical,curve&,double,logical,logical,SPAunit_vector&) method in class VBL_SURF: Sets the boundaries for the geometry as a pcurve.
set_geometry(PCURVE*,logical) method in class COEDGE: Sets this COEDGE's parameter-space geometry to the given PCURVE.
set_geometry(APOINT*) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Sets the geometry in the attribute to the given point.
set_geometry(SURFACE*) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the geometry in the attribute to the given surface.
set_geometry(CURVE*,logical,logical) method in class EDGE: Sets this EDGE's geometry to the given CURVE.
set_geometry_ptr(CURVE*) method in class EDGE: Sets the pointer to the underlying CURVE geometry for this EDGE.
set_geometry_ptr(PCURVE*) method in class COEDGE: Sets this COEDGE's parameter-space geometry to the given PCURVE.
set_globals() method in class ATTRIB_HH_AGGR_ANALYTIC: Initializes various global variables to zero.
set_grading_mode(logical) method in class REFINEMENT: Sets the grading mode.
set_green(double) method in class Render_Color: Sets the green color value to a double value between 0 and 1.
set_green(double) method in class rgb_color: Sets the green component.
set_grid_aspect_ratio(REFINEMENT_IFLOAT) method in class REFINEMENT: Grid aspect ratio specifies the approximate aspect ratio of each cell in the grid.
set_grid_mode(AF_GRID_MODE) method in class REFINEMENT: The grid mode specifies whether a grid is used and whether the points where the grid cuts the edges should be inserted into the edge discretization.
set_gridpts_array(SPAposition*,int,int) method in class splgrid: Sets a pointer to an array of positions that form a grid of points on a spline surface.
set_gridpts_item(int,int,SPAposition&) method in class splgrid: Changes one of the elements in the array of grid points.
set_guide(ENTITY*,double) method in class acovr_options: Specifies a guide point (vertex) or guide curve (edge).
set_guide(ENTITY*) method in class acovr_options: Specifies a guide point (vertex) or guide curve (edge).
set_guide_constraint_preference(guide_curve_preference) method in class skin_options: Sets the value of the guide curve constraint option option.
set_guide_tol(double) method in class skin_options: Set virtual guide tolerance.
set_guides(ENTITY_LIST&,double) method in class acovr_options: Specifies a list of guide points (vertices) or guide curves (edges).
set_guides(ENTITY_LIST&) method in class acovr_options: Specifies a list of guide points (vertices) or guide curves (edges).
set_handedness(logical) method in class HELIX: Sets this HELIX's handedness to the given value.
set_heal_status(enum MODULE_HEAL_STATUS) method in class ATTRIB_HH_AGGR: Sets the current status of healing.
set_helix_range(SPAinterval const&) method in class helix
set_helix_range(SPAinterval const&) method in class HELIX
set_hidden_line_style(phlv5_hidden_line_style) method in class phlv5_options: Sets the hidden line style.
set_history(HISTORY_STREAM*) method in class BULLETIN: Sets the current history stream.
set_history_ptrs() method in class DELTA_STATE: Sets history pointers.
set_hold_state(asm_hold_state) method in class component_handle_list: Sets the hold state of the handle list.
set_hold_state(asm_hold_state) method in class component_entity_handle_list: Sets the hold state of the handle list.
set_hold_state(asm_hold_state) method in class asm_list_options
set_hold_state(asm_hold_state) method in class asm_model_list: Sets the hold state of the model list.
set_hold_state(asm_hold_state) method in class entity_handle_list: Sets the hold state of the handle list.
set_hole_max_diameter(double) method in class defeature_options: Sets the value of the "holes_max_diameter" to the input value.
set_hole_max_diameter() method in class defeature_options: Sets the value of the "hole_max_diameter" to the default value of 10.
set_hull_distance(double) method in class pcurve: Sets the distance from the true curve to the underlying bs2_curve convex hull, if the true curve comes outside of the hull.
set_hull_enclosure(int,int) method in class intcurve: Sets the curve enclosure in the underlying int_cur.
set_hull_self_intersects(int) method in class pcurve: Set to 1 if the bs2_curve hull self-intersects, within the checked_range, or to zero if it does not self-intersect within this range.
set_hull_turning_angles_ok(int) method in class pcurve: Sets the value for hull turning angle checking.
set_ic_global_cache_run_mode(gcmgr_run_mode) global function: Sets the global cache manager run mode for int_cur cache objects.
set_ic_global_cache_size(int) global function: Sets the maximum number of int_cur cache objects maintained by the global cache manager.
set_identity(logical) method in class SPApar_transf: Specifies whether or not to turn transform into identity transform.
set_inflect(logical) method in class cvty: Data setting functions.
set_initial_face(FACE*) method in class acovr_options: Chooses an initial spline surface.
set_initial_fitol(double) method in class blend_spl_sur: Sets the initial fit tolerance.
set_initial_num_u(int) method in class blend_spl_sur: Sets the initial u value.
set_input_entity(ENTITY*&,ENTITY*) method in class ANNOTATION: Specifies a pointer to an input ENTITY.
set_input_scale(double) method in class UNITS_SCALE: Sets the input scale factor.
set_intersect(FACE*,edge_face_int*) method in class ATTRIB_EFINT: Sets the intersection list for a given face.
set_inverse(law*) method in class law: Sets the inverse of the given law.
set_iso_spline_edge_log_details(char*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Function for log list addition for iso_spline junction.
set_iso_spline_log_details(int,int,int,int,int,int) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Logs surface knot insertion details.
set_journal(AcisJournal&) method in class AcisOptions: This method sets the value of AcisJournal to the value of the passed AcisJournal object.
set_keep(law*,logical) method in class pattern: Obsolete: use api_pattern_modify_filter instead.
set_keep_branches(logical) method in class tube_options: Sets logical to keep or discard branch cells.
set_keep_branches(logical) method in class sweep_options: Sets whether or not to keep branches from "to body/face" operations.
set_keep_law(law*) method in class sweep_options: Specifies which portions of a graph are to be kept.
set_keep_law(law*) method in class tube_options: Sets the current keep_law option values.
set_keep_minimum_topology(int) method in class wire_offset_options: Set the value of the keep_minimum_topology option.
set_keep_start_face(logical) method in class sweep_options: Specifies that the face used to sweep remains available after the sweep operation.
set_kind(int,logical) method in class gvertex: Assigns a user-defined kind to this graph edge.
set_kind(int,logical) method in class gedge: Assigns a user-defined kind to this graph edge.
set_kind(generic_graph*,int,logical) method in class generic_graph: Turn the given kind on or off for all gvertexes and gedges in the reference graph.
set_knife(logical) method in class cvty: Data setting functions.
set_knots_on_true_curve(int) method in class pcurve: Set to 1 if all of the bs2_curve knots that are within the checked_range lie on the associated true curve (to within SPAresabs), or to 0 if this is not the case.
set_left_bs2_curve(bs2_curve) method in class blend_spl_sur: Sets the bs2_curves into the left support data.
set_left_face(FACE*) method in class ATTRIB_FFBLEND: Sets the value of the left face.
set_left_lateral_edge(EDGE*) method in class SWEEP_ANNO_VERTEX_LAT
set_left_range(double) method in class ATTRIB_CONST_CHAMFER: Sets the value for the left range.
set_left_spring(intcurve*) method in class blend_spl_sur
set_left_top_edge(EDGE*) method in class SWEEP_ANNO_VERTEX_TOP
set_left_top_vertex(VERTEX*) method in class SWEEP_ANNO_VERTEX_TOP
set_len(double) method in class ATTRIB_HH_ENT_STITCH_EDGE: Sets the length.
set_length(double) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Sets the length of the edge.
set_level(mass_props_level) method in class mass_props_options: Sets an indicator of the mass properties to be calculated.
set_levels(int,int) method in class wire_law_data: Sets the number of levels for the points stored and the derivatives stored.
set_levels(int,int) method in class surface_law_data: Establishes the number of positions stored in tvalue in preparation for starting over and clears out cached arrays of the positions and their derivatives.
set_levels(int,int) method in class curve_law_data: Establishes the number of parameter values to store in tvalue, which in turn establishes the positions for cached_f.
set_levels(int,int) method in class pcurve_law_data: Changes the number of points and derivative levels to cache.
set_list(pattern_datum**,int) method in class pattern: Obsolete: do not use.
set_location(SPAposition&) method in class TEXT_ENT: Indicates that the tolerance needs to be recalculated.
set_log_details() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Set logging details.
set_logging(logical) global function: Flag to control whether rollback records are produced or not.
set_logging(stream_logging) method in class HISTORY_STREAM: Sets the stream specific application logging value.
set_lolo_inter(int) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the loop/loop intersection indicator.
set_loop(LOOP*,logical) method in class FACE: Sets the loop pointer of this FACE to the specified LOOP.
set_loop(LOOP*,logical) method in class COEDGE: Sets the owning ENTITY of this COEDGE to the specified LOOP.
set_loop_inter(int) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the loop self-intersection indicator.
set_loop_type(loop_type,LOOP*) method in class LOOP
set_loops(int) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the loop quality indicator.
set_lop_change_owner_action(geometry_changed_action) method in class ATTRIB: Set the lop_change_owner action for this attribute.
set_lump(LUMP*,logical) method in class SHELL: Sets this SHELL's LUMP pointer to the specified LUMP.
set_lump(LUMP*,logical) method in class BODY: Sets the LUMP pointer of this BODY to the specified LUMP.
set_lump(LUMP*) method in class CELL: Changes the data for the lump.
set_mac_color(RGBColor) method in class rgb_color: When running in the Macintosh Environment, this defines an additional method for converting to an RGBColor record.
set_major_axis(SPAvector&) method in class ELLIPSE: Sets this ELLIPSE's major axis to the given vector.
set_major_axis(SPAvector&) method in class bounded_arc: Modifies the major axis of this bounded_arc.
set_major_axis(SPAvector&) method in class CONE: Sets this CONE's major axis to the given vector.
set_major_radius(double) method in class TORUS: Sets this TORUS's major radius to the given value.
set_make_c1(logical) method in class ATTRIB_HH_AGGR_ISOSPLINE: Sets the make_c1 option.
set_mark() method in class BinaryFile: Returns the current file pointer position.
set_mark() method in class FileInterface: Sets the mark.
set_mark() method in class SatFile: Returns the current file position within the SatFile.
set_mark() method in class SabFile: Returns the current file position within the SabFile.
set_masked(unsigned long,FileInfo const&) method in class FileInfo: Copies selected fields from another instance.
set_match_vertices(int) method in class skin_options: Sets the value of the match vertices option.
set_max_angle(double) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Sets the edge_datamax_angle to the input value.
set_max_edge_length(REFINEMENT_IFLOAT) method in class REFINEMENT: The maximum edge length specifies the maximum length of a side of a cell in object space.
set_max_gap(double) method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Sets the maximum gap.
set_max_grid_lines(int) method in class REFINEMENT: The maximum grid lines specifies the maximum number of grid subdivisions.
set_max_radius(double) method in class simplify_options: Sets the value of max_radius parameter.
set_max_radius(double) method in class var_radius: Sets the maximum radius.
set_max_radius(double) method in class hh_simplify_options: Sets the value of Maximum curve radius.
set_max_spans(int) method in class acovr_options: Sets the maximum number of spans in the covering surface.
set_max_spline_tang_tol(double) method in class ATTRIB_HH_AGGR_GEOMBUILD: Set the maximum global tolerance value to the input value given.
set_max_states_to_keep(int) method in class HISTORY_STREAM: Establishes the maximum number of states to keep in history stream.
set_max_stitch_tol(double) method in class tolerant_stitch_options: Allows you to override internal algorithm which determines the maximum stitch tolerance parameter.
set_max_stitch_tol(double) method in class edge_tolstitch_options: Allows you to override internal algorithm which determines the maximum stitch tolerance parameter.
set_max_tol(double) method in class ATTRIB_HH_AGGR_STITCH: Sets the new value of the maximum stitching tolerance.
set_meet_dist(double) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the maximum distance between the edges.
set_merge(logical) method in class tube_options: Sets the merge option value.
set_merge_member_action(merge_member_action) method in class SPACOLLECTION: Set the merge action for a collection.
set_merge_method(char const*,merge_func) global function: Registers a function which implements a custom split_owner method for generic attributes with the specified name.
set_merge_owner_action(merge_action) method in class ATTRIB: Set the merge_owner action for this attribute.
set_merge_type(merge_type) method in class sweep_options: Sets the merge type.
set_merge_type(bool_merge_type) method in class BoolOptions: Sets the merge type.
set_merge_wirecoedges(int) method in class skin_options: Sets the value of the merge wire coedges option.
set_mesh(MESH*) method in class ATTRIB_EYE_ATTACHED_MESH: Sets the mesh of this attribute.
set_message(err_mess_type,char*) global function: Replace an error message with a custom message in the message_module system.
set_mgr(asm_model_entity_mgr*) method in class ASM_ASSEMBLY: Notifies the assembly of the entity manager which manages it.
set_mid_lateral_edge(EDGE*) method in class SWEEP_ANNO_VERTEX_LAT
set_mid_top_vertex(VERTEX*) method in class SWEEP_ANNO_VERTEX_TOP
set_min_angle(double) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Sets the edge_datamin_angle to the input value.
set_min_radius(double) method in class var_radius: Sets the minimum radius.
set_min_spline_tang_tol(double) method in class ATTRIB_HH_AGGR_GEOMBUILD: Sets the minimum global spline tangent tolerance to the specified value.
set_min_tol(double) method in class ATTRIB_HH_AGGR_STITCH: Sets the new value of the minimum stitching tolerance.
set_min_tol(double) method in class ATTRIB_HH_AGGR_GEOMBUILD: Sets the minimum geombuild tolerance.
set_min_u_grid_lines(int) method in class REFINEMENT: Sets the minimum number of u grid lines.
set_min_v_grid_lines(int) method in class REFINEMENT: Sets the minimum number of v grid lines.
set_minor_radius(double) method in class TORUS: Sets this TORUS's minor radius to the given value.
set_miter(miter_type) method in class sweep_options: Specifies how mitering is performed.
set_miter_amount(double) method in class sweep_options: Sets the minimum radius for using the miter_type, bend_miter.
set_miter_edge(EDGE*) method in class SWEEP_ANNO_EDGE_MITER
set_miter_vertex(VERTEX*) method in class SWEEP_ANNO_VERTEX_MITER
set_mixed(logical) method in class cvty: Data setting functions.
set_mode(SPAboxing_mode) method in class SPAboxing_options: Establishing a boxing mode.
set_mode(void) method in class SPAboxing_options: Establishing a boxing mode.
set_model_info(asm_model_info const&) method in class acis_pm_entity_mgr: Changes the model_info information associated with the entity manager's bound PART.
set_model_info(asm_model_info const&) method in class default_entity_mgr: Associates model information with the default_entity_mgr.
set_model_scale(double) method in class UNITS_SCALE: Sets the model scale factor.
set_modified(logical) method in class PART: Returns TRUE if an ENTITY in the PART has been modified; otherwise, it returns FALSE.
set_n_derivatives(int) method in class blend_contact
set_name(char*) method in class DELTA_STATE: Changes name of DELTA_STATE.
set_name(char*) method in class NAMED_ATTRIB: Sets the name of the attribute.
set_name(char const*) method in class ATTRIB_GEN_NAME: Changes the name assigned to this attribute.
set_narrow(double) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the face width.
set_narrow_support(support_entity*,SPAinterval&) method in class ATTRIB_BLEND
set_near_coincidence_fuzz(double) method in class BoolOptions: Sets the value of the near coincidence fuzz.
set_new_evaluator_curve_tolerance(double) method in class blend_spl_sur
set_new_sequence(EDGE*,EDGE*,CURVE*) method in class ATTRIB_VAR_BLEND: Set new sequence information in an attribute.
set_next(subtrans_object*) method in class subtrans_object: Sets the next object in the list.
set_next(COEDGE*,REVBIT,logical) method in class COEDGE: Sets this COEDGE's next COEDGE pointer, taking into account the specified sense.
set_next(LUMP*,logical) method in class LUMP: Sets this LUMP's next LUMP pointer to the given LUMP.
set_next(WIRE*,logical) method in class WIRE: Sets the next WIRE in the BODY's list of WIREs to the given WIRE.
set_next(CELL*) method in class CELL: Changes the data for the next cell.
set_next(CFACE*) method in class CFACE: Changes the data for the next cface.
set_next(edge_entity_rel*) method in class edge_entity_rel: Sets the next pointer in the edge-entity relationship.
set_next(IHL_SEGMENT*) method in class IHL_SEGMENT: Sets next IHL_SEGMENT pointer.
set_next(FACE*,logical) method in class FACE: Sets the next pointer of this FACE to the specified FACE.
set_next(SHELL*,logical) method in class SHELL: Sets this SHELL's next SHELL pointer to the given SHELL.
set_next(error_list_info*) method in class error_list_info: Set next_ptr and juggle use counts.
set_next(point_entity_rel*) method in class point_entity_rel: Sets the next point-entity relationship.
set_next(LOOP*,logical) method in class LOOP: Sets the next pointer of this LOOP to the specified LOOP.
set_next(blend_contact*) method in class blend_contact
set_next(CSHELL*) method in class CSHELL: Sets the next CSHELL.
set_next_bb_b(BULLETIN*) method in class BULLETIN: Sets the corresponding bulletin in the next bulletin board.
set_next_no_rev(COEDGE*,logical) method in class COEDGE: Sets this COEDGE's next COEDGE pointer.
set_next_tag(int) method in class BASE_TAG_MANAGER: Sets the next available tag array index, growing the tag array as required.
set_no_new_twist_vertices(int) method in class skin_options: Sets the value of the no new twist vertices option.
set_no_twist(int) method in class skin_options: Sets the value of the no twist option.
set_non_trivial(int) method in class glue_options: Copies the input value to non_trivial flag.
set_normal(SPAunit_vector&) method in class polygon_vertex: Set the normal polygon vertex.
set_normal(SPAunit_vector&) method in class TORUS: Sets this TORUS's normal to the given unit vector.
set_normal(SPAunit_vector&) method in class PLANE: Sets this PLANE's normal to the given unit vector.
set_normal(VERTEX_TEMPLATE*,SPAunit_vector&) method in class POLYGON_VERTEX: Sets the normal of the vertex.
set_normal(SPAunit_vector&) method in class ELLIPSE: Sets this ELLIPSE's planar normal to the given unit vector.
set_normal(SPAunit_vector&) method in class bounded_arc: Modifies the plane normal to this bounded_arc.
set_normal_tol(REFINEMENT_IFLOAT) method in class REFINEMENT: The normal tolerance specifies the maximum normal deviation allowed between two normals on two adjacent facet nodes.
set_occurrence(PHLV5_OCC*) method in class PHLV5_EDGE
set_off_face(double) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Sets the value of the maximum distance off the face.
set_old_no_option_sweep(logical) method in class sweep_options: set the old no opton sweep type.
set_on_edges(int) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the indicator of whether or not the vertex is on the edges.
set_on_face(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Sets the value of the "on face" indicator.
set_on_face(int) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Sets the value of "on the face" indicator, on_face.
set_on_faces(int) method in class ATTRIB_HH_ENT_GEOMBUILD_VERTEX: Gets the indicator of whether or not the vertex is on the faces.
set_one_sided_sheet_opt(one_sided_sheet_opt) method in class mass_props_options: Sets an indicator of the way in which voids and open, one-sided sheets will be treated.
set_only_from(int) method in class tube_options: Sets the option to use cells only from the tube (1) or only from the blank (2).
set_order(gvertex const*,int) method in class generic_graph: Manually assigns an order to a gvertex in a graph.
set_oriented(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Sets the value of the loop orientation indicator.
set_origin(SPAposition const&) method in class moments: Sets the origin from which the first and second moments are measured.
set_other_body(ENTITY*,REVBIT) method in class ATTRIB_INTEDGE: Sets the data associated with the other body.
set_other_body(ENTITY*,double,edge_face_int*) method in class ATTRIB_INTVERT: Sets the properties of the other body involved in the intersection.
set_other_coedge(COEDGE*) method in class ATTRIB_INTVERT: Sets the pointer to the other coedge.
set_output_entity(ENTITY*&,ENTITY*) method in class ANNOTATION: Specifies a pointer to an output ENTITY.
set_output_file(FILE*) method in class STL_MESH_MANAGER: Set the output file.
set_output_scale(double) method in class UNITS_SCALE: Sets the output scale factor.
set_overlap(int) method in class wire_offset_options: Set the value of the overlap option.
set_owner(ENTITY*) method in class EE_LIST: Specifies the owning entity for this list.
set_owner(ENTITY*) method in class WIRE: Set this WIRE's owner to be the specified BODY or SHELL.
set_owner(ENTITY*,logical) method in class COEDGE: Sets the owning ENTITY of this COEDGE to the specified ENTITY.
set_owner(ENTITY*) method in class TRANSFORM: Sets the owner of this TRANSFORM.
set_owners() method in class HISTORY_STREAM: Resets the owning stream after moving states between streams.
set_ownership(logical) method in class EE_LIST: Sets the entry ownership flag to the desired state.
set_owns_entities(logical) method in class HISTORY_STREAM: Sets the flag for owning entities.
set_owns_ents(logical) method in class default_entity_mgr: Specifies whether the default_entity_mgr owns the entities that it contains.
set_owns_stream(logical) method in class default_entity_mgr: Specifies whether the default_entity_mgr owns the history stream to which it is bound.
set_p_curve(int) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Sets the value of pcurve status indicator, p_curve.
set_p_curve_max_dist(double) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Sets the value of the maximum distance off the face.
set_par_pos(SPApar_pos&) method in class insanity_data: Set the parameter position property for this instance.
set_par_pos_mapping_01(logical) method in class INDEXED_MESH
set_par_pos_mapping_01(logical) method in class SEQUENTIAL_MESH: Change the parametric positions to be mapped from zero to one.
set_param_range(SPAinterval const&) method in class EDGE: Checks the parameter range of this EDGE.
set_parameter(double&) method in class AF_POINT: Set the parmater (t value of the curve) corresponding to the 3d position of this AF_POINT.
set_parameter_data(VERTEX_TEMPLATE*,parameter_token,NODE_DATA_CELL_TYPE*) method in class polygon_vertex: Sets the parameter data as specified in the array.
set_parameter_data(VERTEX_TEMPLATE*,parameter_token,NODE_DATA_CELL_TYPE*) method in class POLYGON_VERTEX: Sets the parameter data as specified in the array.
set_parameter_range(double,double) method in class bounded_curve: Sets the parameter range of this bounded_curve.
set_parent(SUBSHELL*) method in class SUBSHELL: Sets this SUBSHELL's parent pointer to the given SUBSHELL.
set_part(PART*) method in class acis_pm_entity_mgr: Binds this entity manager to the specified PART.
set_part_delete_flag(logical) method in class entity_callback_list: Sets the part delete flag on or off.
set_part_name(char*) method in class PART: Sets the name for the PART.
set_partner(int) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Sets the value of partner indicator, partner.
set_partner(COEDGE*,logical) method in class COEDGE: Sets this COEDGE's partner to be the given COEDGE.
set_partner(VERTEX*) method in class ATTRIB_INTVERT: Sets the vertex created on a duplicate graph, which is used only during graph duplication.
set_partner_edge(EDGE*) method in class ATTRIB_HH_ENT_STITCH_EDGE: Sets the partner edge of the owner as the given edge.
set_patch_and_face_cover(int) method in class glue_options: Copies the input value to patch_and_face_cover flag.
set_pattern(pattern*,logical) method in class SHELL: Obsolete: api_pattern_apply_to_entity should be used to apply patterns to shells.
set_pattern(pattern*,logical) method in class ENTITY: Obsolete: do not use.
set_pattern(pattern*,logical) method in class BODY: Obsolete: api_pattern_apply_to_entity should be used to apply patterns to bodies.
set_pattern(pattern*,logical) method in class LOOP: Obsolete: api_pattern_apply_to_entity should be used to apply patterns to loops.
set_pattern(pattern*,logical) method in class FACE: Obsolete: api_pattern_apply_to_entity should be used to apply patterns to faces.
set_pattern(pattern*,logical) method in class COEDGE: Obsolete: do not use.
set_pattern(pattern*,logical) method in class LUMP: Obsolete: api_pattern_apply_to_entity should be used to apply patterns to lumps.
set_pattern(pattern*,logical) method in class VERTEX: Obsolete: do not use.
set_pattern(pattern*,logical) method in class EDGE: Obsolete: do not use.
set_pattern(pattern*,logical) method in class WIRE: Obsolete: do not use.
set_pattern_holder(pattern_holder*) method in class ENTITY: Obsolete: do not use.
set_pause_after_recognize(logical) method in class defeature_options: Sets the status of the "pause_after_recognize" flag.
set_pending(logical) method in class BULLETIN_BOARD: Sets the pending value.
set_periodic(int) method in class skin_options: Sets the value of the periodic option.
set_periodic() method in class intcurve: Marks an intcurve as periodic.
set_periodic(double) method in class discontinuity_info: Establishes the periodicity.
set_perpendicular(int) method in class skin_options: Sets the value of the perpendicular option.
set_perspective(logical) method in class IHL_CAMERA: Sets the perspective flag.
set_pid_base(pid_base*) method in class pid_base: Sets the pid_base to an existing one.
set_pid_base(char*,long,int,int) method in class pid_base: Sets the pid_base, with all the necessary information.
set_pitch(double) method in class HELIX: Sets this HELIX's pitch to the given value.
set_plane_info(SPAposition&,SPAvector&) method in class mass_props_options: Sets the position and normal vector defining the projection plane to be used in calculating mass properties.
set_plane_normal(SPAunit_vector&) method in class acovr_options: Defines the initial projection plane.
set_plane_normal(SPAunit_vector&) method in class wire_offset_options: Set the value of the plane normal option.
set_planes_only(logical) method in class ATTRIB_HH_AGGR_SIMPLIFY: Sets the value of the m_planes_only flag, which indicates whether or not only planes should be simplified and If TRUE, only plane surface types are simplified.
set_point(SPAposition&) method in class pick_ray: Sets the position.
set_point(SPAposition&) method in class POLYGON_VERTEX: Sets the position of the vertex.
set_poly_vertex(int,int,polygon_vertex*) method in class INDEXED_MESH: Sets the data of the polygon vertex.
set_portion_end(SPAposition&) method in class sweep_options: Set the end of the portion of the curve used for sweeping.
set_portion_start(SPAposition&) method in class sweep_options: Set the start of the portion of the curve used for sweeping.
set_pos(SPAposition const&) method in class blend_contact
set_pos_tol(double) method in class acovr_edge_constraint: Sets the position gap tolerance value.
set_position(SPAposition&) method in class AF_POINT: Set the position of this AF_POINT.
set_position(SPAposition&) method in class polygon_vertex: Sets the position.
set_postprocess_heal_status(MODULE_HEAL_STATUS) method in class ATTRIB_HH_AGGR_GEOMBUILD: Sets the postprocessor stage flag.
set_postprocess_stitch(int) method in class skin_options: Sets the value of the postprocess stitch option.
set_preprocess_heal_status(MODULE_HEAL_STATUS) method in class ATTRIB_HH_AGGR_GEOMBUILD: Sets the preprocess stage flag.
set_previous(IHL_SEGMENT*) method in class IHL_SEGMENT: Sets previous IHL_SEGMENT pointer.
set_previous(COEDGE*,REVBIT,logical) method in class COEDGE: Sets this COEDGE's previous COEDGE pointer, taking into account the specified sense.
set_previous_no_rev(COEDGE*,logical) method in class COEDGE: Sets this COEDGE's previous COEDGE pointer.
set_product_id(char*) method in class FileInfo: Sets the product ID.
set_profile(ENTITY*) method in class SWEEP_ANNOTATION
set_progress_callback(SPA_progress_callback,SPA_progress_info_type_id) global function: Function for registering a progress callback pointer.
set_progress_callback(SPA_progress_callback) global function: Function for registering a progress callback pointer.
set_ps_polygon(ps_polygon*) method in class LOOP
set_radius(radius_forms,bs2_curve,bs2_curve) method in class ATTRIB_VAR_BLEND: Sets the radius to a FUNCTIONAL form.
set_radius(double) method in class bounded_arc: Modifies the radius of this bounded_arc.
set_radius(var_radius*,var_radius*) method in class ATTRIB_VAR_BLEND: Sets the left and right radius.
set_radius(double) method in class SPHERE: Sets this SPHERE's radius to the given value.
set_radius(double) method in class ATTRIB_CONST_ROUND: Sets the constant radius of the round.
set_radius(radius_forms,double,double,double,double) method in class ATTRIB_VAR_BLEND: Sets the radius to a TWO_ENDS form.
set_radius(double const) method in class blend_contact
set_radius_derivative(int,double const) method in class blend_contact
set_radius_ratio(double) method in class bounded_arc: Modifies the radius ratio of this bounded_arc.
set_radius_ratio(double) method in class ELLIPSE: Sets this ELLIPSE's radius ratio to the given value.
set_radius_ratio(double) method in class CONE: Sets this CONE's major-to-minor radius ratio to the given value.
set_rads_different(logical) method in class ATTRIB_VAR_BLEND: Sets whether the left and right radii are the same.
set_rail_law(law*) method in class sweep_options: Specifies the orientation of the profile as it is swept.
set_rail_laws(law**,int) method in class sweep_options: Sets an array of rail laws.
set_range(SPAinterval*,logical) method in class law: Sets a new range for this law.
set_ray(pick_ray&) method in class entity_with_ray: Sets the pick_ray.
set_recognize_blends() method in class defeature_options: Sets the status of the "recognize_blends" flag to the default value of TRUE.
set_recognize_blends(logical) method in class defeature_options: Sets the status of the "recognize_blends" flag to the input Value.
set_recognize_chamfers() method in class defeature_options: Sets the status of the "recognize_chamfers" flag to the default value of TRUE.
set_recognize_chamfers(logical) method in class defeature_options: Sets the status of the "recognize_chamfers" flag to the input value.
set_recognize_holes(logical) method in class defeature_options: Sets the status of the "recognize_holes" flag to the input value.
set_recognize_holes() method in class defeature_options: Sets the status of the "recognize_holes" flag to the default value of TRUE.
set_recognize_sphericalholes(logical) method in class defeature_options: Sets the status of the "recognize_spherical_holes" flag to the input value.
set_recognize_sphericalholes() method in class defeature_options: Sets the status of the "recognize_spherical_holes" flag to the default value of TRUE.
set_red(double) method in class Render_Color: Sets the red color value to a double value between 0 and 1.
set_red(double) method in class rgb_color: Sets the red component.
set_ref_face(logical) method in class var_rad_rot_ellipse: Sets the referenced face.
set_rel(face_body_rel) method in class shell_lump
set_rep_owner_geom_action(geometry_changed_action) method in class ATTRIB: Set the replace_owner_geometry action for this attribute.
set_repair_self_int(logical) method in class lop_options: Sets repair self-intersections to the given value.
set_replace_member_action(replace_member_action) method in class SPACOLLECTION: Set the replace action for a collection.
set_replace_owner_action(replace_action) method in class ATTRIB: Set the replace_owner action for this attribute.
set_req_rel_accy(double) method in class mass_props_options: Sets the desired accuracy for mass property calculations to the specified relative error.
set_request(asm_get_request) method in class asm_get_options
set_resolution(double) method in class phlv5_options: Sets the resolution.
set_restore_file(asm_restore_file*) method in class asm_restore_options
set_restore_progress_callback(proc_restore_progress_callback) global function: Function for setting the restore progress callback pointer.
set_reverse_owner_action(geometry_changed_action) method in class ATTRIB: Set the reverse_owner action for this attribute.
set_right_bs2_curve(bs2_curve) method in class blend_spl_sur: Sets the bs2_curves into the right support data.
set_right_face(FACE*) method in class ATTRIB_FFBLEND: Sets the value of the right face.
set_right_lateral_edge(EDGE*) method in class SWEEP_ANNO_VERTEX_LAT
set_right_range(double) method in class ATTRIB_CONST_CHAMFER: Sets the value for the right range.
set_right_spring(intcurve*) method in class blend_spl_sur
set_right_top_edge(EDGE*) method in class SWEEP_ANNO_VERTEX_TOP
set_right_top_vertex(VERTEX*) method in class SWEEP_ANNO_VERTEX_TOP
set_rigid(logical) method in class sweep_options: Specifies whether or not to make the cross-sections of a sweep parallel to one another.
set_rigid_twist_normal(SPAunit_vector&) method in class sweep_options: Specifies the normal direction in a rigid twist sweep.
set_rigid_twist_normal_from_profile(logical&) method in class sweep_options
set_rollbacks_cleared(logical) method in class BULLETIN_BOARD: Merge method, Sets whether or not rollbacks are cleared on merge.
set_root_point(SPAposition&) method in class PLANE: Sets this PLANE's root point to the given position.
set_root_point(SPAposition&) method in class STRAIGHT: Sets this STRAIGHT's root point to the given position.
set_root_point(SPAposition&) method in class CONE: Sets this CONE's root point to the given position.
set_root_transf(SPAtransf&) method in class pattern: Obsolete: use api_pattern_modify_root_transformation instead.
set_rot_tol(double) method in class ATTRIB_HH_AGGR_ANALYTIC: Sets the rotation tolerance to the specified value.
set_sag_resolution(double) method in class phlv5_options: Sets the sag resolution.
set_savable(logical) method in class SPACOLLECTION: Specify if the collection is savable or not.
set_save_factory(asm_save_file_factory*) method in class asm_save_options
set_save_spine(curve*) method in class blend_spl_sur
set_sbdiff_set_at_end(logical) method in class ATTRIB_FFBLEND: Resets the different setback to the end.
set_sbdiff_set_at_start(logical) method in class ATTRIB_FFBLEND: Resets the different setback to the start.
set_scale(law*,SPAposition&,logical) method in class pattern: Obsolete: use api_pattern_modify_scale instead.
set_scale_law(law*) method in class sweep_options: Specifies the amount of scale in the xyz direction in the form of a vector law.
set_scale_tol(double) method in class ATTRIB_HH_AGGR_ANALYTIC: Sets the scale tolerance to the specified value.
set_scan_pre_existing_attribs(logical) method in class edge_tolstitch_options: Allows the API api_stitch to scan pre-existing attributes and remove them from incoming body.
set_search_order(MESH_MANAGER_SEARCH_ORDER) method in class MESH_MANAGER: Sets the order of how the internal mesh of the faceter should be searched to provide output.
set_search_order(MESH_MANAGER_SEARCH_ORDER) method in class LINKED_MESH_MANAGER: Sets the order of how the internal mesh of the faceter should be searched to provide output.
set_search_order(MESH_MANAGER_SEARCH_ORDER) method in class INDEXED_MESH_MANAGER: Sets the order of how the internal mesh of the faceter should be searched to provide output.
set_second_error(double) method in class moments: Sets the second error of a moment.
set_second_moment(symtensor const&) method in class moments: Sets the second moment of the moment.
set_self_approx_surface(logical) method in class phlv5_options: Sets the surface approximation flag.
set_self_calibrate(logical) method in class phlv5_options: Sets the self-calibration option.
set_self_int_test(int) method in class skin_options: Sets the value of the self intersection test option.
set_self_int_test(int) method in class sweep_options: Set the type of self intersecting test.
set_selfint(int) method in class ATTRIB_HH_ENT_GEOMBUILD_CURVE: Sets the value of the indicator of whether this is a self-intersecting curve.
set_selfint(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Sets the value of the loop self-intersection indicator.
set_selfint(int) method in class ATTRIB_HH_ENT_GEOMBUILD_SURFACE: Sets the value of the self-intersection indicator.
set_sense(REVBIT) method in class CFACE: Changes the data for the sense data.
set_sense(REVBIT) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the face sense.
set_sense(REVBIT,logical) method in class FACE: Sets the sense of this FACE with respect to its SURFACE.
set_sense(REVBIT,logical) method in class COEDGE: Sets the sense of this COEDGE with respect to the underlying EDGE.
set_sense(REVBIT) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Sets a new sense for the coedge.
set_sense(REVBIT,logical) method in class EDGE: Sets the sense of this EDGE with respect to the underlying CURVE.
set_sense(REVBIT) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Sets the edge sense.
set_setback_at_end(double) method in class ATTRIB_FFBLEND: Sets the value for the setback at end.
set_setback_at_start(double) method in class ATTRIB_FFBLEND: Sets the value for the setback at start.
set_setback_diff_at_end(double) method in class ATTRIB_FFBLEND: Sets the setback difference to the end.
set_setback_diff_at_start(double) method in class ATTRIB_FFBLEND: Sets the setback difference to the start.
set_share_info(int) method in class indexed_polygon: Specifies the shared information.
set_sheet_thickness(double) method in class mass_props_options: Sets the thickness to be associated with sheets in mass property calculations.
set_shell(SHELL*,logical) method in class COEDGE: Sets the owning ENTITY of this COEDGE to the specified SHELL.
set_shell(SHELL*,logical) method in class WIRE: Sets the this WIRE's owning SHELL to the specified SHELL.
set_shell(SHELL*,logical) method in class LUMP: Sets this LUMP's SHELL pointer to the given SHELL.
set_shell(SHELL*,logical) method in class FACE: Sets the shell pointer of this FACE to the specified SHELL.
set_sibling(SUBSHELL*) method in class SUBSHELL: Sets this SUBSHELL's sibling pointer to the given SUBSHELL.
set_sides(SIDESBIT,logical) method in class FACE: Sets the sides bit of this FACE to single- or double-sided.
set_silhouette(EDGE*) method in class PHLV5_EDGE
set_simplification_options(hh_simplify_options*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Sets the simplify options used by simplification.
set_simplification_tol(double) method in class simplify_options: Sets the value of simplification_tol parameter.
set_simplification_tol(double) method in class hh_simplify_options: Sets the value of simplification tolerance.
set_simplify(logical) method in class sweep_options: Simplify sweept surfaces to a geometric surface whenever possible.
set_simplify(law*,int) method in class law: Sets the simplification level of this law.
set_simplify(int) method in class skin_options: Sets the value of the simplify option.
set_sine_angle(double) method in class CONE: Sets the sine of this CONE's half-angle to the given value.
set_single_face_patch(int) method in class glue_options: Copies input value to single_face_patch flag.
set_smooth_cosine(double) method in class phlv5_options: Sets the cosine of the angle at which two faces can meet and still be considered tangentially smooth.
set_smooth_g0_vertices(double) method in class skin_options: Set smooth spline curve angle.
set_solid(int) method in class sweep_options: Specifies whether or not the result of sweeping a closed wire profile is intended to be a solid or a sheet body.
set_solid(int) method in class skin_options: Sets the value of the solid option.
set_spine(intcurve*) method in class blend_spl_sur
set_split_member_action(split_member_action) method in class SPACOLLECTION: Set the split action for a collection.
set_split_method(char const*,split_func) global function: Registers a function which implements a custom split_owner method for generic attributes with the specified name.
set_split_option(logical) method in class exact_stitch_options: This method accepts either TRUE or FALSE to set the split option.
set_split_owner_action(split_action) method in class ATTRIB: Set the split_owner action for this attribute.
set_ss_global_cache_run_mode(gcmgr_run_mode) global function: Sets the global cache manager run mode for spl_sur cache objects.
set_ss_global_cache_size(int) global function: Sets the maximum number of spl_sur cache objects maintained by the global cache manager.
set_start(COEDGE*,logical) method in class LOOP: Sets the first COEDGE in the list of COEDGEs belonging to this LOOP.
set_start(SPAposition&) method in class ATTRIB_HH_ENT_STITCH_EDGE: Sets the start position.
set_start(VERTEX*,logical) method in class EDGE: Sets the this EDGE's start VERTEX.
set_start_curv(SPAvector const&) method in class UNDEFC: ets the curvature at the start of the curve.
set_start_dir(SPAunit_vector const&) method in class UNDEFC: ets the direction at the start of the curve.
set_start_disp(SPAvector&) method in class HELIX: Sets this HELIX's start displacement to the given vector.
set_start_draft_dist(double) method in class sweep_options: Specifies the offset distance at the end of the sweep operation.
set_start_face(FACE*) method in class SWEEP_ANNO_END_CAPS
set_start_maj(double) method in class var_rad_rot_ellipse: Sets the start major.
set_start_min(double) method in class var_rad_rot_ellipse: Sets the start minor.
set_start_param(double) method in class bounded_curve: Sets the start parameter of this bounded_curve.
set_start_param(double) method in class var_radius: Sets the start parameter.
set_start_point(SPAposition const&) method in class UNDEFC: ets the point at the start of the curve.
set_start_ptr(VERTEX*,logical) method in class EDGE: Assigns a pointer to the start VERTEX of this EDGE.
set_start_rad(double) method in class var_rad_two_ends: Sets a new value for the start radius.
set_start_rot(double) method in class var_rad_rot_ellipse: Sets the start rotation.
set_start_stop_angle(double) method in class ATTRIB_FFBLEND: Sets the start_stop_angle_data (for stopped blends, this is the start angle of the stopping plane).
set_start_t(SPAposition&,double*) method in class bounded_curve: Sets the start points of this bounded_curve.
set_state_linking(logical) method in class HISTORY_STREAM: Sets the state link.
set_status(logical) method in class AcisJournal: This method is used to set the status of the journaling operation to on or off.
set_stch_coincident_face_handling_mode(STITCH_COIN_MODES) method in class tolerant_stitch_options: Sets the enum STITCH_COIN_MODES to SPASTITCH_COIN_ERROR, SPASTITCH_COIN_STITCH, SPASTITCH_COIN_SKIP for doing coincident face clustering in tolerant stitch.
set_stepped(logical) method in class ATTRIB_HH_AGGR_STITCH: Sets the value of the m_stepped flag, which indicates whether or not stepped stitching should be used.
set_steps(int) method in class sweep_options: Specifies to convert a circular sweep path into the specified number of linear segments.
set_stitch_edge_log_details(double*,double*) method in class ATTRIB_HH_ENT_STITCH_EDGE: Logs edge stitch details.
set_stitch_options() method in class ATTRIB_HH_AGGR_STITCH: Sets the stitching options.
set_stitch_progress_callback(proc_stitch_progress_callback) global function: Function for setting the stitch progress callback pointer.
set_stitch_split_edge_log_details(char*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Function for log list addition for stitch_split.
set_string(char*) method in class TEXT_ENT: Changes the text string.
set_string(char*) method in class TEXT_ANNOTATION: Stores a text string as annotation data.
set_subshell(SUBSHELL*,logical) method in class FACE: Sets the subshell pointer of this FACE to the specified SUBSHELL.
set_subshell(SUBSHELL*) method in class WIRE: Sets the SUBSHELL directly containing this WIRE to be the given SUBSHELL.
set_subshell(SUBSHELL*,logical) method in class SHELL: Sets this SHELL's SUBSHELL pointer to the given SUBSHELL.
set_sup_uv(SPApar_pos const&) method in class blend_contact
set_supercell(SUPERCELL*) method in class CELL: Changes the data for the next cell.
set_supercell(SUPERCELL*) method in class ATTRIB_CELL: Sets a list of supercells in the cell attribute.
set_sur(bs3_surface) method in class blend_spl_sur: Sets the approximating surface tolerance.
set_sur(bs3_surface,double) method in class spline: Sets the surface information.
set_surf(SURFACE*) method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Sets the new simplified surface and the old surface is lost.
set_surf_extended(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets surface extension on or off.
set_surf_mode(AF_SURF_MODE) method in class REFINEMENT: The surface mode specifies the type of surface to which the refinement is applicable.
set_surface(surface const&) method in class pcurve: Used to set the surface of a pcurve after a space warp.
set_surface_quality(int) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Sets the indicator of the underlying surface quality.
set_surface_tol(REFINEMENT_IFLOAT) method in class REFINEMENT: The surface tolerance specifies the maximum distance between a facet edge and the true surface.
set_sweep_angle(double) method in class sweep_options: Specifies the angle to sweep around an axis, given in radians.
set_sweep_portion(sweep_portion,SPAposition&,SPAposition&) method in class sweep_options: Sets the portion of the path to be used in the sweeping operation.
set_sweep_to_body(BODY*) method in class sweep_options: Specifies a pointer to the body where sweeping is to finish.
set_t(SPAparameter&) method in class param_info: Sets the parameter value for this instance.
set_tan_tol(double) method in class acovr_edge_constraint: Sets the tangent gap tolerance value.
set_tanfacs(double*,logical) method in class skin_spl_sur: Set the tangent factors and get them for purposes of determining optimal values for them.
set_tang_tol(double) method in class ATTRIB_HH_AGGR_GEOMBUILD: Sets the tangent tolerance to the specified value.
set_tangent(logical) method in class cvty: Data setting functions.
set_target(SPAposition&) method in class IHL_CAMERA: Sets the target position.
set_this_body(ENTITY*,double,edge_face_int*) method in class ATTRIB_INTVERT: Sets the properties of the body owning this graph; in the early stages, this is the blank body.
set_this_body(ENTITY*,REVBIT) method in class ATTRIB_INTEDGE: Sets the data associated with this body.
set_this_coedge(COEDGE*) method in class ATTRIB_INTVERT: Sets the pointer to this coedge.
set_to(STATE_ID) method in class DELTA_STATE: Sets the identification of the to_state to STATE_ID.
set_to_default() method in class option_header: Resets the option to its default value, leaving the stack intact.
set_to_face(surface*) method in class sweep_options: Sets a surface to which the swept body will be clipped to.
set_to_model(SPAtransf const&) method in class WCS: Sets the transformation that maps from this WCS to model space.
set_to_tolerant_owner_action(tolerant_action) method in class ATTRIB: Set the to_tolerant_owner action for this attribute.
set_tol(acovr_tol_type,double) method in class acovr_edge_constraint: Sets the tolerance value, for the specified gap tolerance type (position or tangent).
set_tol(double) method in class ATTRIB_HH_AGGR_ANALYTIC: Sets the tolerance used by the analytic solver subphase.
set_tol(double) method in class ATTRIB_HH_AGGR_SIMPLIFY: Sets the tolerance used by the geometry simplification phase.
set_tol(double) method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Sets the simplification tolerance used for calculating the simplified surface.
set_tol(double) method in class splgrid: Sets the surface fit tolerance.
set_tol(double) method in class ATTRIB_HH_AGGR_GEOMBUILD: Sets the tolerance used by the geometry building phase.
set_tolerance(double,logical) method in class TVERTEX
set_tolerances() method in class ATTRIB_HH_AGGR_ANALYTIC: Sets the tolerance used by the analytic solver subphase.
set_tolerant_member_action(tolerant_member_action) method in class SPACOLLECTION: Set the tolerant action for a collection.
set_tolerant_stitch_option(tolerant_stitch_options*) method in class ATTRIB_HH_AGGR_STITCH: Sets the tolerant stitch option object.
set_tool_coedge(COEDGE*) method in class ATTRIB_INTEDGE: Sets the tool coedge pointer.
set_top_edge(EDGE*) method in class SWEEP_ANNO_EDGE_TOP: Specifies the edge to use as the top edge of sweeping.
set_trans_member_action(trans_member_action) method in class SPACOLLECTION: Set the trans action for a collection.
set_trans_method(char const*,trans_func) global function: Registers a function which implements a custom trans_owner method for generic attributes with the specified name.
set_trans_owner_action(trans_action) method in class ATTRIB: Set the trans_owner action for this attribute.
set_transform(SPAtransf&) method in class TRANSFORM: Sets this TRANSFORM to the given SPAtransf object.
set_transform(TRANSFORM*,logical) method in class BODY: Sets the TRANSFORM pointer of this BODY to the specified TRANSFORM.
set_triang_mode(AF_TRIANG_MODE) method in class REFINEMENT: This sets the triangulation control, which specifies how much triangulation to perform.
set_trim(int) method in class wire_offset_options: Set the value of the trim option.
set_trim_faces(int) method in class adm_options: Sets the value of the trim_faces member to the specified value.
set_twist_angle(double) method in class sweep_options: Sets the angle that the profile twists in total as the profile is swept along the path, regardless of the length of the path.
set_twist_correction(logical) method in class ATTRIB_HH_AGGR_ISOSPLINE: Sets the twist_correction option on or off.
set_twist_law(law*) method in class sweep_options: Sets the angle that the profile will be rotated along the path, as a function of the path length.
set_twist_law(law*) method in class wire_offset_options
set_two_sided(logical) method in class sweep_options: Sets whether or not the resulting sheets will be two sided or not.
set_type(coedge_type) method in class ATTRIB_INTCOED: Sets the graph coedge type.
set_u_closure(closed_forms) method in class blend_spl_sur: Sets closure properties.
set_u_end_array(SPAunit_vector*) method in class splgrid: Sets the array of tangent vectors defining the ending boundary conditions in the u-parameter.
set_u_end_item(int,SPAunit_vector&) method in class splgrid: Changes one of the elements in the array of tangent vectors defining the ending boundary condition for the u-parameter.
set_u_knot_array(double*,int) method in class splsurf: Sets a pointer to an array of knots for the u-parameter.
set_u_knot_item(int,double&) method in class splsurf: Changes one of the elements in the array of knots for the u-parameter.
set_u_param(int,int,int,int) method in class splsurf: Changes the u-parameter.
set_u_range(double,double) method in class blend_spl_sur: Sets the u-parameter range.
set_u_scale(double) method in class SPApar_transf: Changes the u scaling.
set_u_start_array(SPAunit_vector*) method in class splgrid: Sets the array of tangent vectors defining the starting boundary conditions in the u-parameter.
set_u_start_item(int,SPAunit_vector&) method in class splgrid: Changes one of the elements in the array of tangent vectors defining the starting boundary condition for the u-parameter.
set_units(double) method in class FileInfo: Sets the model units scale (in millimeters).
set_unknown(logical) method in class cvty: Data setting functions.
set_update(logical) method in class TVERTEX
set_update(logical) method in class TEDGE: Indicates that the tolerance needs to be recalculated.
set_use_bdy_loads(int) method in class adm_options: Sets the value of the use_bdy_loads member to the specified value.
set_use_count(int) method in class ENTITY: Sets the reference use count of this ENTITY.
set_use_count(int) method in class PCURVE: Sets the reference use count of this PCURVE.
set_use_count(int) method in class SURFACE: Sets the reference use count of this SURFACE.
set_use_count(int) method in class APOINT: Sets the reference use count of this APOINT.
set_use_count(int) method in class CURVE: Sets the reference use count of this CURVE.
set_use_plane_info(logical) method in class mass_props_options: Sets a flag indicating whether or not user-specified projection-plane information will be used in calculating the mass properties.
set_user_data(void*) method in class ANNOTATION: Specifies a pointer to user data.
set_user_data(DELTA_STATE_user_data*) method in class DELTA_STATE: Permits users to change user data in DELTA_STATE.
set_user_data(HISTORY_STREAM_user_data*) method in class HISTORY_STREAM: Permits users to change user data in HISTORY_STREAM.
set_user_id(MESH_USER_ID) method in class ATTRIB_EYE_ATTACHED_MESH: Sets the user identification of this attribute.
set_user_id(AF_POINT_ID) method in class AF_POINT: Set the unique identifier (if needed).
set_user_id(MESH_USER_ID) method in class MESH_MANAGER: Specifies the user identification number of the mesh.
set_uv(SPApar_pos&) method in class polygon_vertex: Set the uv position.
set_uv(SPApar_pos&) method in class param_info: Sets the (u,v) parameter position for this instance.
set_uv(double,double) method in class polygon_vertex: Set the uv parameter position.
set_v_closure(closed_forms) method in class blend_spl_sur: Sets closure properties.
set_v_end_array(SPAunit_vector*) method in class splgrid: Sets the array of tangent vectors defining the ending boundary conditions in the v-parameter.
set_v_end_item(int,SPAunit_vector&) method in class splgrid: Changes one of the elements in the array of tangent vectors defining the ending boundary condition for the v-parameter.
set_v_knot_array(double*,int) method in class splsurf: Sets a pointer to an array of knots for the v-parameter.
set_v_knot_item(int,double&) method in class splsurf: Changes one of the elements in the array of knots for the v-parameter.
set_v_param(int,int,int,int) method in class splsurf: Changes the v-parameter.
set_v_range(SPAinterval) method in class ATTRIB_VAR_BLEND: Sets the interval for the v-range.
set_v_range(double,double) method in class blend_spl_sur: Set the v-parameter range.
set_v_scale(double) method in class SPApar_transf: Changes the v scaling.
set_v_start_array(SPAunit_vector*) method in class splgrid: Sets the array of tangent vectors defining the starting boundary conditions in the v-parameter.
set_v_start_item(int,SPAunit_vector&) method in class splgrid: Changes one of the elements in the array of tangent vectors defining the starting boundary condition for the v-parameter.
set_value(SPAposition const&) method in class ATTRIB_GEN_POSITION: Changes the position contained by this attribute.
set_value(double) method in class ATTRIB_GEN_REAL: Changes the real value contained by this attribute.
set_value(ENTITY*) method in class ATTRIB_GEN_POINTER: Changes the entity referenced by this attribute.
set_value(char const*) method in class ATTRIB_GEN_STRING: Changes the string value contained by this attribute.
set_value(ENTITY*) method in class ATTRIB_GEN_ENTITY: Changes the entity owned by this attribute.
set_value(SPAvector const&) method in class ATTRIB_GEN_VECTOR: Changes the vector contained by this attribute.
set_value(wchar_t const*) method in class ATTRIB_GEN_WSTRING: Changes the wide character string value contained by this attribute.
set_value(int) method in class NAMED_INT_ATTRIB: Sets the value of the named integer attribute.
set_value(logical) method in class NAMED_LOGICAL_ATTRIB: Changes the integer value contained by this attribute.
set_value(SPAposition&) method in class NAMED_POS_ATTRIB: Sets the value of the named position attribute.
set_value(int) method in class ATTRIB_GEN_INTEGER: Changes the integer value contained by this attribute.
set_vent_type(vent_type_id) method in class lop_options: Sets the vent face addition behavior.
set_version(AcisVersion const&) method in class AcisOptions: This method sets the value of AcisVersion of the AcisOptions object to the value of the passed AcisVersion object.
set_vertex(int,polygon_vertex*) method in class indexed_polygon: Set a vertex pointer.
set_vertex_template(VERTEX_TEMPLATE*) method in class indexed_polygon: Get the vertex template for the polygon.
set_vertex_template(VERTEX_TEMPLATE*) method in class POLYGON: Sets the vertex template.
set_vexity(int) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Sets the value of the convexity indicator.
set_viewed(logical) method in class acis_ha_part_entity_mgr
set_volume(double) method in class mass_property: Sets the volume of the mass_property.
set_warp_owner_action(geometry_changed_action) method in class ATTRIB: Set the warp_owner action for this attribute.
set_wcs(WCS*) method in class SPAboxing_options: Sets the coordinate system for boxing.
set_weight(double) method in class gedge: Sets the weight of the gedge.
set_weight_array(double*) method in class splsurf: Sets a pointer to an array of doubles that are weights for the control points of a rational spline surface.
set_weight_item(int,int,double&) method in class splsurf: Changes one of the elements in the array of weights.
set_which_side(logical) method in class sweep_options: Establishes which side of the profile should be swept.
set_width(double) method in class var_rad_fixed_width: Sets the width of the radius.
set_windows_color(unsigned long) method in class rgb_color: Set the color values from a Windows COLORREF.
set_wire(WIRE*,logical) method in class SHELL: Sets this SHELL's WIRE pointer to the given WIRE.
set_wire(WIRE*,logical) method in class COEDGE: Sets the owning ENTITY of this COEDGE to the specified WIRE.
set_wire(WIRE*,logical) method in class BODY: Sets the WIRE pointer of this BODY to the specified WIRE.
set_wire(WIRE*) method in class SUBSHELL: Sets this SUBSHELL's WIRE pointer to the given WIRE.
set_with_history(logical) method in class asm_restore_options
set_with_history(logical) method in class asm_save_options
set_within_domain(logical) method in class ATTRIB_HH_ENT_GEOMBUILD_LOOP: Sets the value of the within domain indicator.
set_within_domain(int) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Sets the value of the within domain indicator (within_domain).
set_x(double) method in class SPAposition: Sets the x-coordinate value.
set_x(double) method in class SPAvector: Sets the x-coordinate of a vector.
set_y(double) method in class SPAposition: Sets the y-coordinate value.
set_y(double) method in class SPAvector: Sets the y-coordinate of a vector.
set_z(double) method in class SPAposition: Sets the z-coordinate value.
set_z(double) method in class SPAvector: Sets the z-coordinate of a vector.
set_zeroth_error(double) method in class moments: Sets the zeroth error of a moment.
set_zeroth_moment(double) method in class moments: Sets the zeroth moment of the moment.
setback_at_end() method in class ATTRIB_FFBLEND: Returns the setback at end, a setback is meaningful only if the owner is an edge.
setback_at_start() method in class ATTRIB_FFBLEND: Returns the setback at start, a setback is meaningful only if the owner is an edge.
setback_diff_at_end() method in class ATTRIB_FFBLEND: Identifies the setback as different at end.
setback_diff_at_start() method in class ATTRIB_FFBLEND: Identifies the setback as different at start.
setback_param(logical) method in class ATTRIB_VAR_BLEND: Returns the parameter value at a setback.
severity() method in class error_info: Returns the severity of the error that this error_info object is encapsulating.
sfdata data member in class curve_interp: The pointer to an array of objects describing surface-related information.
sg_add_pcurves_to_entity(ENTITY*) global function: Adds pcurves to any ENTITY.
sg_gap_type enum: Defines the method to use to close an offset gap.
sg_get_transform(ENTITY*) global function: Returns the transformation of the parent body of the the provided entity.
sg_point_ent_relation enum: Specifies whether a point lies inside, outside, or on the boundary of an entity.
sg_split_edge_at_convexity(EDGE*,logical,ENTITY_LIST&) global function: Splits edge convexity at convexity points.
sg_split_edge_at_vertex(EDGE*,VERTEX*,ENTITY_LIST&,logical) global function: Splits edge at vertex which is know to lie within the domain of the edge.
sg_split_edge_at_vertex(EDGE*,VERTEX*,double,ENTITY_LIST&,logical) global function: Splits edge at vertex which is know to lie within the domain of the edge.
shallow() method in class cone: Returns TRUE if the cosine angle is small (less than 0.
share() method in class REFINEMENT: Increments the use count if "this" and returns "this.
share() method in class VERTEX_TEMPLATE: Increments a VERTEX_TEMPLATE's use count.
shear() method in class SPAtransf: Queries whether or not the transformation has a shearing component.
shear_transf(double,double,double) global function: Constructs a shear transformation.
sheet_face(int) method in class ATTRIB_BLEND: Return a sheet face from the sheet face list.
sheet_face_list() method in class ATTRIB_BLEND: Returns the sheet face list for this blend.
shell() method in class LUMP: Returns a pointer to the first SHELL contained in this LUMP.
shell() method in class WIRE: Return a pointer to the owning SHELL.
shell() method in class COEDGE: Returns the owner of this COEDGE if the former is a SHELL, otherwise NULL.
shell() method in class shell_lump: Return the entity being described if it is a shell.
shell() method in class FACE: Returns a pointer to the SHELL containing this FACE.
shell_lump class: Records the classification of shells or wires that do not contribute to any intersection.
shift(double) method in class discontinuity_info: Shifts all of the discontinuity values by a constant amount.
shift(double) method in class var_radius: Shifts the variable radius by the given value.
shift(SPApar_vec&) method in class PCURVE: Shifts this PCURVE in parameter space by integral multiples of the period on a periodic surface.
shift(double) method in class var_rad_functional: Reparameterizes the var_rad_functional by the given parameter shift.
shift_u(double) method in class blend_spl_sur: Adjusts the spline surface to have a parameter range increased by the argument value (which may be negative).
shift_v(double) method in class blend_spl_sur: Adjusts the spline surface to have a parameter range increased by the argument value (which may be negative).
sib_entity define
sibling() method in class SUBSHELL: Returns a pointer to the next SUBSHELL in the list contained by a superior SHELL or SUBSHELL.
side_of_plane(SPAposition&,SPAunit_vector&,SPAposition&) global function: Finds which side of a plane a SPAposition lies by returning a positive or negative distance.
sides() method in class FACE: Indicates whether this FACE is single- or double-sided.
simple() method in class wire_law_data: Returns whether or not this wire_law_data is simple.
simple_rail_law class
simplification_tol() method in class simplify_options: Returns the value of simplification_tol parameter.
simplify() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Analyzes the face at a given tolerance.
simplify(int,int) method in class law: Returns a law that is a mathematical simplification of this law.
simplifyWires() method in class AcisSLInterface: Simplify the wire geometry.
simplifyWires(logical) method in class AcisSkinningInterface: Removes G1 vertices, if possible.
simplify_curves() method in class ATTRIB_HH_AGGR_SIMPLIFY: Does curve simplification.
simplify_options class: This class contains parameters that govern the behaviour of api_simplify_entity.
sin_law class: Provides methods and data for the sine mathematical function.
sine_angle() method in class CONE: Returns the sine of the half-angle defining this CONE.
sine_angle data member in class cone: Sine of the angle between major generator and axis.
singular_u(double) method in class sphere: Reports whether the surface parameterization is singular at the specified u-parameter value.
singular_u(double) method in class spline: Reports whether the surface parameterization is singular at the specified u-parameter value.
singular_u(double) method in class torus: Determines whether the parameterization of this surface is singular at the specified u-parameter value.
singular_u(double) method in class cone: Reports whether the surface parameterization is singular at the u-parameter value.
singular_u(double) method in class surface: Determines whether the parameterization of this surface is singular at the specified u-parameter value.
singular_u(double) method in class spl_sur: Reports whether the surface parameterization is singular at the specified u-parameter value.
singular_u(double) method in class plane: Reports whether the surface parameterization is singular at the specified u-parameter value.
singular_v(double) method in class surface: Determines whether the parameterization of this surface is singular at the specified v-parameter value.
singular_v(double) method in class spline: Reports whether the surface parameterization is singular at the specified v-parameter value.
singular_v(double) method in class plane: Reports whether the surface parameterization is singular at the specified v-parameter value.
singular_v(double) method in class sphere: Reports whether the surface parameterization is singular at the specified v-parameter value.
singular_v(double) method in class cone: Reports whether the surface parameterization is singular at the v-parameter value.
singular_v(double) method in class spl_sur: Reports whether the surface parameterization is singular at the specified v-parameter value.
singular_v(double) method in class torus: Determines whether the parameterization of this surface is singular at the specified v-parameter value.
singularities(double**,int**,double,double) method in class path_law_data: Specifies where in this law_data there might be discontinuities.
singularities(double**,int**,double,double,double**) method in class law: Specifies where in this law there might be discontinuities.
size() method in class BASE_TAG_MANAGER: Returns the current size of the tag array index.
size(logical) method in class HISTORY_STREAM: Returns the amount of space taken by this history stream.
size() method in class ENTITY: Returns the size, in bytes, of this ENTITY.
size(logical) method in class BULLETIN_BOARD: Returns the size of the bulletin board.
size() method in class POLYGON: Returns the size of the polygon.
size() method in class POLYGON_POINT_MESH: Returns the size of the polygon point mesh.
size(logical) method in class BULLETIN: Returns the size of the BULLETIN.
size(int) method in class restore_progress_data: The size method returns a positive integer of the acquired size of the restore file, or a zero if the entity count is available or the file size could not be obtained.
size data member in class SPAnvector: Number of items, n, in array of values associated with the n dimensional vector.
size(logical) method in class DELTA_STATE: Returns the size of the DELTA_STATE.
size data member in class multiple_data_law: This is the number of elements in the data sent to the multiple data law.
size_list() method in class DEBUG_LIST: Determines the total space occupied by all of the entities in the list.
skin_gap_type enum: Type of lateral gap covering.
skin_options class: Sets options for skinning.
skin_spl_sur class: Defines a skin surface between a list of curves.
sl_list() method in class ATTRIB_INTGRAPH: Returns a shell lump list.
slaw data member in class law: Holds the cache value of the most simplified version of this law.
slevel data member in class law: Tells what level of simplification was used to create the law held by slaw.
smoothWires(logical&,double) method in class AcisSkinningInterface: smooth curve at G0 vertices, if possible ( i.
sort(int(*compare_func)(const void* entry1, const void* )) method in class LIST_HEADER: Sorts the list based upon the user-supplied comparison function.
sort(int(*compare_func)(const void* handle1, const void* )) method in class entity_handle_list: Sorts the list based upon the user-supplied comparison function.
sort(int(*compare_func)(const void* handle1, const void* )) method in class component_handle_list: Sorts the list based upon the user-supplied comparison function.
sort(int(*compare_func)(const void* ent1, const void* )) method in class VOID_LIST: Sorts the list based upon the user-supplied comparison function.
sort(int(*compare_func)(const void* ent1, const void* )) method in class ENTITY_LIST: Sorts the list based upon the user-supplied comparison function.
sort(int(*compare_func)(const void* model1, const void* )) method in class asm_model_list: Sorts the list based upon the user-supplied comparison function.
sort(int(*compare_func)(const void* handle1, const void* )) method in class component_entity_handle_list: Sorts the list based upon the user-supplied comparison function.
source() method in class COPY_ANNOTATION: Returns the original ENTITY* which may actually be an ATTRIB_TAG, EE_LIST, FACE, EDGE or VERTEX.
spa_outcome_severity_type enum: Enum for specifying different severities of an error that is represented by an error_info object.
spa_unlock_errmsg enum: Validation process warning and error messages.
spa_unlock_products(char*) global function: Unlocks licensed products

Role: This routine must be called before any Spatial products can be accessed.
spa_unlock_result class: Stores the outcome of the license validation process.
spa_unlock_state enum
sphere class: Spherical surface definition.
sphere_type define
spl_sur class: Defines an abstract base class from which spline surface definitions are derived.
splgrid class: Defines a spline surface grid.
spline class: Records a B-spline surface.
spline_type define
split(double,var_radius*[ 2]) method in class var_radius: Splits a variable radius into two pieces.
split(double,var_radius*[ 2]) method in class var_rad_two_ends: Splits a var_rad_two_ends into two pieces at the given point.
split(double,SPAposition const&) method in class intcurve: Divides an intcurve into two pieces at a parameter value.
split(double,var_radius*[ 2]) method in class var_rad_rot_ellipse: Returns the split.
split(double,var_radius*[ 2]) method in class var_rad_functional: Splits a var_rad_functional into two pieces at the given point.
split(double,SPAposition&) method in class bounded_curve: Splits this bounded_curve at a given parameter value.
split(double,SPApar_pos const&,SPApar_vec const&) method in class pcurve: Divides a pcurve into two pieces at a parameter value.
split(double,SPAposition&) method in class curve: Splits this curve at the given parameter value, if possible.
split(double) method in class discontinuity_info: Split the discontinuity lists into two at a given parameter value.
split_action enum: ATTRIB actions for a split_owner notification.
split_at_kinks_u(spline**&,double) method in class spline: Divides a surface into separate pieces which are smooth (and therefore suitable for offsetting or blending).
split_at_kinks_u(spline**&,double) method in class surface: Divides this surface along u into separate pieces that are smooth (and therefore suitable for offsetting or blending).
split_at_kinks_v(spline**&,double) method in class cone: Divides a surface into separate pieces which are smooth (and therefore suitable for offsetting or blending).
split_at_kinks_v(spline**&,double) method in class spline: Divides a surface into separate pieces which are smooth (and therefore suitable for offsetting or blending).
split_at_kinks_v(spline**&,double) method in class surface: Divides this surface along v into separate pieces that are smooth (and therefore suitable for offsetting or blending).
split_attrib(ENTITY*,ENTITY*,ENTITY*) global function: Provides a convenient way to have the "split_owner" method called for every attribute on an entity being split.
split_branches(generic_graph**&) method in class generic_graph: Finds all branches in the graph and return a set of subgraphs that do not have a branch.
split_func typedef
split_member(ENTITY*,ENTITY*) method in class SPACOLLECTION: Notifies this SPACOLLECTION that a member has been split into two parts.
split_member(ENTITY*,ENTITY*) method in class SWEEP_ANNO_EDGE_MITER
split_member(ENTITY*,ENTITY*) method in class SWEEP_ANNOTATION
split_member(ENTITY*,ENTITY*) method in class SWEEP_ANNO_VERTEX_MITER
split_member(ENTITY*,ENTITY*) method in class SWEEP_ANNO_VERTEX_LAT
split_member(ENTITY*,ENTITY*) method in class SWEEP_ANNO_END_CAPS
split_member(ENTITY*,ENTITY*) method in class SWEEP_ANNO_VERTEX_TOP
split_member_action enum: Text specifies what to do with members involved in a split.
split_owner(ENTITY*) method in class ATTRIB_GEN_NAME: Notifies the ATTRIB_GEN_NAME that its owner is about to be split into two parts.
split_owner(ENTITY*) method in class ATTRIB_CONST_CHAMFER: Notifies the ATTRIB_CONST_CHAMFER that its owner is about to be split into two parts.
split_owner(ENTITY*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Notifies the ATTRIB_HH_ENT_GEOMBUILD_EDGE that its owner is about to be split into two parts.
split_owner(ENTITY*) method in class ATTRIB_VAR_BLEND: Notifies the ATTRIB_VAR_BLEND that its owner is about to be split into two parts.
split_owner(ENTITY*) method in class ATTRIB_HH_ENT_STITCH_EDGE: Splits the attribute when the edge is split.
split_owner(ENTITY*) method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Notifies the ATTRIB_HH_ENT_GEOMBUILD_COEDGE that its owner is about to be split into two parts.
split_owner(ENTITY*) method in class ATTRIB: Notifies this ATTRIB that its owner is about to be split into two parts.
split_owner(ENTITY*) method in class ATT_BL_INST: Notifies the ATT_BL_INST that its owner is about to be split into two parts.
split_owner(ENTITY*) method in class ATT_CAP_FACE
split_owner(ENTITY*) method in class ATTRIB_COL: Notifies the ATTRIB_COL that its owner is about to be split into two parts.
split_owner(ENTITY*) method in class REFINEMENT: Notifies the REFINEMENT that its owner is about to be split into two parts.
split_owner(ENTITY*) method in class VERTEX_TEMPLATE: Notifies the VERTEX_TEMPLATE that its owner is about to be split into two parts.
split_param data member in class surf_surf_int: The terminator point at the start of the curve.
split_u(double,spl_sur*[ 2]) method in class blend_spl_sur: Divides a surface into two pieces at the u-parameter value.
split_u(double) method in class spline: Divides a surface into two pieces at a u-parameter value.
split_u(double,spl_sur* [ 2]) method in class VBL_SURF: Divides a surface into two pieces at the given u-parameter value.
split_v(double,spl_sur* [ 2]) method in class VBL_SURF: Divides a surface into two pieces at the given v-parameter value.
split_v(double,spl_sur*[ 2]) method in class blend_spl_sur: Divides a surface into two pieces at the v-parameter value.
split_v(double) method in class spline: Divides a surface into two pieces at a v-parameter value.
splsurf class: Defines a spline surface.
sprint(char*) method in class ATTRIB_HH_AGGR_SHARP_EDGE: Prints statistics of the results of the sharp edge solver subphase to the specified string.
sprint(char*) method in class ATTRIB_HH_AGGR_ANALYTIC: Prints statistics of the results of the analytic solver subphase to the specified string.
sprint(char*) method in class ATTRIB_HH_AGGR_GEN_SPLINE: Prints statistics of the results of the generic spline solver subphase to the specified string.
sprint(char*) method in class ATTRIB_HH_AGGR_WRAPUP: Prints statistics of the results of the wrap-up subphase to the specified string.
sprint(char*) method in class ATTRIB_HH_AGGR_STITCH: Prints statistics of the results of the stitching phase to the specified string.
sprint(char*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Prints statistics of the results of the geometry simplification phase to the specified string.
sprint(char*) method in class ATTRIB_HH_AGGR_ISOSPLINE: Prints statistics of the results of the isospline solver subphase to the specified string.
sprint(char*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the geometry building results to the specified string.
sprint_analytic_edge_intersect_log_details(char*,char*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the log list addition for edge geometry computation using intersection.
sprint_analytic_edge_project_log_details(char*,char*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the log list addition for edge geometry computation using projection.
sprint_analyze(char*) method in class ATTRIB_HH_AGGR_WRAPUP: Prints statistics of the results of the analyze stage of the wrap-up subphase to the specified string.
sprint_analyze(char*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the results of the analyze stage of the geometry building phase to the specified string.
sprint_analyze(char*) method in class ATTRIB_HH_AGGR_STITCH: Prints statistics of the results of the analyze stage of the stitching phase to the specified string.
sprint_analyze(char*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Prints statistics of the results of the analyze stage of the geometry simplification phase to the specified string.
sprint_analyze(char*) method in class ATTRIB_HH_AGGR_ISOSPLINE: Prints statistics of the results of the analyze stage of the isospline solver subphase to the specified string.
sprint_calculate(char*) method in class ATTRIB_HH_AGGR_GEN_SPLINE: Prints statistics of the results of the calculate stage of the generic spline solver subphase to the specified string.
sprint_calculate(char*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the results of the calculate stage of the geometry building phase to the specified string.
sprint_calculate(char*) method in class ATTRIB_HH_AGGR_SHARP_EDGE: Prints statistics of the results of the calculate stage of the sharp edge solver subphase to the specified string.
sprint_calculate(char*) method in class ATTRIB_HH_AGGR_ISOSPLINE: Prints statistics of the results of the calculate stage of the isospline solver subphase to the specified string.
sprint_calculate(char*) method in class ATTRIB_HH_AGGR_ANALYTIC: Prints statistics of the results of the calculate stage of the analytic solver subphase to the specified string.
sprint_calculate(char*) method in class ATTRIB_HH_AGGR_WRAPUP: Prints statistics of the results of the calculate stage of the wrap-up subphase to the specified string.
sprint_calculate(char*) method in class ATTRIB_HH_AGGR_STITCH: Prints statistics of the results of the calculate stage of the stitching phase to the specified string.
sprint_calculate(char*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Prints statistics of the results of the calculate stage of the geometry simplification phase to the specified string.
sprint_check(char*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the results of the check stage of the geometry building phase to the specified string.
sprint_fix(char*) method in class ATTRIB_HH_AGGR_SIMPLIFY: Prints statistics of the results of the fix stage of the geometry simplification phase to the specified string.
sprint_fix(char*) method in class ATTRIB_HH_AGGR_GEOMBUILD: Prints the results of the fix stage of the geometry building phase to the specified string.
sprint_fix(char*) method in class ATTRIB_HH_AGGR_STITCH: Prints statistics of the results of the fix stage of the stitching phase to the specified string.
sprint_iso_spline_edge_log_details(char*,char*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the log list addition for iso_spline junction.
sprint_iso_spline_log_details(char*,int,int,int,int,int,int) method in class ATTRIB_HH_ENT_GEOMBUILD_FACE: Returns the surface knot insertion details from the log.
sprint_log_details(char*) method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Returns the surface data from the log.
sprint_stitch_edge_log_details(char*,double*,double*) method in class ATTRIB_HH_ENT_STITCH_EDGE: Returns edge stitch details from the log.
sprint_stitch_split_edge_log_details(char*,char*) method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the log list addition for stitch_split.
sqrt_law class: Provides methods and data for the square root mathematical function.
sss_int_cur class
st_evaluate(int,SPApar_pos const&,SPApar_pos&,SPAposition&,SPAvector**,int,evaluate_surface_quadrant) method in class VBL_SURF: Returns the u and v values for a given SPApar_pos.
st_measure_interior_fit(bs3_surface,int,error_type&,double) method in class VBL_SURF: Finds the maximum error on the interior of a four-sided patch of the VBL_SURF and its approximating bs3_surface (parameterized in s and t).
st_measure_side_fit(bs3_surface,int,int,error_type&,double) method in class VBL_SURF: Finds the maximum error between one side of a four-sided patch of the VBL_SURF and its approximating bs3_surface (parameterized in s and t), along the given side only (0 => t=0, 1 => t=1, 2 => s=0, 3 => s=1).
standard_error_info class: Encapsulates standard error information.
start(REVBIT) method in class COEDGE: Returns the start VERTEX pointer from the associated EDGE, if any, taking into account the sense of the COEDGE and a sense argument.
start() method in class EDGE: Returns a pointer to the start VERTEX of this EDGE.
start data member in class path_law_data: The starting parameter value of the path.
start() method in class COEDGE: Returns the start VERTEX pointer from the associated EDGE, if any, taking into account the sense of this COEDGE.
start() method in class LOOP: Returns a pointer to one COEDGE in this LOOP.
start_b data member in class BULLETIN_BOARD: Pointer to first bulletin.
start_bulletin() method in class BULLETIN_BOARD: Returns the last bulletin in the bulletin board.
start_coordinate_polygon(int,int) method in class POLYGON_POINT_MESH_MANAGER: Starts a polygon output.
start_coordinate_polygon(int,int) method in class MESH_MANAGER: Starts the shareable indexed polygon.
start_curv() method in class UNDEFC: Returns the curvature at the start of the curve.
start_deriv() method in class EDGE: Returns the derivative at the start parameter of this EDGE.
start_deriv1() method in class var_rad_functional: Returns the first derivative at the start parameter.
start_deriv1() method in class var_rad_const: Returns the first derivative at the start parameter.
start_deriv1() method in class var_rad_fixed_width: Returns the start of the first derivative.
start_deriv1() method in class var_rad_rot_ellipse: Returns the start derivative.
start_deriv1() method in class var_radius: Returns the first derivative at the start parameter.
start_deriv1() method in class var_rad_two_ends: Returns the first derivative at the start parameter.
start_dir() method in class UNDEFC: Returns the direction at the start of the curve.
start_disp() method in class HELIX: Returns the start displacement of this HELIX.
start_disp() method in class helix: Returns the start displacement of this helix.
start_edge() method in class SKIN_ANNO_START_EDGE: Returns the start edge (an edge on the start face) that is annotated by this object.
start_entity_creation(void) global function: Prepares for the definition of a new ENTITY.
start_entity_modification(void) global function: Prepares for ENTITY modification.
start_face() method in class SWEEP_ANNO_END_CAPS
start_indexed_polygon(int,int,int) method in class SIMPLE_INDEXED_MESH_MANAGER: A polygon starts.
start_indexed_polygon(int,int,int) method in class GLOBAL_MESH_MANAGER: A new polygon starts and prints the polygon header.
start_indexed_polygon(int,int,int) method in class INDEXED_MESH_MANAGER: A polygon starts and adds it to the mesh.
start_indexed_polygon(int,int,int) method in class STL_MESH_MANAGER: Start the index.
start_indexed_polygon(int,int,int) method in class LINKED_MESH_MANAGER: A polygon starts and adds it to the mesh.
start_indexed_polygon(int,int,int) method in class MESH_MANAGER: Announces the beginning of a new polygon output.
start_journaling() method in class AcisJournal: This method is used to start journaling operation.
start_maj() method in class var_rad_rot_ellipse: Returns the start major.
start_min() method in class var_rad_rot_ellipse: Returns the start minor.
start_param() method in class COEDGE: Finds the start parameter of this COEDGE.
start_param() method in class EDGE: Returns the parameter defining the start of this EDGE.
start_param data member in class curve_bounds: The start parameter on the curve.
start_param data member in class bounded_curve: The start parameter of the ACIS curve.
start_param data member in class surf_surf_int: The parameter value of start_point, which is meaningless if the start_point is NULL.
start_param() method in class EDGE: Returns the parameter defining the start of this EDGE.
start_point data member in class curve_bounds: The start position, which can be NULL.
start_point() method in class UNDEFC: Returns the point at the start of the curve.
start_pos() method in class EDGE: Returns the start position of this EDGE.
start_pos() method in class COEDGE: Finds the start position of this COEDGE.
start_pt() method in class PHLV5_SEGMENT: Returns the start visibility parameter of the segment.
start_pt() method in class PHL_SEGMENT: Returns the start parameter of the segment.
start_pt() method in class SPAinterval: Returns the start point of the interval.
start_ptr data member in class EDGE: Pointer to the start VERTEX of this EDGE.
start_rad() method in class var_rad_two_ends: Returns the start radius datum.
start_rad() method in class ATTRIB_VAR_BLEND: Returns the radius at the beginning of the blend.
start_radius() method in class var_rad_functional: Returns the radius at the start parameter.
start_radius() method in class var_rad_rot_ellipse: Returns the start radius.
start_radius() method in class var_rad_fixed_width: Returns the start of the radius.
start_radius() method in class var_radius: Returns the start radius.
start_radius() method in class var_rad_two_ends: Returns the radius at the start parameter.
start_radius() method in class var_rad_const: Returns the radius at the start parameter.
start_rel data member in class curve_bounds: The start relation.
start_rot() method in class var_rad_rot_ellipse: Returns the start rotation.
start_shareable_coordinate_polygon(int,int,int) method in class MESH_MANAGER: Starts the shareable coordinate polygon.
start_shareable_indexed_polygon(int,int,int) method in class MESH_MANAGER: Starts the shareable indexed polygon.
start_stop_angle() method in class ATTRIB_FFBLEND: Returns the start_stop_angle_data (for stopped blends, this is the start angle of the stopping plane).
start_term data member in class surf_surf_int: The terminator point at the start of the curve.
starts_at_mergable_singularity() method in class COEDGE
starts_at_singularity() method in class COEDGE: Determines if this coedge starts at a surface singularity.
state() method in class PHL_SEGMENT: Returns the state of the segment, where OUT means the segment is an outer segment and INN means the segment is an inner segment.
state() method in class PHLV5_SEGMENT: Returns the state of the segment.
status data member in class BULLETIN_BOARD: Status of the bulletin board.
status() method in class check_status_list: Returns the status code of this element of the list.
stepped() method in class ATTRIB_HH_AGGR_STITCH: Performs stitching based on the value of the m_stepped flag.
stitch_options class: Abstract base class from which specific stitch options classes, such as exact_stitch_options, tolerant_stitch_options and edge_tolstitch_options, are derived.
stitch_performed() method in class ATTRIB_HH_AGGR_STITCH: Returns TRUE if any stitching was performed.
stitch_progress_info class: Abstract base class for providing stitch progress information.
straight class: Defines an infinite straight line represented by a point and a unit vector specifying the direction.
stream_logging enum: Values that specify the application logging setting of a history stream.
string(int) method in class enum_table: Retrieves string corresponding to given value.
string(law_symbol_type,int&,law_data_node*&) method in class law: Returns a string that represents the type of this law.
string() method in class option_header: Returns the string value of the option_header if the option type is string_option.
string() method in class TEXT_ANNOTATION: Returns the string that is stored as the annotation data.
string(law_symbol_type,int&,law_data_node*&) method in class law_data: Returns a string that represents this law_data.
string(char*) method in class ed_cvty_info: The readable "string representation" of this.
string() method in class TEXT_ENT: Gets the text string.
string(char*) method in class cvty: The readable "string representation" of this.
string(char*) method in class pt_cvty_info: The readable "string representation" of this thing.
string_and_data(law_data***,int*,law_symbol_type) method in class law: Returns a string representing this law and its data.
string_convexity(char*) method in class EDGE: Assigns a convexity to this EDGE, for example, "concave", "tangent", "unknown", etc.
sub data member in class multiple_law: Pointer to the first sublaw that is used as input to this law.
sub_inverse() method in class law: Returns a pointer to the sublaws that are used to make up the inverse law of this class.
sub_law data member in class unary_law: This is a pointer to the sublaw that the unary law is to act upon.
sub_model_changed_vf(asm_event_type,asm_model*) method in class asm_model_entity_mgr: Notifies the entity manager that a change was made to one of its sub-models.
sub_num data member in class multiple_law: Integer specifying how many sublaws are used by this law.
sub_simplify(int,char*&) method in class law: Returns a law that is a simplification of this law.
sub_spl_sur class: Subsetted spline surface.
subsequent_fail_fn typedef: Insanity data secondary fail function.
subset(SPAinterval&) method in class curve: Constructs a subsetted copy of this curve.
subset(SPApar_box const&) method in class spline: Constructs a new spline that is a copy of the part of the given one within given parameter bounds.
subset(SPApar_box&) method in class surface: Constructs a subset copy, within the given parameter box, of this surface.
subset(law*) method in class generic_graph: The subset method with a law returns the set of all vertices such that their order evaluates as true along with the all edges that have both of their adjacent vertices evaluating as true orders.
subset(int,int) method in class generic_graph: The subset method with two integers takes a and b and returns a subgraph in one of two ways.
subset(SPAinterval const&) method in class intcurve: Constructs a new curve, which is a copy of the portion of the given one within the specified parameter bounds.
subset_box() method in class surface: Returns the subset box of this surface.
subset_range data member in class surface: Range to which this surface is subsetted.
subset_range data member in class curve: Range to which this curve is subsetted.
subset_u(SPAinterval&) method in class surface: Constructs a subset copy, within the given u interval, of this surface.
subset_u_interval() method in class surface: Returns a subset interval of this surface, in u.
subset_v(SPAinterval&) method in class surface: Constructs a subset copy within the given v interval.
subset_v_interval() method in class surface: Returns a subset interval of this surface, in v.
subsetted() method in class curve: Indicates whether this curve has a significant subset range.
subsetted() method in class surface: Determines whether this surface has a significant subset range.
subsetted_u() method in class surface: Determines whether this surface has a significant subset range in the u direction.
subsetted_v() method in class surface: Determines whether this surface has a significant subset range in the v direction.
subshell() method in class SHELL: Returns a pointer to the first SUBSHELL in a list of SUBSHELLs immediately contained within this SHELL.
subshell() method in class FACE: Returns a pointer to the SUBSHELL containing this FACE directly.
subshell() method in class WIRE: Returns a pointer to the SUBSHELL directly containing this WIRE.
subtract(generic_graph*,logical) method in class generic_graph: Removes the specified graph from this graph structure.
subtract_edges(generic_graph*) method in class generic_graph: Subtracts the gedges of the input graph from the full graph.
subtrans_object class: Defines a shared-subtype class that is subject to transformations.
subtype_object class: Defines the master object from which all subtype objects must be derived.
successful() method in class BULLETIN_BOARD: Returns TRUE if the bulletin-board closed successfully; otherwise, it returns FALSE.
suggest_offset() method in class VBL_SURF: Suggests a range of legitimate offset distances.
sum_spl_sur class: Represents a surface built by the linear summation of two curves.
summary_bs3_curve class: This class contains 'summary data', enabling the approximating curve to be stored concisely, and regenerated quickly.
sup_uv() method in class blend_contact
supercell() method in class ATTRIB_CELL: Returns the (optional) list of supercells in the cell attribute.
supercell() method in class CELL: Returns the pointer to the supercell.
support_cvec(int) method in class blend_spl_sur: Returns the CVEC on the left or right blend support, if that support is, or contains a curve.
support_stack() method in class ATTRIB_FFBLEND: Returns the support_stack_ptr, which maintains a stack of support_entity lists for this attribute.
support_svec(int) method in class blend_spl_sur: Returns the SVEC on the left or right support, if that support is, or contains a surface.
supports(ENTITY**&) method in class ATTRIB_BLEND: The "supports" of a blend are the entities the spring curves of the blend actually run along, which get added to the list.
supports_extended data member in class blend_spl_sur: Flag to indicate whether the supports are extended.
sur() method in class spl_sur: Returns the bs3_surface approximation.
sur(double) method in class spline: Returns (a pointer to) the underlying surface, or NULL if none.
sur_present() method in class spline: Returns TRUE if there is underlying surface data.
surf() method in class pcurve: Returns the surface that the parameter space curve is defined.
surf1(logical) method in class intcurve: Returns the first surface supporting the curve.
surf2(logical) method in class intcurve: Returns the second surface supporting the curve.
surf_identity() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Gets the surface identity of the owner surface.
surf_int_cur class
surf_int_type enum: Types of surface intersection.
surf_normcone class: Provides a return value for normal_cone, which returns a cone bounding the surface normal.
surf_param data member in class curve_surf_int: The parameters of the intersection point on the surface.
surf_princurv class: Provides the return value for the principal curvature functions, returning two directions and two curvatures for a surface.
surf_surf_int class: Represents the intersection of two face surfaces and returns zero or more curves.
surf_surf_rel enum: Types of surface-surface relation.
surface class: Base class for all ACIS surface types, which defines the basic virtual functions that are supplied for all specific surface classes.
surface_data() method in class surface_law_data: Returns a pointer to the reference surface stored as part of the surface_law_data.
surface_law class: Returns the position on a surface.
surface_law_data class: Serves as a wrapper for ACIS surface objects.
surfnorm_law class: Composes a law mathematical function that returns the normal to a surface at a given position.
swap(ENTITY*,ENTITY*) method in class BULLETIN: Swaps one entity for another.
sweep_bool_type enum: Sweep to body boolean operation type.
sweep_options class: Provides a data structure for sweeping operations to be used in the function api_sweep_with_options.
sweep_path_type enum: Enumerated type used to determine sweep path type if the surface can be thought of as a swept surface.
sweep_portion enum: Specifies what and how to use a specific portion of the path in the sweeping operation.
sweep_spl_sur class: Defines the perpendicular sweep of a planar profile curve along a path curve.
symbol(law_symbol_type) method in class law: Returns the string that represents this law class's symbol.
symbol(law_symbol_type) method in class simple_rail_law
symbol(law_symbol_type) method in class law_data: Returns the string that represents this law_data's symbol.
sys_error(err_mess_type,error_info*) global function: Signals ACIS errors and interrupts.
sys_error(err_mess_type) global function: Signals ACIS errors and interrupts.
sys_warning(err_mess_type) global function: Signals an ACIS warning.

T

TCOEDGE class: Internal to ACIS and not intended for direct usage.
TCOEDGE_ID define
TCOEDGE_LEVEL define
TEDGE class: Although this internal class is intended strictly for ACIS usage, a minimal amount of information about this class is provided for the sole purpose of being able to understand and trace restoration from a SAT file.
TEDGE_ID define
TEDGE_LEVEL define
TEXT_ANNOTATION class: Defines a simple annotation attribute for testing annotations.
TEXT_ANNOTATION_LEVEL define
TEXT_ENT class: Stores simple text display information.
TEXT_ENT_LEVEL define
THIS_FUNCTION define
TORUS class: Defines a torus as an object in the model.
TORUS_ID define
TORUS_LEVEL define
TRANSFORM class: Represents an overall transformation applied to a BODY, and is saved as part of the model.
TRANSFORM_DEF define
TRANSFORM_FUNCTION define
TRANSFORM_ID define
TRANSFORM_LEVEL define
TVERTEX class: Internal to ACIS and not intended for direct usage.
TVERTEX_ID define
TVERTEX_LEVEL define
TYPE define
TYPEBITS define
T_Autoload define
T_Bignum define
T_Boolean define
T_Broken_Heart define
T_Character define
T_Compound define
T_Control_Point define
T_End_Of_File define
T_Environment define
T_Fixnum define
T_Flonum define
T_Macro define
T_Null define
T_Pair define
T_Port define
T_Primitive define
T_Promise define
T_Special define
T_String define
T_Symbol define
T_Unbound define
T_Vector define
Tag_count() method in class ATTRIB_DM2ACIS
Tag_from_tag_flag(int) method in class ATTRIB_DM2ACIS: Returns a tag for input tag_flag.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_srf_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_sps_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_vec_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_icon: This routine is called by DM to notify the icon that the state of the owning tag object has changed.
Tag_object_changed(Spatial_abs_hurler&) method in class ADM_srf_icon2: Notification of a state change to the owning tag object.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_dbx_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_spr_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_ppr_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_pct_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_lld_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_lct_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_grd_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class ADM_srf_icon: Notification of a state change to the owning tag object.
Tag_object_changed(Spatial_abs_hurler&) method in class ADM_srf_icon3: Notification of a state change to the owning tag object.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_dpr_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_act_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_att_icon: Notifications of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_cct_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_crv_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_cpt_icon: Notification of owning tag object state change.
Tag_object_changed(Spatial_abs_hurler&) method in class DM_cld_icon: Notification of owning tag object state change.
TaggedData class: Tracks data and its type for saving and restoring unknown ENTITY types.
Tags_2figure(float) global function
ThePartHandle data member in class PART: The part_handle.
ThePartName data member in class PART: The name of the part.
Tmp_curv(int) method in class ATTRIB_DM2ACIS: Returns a pointer to the deformable surface's surface object for debugging purposes.
Tmp_shape_2figure() global function
Tmp_shape_eval(int,SPApar_pos&,SPAposition&,SPAvector*,SPAvector*,int) method in class ATTRIB_DM2ACIS: Evaluates tmp_surface at dpt.
Tmp_surf(int) method in class ATTRIB_DM2ACIS: Returns a pointer to the ACIS representation surface object for debugging purposes.
Toggle_cstrn(int) method in class ATTRIB_DM2ACIS: When tag identifies a constraint that can be disabled.
Toggle_seam(int) method in class ATTRIB_DM2ACIS: Toggles patch's C0/C1/C2 connectivity.
t() method in class param_info: Returns the parameter of the point represented by this instance.
t_end() method in class IHL_SEGMENT: Returns t-parameter edge end point.
t_start() method in class IHL_SEGMENT: Returns t-parameter edge start point.
tag(ENTITY*,logical,tag_id_type) method in class HISTORY_STREAM: Returns the tag on an ENTITY in the HISTORY_STREAM.
tag(logical) method in class ENTITY: Data reading routine.
tag() method in class AcisVersion: Returns the version tag.
tag_id_type typedef: An integer identifier that defines the entity tag reference type.
tag_manager() method in class HISTORY_STREAM
tail() method in class tk_list: Sets the current object to the last object in the list.
take_dim() method in class pattern: Obsolete: use api_pattern_query_coordinate_dimension instead.
take_dim() method in class law: Returns the dimension of this law's domain (input).
take_size() method in class simple_rail_law
take_size() method in class law: Returns the dimension of this law's domain (input).
take_val data member in class law: Specifies the cached domain dimension.
tang_tol() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns the tolerance at which the tangency is calculated (m_tang_tol).
tang_tol() method in class ATTRIB_HH_AGGR_GEOMBUILD: Returns the tangent tolerance.
tangent() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_concave() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_concave_mixed() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_cone(SPAinterval const&,logical,SPAtransf const&) method in class ellipse: Returns a cone bounding the tangent direction of the curve.
tangent_cone(SPAinterval const&,logical,SPAtransf const&) method in class straight: Returns a cone bounding the tangent direction of a curve.
tangent_cone(SPAinterval const&,logical,SPAtransf const&) method in class helix: Returns a cone bounding the tangent direction of the curve.
tangent_cone(SPAinterval const&,logical,SPAtransf const&) method in class intcurve: Returns a cone bounding the tangent direction of a curve.
tangent_cone(SPAinterval&,logical,SPAtransf&) method in class curve: Returns a cone bounding the tangent direction of this curve.
tangent_convex() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_convex_mixed() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_convexity() method in class ed_cvty_info: The convexity of this edge, if the angle tolerance is such that the whole edge would be regarded as tangent.
tangent_convexity() method in class pt_cvty_info: The convexity of this point, if the angle tolerance is such that this point would be regarded as tangent.
tangent_inflect() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_inflect_concave() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_inflect_concave_mixed() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_inflect_convex() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_inflect_convex_mixed() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_inflect_mixed() method in class cvty: Returns TRUE if this form of convexity applies.
tangent_mixed() method in class cvty: Returns TRUE if this form of convexity applies.
taper() method in class helix: Returns the taper of this helix.
target() method in class PHL_CAMERA: Returns the target position.
target() method in class IHL_CAMERA: Returns the target position.
tedge_repair_options class: Specifies the options for api_check_and_fix_tedge.
tensor class: Defines a 3 x 3 tensor.
term_domain(int,SPAinterval&) method in class base_surface_law_data: Establishes the domain of a given term in the law.
term_domain(int,SPAinterval&) method in class law: Establishes the domain of a given term in this law.
term_domain(int,SPAinterval&) method in class pattern: Obsolete: do not use.
term_law class: Provides methods for the term mathematical function that returns a single dimensional element of a multidimensional function.
terminate_base() global function: Terminates the Base library.
terminate_defeature() global function
terminate_law() global function: Terminates the law library.
terminate_page_system() global function: Terminate the page system used by api_minimize_entities.
test(ENTITY*) method in class entity_test_filter: Tests the child filter, This method returns TRUE if and only if the child function returns TRUE.
test(ENTITY*) method in class entity_binary_filter: Tests the binary filter, This method returns TRUE if the ENTITY passes the test.
test(ENTITY*) method in class entity_filter: Tests the entity_filter.
test(ENTITY*) method in class entity_and_filter: Tests both filters.
test(ENTITY*) method in class entity_not_filter: Tests the child filter, This method returns TRUE if and only if the child method returns FALSE.
test(ENTITY*) method in class entity_or_filter: Tests both filters.
test_point(SPAposition&,double*,double*) method in class bounded_curve: Tests point-on-curve, optionally returning the exact parameter value if the point is on this bounded_curve.
test_point(SPAposition&,SPAparameter&,SPAparameter&) method in class curve: Tests point-on-curve, optionally returning the exact parameter value if the point is on this curve.
test_point(SPAposition&,SPApar_pos&,SPApar_pos&) method in class surface: Determines whether a point lies on this surface to the system precision.
test_point_tol(SPAposition const&,double,SPApar_pos const&,SPApar_pos&) method in class spline: Tests whether a point lies on the surface, to user-defined tolerance.
test_point_tol(SPAposition&,double,double*,double*) method in class bounded_curve: Tests point-on-curve to a given precision, optionally returning the exact parameter value if the point is on this bounded_curve.
test_point_tol(SPAposition const&,double,SPAparameter const&,SPAparameter&) method in class helix: Tests point-on-curve to given precision, returning its parameter value as well if requested.
test_point_tol(SPAposition&,double,SPApar_pos&,SPApar_pos&) method in class VBL_SURF: Tests whether a given point lies on the surface to within a given fit tolerance.
test_point_tol(SPAposition const&,double,SPApar_pos const&,SPApar_pos&) method in class cone: Tests if a point lies on the surface to user-supplied precision.
test_point_tol(SPAposition const&,double,SPApar_pos const&,SPApar_pos&) method in class plane: Tests whether a point lies on the surface, to user-supplied precision.
test_point_tol(SPAposition&,double,SPAparameter&,SPAparameter&) method in class curve: Tests point-on-curve to a given precision, optionally returning the exact parameter value if the point is on this curve.
test_point_tol(SPAposition const&,double,SPAparameter const&,SPAparameter&) method in class ellipse: Tests point-on-curve to given precision, returning its parameter value as well if requested.
test_point_tol(SPAposition const&,double,SPApar_pos const&,SPApar_pos&) method in class sphere: Tests whether a point lies on the surface, to user-supplied precision.
test_point_tol(SPAposition const&,double,SPAparameter const&,SPAparameter&) method in class intcurve: Tests if a point lies on the curve to a given precision.
test_point_tol(SPAposition&,double,SPApar_pos&,SPApar_pos&) method in class torus: Determines whether a point lies on this surface to the given tolerance.
test_point_tol(SPAposition const&,double,SPAparameter const&,SPAparameter&) method in class straight: Tests a point on the curve, returning the parameter value if it is required.
test_point_tol(SPAposition&,double,SPApar_pos&,SPApar_pos&) method in class surface: Determines whether a point lies on this surface to the given tolerance.
test_type(TaggedData::DataType,int) method in class BinaryFile: Reads the next data type tag, and checks to see if it is the specified type.
this_coedge() method in class ATTRIB_INTVERT: Returns a pointer to this coedge.
this_edge_param() method in class ATTRIB_INTVERT: Returns this edge parameter.
this_ef_int() method in class ATTRIB_INTVERT: Returns this edge-face intersection.
this_entity() method in class ATTRIB_INTVERT: Returns this entity, which is an edge or a vertex.
this_entity() method in class ATTRIB_INTEDGE: Returns the edge for this body.
this_sense() method in class ATTRIB_INTEDGE: Returns the sense data for this body.
this_state data member in class DELTA_STATE: Sets when state is noted.
time_stamp_activate() method in class PART: Turn on time stamp mechanism.
time_stamp_allow_update() method in class PART: Returns whether the time stamp mechanism is active or not.
time_stamp_deactivate() method in class PART: Turn off time stamp mechanism.
times_law class: Provides methods for the times, or multiplication, mathematical function.
tk_list class: Base class that can be used to manage a list of items.
to() method in class DELTA_STATE: Read only access to the destination DELTA_STATE.
to_do_curve_simplify() method in class ATTRIB_HH_AGGR_SIMPLIFY: Returns whether curve simplification is to be done.
to_model(SPAposition&) method in class WCS: Maps a position from this WCS to model space.
to_model(SPAunit_vector&) global function: Gets a model space position from a WCS position.
to_model(SPAunit_vector&) method in class WCS: Maps a SPAunit_vector from this WCS to model space.
to_model() method in class WCS: Gets a transformation that maps from this WCS to model space.
to_model(SPAvector&) global function: Gets a model space position from a WCS position.
to_model(SPAvector&) method in class WCS: Maps a vector from this WCS to model space.
to_model(SPAposition&) global function: Gets a model space position from a WCS position.
to_state data member in class DELTA_STATE: Next modeler state to change to.
to_tolerant_attrib(ENTITY*,ENTITY*) global function: Provides a convenient way for attributes to be notified when their owning entity has been replaced with a tolerant entity and will be deleted.
to_tolerant_owner(ENTITY*) method in class ATTRIB: Notifies this ATTRIB that its owning ENTITY is being replaced with a tolerant ENTITY.
to_wcs(SPAunit_vector&) method in class WCS: Maps a SPAunit_vector from model space to this WCS.
to_wcs(SPAunit_vector&) global function: Gets a WCS position from a model space position.
to_wcs() method in class WCS: Gets a transformation that maps from model space to this WCS.
to_wcs(SPAvector&) global function: Gets a WCS position from a model space position.
to_wcs(SPAposition&) method in class WCS: Maps a position from model space to this WCS.
to_wcs(SPAvector&) method in class WCS: Maps a vector from model space to this WCS.
to_wcs(SPAposition&) global function: Gets a WCS position from a model space position.
tol() method in class ATTRIB_HH_AGGR_ANALYTIC: Gets the current value of the analytic solver subphase tolerance.
tol() method in class splgrid: Resets the surface fit tolerance.
tol() method in class ATTRIB_HH_ENT_SIMPLIFY_FACE: Gets the simplification tolerance used for calculating the simplified surface.
tol() method in class ATTRIB_HH_AGGR_SIMPLIFY: Gets the current value of the geometry simplification tolerance.
tol() method in class ATTRIB_HH_AGGR_GEOMBUILD: Gets the current value of the geometry building tolerance.
tol_abs() method in class FileInfo: Returns the value of the SPAresabs when the model was saved.
tol_list data member in class ATTRIB_EFINT: List of tolerant edge intersections.
tol_nor() method in class FileInfo: Returns the value of the SPAresnor when the model was saved.
tolerance data member in class curve_surf_int: Supports tolerant modeling.
tolerant_action enum: ATTRIB actions for to_tolerant_owner and from_tolerant_owner notifications.
tolerant_member(ENTITY*,ENTITY*) method in class SPACOLLECTION: Notifies this SPACOLLECTION that a member ENTITY is replaced by a tolerant ENTITY if the ENTITY is a non-tolerant ENTITY, or is replace by a non-tolerant ENTITY if the ENTITY is a tolerant ENTITY.
tolerant_member_action enum: Text specifies what to do with members involved in a from/to tolerant operation.
tolerant_stitch_options class: Specifies that api_stitch and api_stitch_nonmanifold should use tolerant stitching.
tombstones() method in class SPAGROUP: Returns the number of entities in the collection list, minus the use count.
tool_coedge() method in class ATTRIB_INTEDGE: Points to the coedges relating to the tool body, transferred to the partner edge when this is constructed.
toolkit_callback class: Defines the toolkit_callback base class and the toolkit_callback_list class.
toolkit_callback_list class: Stores the list of toolkit_callbacks.
top_edge() method in class SWEEP_ANNO_EDGE_TOP: Returns a pointer to the top edge from sweeping.
topology_check_results data member in class bhl_anal_stitch_results: Results of topology check of input body.
torus class: Represents tori.
total_weight() method in class generic_graph: Returns the sum of the weights of all the gedges in the graph.
tpars() method in class IHL_SEGMENT: Returns t-parameter edge coordinates for update.
tpars() method in class IHL_SEGMENT: Returns t-parameter edge coordinates and this is read only.
trans() method in class phl_body_occurrence: return the VOID_LIST of SPAtranf pointers.
trans_action enum: ATTRIB actions for a trans_owner notification.
trans_attrib(ENTITY*,SPAtransf const&,ENTITY_LIST*) global function: Provides a convenient way for attributes to be notified when their owner is being transformed.
trans_curve(SPAtransf&,logical) method in class INTCURVE: Transforms the curve's equation.
trans_curve(SPAtransf&,logical) method in class STRAIGHT: Transforms the curve equation of this STRAIGHT.
trans_curve(SPAtransf&,logical) method in class CURVE: Returns the transformed curve.
trans_curve(SPAtransf const&,logical) method in class UNDEFC: Returns a new curve, which is the undefc of the UNDEFC, transformed if the given transformation is not NULL.
trans_curve(SPAtransf&,logical) method in class HELIX: Transforms the curve equation of this HELIX.
trans_curve(SPAtransf&,logical) method in class ELLIPSE: Transforms the curve equation of this ELLIPSE.
trans_func typedef: Defines the signature for custom trans_owner methods for generic attributes.
trans_member(ENTITY*,SPAtransf&) method in class SPACOLLECTION: Notifies this SPACOLLECTION that a member is about to be transformed.
trans_member_action enum: Text specifies what to do with members involved in a transform.
trans_owner(SPAtransf const&) method in class NAMED_VEC_ATTRIB: Notifies the NAMED_VEC_ATTRIB that its owner is about to be transformed.
trans_owner(SPAtransf const&) method in class NAMED_POS_ATTRIB: Notifies the NAMED_POS_ATTRIB that its owner is about to be transformed.
trans_owner(SPAtransf const&) method in class ATTRIB_VAR_BLEND: Notifies the ATTRIB_VAR_BLEND that its owner is about to be transformed.
trans_owner(SPAtransf&) method in class ATTRIB: Notifies this ATTRIB that its owner is about to be transformed.
trans_owner(SPAtransf const&) global function: Notifies the ATTRIB that its owner is about to be transformed.
trans_owner(SPAtransf const&) method in class ATTRIB_CONST_CHAMFER: Notifies the ATTRIB_CONST_CHAMFER that its owner is about to be transformed.
trans_owner_list(SPAtransf const&,ENTITY_LIST&) method in class ATTRIB_GEN_NAME: Notifies the ATTRIB_GEN_NAME that its owner is about to be transformed.
trans_owner_list(SPAtransf&,ENTITY_LIST&) method in class ATTRIB: Notifies this ATTRIB that its owner is about to be transformed.
trans_pcurve(SPAtransf&,logical) method in class PCURVE: Constructs a transformed pcurve.
trans_surface(SPAtransf&,logical) method in class SPLINE: Returns the transformed spline equation of this SPLINE.
trans_surface(SPAtransf&,logical) method in class SURFACE: Returns the transformed surface.
trans_surface(SPAtransf&,logical) method in class TORUS: Returns the transformed surface equation of this TORUS.
trans_surface(SPAtransf&,logical) method in class SPHERE: Returns the transformed surface equation of this SPHERE.
trans_surface(SPAtransf&,logical) method in class CONE: Returns the transformed surface equation of this CONE.
trans_surface(SPAtransf&,logical) method in class PLANE: Returns the transformed surface equation of this PLANE.
transf_decompose_data struct: Represents the decomposition of a general transformation into a series of elementary transformations.
transfer(ENTITY_LIST&,ENTITY_LIST&) method in class ATTRIB_INTVERT: Resets pointers to entities in the first list to the corresponding entities in the second list.
transfer(ENTITY_LIST&,ENTITY_LIST&) method in class ATTRIB_INTCOED: Resets pointers to entities in the first list to the corresponding entities in the second list.
transfer(ENTITY_LIST&,ENTITY_LIST&) method in class ATTRIB_INTEDGE: Resets pointers to entities in the first list to the corresponding entities in the second list.
transfer(ENTITY_LIST&,ENTITY_LIST&) method in class shell_lump: Resets pointers to entities in the first list to the corresponding entities in the second list.
transform(SPAtransf&) method in class pattern: Obsolete: use api_pattern_modify_transform instead.
transform() method in class TRANSFORM: Returns the SPAtransf object for this TRANSFORM.
transform(SPAtransf const&) method in class POLYGON_POINT_MESH: Transforms a POLYGON_POINT_MESH.
transform(SPAtransf const&) method in class POLYGON: Transforms the POLYGON.
transform(SPAtransf const&) method in class MESH: Transform a MESH (stub).
transform(SPAposition) method in class base_transform_law_data: Transforms the specified position by the transform in base_transform_law_data.
transform(SPAtransf const&) method in class INDEXED_MESH: Transform the nodes of index mesh.
transform() method in class BODY: Returns the TRANSFORM on this BODY.
transform_inverse(SPAposition) method in class base_transform_law_data: Performs an inverse transform on the specified position by the transform in base_transform_law_data.
transform_law class: Applies an ACIS transform to a law that returns a three dimensional position.
transform_law_data class: Serves as a wrapper for an ACIS SPAtransf object.
transform_patterns(SPAtransf&) method in class BODY: Obsolete: do not use.
transformed_faces() method in class WARP_ANNO_FACE: Returns a pointer to faces generated as a result of the space-warping operation.
translate(law*) method in class pattern: Obsolete: use api_pattern_modify_transform instead.
translate_transf(SPAvector const&) global function: Constructs a transformation corresponding to a translation by a given vector.
translation() method in class SPAtransf: Returns the vector representing the translational portion of the transformation.
transpose() method in class SPAmatrix: Returns a transpose of the matrix.
trim(SPAinterval&,SPApar_pos&,SPApar_vec&,SPApar_pos&,SPApar_vec&) method in class pcurve: Trims the pcurve to the supplied range, using the supplied end par_pos's, if any.
trim_to_curve_range(curve*) method in class pcurve: Trims the pcurve to the range of the supplied curve.
trim_to_range(SPAinterval const&) method in class var_rad_rot_ellipse: Trims to range.
trim_to_range(SPAinterval const&) method in class var_rad_two_ends: Trims the radius to the given interval.
trim_to_range(SPAinterval const&) method in class var_radius: Trims the variable radius to the specified range.
true_point(double,point_data&) method in class pcurve_interp: Finds the point in 3D for a given parameter value.
true_point(double,point_data&) method in class curve_interp: Finds the true-point in 3D for a given parameter value.
true_point(double,point_data&) method in class par_int_interp: Finds the true-point in 3D for a given parameter value.
tube_options class: Creates a data structure to facilitate generalizing selective Booleans.
two_ends_calibrated() method in class ATTRIB_VAR_BLEND: Returns TRUE if the parameterization of a two-ends blend has been calibrated; otherwise, it returns FALSE.
type() method in class surf_int_cur: Returns the type of surf_int_cur.
type() method in class exact_int_cur: Returns the type of exact_int_cur.
type() method in class error_info: Returns the id number for whichever class this object happens to be.
type() method in class ellipse: Returns an identifier uniquely specifying the curve type.
type() method in class entity_error_info: Returns the id number for whichever class this object happens to be.
type() method in class option_header: Returns the type of option_header.
type() method in class off_int_cur: Returns the type of off_int_cur.
type() method in class helix: Returns an identifier uniquely specifying the curve type.
type() method in class pcur_int_cur: Returns the type of pcur_int_cur.
type() method in class surface: Returns the type of this surface.
type() method in class torus: Returns the type of torus.
type() method in class par_int_cur: Returns the type of par_int_cur.
type() method in class curve: Returns an identifier that specifies the curve type.
type() method in class ATTRIB_INTCOED: Returns the classification of the intersection edge with respect to the current body.
type() method in class ATTRIB_HH_AGGR_STITCH: Returns a number that indicates the type of body based on analysis.
type() method in class sum_spl_sur: Returns the type of sum_spl_sur.
type() method in class Render_Arg: Returns the type of Render_Arg.
type() method in class subtype_object: Returns the type of subtype_object.
type() method in class sub_spl_sur: Returns the integer representing the type of this spl_sur.
type() method in class straight: Returns the type of straight.
type() method in class cone: Returns type code for surface,that is cone_type.
type() method in class intcurve: Returns the type of intcurve.
type() method in class sweep_spl_sur: Returns the type sweep_spl_sur.
type() method in class BULLETIN: Returns the type of BULLETIN.
type() method in class check_status_details
type() method in class off_spl_sur: Returns the type of off_spl_sur.
type() method in class SPAinterval: Returns the type of interval_type.
type() method in class spline: Returns the type of spline.
type() method in class law: Identifies this law's class type.
type() method in class simple_rail_law
type() method in class plane: Returns the type of plane.
type() method in class rot_spl_sur: Returns the integer representing the type of this spl_sur.
type() method in class standard_error_info: Returns the id number for whichever class this object happens to be.
type() method in class VBL_SURF: Returns the type of VBL_SURF.
type() method in class rb_blend_spl_sur: Returns the type of rb_blend_spl_sur.
type() method in class sphere: Returns the type of sphere.
type() method in class skin_spl_sur: Returns the type of skin_spl_sur.
type_name() method in class LUMP: Returns the string "lump".
type_name() method in class CURVE: Returns the string "curve".
type_name() method in class straight: Returns a string "straight".
type_name() method in class plane: Returns string "plane".
type_name() method in class SPLINE: Returns the string "spline".
type_name() method in class APOINT: Returns the string "point".
type_name() method in class ENTITY_PHLV5: Returns the string "phlv5".
type_name() method in class ATTRIB_ST: Returns the string "st".
type_name() method in class SPHERE: Returns the string "sphere".
type_name() method in class SUBSHELL: Returns the string "subshell".
type_name() method in class var_rad_functional: Returns the string "functional".
type_name() method in class ATTRIB_ANNOTATION: Returns the string "attrib_annotation".
type_name() method in class var_radius: Returns the string "var_radius".
type_name() method in class SHELL: Returns the string "shell".
type_name() method in class SURFACE: Returns the string "surface".
type_name() method in class EDGE: Returns the string "edge".
type_name() method in class PLANE: Returns the string "plane".
type_name() method in class ATTRIB: Returns the string "attrib".
type_name() method in class ELLIPSE: Returns the string "ellipse".
type_name() method in class ATTRIB_SYS: Returns the string "sys".
type_name() method in class ATTRIB_TAG: Returns the string "tag".
type_name() method in class var_rad_fixed_width: Returns the string "fixed_width".
type_name() method in class CONE: Returns the string "cone".
type_name() method in class ATTRIB_TSL: Returns the string "tsl".
type_name() method in class COEDGE: Returns the string "coedge".
type_name() method in class PCURVE: Returns the string "pcurve".
type_name() method in class exact_int_cur: Returns the string "exactcur".
type_name() method in class ATTRIB_GENERIC: Returns the string "gen".
type_name() method in class spline: Returns string "spline_xxx" where xxx is replaced with type_names of the underlying spl_sur.
type_name() method in class WIRE: Returns the string "wire".
type_name() method in class ENTITY: Returns a name for this ENTITY's type.
type_name() method in class var_rad_const: Returns the string "const".
type_name() method in class FACE: Returns the string "face".
type_name() method in class LOOP: Returns the string loop.
type_name() method in class sphere: Returns the string "sphere".
type_name() method in class curve: Returns the string "curve".
type_name() method in class helix: Returns a string "helix".
type_name() method in class ANNOTATION: Returns the string "annotation".
type_name() method in class sum_spl_sur: Returns the string "sumsur".
type_name() method in class rb_blend_spl_sur: Returns the string "rbblnsur".
type_name() method in class LAW: Returns the string "LAW".
type_name() method in class INTCURVE: Returns the string "intcurve".
type_name() method in class pcur_int_cur: Returns the string "pcurcur".
type_name() method in class ENTITY_IHL: Returns the string "ihl".
type_name() method in class surface: Returns the string "surface".
type_name() method in class HELIX: Returns the string "helix".
type_name() method in class TORUS: Returns the string "torus".
type_name() method in class par_int_cur: Returns the string "parcur".
type_name() method in class subtype_object: Returns a pointer to a static string, which is the externally-meaningful type name for this subtype.
type_name() method in class bounded_curve: Returns the string "bounded_curve".
type_name() method in class ATTRIB_EYE: Returns the string "eye".
type_name() method in class TRANSFORM: Returns the string "transform".
type_name() method in class skin_spl_sur: Returns the string of the given spline surface type, which is "skinsur" for a skin_spl_surf.
type_name() method in class VERTEX: Returns the string "vertex".
type_name() method in class TaggedData: Returns the string data type, ie ,"char_type", "no_type".
type_name() method in class sub_spl_sur: Returns the type of "subsur".
type_name() method in class surf_int_cur: Returns the string "surfcur".
type_name() method in class blend_spl_sur: Returns the string "blend_spl_sur".
type_name() method in class off_spl_sur: Returns the string "offsur".
type_name() method in class var_rad_rot_ellipse: Returns the string "elliptical".
type_name() method in class rot_spl_sur: Returns the type of "rotsur".
type_name() method in class cone: Returns the string "cone".
type_name() method in class off_int_cur: Returns the string "offintcur".
type_name() method in class BODY: Returns the string "body".
type_name() method in class torus: Returns the string "torus".
type_name() method in class var_rad_two_ends: Returns the string "two_ends".
type_name() method in class ellipse: Returns a string "ellipse".
type_name() method in class intcurve: Returns the string "intcurve".
type_name() method in class sweep_spl_sur: Returns a string "sweepsur".
type_name() method in class VBL_SURF: Returns the string "vertexblendsur".
type_name() method in class pcurve: Returns a string identifying the pcurve type.
type_name() method in class STRAIGHT: Returns the string "straight".
type_of_hit data member in class hit: The type of hit, which can be either through a face edge or vertex (hit_thru) or along a face or edge (hit_along).

U

UFIXNUM_FITS define
UNDEFC class: Defines a curve that is undefined except for its end points as an object in the model.
UNDEFC_ID define
UNDEFC_LEVEL define
UNITS_SCALE class: Defines the UNITS_SCALE class.
UNSET_OPTION define: Used to specify unset values in wire_offset_options.
UPDATE_OBJ define
UTILITY_DEF define
UnitsScale() method in class PART: Gets the units scale for the PART.
Update_face_bndry_geometry(FACE*,DS_dmod*,int,DS_cstrn**,intcurve**,double*) method in class ATTRIB_DS2ACIS: Rebuilds the ds_bound_cstrn and ds_seam_cstrn curve geometry.
Update_tmp_shape(int) method in class ATTRIB_DM2ACIS: Updates the tmp_shape from DS_dmod data.
u data member in class SPApar_pos: The u-parameter.
u0() method in class check_high_curvature_details
u1() method in class check_high_curvature_details
u_axis() method in class plane: Gets the u-parameter direction.
u_deriv data member in class plane: The direction in the plane of constant v-parameter lines, with a magnitude to convert dimensionless parameter values into distances.
u_end() method in class IHL_SEGMENT: Returns segment end point.
u_end_array() method in class splgrid: Returns a pointer to an array of tangent vectors defining the ending boundary conditions in u-parameter.
u_end_item(int) method in class splgrid: Returns one of the elements from the array of tangent vectors defining the end boundary conditions for the u-parameter.
u_for_v_on_i(int,double,double&,double&) method in class VBL_SURF: Returns the value of u for the given v, on the ith boundary.
u_knot_array() method in class splsurf: Returns a pointer to an array of knots for the u-parameter.
u_knot_count() method in class splsurf: Returns the number of knots in the array of knots for the u-parameter.
u_knot_item(int) method in class splsurf: Returns one of the elements from the array of knots for the u-parameter.
u_param_ctrlpts() method in class splsurf: Returns the number of rows in the control points array.
u_param_degree() method in class splsurf: Returns the polynomial degree for the u-parameter.
u_param_form() method in class splsurf: Returns the form of the surface.
u_param_line(double,spline const&) method in class blend_spl_sur: Constructs an isoparameter line on the surface.
u_param_line(double) method in class cone: Construct a parameter line on the surface.
u_param_line(double) method in class spline: Constructs a u-parameter line on the surface.
u_param_line(double) method in class torus: Constructs a parameter line on this surface.
u_param_line(double,spline&) method in class VBL_SURF: Returns the u-parameter line, given a v value.
u_param_line(double) method in class plane: Constructs a parameter line on the surface.
u_param_line(double) method in class sphere: Constructs a parameter line on the surface.
u_param_line(double) method in class surface: Constructs a parameter line on this surface.
u_param_pole() method in class splsurf: Returns pole singularities of the surface.
u_param_rational() method in class splsurf: Returns if the surface is weighted (rational or irrational) for each control point for the u parameter.
u_param_scale data member in class cone: Scaling of the u parameter lines.
u_points() method in class splgrid: Returns the number of rows (v) in the grid points array.
u_range() method in class SPApar_box: Extracts the constituent data from the SPApar_box as an interval in the u direction.
u_range_for_v(double) method in class VBL_SURF: Returns the valid range for u for the given value of v.
u_scale() method in class SPApar_transf: Returns the value of the u scaling.
u_start() method in class IHL_SEGMENT: Returns segment start point.
u_start_array() method in class splgrid: Returns a pointer to an array of tangent vectors defining the starting boundary conditions in u-parameter.
u_start_item(int) method in class splgrid: Returns one of the elements from the array of tangent vectors defining the starting boundary conditions for the u-parameter.
unary_data_law class: Provides methods and data for laws that have one law data member.
unary_law class: Provides methods and data for laws that have one sublaw.
unbind() method in class asm_model_entity_mgr: Unbinds the manager from the owning model.
unbind_vf(asm_model*) method in class asm_model_entity_mgr: Notifies the entity manager that its asm_model is breaking their association.
unbounded() method in class SPAbox: Returns TRUE if any of the coordinate ranges is infinite or FALSE otherwise.
unbounded() method in class SPApar_box: Returns TRUE if the coordinate ranges are infinite or FALSE otherwise.
unbounded() method in class SPAinterval: Determines if an interval is unbounded.
unbounded_above() method in class SPApar_box: Returns TRUE if the coordinate ranges are either infinite or infinite above or FALSE otherwise.
unbounded_above() method in class SPAbox: Returns TRUE if either any of the coordinate ranges is infinite or the coordinate ranges are finite below or FALSE otherwise.
unbounded_above() method in class SPAinterval: Determines if an interval is unbounded above.
unbounded_below() method in class SPApar_box: Returns TRUE if the coordinate ranges are either infinite or infinite below or FALSE otherwise.
unbounded_below() method in class SPAbox: Returns TRUE if either any of the coordinate ranges is infinite or the coordinate ranges are finite above or FALSE otherwise.
unbounded_below() method in class SPAinterval: Determines if an interval is unbounded below.
uncalibrate_radius() method in class var_radius: Un-calibrates the radius function(s).
uncalibrate_radius() method in class ATTRIB_VAR_BLEND: Un-calibrates the two-end radius range.
uncalibrate_v_params() method in class var_cross_section: Un-calibrates v-parameters, for a variable section.
undef() method in class sphere: Verifies if the sphere is properly defined.
undef() method in class intcurve: Indicates if the curve is defined or undefined.
undef() method in class curve: Indicates whether this curve is properly defined.
undef() method in class cone: Tests for uninitialized cone.
undef() method in class torus: Determines whether this torus is properly defined.
undef() method in class plane: Classification of a plane.
undef() method in class helix: Indicates whether the helix is properly defined.
undef() method in class straight: Determines whether this curve is undefined.
undef() method in class ellipse: Indicates whether the ellipse is properly defined.
undef() method in class surface: Determines whether this surface is defined or undefined.
undef() method in class spline: Indicates if the spline is improperly defined.
undefined() method in class curve: Indicates whether this curve is properly defined.
undefined() method in class surface: Determines whether this surface is defined or undefined.
underlying_sf_type enum: Text specifies surface type.
undo_move_element(int) method in class pattern: Obsolete: do not use.
undo_move_element(double*) method in class pattern: Obsolete: do not use.
unhook(ENTITY*) method in class ANNOTATION: Removes the attribute from the specified entity (or owner of the ATTRIB_TAG) without calling the member_lost function.
unhook() method in class ATTRIB: Removes this ATTRIB from the chain of attributes of its owning ENTITY.
unite(generic_graph*) method in class generic_graph: Unites this graph with the specified graph.
units() method in class FileInfo: Returns the value of the millimeters per model unit.
unknown() method in class pt_cvty_info: An evaluation happened, but failed.
unknown() method in class ed_cvty_info: By convention an infinite interval indicates an "unknown" ed_cvty_info.
unknown() method in class cvty: Returns TRUE if this form of convexity applies.
unknown_text_pointer class: Implements the member functions to point to an object containing textual data to be read from a save file.
unknown_type() method in class subtype_object: Returns TRUE if this object type is unknown to the system - else, it returns FALSE.
unknown_types_ok() method in class FileInterface: Determines if unknown ENTITY types are OK.
unlimit() method in class surface: Removes the subsetting from this surface.
unlimit() method in class curve: Removes the parameter limits from this curve.
unlimit_u() method in class surface: Removes the subsetting from this surface, in the u direction.
unlimit_v() method in class surface: Removes the subsetting from this surface, in the v direction.
unload() method in class message_module: Remove this module from the linked list.
unloadAll() method in class message_module: This static function initiates unload of all message_modules.
unset() method in class moments: Returns TRUE if no moments are set.
unset() method in class ed_cvty_info: By convention, an empty interval indicates an "unset" ed_cvty_info.
unset() method in class pt_cvty_info: This is not the result of any evaluation.
unset() method in class cvty: Returns TRUE if this form of convexity applies.
unshared() method in class ATTRIB_HH_ENT_STITCH_EDGE: Determines if the owner edge is unshared and returns an appropriate flag.
unsubset() method in class curve: Constructs a copy of the unbounded curve underlying this one.
unsubset() method in class surface: Constructs a copy of the unbounded surface underlying this one.
unsubset_u() method in class surface: Constructs a copy of the unbounded (in u) surface underlying this one.
unsubset_v() method in class surface: Constructs a copy of the unbounded (in v) surface underlying this one.
unused() method in class ATTRIB_HH_ENT_GEOMBUILD_BASE: Gets the value of the m_unused flag, which indicates whether this attribute has been used for storing geometry.
update(ENTITY*) method in class PART: Call this method when an entity has been updated somehow.
update_all_edge_data() method in class ATTRIB_HH_AGGR_GEOMBUILD: Finds all the edges in the model and computes the min_angle and max_angle data for the edge.
update_coedge_details() method in class ATTRIB_HH_ENT_GEOMBUILD_COEDGE: Updates the coedge details structure (m_coedge_details) with new information and sets the m_coedge_details_updated flag.
update_default_stream() method in class PART: Make sure the default stream is the active part's stream when distributing.
update_edge_data() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Updates the min_angle and max_angle.
update_entity(ENTITY*) method in class entity_notification_handler: Notifies the handler of an entity update event, to allow the handler to decide what to do when a given entity event has occurred.
update_legal_range(double,logical) method in class blend_spl_sur: Updates the legal_range of the blend surface.
update_new_evaluator_curves() method in class blend_spl_sur
update_revision() method in class ID_ATTRIB: Updates the ID revision.
update_sequence_for_lose() method in class ATTRIB_VAR_BLEND: If this blend is part of a blend sequence, and it is being removed, then the sequence must be adjusted to start and end before and after this blend.
update_v_range_from_faces(segend*,segend*) method in class ATTRIB_VAR_BLEND: Finds the parameter range that corresponds to the extent at the edge being blended.
use_advspl data member in class hh_advspl_options
use_count() method in class PCURVE: Returns the use count of this PCURVE.
use_count() method in class APOINT: Returns the use count of this APOINT.
use_count() method in class SURFACE: Returns the use count of this SURFACE.
use_count() method in class ENTITY: Returns the use count of this ENTITY.
use_count() method in class CURVE: Returns the use count of this CURVE.
use_geombuild data member in class hh_geombuild_options
use_secondary_solver data member in class hh_secondary_solver_options
use_spline_tgt data member in class hh_isospline_options
user_data data member in class HISTORY_STREAM: Pointer to optional application data attached to the HISTORY_STREAM.
user_data() method in class ANNOTATION: Returns a pointer to user data.
user_data() method in class phl_body_occurrence: return the VOID_LIST of user data pointers.
user_data data member in class DELTA_STATE: Pointer to optional application data attached to the DELTA_STATE.
userdata data member in class curve_surf_int: Pointer to an arbitrary object to store user data.
userdata data member in class curve_curve_int: Pointer to an arbitrary object to store user data.
uv() method in class param_info: Returns the (u,v) parameters of the point represented by this instance.
uv() method in class check_self_intersection_details
uv data member in class curve_curve_int: Surface parameters if the curves are known to lie on a surface.
uv_oridir data member in class torus: The direction from the center toward the origin of parameter space.
uv_oridir data member in class sphere: Direction from the center of the sphere to the origin of parameter space.
uv_partials(int,int) method in class law: Returns a law that is a partial derivative in uv of this law.
uv_set() method in class blend_contact
uv_set data member in class curve_curve_int: TRUE if the surface parameters have been set - FALSE by default.
uvcoords() method in class IHL_SEGMENT: Returns segment coordinates read only.
uvcoords() method in class IHL_SEGMENT: Returns segment coordinates for update.

V

VBL_SURF class: Defines the vertex blend surface class.
VECTOR define
VERTEX class: Represents a corner of a FACE and/or the end of an EDGE.
VERTEX_ID define
VERTEX_LEVEL define
VERTEX_TEMPLATE class: Creates parameter templates.
VM_cast() method in class DM_def_icon_draw_args: Allows GI draw engine to downcast draw_args object so it can be queried.
VOID_LIST class: Creates a variable-length list of void*'s.
Validate() method in class DM_dbx_icon: Updates cached data.
Validate() method in class DM_srf_icon: Updates cached data.
Validate() method in class DM_dpr_icon: Updates cached data.
Validate() method in class DM_sps_icon: Updates cached data.
Validate() method in class ADM_srf_icon3: Update cached data.
Validate() method in class DM_lct_icon: Updates cached data.
Validate() method in class DM_crv_icon: Updates cached data.
Validate() method in class DM_att_icon: Updates cached data.
Validate() method in class DM_cct_icon: Updates cached data.
Validate() method in class DM_spr_icon: Updates cached data.
Validate() method in class DM_act_icon: Updates cached data.
Validate() method in class DM_vec_icon: Updates cached data.
Validate() method in class DM_lld_icon: Updates cached data.
Validate() method in class ADM_srf_icon2: Updates cached data.
Validate() method in class DM_pct_icon: Updates cached data.
Validate() method in class DM_default_icon: Updates cached data.
Validate() method in class DM_ppr_icon: Updates cached data.
Validate() method in class DM_cld_icon: Updates cached data.
Validate() method in class DM_grd_icon: Updates cached data.
Validate() method in class DM_cpt_icon: Updates cached data.
Validate() method in class ADM_srf_icon: Updates cached data.
v(vval) method in class SPApar_pos: C++ initialize constructor requests memory for this object and populates it with the data supplied as arguments.
v(uv[ 1]) method in class SPApar_pos: C++ initialize constructor requests memory for this object and populates it with the data supplied as arguments.
v data member in class SPApar_pos: The v-parameter.
v0() method in class check_high_curvature_details
v1() method in class check_high_curvature_details
v_end() method in class IHL_SEGMENT: Returns segment end point.
v_end_array() method in class splgrid: Returns a pointer to an array of tangent vectors defining the ending boundary conditions in v-parameter.
v_end_item(int) method in class splgrid: Returns one of the elements from the array of tangent vectors defining the end boundary conditions for the v-parameter.
v_for_u_on_i(int,double,double&,double&) method in class VBL_SURF: Returns the value of v for the given u, on the ith boundary.
v_knot_array() method in class splsurf: Returns a pointer to an array of knots for the v-parameter.
v_knot_count() method in class splsurf: Returns the number of knots in the array of knots for the v-parameter.
v_knot_item(int) method in class splsurf: Returns one of the elements from the array of knots for the v-parameter.
v_param_ctrlpts() method in class splsurf: Returns the number of columns in the control points array.
v_param_degree() method in class splsurf: Returns the polynomial degree for the v-parameter.
v_param_form() method in class splsurf: Returns the form of the surface.
v_param_line(double) method in class cone: Construct a parameter line on the surface.
v_param_line(double) method in class surface: Constructs a parameter line on the surface.
v_param_line(double) method in class spline: Constructs a v-parameter line on the surface.
v_param_line(double) method in class plane: Constructs a parameter line on the surface.
v_param_line(double,spline&) method in class VBL_SURF: Returns the v-parameter line, given a u value.
v_param_line(double,spline const&) method in class blend_spl_sur: Constructs an isoparameter line on the surface.
v_param_line(double) method in class torus: Constructs a parameter line on the surface.
v_param_line(double) method in class sphere: Constructs a parameter line on the surface.
v_param_pole() method in class splsurf: Returns pole singularities of the surface.
v_param_range() method in class ATTRIB_FFBLEND: Return the v-parameter range.
v_param_range() method in class ATTRIB_VAR_BLEND: Returns the v-parameter range.
v_param_rational() method in class splsurf: Returns if the surface is weighted (rational or irrational) for each control point for the v parameter.
v_points() method in class splgrid: Returns the number of columns (u) in the grid points array.
v_range() method in class SPApar_box: Extracts the constituent data from the SPApar_box as an interval in the v direction.
v_range_for_u(double) method in class VBL_SURF: Returns the valid range for v for the given value of u.
v_scale() method in class SPApar_transf: Returns the value of the v scaling.
v_start() method in class IHL_SEGMENT: Returns segment start point.
v_start_array() method in class splgrid: Returns a pointer to an array of tangent vectors defining the starting boundary conditions in v-parameter.
v_start_item(int) method in class splgrid: Returns one of the elements from the array of tangent vectors defining the starting boundary conditions for the v-parameter.
valid() method in class FileInfo: Checks the values of the units and product id.
valid() method in class VERTEX_TEMPLATE: Determines whether the VERTEX_TEMPLATE is fully defined.
valid data member in class curve_interp: The array of parameter intervals within which the fit is in tolerance.
valid() method in class CELL: Returns TRUE if the CELL is valid; otherwise, it returns FALSE.
validStartVertices(WIRE*,ENTITY_LIST&) method in class AcisSLInterface: Any vertex used as the starting vertex must lie on the convex hull.
valid_range(int) method in class curve_interp: Extracts the nth valid interval from the object, where n ranges from 0 to nvalid - 1.
valid_unshared_edges(ENTITY_LIST&) method in class ATTRIB_HH_AGGR_STITCH: Returns a list of the unshared edges that are valid and can be closed by a cover sheet.
validate() method in class CELL: Validates the update data.
validity_checks(curve*,SPAinterval&,logical&,logical&,logical&,logical&,logical&) method in class pcurve: Carries out all the validity checks for a pcurve, over the supplied interval.
value(char const*) method in class enum_table: Retrieves value corresponding to given string.
value() method in class ATTRIB_GEN_VECTOR: Returns the SPAvector contained by this attribute.
value() method in class ATTRIB_GEN_ENTITY: Return the entity owned by this attribute.
value() method in class ATTRIB_GEN_POSITION: Returns the SPAposition contained by this attribute.
value() method in class option_header: Returns the value of the option_header if the option type is double_option.
value() method in class ATTRIB_GEN_WSTRING: Returns the wide character string value contained by this attribute.
value() method in class ATTRIB_GEN_REAL: Returns the real (double) value contained by the attribute.
value() method in class ATTRIB_GEN_POINTER: Returns the ENTITY referenced by this attribute.
value() method in class ATTRIB_GEN_INTEGER: Returns the integer value contained by this attribute.
value() method in class ATTRIB_GEN_STRING: Returns the string value contained by this attribute.
values data member in class SPAnvector: Array of values associated with the n dimensional vector.
var_cross_section class: Evaluates the cross section of a blend surface.
var_rad_const class
var_rad_fixed_width class: Defines a constant cross section radius for a variable radius function.
var_rad_functional class: Defines a functional form of a variable radius function.
var_rad_rot_ellipse class: Defines a rotational radius ellipse for a variable radius function.
var_rad_two_ends class: Defines a two-ends form of a variable radius function.
var_radius class: Defines the variable radius.
vardir data member in class surf_normcone: Classifies whether the normal direction varies more in the u-parameter direction, more in the v-parameter direction, or in neither.
vbl_bound() method in class VBL_SURF: Returns the bound of the variable blend, whether or not there is an approximating surface.
vbl_param_range() method in class VBL_SURF: Returns the vertex blend parameter range, whether or not there is an approximating surface.
vbl_param_range_u() method in class VBL_SURF: Returns the variable blend u-parameter range, whether or not there is an approximating surface.
vbl_param_range_v() method in class VBL_SURF: Returns the variable blend v-parameter range, whether or not there is an approximating surface.
vector_law class: Combines one dimensional laws into a multi-dimensional law.
vent_type_id enum: Specifies whether vent faces should or should not be added during a tapering operation.
verify_version() method in class lop_options: Sets values according to the version context.
vertex() method in class BLEND_ANNO_VERTEX: Returns a pointer to the original vertex that was blended.
vertex(int) method in class PRIMITIVE_ANNOTATION: Given an index, returns the primitive's vertex at that index.
vertex(int) method in class VBL_SURF: Returns the uv coordinates of ith vertex.
vertex1() method in class gedge: Returns the first vertex associated with this graph edge.
vertex2() method in class gedge: Returns the second vertex associated with this graph edge.
vertex_bounded() method in class EDGE: Returns TRUE if this EDGE is bounded by VERTEXes.
vertex_exists(gvertex const*) method in class generic_graph: Returns TRUE if the given gvertex exists in the graph.
vertex_template data member in class INDEXED_MESH_MANAGER: VERTEX_TEMPLATE.
vertex_template() method in class POLYGON: Returns the vertex template.
vertex_template data member in class indexed_polygon
vertices() method in class SKIN_ANNO_LAT_EDGE: Returns all the input vertices that corresponds to the lateral edges annotated by this object.
vertices() method in class PRIMITIVE_ANNOTATION: Returns a list of all the vertices created as part of the primitive.
vertices_do_not_deviate() method in class ATTRIB_HH_ENT_GEOMBUILD_EDGE: Returns TRUE if none of the end vertices deviate from the curve.
view() method in class ATTRIB_PHL_VW: Returns the view token.
visibility() method in class PHLV5_SEGMENT: Returns the visibility of the segment.
visibility() method in class PHL_SEGMENT: Returns the visibility of the segment, where VIS means the segment is visible, HID means the segment is hidden by a face, and OCC means the segment is occluded by an edge.
visible() method in class IHL_SEGMENT: Returns TRUE if the segment is visible.
void() method in class ATTRIB_TAG: Restores this ATTRIB_TAG from a SAT file.
volume() method in class mass_property: Returns the volume of the mass_property.
vortex() method in class torus: Returns TRUE if this torus has a vortex shape.
vtx_is_blended(logical) method in class ATTRIB_VAR_BLEND: Determines if the start or end vertex is blended.
vtx_old_way data member in class ATTRIB_VBLEND: Flag indicating whether to use new vertex blend processing or old.
vtx_processed data member in class ATTRIB_VBLEND: Flag indicating whether the vertex blend has been processed.

W

WARP_ANNOTATION class: Implements the annotations for space-warped entities.
WARP_ANNO_FACE class: Implements the annotations for space-warped faces.
WAS_FORWARDED define
WCS class: Defines the creation of a working coordinate system.
WCS_LEVEL define
WCS_callback class: Provides notification of changes to the WCS.
WCS_callback_list class: Provides a type-safe interface to toolkit_callback_list class and the execute command.
WIRE class: Represents a collection of edges that are owned by a body but are not attached to faces and do not enclose any volume.
WIRE_ID define
WIRE_LEVEL define
WK_LEADER define
warp_attrib(ENTITY*,law*) global function: Provides a convenient way for attributes to be notified when their owning entity is being warped.
warp_owner(law*) method in class ATTRIB: Notifies this ATTRIB that its owning ENTITY will be modified by warping.
warped_faces() method in class WARP_ANNO_FACE: Returns a pointer to the original face that was space-warped.
wcs_active_to_model() global function: Gets the transformation that maps from the active WCS to model space.
wcs_get_active() global function: Gets the active WCS.
wcs_model_to_active() global function: Gets the transformation that maps from model space to the active WCS.
wcs_origin() global function: Gets the origin of the active WCS.
wcs_set_origin(WCS*,SPAposition&) global function: Sets the point or origin of the given WCS.
wcs_x_axis() global function: Gets the x-axis of the active WCS.
wcs_y_axis() global function: Gets the y-axis of the active WCS.
wcs_z_axis() global function: Gets the z-axis of the active WCS.
weight_array() method in class splsurf: Returns a pointer to a weights array.
weight_item(int,int) method in class splsurf: Returns one of the elements from the array of weights.
what_hit() method in class hit: The face, edge, or vertex that is hit.
width() method in class var_rad_fixed_width: Gets the width of a var_rad_fixed_width.
windows_color() method in class rgb_color: Convert to a Windows COLORREF.
wire() method in class SUBSHELL: Returns the first WIRE in a complete enumeration of all the WIREs in the owning SHELL.
wire() method in class BODY: Returns a pointer to the beginning of the list of wires comprising this BODY.
wire() method in class SHELL: Returns the first WIRE in a complete enumeration of all the WIREs in this SHELL.
wire() method in class COEDGE: Returns the owner of this COEDGE if the former is a WIRE, otherwise NULL.
wire() method in class shell_lump: Return the entity being described if it is a WIRE; otherwise, return NULL.
wire_edges() method in class SKIN_ANNO_START_EDGE: Returns the input coedge that corresponds to an edge of the start face, which is annotated by this object.
wire_edges() method in class SKIN_ANNO_END_EDGE: Returns the input coedge corresponds to an edge on the end face, which is annotated by this object.
wire_law_data class: Serves as a wrapper for an ACIS WIRE object.
wire_list() method in class SHELL: Returns a pointer to the first WIRE of a list of WIREs immediately contained in this SHELL.
wire_list() method in class SUBSHELL: Return a pointer to the first WIRE in the list of WIREs contained in this SUBSHELL.
wire_offset_options class: Sets options for wire offsetting.
write(void*,size_t,logical) method in class BinaryFile: Writes the given data.
write(FILE*,SPAtransf*) method in class INDEXED_MESH: Writes the indexed mesh to a file.
write(FILE*,SPAtransf*) method in class SEQUENTIAL_MESH: Given a handle to a file, and a transform, fill the file with facet information.
write_char(char) method in class BinaryFile: Writes a given character.
write_char(char) method in class SatFile: Writes a character.
write_char(char) method in class FileInterface: Writes a character.
write_data(void*,int,int) method in class output_callback: Writes from array data, n items of size to the output device.
write_data(TaggedData&) method in class FileInterface: Writes the data.
write_double(double) method in class BinaryFile: Writes a given double.
write_double(double) method in class FileInterface: Writes a real.
write_double(double) method in class SatFile: Writes a real.
write_enum(int,enum_table const&) method in class FileInterface: Writes enumeration table.
write_enum(int,enum_table&) method in class BinaryFile: Writes a value to an enumeration table.
write_enum(int,enum_table const&) method in class SatFile: Writes enumeration table.
write_float(float) method in class BinaryFile: Writes a given float.
write_float(float) method in class FileInterface: Writes a float.
write_float(float) method in class SatFile: Writes a float.
write_header(int,int,int,int) method in class BinaryFile: Writes a header.
write_header(int,int,int,int) method in class SatFile: Writes a header.
write_header(int,int,int,int) method in class FileInterface: Writes a header.
write_id(char*,int) method in class BinaryFile: Writes an entity identifier.
write_id(char*,int) method in class FileInterface: Writes an identifier.
write_id(char*,int) method in class SatFile: Writes an identifier.
write_literal_string(char*,size_t) method in class FileInterface: Writes a literal string.
write_literal_string(char*,size_t) method in class SatFile: Writes a literal string.
write_literal_string(char*,size_t) method in class BinaryFile: Writes a literal string.
write_logical(logical,char*,char*) method in class SatFile: Writes a logical.
write_logical(logical,char*,char*) method in class BinaryFile: Writes a given logical.
write_logical(logical,char*,char*) method in class FileInterface: Writes a logical.
write_long(long) method in class SatFile: Writes a long.
write_long(long) method in class BinaryFile: Writes a given long.
write_long(long) method in class FileInterface: Writes a long.
write_long_size data member in class BinaryFile: Length of a long (in bytes) during write operations.
write_newline(int) method in class SatFile: Writes a new line.
write_newline(int) method in class FileInterface: Writes a new line character.
write_pointer(void*) method in class BinaryFile: Writes a given pointer.
write_pointer(void*) method in class FileInterface: Writes a pointer.
write_pointer(void*) method in class SatFile: Writes a pointer.
write_position(SPAposition&) method in class BinaryFile: Writes a given position.
write_position(SPAposition&) method in class FileInterface: Writes a position.
write_raw(FILE*,SPAtransf*) method in class INDEXED_MESH: Writes the mesh to a file.
write_sequence(int) method in class FileInterface: Writes a sequence.
write_sequence(int) method in class SatFile: Writes a sequence.
write_short(short) method in class BinaryFile: Writes a given short.
write_short(short) method in class SatFile: Writes a short.
write_short(short) method in class FileInterface: Writes a short.
write_string(char*,size_t) method in class FileInterface: Writes a string.
write_string(char*,size_t) method in class BinaryFile: Writes a given string.
write_string(char*,size_t) method in class SatFile: Writes a string.
write_subtype_end() method in class SatFile: Writes a subtype end.
write_subtype_end() method in class BinaryFile: Writes a subtype end.
write_subtype_end() method in class FileInterface: Writes a subtype end.
write_subtype_start() method in class FileInterface: Writes a subtype start.
write_subtype_start() method in class BinaryFile: Writes a subtype start.
write_subtype_start() method in class SatFile: Writes a subtype start.
write_tagged(TaggedData::DataType,void*,size_t,logical) method in class BinaryFile: Writes tagged data.
write_terminator() method in class FileInterface: Writes a terminator.
write_terminator() method in class SatFile: Writes a terminator.
write_terminator() method in class BinaryFile: Writes a terminator.
write_vector(SPAvector&) method in class BinaryFile: Writes a given vector.
write_vector(SPAvector&) method in class FileInterface: Writes a vector.

X

x() method in class SPAposition: Extracts the x-coordinate value.
x() method in class SPAposition: Extracts the x-coordinate value.
x() method in class SPAvector: Extracts the x-component of a vector in 3D Cartesian space.
x() method in class SPAvector: Extracts the x-component of a vector for an update and allows it to be modified.
x3_end() method in class IHL_SEGMENT: Returns 3D x-coordinate of the end point.
x3_start() method in class IHL_SEGMENT: Returns 3D x-coordinate of the start point.
x_axis() method in class WCS: Gets the x-axis in model space.
x_end() method in class IHL_SEGMENT: Returns 2D x-coordinate of the end point.
x_range() method in class SPAbox: Retrieves the x-coordinate range.
x_start() method in class IHL_SEGMENT: Returns 2D x-coordinate of the start point.

Y

y() method in class SPAvector: Extracts the y-component of a vector for an update and allows it to be modified.
y() method in class SPAvector: Extracts the y-component of a vector.
y() method in class SPAposition: Extracts the y-coordinate value.
y() method in class SPAposition: Returns the y-coordinate value.
y3_end() method in class IHL_SEGMENT: Returns 3D y-coordinate of the end point.
y3_start() method in class IHL_SEGMENT: Returns 3D y-coordinate of the start point.
y_axis() method in class WCS: Gets the y-axis in model space.
y_end() method in class IHL_SEGMENT: Returns 2D y-coordinate of the end point.
y_range() method in class SPAbox: Retrieves the y-coordinate range.
y_start() method in class IHL_SEGMENT: Returns 2D y-coordinate of the start point.

Z

z() method in class SPAvector: Extracts the z-component of a vector for an update and allows it to be modified.
z() method in class SPAvector: Extracts the z-component of a vector.
z() method in class SPAposition: Extracts the z-coordinate value.
z() method in class SPAposition: Returns the z-coordinate value.
z3_end() method in class IHL_SEGMENT: Returns 3D z-coordinate of the end point.
z3_start() method in class IHL_SEGMENT: Returns 3D z-coordinate of the start point.
z_axis() method in class WCS: Gets the z-axis in model space.
z_range() method in class SPAbox: Retrieves the z-coordinate range.
zero() method in class moments: Initializes the moment to zero.
zero(double) method in class law: Determines whether this law is zero.
zero() method in class tensor: Zeroes all elements of the tensor.
zero_end_deriv1(logical,double) method in class var_rad_rot_ellipse: Returns TRUE if the first derivative at the start or end point of the var_rad_rot_ellipse is zero (less than SPAresabs).
zero_end_deriv1(logical,double) method in class var_radius: Returns TRUE if the first derivative at the start or end point of the var_radius is zero (less than SPAresabs).
zero_end_deriv1(logical,double) method in class var_rad_functional: Returns TRUE if the first derivative at the start or end point of the var_rad_functional is zero (less than SPAresabs).
zero_end_deriv1(logical,double) method in class var_rad_two_ends: Returns TRUE if the first derivative at the start or end point of the var_rad_two_ends is zero ( less than SPAresabs).
zero_end_deriv1(logical,double) method in class var_rad_fixed_width: Returns TRUE if the first derivative at the start or end point of the var_rad_fixed_width is zero (less than SPAresabs).
zero_end_deriv1(logical,double) method in class var_rad_const: Returns TRUE if the first derivative at the start or end point of the var_rad_const is zero ( less than SPAresabs).
zero_end_rad_slope(logical,double) method in class blend_spl_sur: Returns TRUE if the blend radius slope at the start or end point of the blend_spl_sur is zero.
zero_end_rad_slope(logical,double) method in class ATTRIB_BLEND: Returns TRUE if the blend end radius slope is zero ( less than resabs) at the start point if at_start is TRUE, or at the end point if at_start is FALSE.
zero_end_rad_slope(logical,double) method in class ATTRIB_VAR_BLEND: Returns TRUE if the blend end radius slope is zero(less than SPAresabs) at the start point if at_start is TRUE, or at the end point if at_start is FALSE.
zero_end_radius(logical,double) method in class ATTRIB_CONST_CHAMFER: Returns TRUE if the chamfer end radius is zero (less than resabs) at the start point if at_start is TRUE, or at the end point if at_start is FALSE.
zero_end_radius(logical,double) method in class ATTRIB_VAR_BLEND: Returns TRUE if the blend end radius is zero(less than SPAresabs) at the start point if at_start is TRUE, or at the end point if at_start is FALSE.
zero_end_radius(logical,double) method in class blend_spl_sur: Returns TRUE if the blend radius at the start or end point of the blend_spl_sur is zero.
zero_end_radius(logical,double) method in class var_rad_const: Returns TRUE if the radius at the start or end point of the var_rad_const is zero (less than SPAresabs).
zero_end_radius(logical,double) method in class ATTRIB_BLEND: Returns TRUE if the blend end radius is zero ( less than resabs) at the start point if at_start is TRUE, or at the end point if at_start is FALSE.
zero_end_radius(logical,double) method in class var_rad_fixed_width: Returns TRUE if the radius at the start or end point of the var_rad_fixed_width is zero (less than SPAresabs).
zero_end_radius(logical,double) method in class var_rad_two_ends: Returns TRUE if the radius at the start or end point of the var_rad_two_ends is zero (less than SPAresabs).
zero_end_radius(logical,double) method in class var_rad_rot_ellipse: Returns TRUE if the radius at the start or end point of the var_rad_rot_ellipse is zero (less than SPAresabs).
zero_end_radius(logical,double) method in class var_radius: Returns TRUE if the radius at the start or end point of the var_radius is zero (less than SPAresabs).
zero_end_radius(logical,double) method in class var_rad_functional: Returns TRUE if the radius at the start or end point of the var_rad_functional is zero (less than SPAresabs).
zeroth_error() method in class moments: Returns the zeroth moment of the moment, or zero if unset.
zeroth_moment() method in class moments: Returns the zeroth moment of the moment, or zero if unset.
zeroth_set() method in class moments: Returns TRUE if the zeroth moments have been set.

_

_IsCylinder data member in class cone: This cone is a cylinder.
_current_fitol(current) method in class check_bad_fitol_details: Constructor takes the calculated fit tolerance, and the current fit tolerance.
_rad(rad_curvature) method in class check_high_curvature_details
_uv(uv) method in class check_self_intersection_details

~

~remove_face_info() global function: C++ destructor.
~support_entity_stack() method in class ATTRIB_BLEND