UF_MODL Functions

tag

Input

Identifier of the curve.

UF_MODL_ask_curve_fit_method (view source)

Defined in: uf_modl_curves.h

Overview

Returns the current setting of the curve fit method modeling preference.

Environment

Internal and External

See Also

UF_MODL_set_curve_fit_method

History

This function was originally released in V15.0

Required License(s)

gateway

int UF_MODL_ask_curve_fit_method
(

int * fit_method

)

int *

fit_method

Output

curve fit method 0=cubic, 1=quinti

UF_MODL_ask_curve_mesh (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the creation parameters with which a Curve Mesh feature was created.

Environment

Internal and External

History

Original release was in V13.0.

Required License(s)

gateway

int UF_MODL_ask_curve_mesh
(

tag_t feature_obj_id,
UF_STRING_p_t s_prim,
UF_STRING_p_t s_cross,
UF_STRING_p_t s_spine,
int * emphasis,
int * body_type,
int * spline_pts,
double tol [ 3 ] ,
tag_t c_face_id [ 4 ] ,
int c_flag [ 4 ]

)

tag_t	feature_obj_id	Input	Feature object identifier
UF_STRING_p_t	s_prim	Output to UF_free	Pointer to the string list structure, containing the data defining the primary curves used to create the feature. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_cross	Output to UF_free	Pointer to the string list structure, containing the data defining the cross curves used to create the feature. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_spine	Output to UF_free	Pointer to the string list structure for the spine string. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
int *	emphasis	Output	Emphasis flag 1 = Primary curves 2 = Cross curves 3 = Both
int *	body_type	Output	Type of body: 0 = Sheet 1 = Solid
int *	spline_pts	Output	Spline points flag: 0 = Do not reparameterize curves 1 = Reparameterize through spline points
double	tol [ 3 ]	Output	Tolerances: [0] = Distance [1] = Angle (in degrees) [2] = Intersection
tag_t	c_face_id [ 4 ]	Output	Object identifiers of neighbor surfaces from which constraints are obtained [0] = first primary string [1] = last primary string [2] = first cross string [3] = last cross string No constraint is imposed on the corresponding string if id = NULL_TAG
int	c_flag [ 4 ]	Output	[0] = first primary string constraint type [1] = last primary string constraint type [2] = first cross string constraint type [3] = last cross string constraint type The constraint types are as follows: 0 = no constraint 1 = tangency constraint 2 = curvature constraint

UF_MODL_ask_curve_mesh1 (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the creation parameters with which a Curve Mesh feature was created.

Environment

Internal and External

History

Original release was in NX2.

Required License(s)

gateway

int UF_MODL_ask_curve_mesh1
(

tag_t feature_obj_id,
UF_STRING_p_t s_prim,
UF_STRING_p_t s_cross,
UF_STRING_p_t s_spine,
int * emphasis,
int * body_type,
int * spline_pts,
double tol [ 3 ] ,
tag_t c_collector_id [ 4 ] ,
int c_flag [ 4 ]

)

tag_t	feature_obj_id	Input	Feature object identifier
UF_STRING_p_t	s_prim	Output to UF_free	Pointer to the string list structure, containing the section builder objects defining the primary curves used to create the feature. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_cross	Output to UF_free	Pointer to the string list structure, containing the section builder objects defining the cross curves used to create the feature. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_spine	Output to UF_free	Pointer to the string list structure for the spine string. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
int *	emphasis	Output	Emphasis flag 1 = Primary curves 2 = Cross curves 3 = Both
int *	body_type	Output	Type of body: 0 = Sheet 1 = Solid
int *	spline_pts	Output	Spline points flag: 0 = Do not reparameterize curves 1 = Reparameterize through spline points
double	tol [ 3 ]	Output	Tolerances: [0] = Distance [1] = Angle (in degrees) [2] = Intersection
tag_t	c_collector_id [ 4 ]	Output	Collector containing the neighbor surfaces from which constraints are obtained [0] = first primary string [1] = last primary string [2] = first cross string [3] = last cross string No constraint is imposed on the corresponding string if id = NULL_TAG
int	c_flag [ 4 ]	Output	[0] = first primary string constraint type [1] = last primary string constraint type [2] = first cross string constraint type [3] = last cross string constraint type The constraint types are as follows: 0 = no constraint 1 = tangency constraint 2 = curvature constraint

UF_MODL_ask_curve_parm (view source)

Defined in: uf_modl_curves.h

Overview

Returns the parameter and a point on a curve given a reference point.

Environment

Internal and External

See Also

UF_MODL_ask_point_along_curve_2 which may handle curves with
sharp corners better

Required License(s)

gateway

int UF_MODL_ask_curve_parm
(

tag_t curve_id,
double ref_pnt [ 3 ] ,
double * parm,
double curve_pnt [ 3 ]

)

tag_t	curve_id	Input	Curve identifier.
double	ref_pnt [ 3 ]	Input	Reference point in absolute space (3 element array)
double *	parm	Output	Parameter on curve.
double	curve_pnt [ 3 ]	Output	Point on curve (3 element array).

UF_MODL_ask_curve_parm_no_ext (view source)

Defined in: uf_modl_curves.h

Overview

Returns the parameter value of the point on a curve (without
extension) closest to the input point.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_curve_parm_no_ext
(

tag_t curve_id,
double ref_point [ 3 ] ,
double * parm

)

tag_t	curve_id	Input	Object identifier for the curve
double	ref_point [ 3 ]	Input	Reference point (in absolute coordinates)
double *	parm	Output	Parameter of the point on the curve

UF_MODL_ask_curve_periodicity (view source)

Defined in: uf_modl_curves.h

Overview

Inquires the periodicity of the curve. OPEN_CURVE may be periodic
(mathematically speaking, for example a sinusoidal curve) but it is not closed.

Environment

Internal and External

See Also

For the glossary definition see glossary

Required License(s)

gateway

int UF_MODL_ask_curve_periodicity
(

tag_t curve_id,
int * status

)

tag_t	curve_id	Input	Object identifier for the curve
int *	status	Output	Status of the curve. UF_MODL_OPEN_CURVE UF_MODL_CLOSED_PERIODIC_CURVE UF_MODL_CLOSED_NON_PERIODIC_CURVE

UF_MODL_ask_curve_points (view source)

Defined in: uf_modl_curves.h

Overview

Returns an array of 3D point coordinates (x,y,z) based on an input
curve, chordal tolerance, angular tolerance, and step tolerance.
A chord is the straight line between adjacent coordinates. The
tolerances provide independent values for controlling the output of
the coordinates located on the curve. The chordal tolerance (ctol) is
the maximum allowable distance from a chord to the curve between
the ends of the chord. The angular tolerance (atol) is the maximum
allowable sum of the angles between the chord and the tangents to the
curve at the ends of the chord. The step length (stol) is the maximum
allowable chordal length.

This routine does not create point objects as the GRIP and interactive
methods do.

If curve_id is an occurrence, then the points returned are relative to
the occurrence, and not the prototype.

Return

Error code:
0 = OK
1 = Invalid curve
2 = Modeler error

Note that this function treats the input "ctol" and "stol" tolerances
and returns point coordinates in the base units of the current displayed
part rather than the units of the part containing the input curve/edge.

In order it to return the expected coordinatesthe displayed part must be
set to the part containing the curve (or any other part using the units
of that part) and the display must have also been refreshed after setting
the new displayed part.

For example:

orig = UF_PART_ask_display_part();
UF_PART_ask_units(orig, &display_units);

UF_PART_ask_units(curve_owner, &units);
if (units != display_units)
{
UF_PART_set_display_part(curve_owner);
UF_DISP_refresh(); // required!
}
...
UF_MODL_ask_curve_points(curve, ...
...
UF_PART_set_display_part(orig);

Environment

Internal and External

See Also

Refer to example

History

Modified in V15.0 to work relative to the occurrence.
Added comments in NX8.5 regarding part units.

Required License(s)

gateway

int UF_MODL_ask_curve_points
(

tag_t curve_id,
double ctol,
double atol,
double stol,
int * numpts,
double * * pts

)

tag_t	curve_id	Input	The identifier of the curve on which the points are to be determined.
double	ctol	Input	The chordal tolerance. 0= do not use chordal tolerance.
double	atol	Input	The angular tolerance in radians 0= do not use angular tolerance.
double	stol	Input	Maximum step length. 0 = do not use
int *	numpts	Output	Number of points in the points array.
double * *	pts	Output to UF_free	Pointer to the array containing the 3D points. The array returned is a single dimension array of size pts[3numpts]. The allocated arrays must be freed with UF_free.

UF_MODL_ask_curve_props (view source)

Defined in: uf_modl_curves.h

Overview

Returns the point, tangent, unit principal normal, unit binormal,
torsion, and radius of curvature on a curve at a given parameter.
The input curve parameter, parm, is normalized between 0 and 1.

UF_EVAL_evaluate should be used to evaluate curves and edges instead
of using this routine. For a full circle, the routines may return
different results, as the parameterization of the circle may be done in
two different directions.

Environment

Internal and External

See Also

UF_EVAL_evaluate

Required License(s)

gateway

int UF_MODL_ask_curve_props
(

tag_t curve_id,
double parm,
double point [ 3 ] ,
double tangent [ 3 ] ,
double p_norm [ 3 ] ,
double b_norm [ 3 ] ,
double * torsion,
double * rad_of_cur

)

tag_t	curve_id	Input	Curve identifier.
double	parm	Input	Curve parameter.
double	point [ 3 ]	Output	Point on curve (3 element array).
double	tangent [ 3 ]	Output	Tangent of curve (3 element array).
double	p_norm [ 3 ]	Output	Unit Principal normal of curve (3 element array).
double	b_norm [ 3 ]	Output	Unit Binormal of curve (3 element array).
double *	torsion	Output	Torsion.
double *	rad_of_cur	Output	Radius of Curvature.

UF_MODL_ask_cyl_pocket_parms (view source)

Defined in: uf_modl_pockets.h

Overview

Gets cylinder pocket parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_cyl_pocket_parms
(

tag_t feature_obj_id,
int edit,
char * * diameter,
char * * depth,
char * * floor_rad,
char * * taper_angle

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	diameter	Output to UF_free	Cylinder diameter. This must be freed by calling UF_free.
char * *	depth	Output to UF_free	Cylinder depth. This must be freed by calling UF_free.
char * *	floor_rad	Output to UF_free	Floor radius. This must be freed by calling UF_free.
char * *	taper_angle	Output to UF_free	Taper angle. This must be freed by calling UF_free.

UF_MODL_ask_cylinder_parms (view source)

Defined in: uf_modl_primitives.h

Overview

Gets cylinder parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_cylinder_parms
(

tag_t feature_obj_id,
int edit,
char * * diameter,
char * * height

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	diameter	Output to UF_free	Cylinder diameter. This must be freed by calling UF_free.
char * *	height	Output to UF_free	Cylinder height. This must be freed by calling UF_free.

UF_MODL_ask_datum_axis_parms (view source)

Defined in: uf_modl_datum_features.h

Overview

Get datum axis parameters.

Environment

Internal and External

See Also

Refer to example

Required License(s)

gateway

int UF_MODL_ask_datum_axis_parms
(

tag_t feature_id,
double origin [ 3 ] ,
double normal [ 3 ]

)

tag_t	feature_id	Input	Feature tag for datum axis
double	origin [ 3 ]	Output	Datum axis base point
double	normal [ 3 ]	Output	Datum axis direction

UF_MODL_ask_datum_csys_components (view source)

Defined in: uf_modl_datum_features.h

Overview

Returns the components of a datum CSYS and the parent smart CSYS.
There are the total of 7 components as follows:
origin - origin point
daxes[3] - datum axes coincident with the CSYS coordinate axes
dplanes[3] - datum planes coincident with the CSYS coordinate planes

The application is responsible for allocating memory for the arrays

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_ask_datum_csys_components
(

tag_t datum_csys_tag,
tag_t * csys_tag,
tag_t * origin,
tag_t daxes [ 3 ] ,
tag_t dplanes [ 3 ]

)

tag_t	datum_csys_tag	Input	Tag of the datum CSYS feature
tag_t *	csys_tag	Output	Tag of the smart CSYS
tag_t *	origin	Output	Tag of the origin point
tag_t	daxes [ 3 ]	Output	Tag of the three datum axes coincident with the coordinate axes
tag_t	dplanes [ 3 ]	Output	Tag of the three datum planes coincident with the coordinate planes

UF_MODL_ask_datum_plane (view source)

Defined in: uf_modl.h

Overview

Returns the data of a datum plane object.

Environment

Internal and External

See Also

UF_MODL_edit_plane
UF_MODL_create_plane
Refer to example

History

Originally released in N5.0

Required License(s)

gateway

int UF_MODL_ask_datum_plane
(

tag_t dplane_tag,
double dplane_point [ 3 ] ,
double dplane_normal [ 3 ]

)

tag_t	dplane_tag	Input	Datum plane
double	dplane_point [ 3 ]	Output	Origin point of the datum plane
double	dplane_normal [ 3 ]	Output	Normal direction of the datum plane

UF_MODL_ask_datum_plane_parms (view source)

Defined in: uf_modl_datum_features.h

Overview

Gets datum plane parameters. Plane center and normal are given in
an array of three floating point numbers with X value in the first
element, Y in the second, and Z in the third. Parameters for offset
distance from plane and offset angle from plane are returned in
expression format which needs to be deallocated using UF_free. If
these two parameters are not applicable, the pointers are NULL.
acquires and prints out the parameters for the selected datum plane.

Environment

Internal and External

See Also

See example

Required License(s)

gateway

int UF_MODL_ask_datum_plane_parms
(

tag_t feature_obj_id,
double origin [ 3 ] ,
double normal [ 3 ] ,
char * * offset,
char * * angle

)

tag_t	feature_obj_id	Input	Feature object identifier of datum plane.
double	origin [ 3 ]	Output	Datum plane center.
double	normal [ 3 ]	Output	Datum plane normal.
char * *	offset	Output to UF_free	Offset distance from plane. This must be freed by calling UF_free.
char * *	angle	Output to UF_free	Offset angle from plane. This must be freed by calling UF_free.

UF_MODL_ask_datum_point_and_direction (view source)

Defined in: uf_modl_datum_features.h

Overview

Returns the point and direction of a datum feature.

If the datum does not have a point or direction tag, NULL_TAG is returned.

Environment

Internal and External

History

Original release was in V16.0.

Required License(s)

gateway

int UF_MODL_ask_datum_point_and_direction
(

tag_t datum_feature_tag,
tag_p_t point,
tag_p_t direction

)

tag_t	datum_feature_tag	Input	The datum feature tag.
tag_p_t	point	Output	The point of the datum.
tag_p_t	direction	Output	The direction of a datum axis or, the normal to the datum plane.

UF_MODL_ask_daxis_size (view source)

Defined in: uf_modl_datum_features.h

Overview

Returns the size of a datum axis

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_daxis_size
(

tag_t daxis_tag,
double * length

)

tag_t	daxis_tag	Input	The datum tag
double *	length	Output	Length of the datum axis

UF_MODL_ask_default_density (view source)

Defined in: uf_modl.h

Overview

Returns the global solid density in the desired unit. The density units can be
any one of the following:

UF_MODL_pounds_inches
UF_MODL_pounds_feet
UF_MODL_grams_centimeters
UF_MODL_kilograms_meters

Environment

Internal and External

See Also

Refer to example
UF_MODL_set_default_density

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_default_density
(

UF_MODL_density_units_t units,
double * density

)

UF_MODL_density_units_t	units	Input	units of 'density'
double *	density	Output	default density

UF_MODL_ask_descriptor_of_exp (view source)

Defined in: uf_modl_expressions.h

Overview

Return descriptor of the expression else return NULL. Currently, only feature
expressions have descriptors.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_descriptor_of_exp
(

tag_t exp,
char * * descriptor

)

tag_t	exp	Input	Expression to query
char * *	descriptor	Output to UF_free	Expression descriptor. This must be freed by calling UF_free.

UF_MODL_ask_die_tip (view source)

Defined in: uf_modl_dieeng.h

Overview

Outputs the product orientation information for the input die tip feature.

Return

error code

Environment

Internal and External

History

Original release was in V19.0

int UF_MODL_ask_die_tip
(

tag_t die_tip_feature,
UF_MODL_die_tip_info_p_t die_tip_info

)

tag_t	die_tip_feature	Input	die tip feature to inquire
UF_MODL_die_tip_info_p_t	die_tip_info	Output to UF_free	die tip information

UF_MODL_ask_distance_tolerance (view source)

Defined in: uf_modl.h

Overview

Gets the distance tolerance found in the Modeling Preferences dialog
box. This value is in the units of the part.

Return

Void.

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_ask_distance_tolerance
(

double * tolerance

)

double *

tolerance

Output

Distance tolerance

UF_MODL_ask_dovetail_slot_parms (view source)

Defined in: uf_modl_slots.h

Overview

Gets dove tail slot parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_dovetail_slot_parms
(

tag_t feature_obj_id,
int edit,
char * * width,
char * * depth,
char * * angle,
char * * distance,
int * thru_flag

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	width	Output to UF_free	Slot width. This must be freed by calling UF_free.
char * *	depth	Output to UF_free	Slot depth. This must be freed by calling UF_free.
char * *	angle	Output to UF_free	Dove tail angle. This must be freed by calling UF_free.
char * *	distance	Output to UF_free	Slot distance for a none thru slot. This must be freed by calling UF_free.
int *	thru_flag	Output	A thru flag can be TRUE or FALSE, if set to TRUE then there is no distance to the slot.

UF_MODL_ask_dynamic_update (view source)

Defined in: uf_modl.h

Overview

Returns the current setting for the modeling dynamic update preference. This
preference is used when editing a curve or a bridge curve feature from which
we can derive visible sheet or solid bodies. If UF_MODL_NO_DYNAMIC_UPDATE is
used, NX will not update the children features of the curve. If
UF_MODL_DYNAMIC_UPDATE_INCREMENTAL or UF_MODL_DYNAMIC_UPDATE_CONTINUOUS is used,
NX will dynamically update the children, depending on the immediate
children preference, of the curve each time the mouse stops moving or moves,
respectively.

Environment

Internal and External

History

V17.0

Required License(s)

gateway

int UF_MODL_ask_dynamic_update
(

int * update_type

)

int *

update_type

Output

Current setting of dynamic update:
UF_MODL_NO_DYNAMIC_UPDATE,
UF_MODL_DYNAMIC_UPDATE_INCREMENTAL,
UF_MODL_DYNAMIC_UPDATE_CONTINUOUS

UF_MODL_ask_edge_blend (view source)

Defined in: uf_modl_blends.h

Overview

Ask an edge blend data

Environment

Internal and External

History

V17 release

Required License(s)

gateway

int UF_MODL_ask_edge_blend
(

tag_t feature_eid,
UF_MODL_edge_blend_data_p_t blend_data

)

tag_t	feature_eid	Input	Feature object identifier of a created blend
UF_MODL_edge_blend_data_p_t	blend_data	Output to UF_free	Data describing the created blend

UF_MODL_ask_edge_blend1 (view source)

Defined in: uf_modl_blends.h

Overview

Returns the defining data for a collector enabled Edge Blend feature.
To be used in place of UF_MODL_ask_edge_blend() when collection objects are desired.

Environment

Internal and External

History

This function was originally released in NX2.0.

Required License(s)

gateway

int UF_MODL_ask_edge_blend1
(

tag_t feature_obj_id,
UF_MODL_edge_blend_data_p_t blend_data

)

tag_t	feature_obj_id	Input	Feature object identifier for the Edge Blend feature
UF_MODL_edge_blend_data_p_t	blend_data	Output to UF_free	Data describing the Edge Blend feature

UF_MODL_ask_edge_blend_is_mult (view source)

Defined in: uf_modl_blends.h

Overview

Enquire whether it is a radius blend with multiple chainset capability
feature or not.

Environment

Internal and External

History

NX3.0 Release

Required License(s)

gateway

logical UF_MODL_ask_edge_blend_is_mult
(

tag_t feature_eid

)

feature_eid

Input

Feature object identifier of a created blend

UF_MODL_ask_edge_blend_mult (view source)

Defined in: uf_modl_blends.h

Overview

Ask an edge blend data of a multiple radius blend feature. This API
will work even if it is a single constant radius blend.

Environment

Internal and External

History

NX3.0 Release

Required License(s)

gateway

int UF_MODL_ask_edge_blend_mult
(

tag_t feature_eid,
UF_MODL_edge_blend_mult_data_p_t blend_data

)

tag_t	feature_eid	Input	Feature object identifier of a created blend
UF_MODL_edge_blend_mult_data_p_t	blend_data	Output to UF_free	Data describing the created blend

UF_MODL_ask_edge_body (view source)

Defined in: uf_modl.h

Overview

When the user calls UF_MODL_ask_edge_body, and inputs a solid
edge, the program returns the solid body (type 70, subtype 0) it is
associated to. This identifier can be used in the other
UF_MODL_ask_body_ routines.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_edge_body
(

tag_t edge,
tag_t * body_obj_id

)

tag_t	edge	Input	Edge object identifier
tag_t *	body_obj_id	Output	Object identifier of body.

UF_MODL_ask_edge_faces (view source)

Defined in: uf_modl.h

Overview

When the user calls UF_MODL_ask_edge_faces, and inputs a solid
edge, the program returns a list of solid faces associated to that edge.
The handling of this list can be done by using the UF_MODL__list
routines.

If the edge is an occurrence, then the return values are relative to the
occurrence, and not the prototype.

Environment

Internal and External

History

Modified in V15.0 to work relative to the occurrence.

Required License(s)

gateway

int UF_MODL_ask_edge_faces
(

tag_t edge,
uf_list_p_t * face_list

)

tag_t	edge	Input	Edge object identifier
uf_list_p_t *	face_list	Output to UF_free	Address of Pointer to a list of Face object identifiers. Null pointer is returned if an error occurs (`error' > 0). Use UF_MODL_delete_list to free space allocated for this linked list.

UF_MODL_ask_edge_feats (view source)

Defined in: uf_modl.h

Overview

When the user calls UF_MODL_ask_edge_feats, and inputs a solid
edge, the program returns a list of features associated to that edge.
The handling of this list can be done by using the UF_MODL__list
routines. The features within the list may only be used within other
UF_MODL_ routines that require a feature as input.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_edge_feats
(

tag_t edge_obj_id,
uf_list_p_t * feature_list

)

tag_t	edge_obj_id	Input	Object identifier of the edge.
uf_list_p_t *	feature_list	Output to UF_free	Address of a pointer to a List of features. Use UF_MODL_delete_list to free space allocated for this linked list.

UF_MODL_ask_edge_smoothness (view source)

Defined in: uf_modl.h

Overview

A geometry check routine.
The condition for smoothness is defined as being that the angle
between the normals of the two faces that meet at the edge does not
at any point along that edge exceed the angle supplied by the user. If
the tolerance entered = 0, the current modeling angle tolerance is
used. Edges with only one adjacent face are reported as smooth.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_edge_smoothness
(

tag_t edge_tag,
double tolerance,
logical * is_smooth

)

tag_t	edge_tag	Input	Tag of edge to check
double	tolerance	Input	Angle tolerance against which to check (in degrees)
logical *	is_smooth	Output	FALSE = edge is not smooth; TRUE = edge is smooth

UF_MODL_ask_edge_tolerance (view source)

Defined in: uf_modl.h

Overview

Returns the tolerance of the input edge.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_edge_tolerance
(

tag_t edge_tag,
double * tolerance

)

tag_t	edge_tag	Input	Tag of solid edge to check tolerance of
double *	tolerance	Output	Tolerance of edge_tag

UF_MODL_ask_edge_type (view source)

Defined in: uf_modl.h

Overview

Returns the edge type. Inquire routines only return geometric data for linear,
circular, elliptical and spline edges.

Environment

Internal and External

See Also

uf_modl_types.h for edge_type information.

Required License(s)

gateway

int UF_MODL_ask_edge_type
(

tag_t edge_id,
int * edge_type

)

tag_t	edge_id	Input	Object identifier for the edge
int *	edge_type	Output	Edge type: UF_MODL_LINEAR_EDGE UF_MODL_CIRCULAR_EDGE UF_MODL_ELLIPTICAL_EDGE UF_MODL_INTERSECTION_EDGE UF_MODL_SPLINE_EDGE UF_MODL_SP_CURVE_EDGE UF_MODL_FOREIGN_EDGE UF_MODL_CONST_PARAMETER_EDGE UF_MODL_TRIMMED_CURVE_EDGE UF_MODL_CONVERGENT_EDGE

UF_MODL_ask_edge_verts (view source)

Defined in: uf_modl.h

Overview

Given a solid edge as input, returns the vertices (endpoints) of the
edge. An edge may have zero, one, or two vertices, based on the edge
given. For example, a circle is an edge with a zero vertex and a line is
an edge with two vertices. It is also possible to create a circular edge
with one vertex. An example is extruding a triangle into a cylinder and
then performing a union on the results to obtain a body as shown.

When the input edge is an occurrence, the coordinates for point1 and
point2 are relative to the occurrence.

Environment

Internal and External

See Also

Refer to example

History

Modified in V15.0 to work relative to the occurrence.

Required License(s)

gateway

int UF_MODL_ask_edge_verts
(

tag_t edge,
double point1 [ 3 ] ,
double point2 [ 3 ] ,
int * vertex_count

)

tag_t	edge	Input	Object identifier of edge containing vertices
double	point1 [ 3 ]	Output	first endpoint of edge.
double	point2 [ 3 ]	Output	second endpoint of edge.
int *	vertex_count	Output	Number of endpoints returned. If only one endpoint is returned, it is contained in `point1'.

UF_MODL_ask_enlarge (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the information stored in the record of the input enlarged sheet feature.

Environment

Internal and External

History

This function is provided in v17 initially.

Required License(s)

gateway

int UF_MODL_ask_enlarge
(

tag_t feat_obj_tag,
tag_t * face,
int * type,
char * percent_size [ 4 ] ,
double * tolerance

)

tag_t	feat_obj_tag	Input	tag of the feature record of the enlarged sheet
tag_t *	face	Output	tag of the base face of the enlarged sheet
int *	type	Output	enlarge extension type: 0-linear extension; 1-natural extension
char *	percent_size [ 4 ]	Output to UF_free	Array of the percent increase for the surface parameters. These are character pointers to allow for input expressions. For linear type extensions, the range is from [0 ,100], with 0 meaning no increase, and 100 meaning a 100% increase. For natural type extensions, the range is from [-99, +100], with -99 meaning a 99% decrease or shrinkage of the surface, and +100 meaning a 100% increase. percent_size[0] is the percent for U-min percent_size[1] is the percent for U-max percent_size[2] is the percent for V-min percent_size[3] is the percent for V-max This array must be free by calling UF_free ( percent_size[0]) UF_free ( percent_size[1]) UF_free ( percent_size[2]) UF_free ( percent_size[3])
double *	tolerance	Output	Distance tolerance for approximations

UF_MODL_ask_exp (view source)

Defined in: uf_modl_expressions.h

Overview

The input to UF_MODL_ask_exp is a character string containing the
name of the expression. What is returned to the user is the entire
expression string.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_exp
(

char * exp_name,
char exp_defn [ UF_MAX_EXP_BUFSIZE ]

)

char *	exp_name	Input	Name of expression.
char	exp_defn [ UF_MAX_EXP_BUFSIZE ]	Output	Complete expression string. This includes the left hand side, equal sign, and right hand side.

UF_MODL_ask_exp_desc_of_feat (view source)

Defined in: uf_modl_expressions.h

Overview

Returns expressions and expression descriptions related to the
supplied feature.

Environment

Internal and External

History

Original release was in V14.0. V15.0 change: This function was
renamed from UF_MODL_ask_exp_desc_of_frec to UF_MODL_ask_exp_desc_of_feat.

Required License(s)

gateway

int UF_MODL_ask_exp_desc_of_feat
(

tag_t feature_obj_id,
int * number_of_exps,
char * * * descriptions,
tag_t * * exps

)

tag_t	feature_obj_id	Input	Feature object identifier of created rectangular groove
int *	number_of_exps	Output	Number of expressions returned
char * * *	descriptions	Output to UF_free	number_of_exps Array of expression descriptions related to feature. Use UF_free_string_array to deallocate memory when done.
tag_t * *	exps	Output to UF_free	number_of_exps Array of object identifiers to expressions related to feature. Use UF_free to deallocate memory when done.

UF_MODL_ask_exp_desc_of_frec (view source)

Defined in: uf_modl_expressions.h

Overview

Use UF_MODL_ask_desc_of_feat instead.
Returns expressions and expression descriptions related to the supplied feature.

Environment

Internal and External

History

Original release was in V14.0.

Required License(s)

gateway

int UF_MODL_ask_exp_desc_of_frec
(

tag_t feature_obj_id,
int * number_of_exps,
char * * * descriptions,
tag_t * * exps

)

tag_t	feature_obj_id	Input	Feature object identifier of created rectangular groove
int *	number_of_exps	Output	Number of expressions returned
char * * *	descriptions	Output to UF_free	number_of_exps Array of expression descriptions related to feature. Use UF_free_string_array to deallocate memory when done.
tag_t * *	exps	Output to UF_free	number_of_exps Array of object identifiers to expressions related to feature. Use UF_free to deallocate memory when done.

UF_MODL_ask_exp_tag_string (view source)

Defined in: uf_modl_expressions.h

Overview

Returns the string that represents an expression. This is of the form:
<name>=<value>.

For example:
p1=p2+5
p10=3.1415926

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_exp_tag_string
(

tag_t expression_tag,
char * * string

)

tag_t	expression_tag	Input	Tag to evaluate.
char * *	string	Output to UF_free	String that represents the expression. The caller must free this by calling UF_free.

UF_MODL_ask_exp_tag_value (view source)

Defined in: uf_modl_expressions.h

Overview

Asks the value of an expression tag.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_exp_tag_value
(

tag_t expression_tag,
double * value

)

tag_t	expression_tag	Input	Tag to evaluate.
double *	value	Output	Value of expression

UF_MODL_ask_exps_of_feature (view source)

Defined in: uf_modl_expressions.h

Overview

Gets all expressions related to the supplied feature.

Environment

Internal and External

See Also

UF_MODL_ask_exps_of_part
UF_MODL_ask_features_of_exp
please see example

Required License(s)

gateway

int UF_MODL_ask_exps_of_feature
(

tag_t feature,
int * number_of_exps,
tag_t * * exps

)

tag_t	feature	Input	Feature to query
int *	number_of_exps	Output	number of expressions returned
tag_t * *	exps	Output to UF_free	Array of expressions related to feature. This array must be freed by calling UF_free.

UF_MODL_ask_exps_of_part (view source)

Defined in: uf_modl_expressions.h

Overview

Gets all the numeric expressions of a part.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_exps_of_part
(

tag_t part_tag,
int * number_of_exps,
tag_t * * exps

)

tag_t	part_tag	Input	Tag of the part to be queried
int *	number_of_exps	Output	Number of expressions returned
tag_t * *	exps	Output to UF_free	All the expressions in the part. Use UF_free to deallocate memory.

UF_MODL_ask_extreme (view source)

Defined in: uf_modl.h

Overview

Finds the extreme point of a face or an edge. Three direction vectors
are used to find the point. If there is a unique extreme point in the
first direction, then the other directions are ignored. Otherwise,
second and third directions are used successively to reduce the
number of extreme points to one.

The object identifier of the subobject containing the extreme point is
also returned.

For faces, the subobject is an edge containing the extreme point. If the
point does not lie on an edge, then a null object identifier (zero) is
returned for the subobject. For edges, the object identifier of the
subobject is always null (zero).

If object is an occurrence, then the return values are relative to the
occurrence, and not the prototype.

The vectors you input should be based on the ACS (Absolute Coordinate System)
of the Display part, so if your work part is a component and the Display
part is the assembly, you would want to enter in vectors for the Assembly's
ACS.

The coordinates returned will also be based on the Absolute Coordinate System
of the Display Part.

Environment

Internal and External

History

Modified in V15.0 to work relative to the occurrence.

Required License(s)

gateway

int UF_MODL_ask_extreme
(

tag_t object,
double dir1 [ 3 ] ,
double dir2 [ 3 ] ,
double dir3 [ 3 ] ,
tag_t * subent,
double point [ 3 ]

)

tag_t	object	Input	Object identifier of object (valid objects are faces and edges)
double	dir1 [ 3 ]	Input	First direction vector
double	dir2 [ 3 ]	Input	Second direction vector
double	dir3 [ 3 ]	Input	Third direction vector
tag_t *	subent	Output	Object identifier of subobject containing the extreme point (Null object identifier (zero) is returned, if the point does not lie on a subobject).
double	point [ 3 ]	Output	Coordinates of the extreme point.

UF_MODL_ask_extrude_offset_dir (view source)

Defined in: uf_modl_sweep.h

Overview

Retrieves the offset direction for an extruded feature.

The offset point is defined as the middle point of the first profile curve of
an extruded feature.

The offset direction is defined by the cross product of the first profile curve
direction and the extruded direction. This direction starts from the offset point.

Environment

Internal and External

See Also

UF_MODL_ask_sweep_direction()

History

Originally released in V19.0 (NX1.0)

Required License(s)

gateway

int UF_MODL_ask_extrude_offset_dir
(

tag_t feature_id,
double point [ 3 ] ,
double direction [ 3 ]

)

tag_t	feature_id	Input	Object tag for an extruded feature.
double	point [ 3 ]	Output	The middle point of the first profile curve. This must be declared as double point[3].
double	direction [ 3 ]	Output	The offset direction for an extruded feature. This must be declared as double direction[3].

UF_MODL_ask_extrusion (view source)

Defined in: uf_modl_sweep.h

Overview

Retrieves the parameters used to create an extrusion.

Environment

Internal and External

See Also

History

Original release was in V13.0.

Required License(s)

gateway

int UF_MODL_ask_extrusion
(

tag_t feature_obj_id,
int* num_objects,
tag_t* * objects,
UF_MODL_SWEEP_TRIM_object_p_t* trim_ptr,
char* * taper_angle,
char* limits [ 2 ] ,
char* offsets [ 2 ] ,
double region_point [ 3 ] ,
logical* region_specified,
logical* solid_creation,
double direction [ 3 ]

)

tag_t	feature_obj_id	Input	Object tag for the extruded feature
int*	num_objects	Output	Number of curves
tag_t* *	objects	Output to UF_free	Pointer to an array containing the tags of the extruded curves. This array must be freed by calling UF_free.
UF_MODL_SWEEP_TRIM_object_p_t*	trim_ptr	Output to UF_free	Pointer to structure for trimming data. This pointer may be returned as NULL, if trimming objects are not used. Use function UF_MODL_SWEEP_free_trim_data to free the trimming data.
char* *	taper_angle	Output to UF_free	Taper angle. This must be freed by calling UF_free.
char*	limits [ 2 ]	Output to UF_free	Limits of extrusion. Each element of this array must be freed by calling UF_free.
char*	offsets [ 2 ]	Output to UF_free	Offsets for open strings. Each element of this array must be freed by calling UF_free.
double	region_point [ 3 ]	Output	Point on region desired.
logical*	region_specified	Output	True or False for region desired.
logical*	solid_creation	Output	TRUE = a solid body.
double	direction [ 3 ]	Output	Extrusion direction

UF_MODL_ask_face_blend_law_radii (view source)

Defined in: uf_modl_blends.h

Overview

Ask face blend law radii

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_face_blend_law_radii
(

tag_t feature,
double * * radii_values,
int * rad_num

)

tag_t	feature	Input	The object identifier of the blend
double * *	radii_values	Output to UF_free	Array of law radii values. This is an array that must be freed by calling UF_free.
int *	rad_num	Output	Data describing the blend

UF_MODL_ask_face_blend_law_range1_radii (view source)

Defined in: uf_modl_blends.h

Overview

Ask conic face blend law radii for offset1

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_face_blend_law_range1_radii
(

tag_t feature,
double * * radii_values,
int * rad_num

)

tag_t	feature	Input	The object identifier of the blend
double * *	radii_values	Output to UF_free	Array of law radii values. This is an array that must be freed by calling UF_free.
int *	rad_num	Output	Number of radii

UF_MODL_ask_face_blend_law_range2_radii (view source)

Defined in: uf_modl_blends.h

Overview

Ask conic face blend law radii for offset2

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_face_blend_law_range2_radii
(

tag_t feature,
double * * radii_values,
int * rad_num

)

tag_t	feature	Input	The object identifier of the blend
double * *	radii_values	Output to UF_free	Array of law radii values. This is an array that must be freed by calling UF_free.
int *	rad_num	Output	Number of radii

UF_MODL_ask_face_body (view source)

Defined in: uf_modl.h

Overview

The input to UF_MODL_ask_face_body is a single solid face. What
is returned is a solid body (type 70, subtype 0), which can be later
used in the UF_MODL_ask_body_ routines.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_body
(

tag_t face,
tag_t * body_obj_id

)

tag_t	face	Input	Face object identifier
tag_t *	body_obj_id	Output	Object identifier of Body.

UF_MODL_ask_face_constraint (view source)

Defined in: uf_modl_dfo.h

Overview

This function ask the parameters of a face constraint.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_constraint
(

tag_t feature_tag,
UF_MODL_dfo_region_t * * region,
UF_MODL_dfo_constraint_t * * constraint

)

tag_t	feature_tag	Input	feature_tag.
UF_MODL_dfo_region_t * *	region	Output to UF_free	faces to be operated
UF_MODL_dfo_constraint_t * *	constraint	Output to UF_free	constraints imposed on the region.

UF_MODL_ask_face_data (view source)

Defined in: uf_modl.h

Overview

Queries the data associated with a face. The data ouput depends on the type
of face receiving the query. The data can include the object type of
the face, center point, axis direction, etc.

Note that the normal vector and surface derivative vectors may be obtained
for all types of faces using UF_MODL_ask_face_props.

Environment

Internal and External

See Also

UF_MODL_ask_face_props

Required License(s)

gateway

int UF_MODL_ask_face_data
(

tag_t face,
int * type,
double point [ 3 ] ,
double dir [ 3 ] ,
double box [ 6 ] ,
double * radius,
double * rad_data,
int * norm_dir

)

tag_t	face	Input	Face obj_id
int *	type	Output	Face type is NX surface type code 16 = cylinder 17 = cone 18 = sphere 19 = revolved (toroidal) 20 = extruded 22 = bounded plane 23 = fillet (blend) 43 = b-surface 65 = offset surface 66 = foreign surface 67 = Convergent surface
double	point [ 3 ]	Output	Point information is returned according to the value of type as follows. Plane = Position in plane Cylinder= Position on axis Cone = Position on axis Sphere = Center position Torus = Center position Revolved = Position on axis
double	dir [ 3 ]	Output	Direction information is returned according to the value of type as follows. Plane = Normal direction Cylinder= Axis direction Cone = Axis direction Torus = Axis direction Revolved = Axis direction
double	box [ 6 ]	Output	Face boundary. The coordinates of the opposite corners of a rectangular box with sides parallel to X, Y, and Z axes (Absolute Coordinate System) are returned. The box contains the specified face and is usually close to the minimum possible size, but this is not guaranteed. box[0] = Xmin box[1] = Ymin box[2] = Zmin box[3] = Xmax box[4] = Ymax box[5] = Zmax
double *	radius	Output	Face major radius: For a cone, the radius is taken at the point[3] position on the axis. For a torus, the radius is taken at the major axis.
double *	rad_data	Output	Face minor radius: only a torus or cone has rad_data as a minor radius. For a cone, rad_data is the half angle in radians. For a torus, rad_data is taken at the minor axis.
int *	norm_dir	Output	Face normal direction: +1 if the face normal is in the same direction as the surface normal (cross product of the U- and V-derivative vectors), -1 if reversed.

UF_MODL_ask_face_edges (view source)

Defined in: uf_modl.h

Overview

The input to UF_MODL_ask_face_edges is a single solid face. What
is returned is a list of solid edges associated to that face. The
handling of this list can be done by using the UF_MODL__list routines.

If the face is an occurrence, then the return values are relative to the
occurrence, and not the prototype.

Environment

Internal and External

History

Modified in V15.0 to work relative to the occurrence.

Required License(s)

gateway

int UF_MODL_ask_face_edges
(

tag_t face,
uf_list_p_t * edge_list

)

tag_t	face	Input	Face object identifier
uf_list_p_t *	edge_list	Output to UF_free	Address of a pointer to a list of Edge object identifiers. Use UF_MODL_delete_list to free space allocated for this linked list.

UF_MODL_ask_face_face_intersect (view source)

Defined in: uf_modl.h

Overview

A geometry check routine.
Determine whether the body provided by the caller passes the face-face
intersection check. This routine should be called after
UF_MODL_ask_body_consistency has returned no errors.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_face_intersect
(

tag_t body_tag,
int * num_tags,
tag_t * * fault_tags

)

tag_t	body_tag	Input	body tag
int *	num_tags	Output	Number of faces in the input body which have a face to face intersection
tag_t * *	fault_tags	Output to UF_free	Array of face tags which have a face to face intersection. This must be freed by calling UF_free.

UF_MODL_ask_face_feats (view source)

Defined in: uf_modl.h

Overview

The input to UF_MODL_ask_face_feats is a single solid face. What
is returned is a list of features to which the input face belongs (usually
a single feature). The handling of this list can be done by using the
UF_MODL__list routines. The features within the list may only be
used within other UF_MODL_ routines that require a feature as
input.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_feats
(

tag_t face_obj_id,
uf_list_p_t * feature_list

)

tag_t	face_obj_id	Input	Face object identifier
uf_list_p_t *	feature_list	Output to UF_free	Address of a pointer to a List of features to which the face belongs. The feature is the parent of the face (features cannot belong to a face). Use UF_MODL_delete_list to free space allocated for this linked list.

UF_MODL_ask_face_grid_count (view source)

Defined in: uf_modl.h

Overview

Returns the u and v grid counts of a face or a body. It returns -1 as the
count when the faces of the selected body differ in the grid count.

Environment

Internal and External

See Also

Refer to example
UF_MODL_edit_face_grid_count

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_face_grid_count
(

tag_t object,
int * u_count,
int * v_count

)

tag_t	object	Input	tag of face or body
int *	u_count	Output	u grid counts
int *	v_count	Output	v grid counts

UF_MODL_ask_face_loops (view source)

Defined in: uf_modl.h

Overview

The input to UF_MODL_ask_face_loops is a single solid face. What
is returned is a list of type 'loop_list.' This is a pointer to a list of loop
structures. Each loop structure contains a list of edges that makeup a
particular loop. This structure is detailed within the uf_modl.h include
file.

If the face is an occurrence, then the return values are relative to the
occurrence, and not the prototype.

Environment

Internal and External

History

Modified in V15.0 to work relative to the occurrence.

Required License(s)

gateway

int UF_MODL_ask_face_loops
(

tag_t face,
uf_loop_p_t * loop_list

)

tag_t	face	Input	Object identifier of face containing loops
uf_loop_p_t *	loop_list	Output to UF_free	Address of a Pointer to a loop_list structure. Null pointer is returned if face has no loops, or if an error occurs (`error' > 0). Use UF_MODL_delete_loop_list to free space allocated for this linked list.

UF_MODL_ask_face_min_radii (view source)

Defined in: uf_modl.h

Overview

Gets the minimum radius of curvature on each side of the given face
where one exists, and its position and u-v parameters. The position
is returned in the same units as the current part.

A minimum radius of curvature is deemed not to exist on one side of
the surface if it is nowhere concave on that side. So the function can
return 0 (in the case of a plane), 1 (in the case of a cylinder, for
example) or 2 minima.

The magnitude of the radius has a positive sign if the surface is
concave with respect to its normal and a negative sign if the surface is
convex with respect to its normal.

If face is an occurrence, then the return values are relative to the
occurrence, and not the prototype.

Environment

Internal and External

See Also

For fragment code see example

History

Modified in V15.0 to work relative to the occurrence.

Required License(s)

gateway

int UF_MODL_ask_face_min_radii
(

tag_t face,
int * num_radii,
double radii [ 2 ] ,
double positions [ 6 ] ,
double params [ 4 ]

)

tag_t	face	Input	input face
int *	num_radii	Output	number of radii found
double	radii [ 2 ]	Output	minimum radii of curvature
double	positions [ 6 ]	Output	point locations of minimum radii.
double	params [ 4 ]	Output	u-v parameters of each radii

UF_MODL_ask_face_parm (view source)

Defined in: uf_modl.h

Overview

Returns the parameter and point on the surface of a face
given a reference point.

Note that the returned point will be on the underlying surface
but may not be on the portion which is bounded by the edges
of the face.

Note that in some cases, there is a potential risk that the returned point might
be adjusted incorrectly where the underlying surface has an extended UV range.
Please use UF_MODL_ask_face_parm_2 instead.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_parm
(

tag_t face_id,
double ref_pnt [ 3 ] ,
double parm [ 2 ] ,
double face_pnt [ 3 ]

)

tag_t	face_id	Input	Face identifier.
double	ref_pnt [ 3 ]	Input	Reference point in absolute space (ref_pnt[3]).
double	parm [ 2 ]	Output	Parameter (u,v) on face (parm[2]).
double	face_pnt [ 3 ]	Output	Point on the surface of the given face (face_pnt[3])

UF_MODL_ask_face_parm_2 (view source)

Defined in: uf_modl.h

Overview

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_parm_2
(

tag_t face_id,
double ref_pnt [ 3 ] ,
double parm [ 2 ] ,
double face_pnt [ 3 ]

)

tag_t	face_id	Input	Face identifier.
double	ref_pnt [ 3 ]	Input	Reference point in absolute space (ref_pnt[3]).
double	parm [ 2 ]	Output	Parameter (u,v) on face (parm[2]).
double	face_pnt [ 3 ]	Output	Point on the surface of the given face (face_pnt[3])

UF_MODL_ask_face_periodicity (view source)

Defined in: uf_modl.h

Overview

Returns the periodicity of the underlying surface of a face (opened or closed).

Environment

Internal and External

See Also

See glossary

Required License(s)

gateway

int UF_MODL_ask_face_periodicity
(

tag_t face_id,
int * U_status,
double * U_period,
int * V_status,
double * V_period

)

tag_t	face_id	Input	Object identifier for the face
int *	U_status	Output	U status: UF_MODL_NON_PERIODIC - not periodic in the U direction UF_MODL_PERIODIC - periodic in U direction UF_MODL_BOTH_X_PERIODIC - cross-periodic (poles at both ends) UF_MODL_MIN_X_PERIODIC - cross-periodic (poles at U min) UF_MODL_MAX_X_PERIODIC - cross-periodic (poles at U max)
double *	U_period	Output	Period in U direction
int *	V_status	Output	V status- UF_MODL_NON_PERIODIC - not periodic in the V direction UF_MODL_PERIODIC - periodic in V direction UF_MODL_BOTH_X_PERIODIC - cross-periodic (poles at both ends) UF_MODL_MIN_X_PERIODIC - cross-periodic (poles at V min) UF_MODL_MAX_X_PERIODIC - cross-periodic (poles at V max)
double *	V_period	Output	Period in V direction

UF_MODL_ask_face_props (view source)

Defined in: uf_modl.h

Overview

Returns the point, first derivative in U, first derivative in V, second
derivative in U, second derivative in V, unit face normal, and the principal
radii of curvature on a face at a given parameter. Face parameters are
not normalized and the input parameter (param[2]) must be between the
Umin, Umax, Vmin, and Vmax of the face.

The unit face normal may be the same as the surface normal (cross product
of the U- and V-derivative vectors) or may be reversed. For a solid body
face, the face normal may have been reversed so as to point out of the solid
body(for a valid solid body, all the face normals will point out of the body).
For a sheet body face, the face normal may be reversed if a REVERSE_NORMAL
feature has been applied (see UF_MODL_create_reverse_normal).

The face normal direction can be obtained from UF_MODL_ask_face_data.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_props
(

tag_t face_id,
double param [ 2 ] ,
double point [ 3 ] ,
double u1 [ 3 ] ,
double v1 [ 3 ] ,
double u2 [ 3 ] ,
double v2 [ 3 ] ,
double unit_norm [ 3 ] ,
double radii [ 2 ]

)

tag_t	face_id	Input	Face identifier.
double	param [ 2 ]	Input	Parameter (u,v) on face (param[2]).
double	point [ 3 ]	Output	Point at parameter (point[3]).
double	u1 [ 3 ]	Output	First derivative in U (u1[3]).
double	v1 [ 3 ]	Output	First derivative in V (v1[3]).
double	u2 [ 3 ]	Output	Second derivative in U (u2[3]).
double	v2 [ 3 ]	Output	Second derivative in V (v2[3]).
double	unit_norm [ 3 ]	Output	Unit face normal (unit_norm[3]).
double	radii [ 2 ]	Output	Principal radii of curvature (radii[2]).

UF_MODL_ask_face_self_intersect (view source)

Defined in: uf_modl.h

Overview

A geometry check routine.
Determines whether the face provided is self-intersecting.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_self_intersect
(

tag_t face_tag,
int * fault_token,
double point [ 3 ]

)

tag_t	face_tag	Input	face tag
int *	fault_token	Output	Fault token. If 0, then the face is not self-intersecting. Otherwise it is a model error code that can be converted to a string by calling UF_get_fail_message.
double	point [ 3 ]	Output	Point of self-intersection in ABS coordinates

UF_MODL_ask_face_smoothness (view source)

Defined in: uf_modl.h

Overview

A geometry check routine.
Determines whether the face provided is smooth (G1 continuous) or not.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_smoothness
(

tag_t face_tag,
logical * is_smooth

)

tag_t	face_tag	Input	face tag to be queried.
logical *	is_smooth	Output	logical result: If TRUE, the input face is smooth. If FALSE, the input face is not smooth.

UF_MODL_ask_face_spikes (view source)

Defined in: uf_modl.h

Overview

A geometry check routine.
Returns whether the input solid face has a spike or cut. This function
uses the following method: The angle between each pair of adjoining
edges is checked. If this angle is very small, the system checks several
points along the shorter edge; if the distance between each of those
points and the longer edge is less than the current Modeling Distance
Tolerance, then the face is determined to have a spike or cut.
You can find the current Modeling Distance Tolerance with
UF_MODL_ask_distance_tolerance. You can change this tolerance
with UF_MODL_set_distance_tolerance.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_spikes
(

tag_t face_tag,
logical * is_spike

)

tag_t	face_tag	Input	Tag of face to check for spikes or cuts
logical *	is_spike	Output	FALSE = face has no spike/cut TRUE = face has a spike/cut

UF_MODL_ask_face_topology (view source)

Defined in: uf_modl.h

Overview

Inquires the topology of a face.

The topology is determined from the peripheral edge loops of the face. The
topology is related to, but does not describe the type of surface used to
create the face. For example, a truncated cone has two closed loops and will
return UF_MODL_CYLINDRICAL_TOPOLOGY, not UF_MODL_CONICAL_TOPOLOGY.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_face_topology
(

tag_t face_id,
int * topo_type

)

tag_t	face_id	Input	Object identifier for the face
int *	topo_type	Output	Topological type of a face: UF_MODL_FLAT_TOPOLOGY = 1 peripheral loop UF_MODL_CYLINDRICAL_TOPOLOGY = 2 peripheral loops, no pole UF_MODL_CONICAL_TOPOLOGY = 2 peripheral loops, 1 pole UF_MODL_SPHERICAL_TOPOLOGY = 2 peripheral loops, 2 poles UF_MODL_TOROIDAL_TOPOLOGY = no peripheral loops 0 = if error, or if input was a body with multiple faces

UF_MODL_ask_face_torus_type (view source)

Defined in: uf_modl.h

Overview

Returns the type of toroidal surface.
In the following descriptions
for the string defined constants, a is the major axis and b is
the minor axis.

Environment

Internal and External

See Also

The example program requires a work part with a torus.

Required License(s)

gateway

int UF_MODL_ask_face_torus_type
(

tag_t face,
int * torus_type

)

tag_t	face	Input	tag of the face
int *	torus_type	Output	Type of torus. Returns a defined constant for the type of torus. For example UF_MODL_DOUGHNUT_TORUS.

UF_MODL_ask_face_type (view source)

Defined in: uf_modl.h

Overview

Gets the type of a face.

Environment

Internal and External

See Also

The following example creates a feature
(cylinder), extracts the faces, and inputs a face tag into
UF_MODL_ask_face_type.

Required License(s)

gateway

int UF_MODL_ask_face_type
(

tag_t face,
int * type

)

tag_t	face	Input	tag of the face
int *	type	Output	Face type is NX surface type code = UF_MODL_CYLINDRICAL_FACE = UF_MODL_CONICAL_FACE = UF_MODL_SPHERICAL_FACE = UF_MODL_TOROIDAL_FACE = UF_MODL_SWEPT_FACE = UF_MODL_PLANAR_FACE = UF_MODL_BLENDING_FACE = UF_MODL_PARAMETRIC_FACE = UF_MODL_OFFSET_FACE = UF_MODL_FOREIGN_FACE = UF_MODL_CONVERGENT_FACE

UF_MODL_ask_face_uv_minmax (view source)

Defined in: uf_modl.h

Overview

Computes the u,v parameter space min, max of a face.

Environment

Internal and External

History

Original release was in V14.0.

Required License(s)

gateway

int UF_MODL_ask_face_uv_minmax
(

tag_t face_tag,
double uv_min_max [ 4 ]

)

tag_t	face_tag	Input	Face tag
double	uv_min_max [ 4 ]	Output	[0] - umin [1] - umax [2] - vmin [3] - vmax

UF_MODL_ask_facepair_parms (view source)

Defined in: uf_modl.h

Overview

Returns parameter data from a face pair feature.

Environment

Internal and External

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_ask_facepair_parms
(

tag_t facepair_feature_obj_id,
int * face_pair_type,
tag_p_t midsrf_feature_obj_id,
tag_p_t defining_face_1,
tag_p_t defining_face_2,
tag_p_t user_selected_midsurface,
uf_list_p_t * side_1,
uf_list_p_t * side_2,
tag_p_t midsurface_sheet_body

)

tag_t	facepair_feature_obj_id	Input	Face Pair Feature tag
int *	face_pair_type	Output	Face Pair Feature type 1 Defining face 2 User Selected
tag_p_t	midsrf_feature_obj_id	Output	Midsurface Feature tag of the Face Pair
tag_p_t	defining_face_1	Output	Defining face for side 1
tag_p_t	defining_face_2	Output	Defining face for side 2
tag_p_t	user_selected_midsurface	Output	A Face or a sheet solid used to represent the midsurface of the Face Pair feature.
uf_list_p_t *	side_1	Output to UF_free	List of target solid faces for side 1. This must be freed by calling UF_MODL_delete_list.
uf_list_p_t *	side_2	Output to UF_free	List of target solid faces for side 2. This must be freed by calling UF_MODL_delete_list.
tag_p_t	midsurface_sheet_body	Output	Midsurface of the Face Pair Feature

UF_MODL_ask_feat_body (view source)

Defined in: uf_modl.h

Overview

The input to UF_MODL_ask_feat_body is a feature that can be
obtained from using the UF_MODL_ask__feats routines. The
output is a solid body (type 70, subtype 0) that can be used in the
UF_MODL_ask_body_ routines.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_feat_body
(

tag_t feature_obj_id,
tag_t * body_obj_id

)

tag_t	feature_obj_id	Input	Feature object identifier.
tag_t *	body_obj_id	Output	Body object identifier which the feature belongs to.

UF_MODL_ask_feat_direction (view source)

Defined in: uf_modl.h

Overview

Gets feature direction. The direction of the feature is dependent on
the feature type. Some features have either one or two directions and
some have none.

Environment

Internal and External

See Also

Here is a list of features and their direction

Required License(s)

gateway

int UF_MODL_ask_feat_direction
(

tag_t feature_obj_id,
double dir_x [ 3 ] ,
double dir_y [ 3 ]

)

tag_t	feature_obj_id	Input	A feature object identifier
double	dir_x [ 3 ]	Output	X direction
double	dir_y [ 3 ]	Output	Y direction

UF_MODL_ask_feat_display_name (view source)

Defined in: uf_modl.h

Overview

Get the display name of the given feature.

Environment

Internal and External

History

NX8.0.3

Required License(s)

gateway

int UF_MODL_ask_feat_display_name
(

tag_t feature_tag,
char * * feature_name

)

tag_t	feature_tag	Input	The feature being inquired.
char * *	feature_name	Output to UF_free	The display name of the feature. The caller is responsible for calling UF_free to free this array.

UF_MODL_ask_feat_edges (view source)

Defined in: uf_modl.h

Overview

The input to UF_MODL_ask_feat_edges is a feature that can be
obtained from using the UF_MODL_ask__feats routines. The
output is a list of solid edges associated to that feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_feat_edges
(

tag_t feature_obj_id,
uf_list_p_t * object_list

)

tag_t	feature_obj_id	Input	Feature object identifier to perform the inquiry function upon.
uf_list_p_t *	object_list	Output to UF_free	Address of pointer to List of edges on the given feature. Use UF_MODL_delete_list to free space allocated for this linked list.

UF_MODL_ask_feat_error (view source)

Defined in: uf_modl.h

Overview

Given a feature, get all update fail messages of that feature.

Environment

Internal and External

History

NX8.0.3

Required License(s)

gateway

int UF_MODL_ask_feat_error
(

tag_t feature_tag,
int * errNum,
char * * * errMessage

)

tag_t	feature_tag	Input	The feature being inquired.
int *	errNum	Output	Number of error messages.
char * * *	errMessage	Output to UF_free	Array of error messages. The caller is responsible for calling UF_free to free this array.

UF_MODL_ask_feat_faces (view source)

Defined in: uf_modl.h

Overview

The input to UF_MODL_ask_feat_faces is a feature that can be
obtained from using the UF_MODL_ask__feats routines. The
output is a list of solid faces associated to that feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_feat_faces
(

tag_t feature_obj_id,
uf_list_p_t * object_list

)

tag_t	feature_obj_id	Input	Feature object identifier to inquire upon.
uf_list_p_t *	object_list	Output to UF_free	Address of pointer to list of faces on the given feature. Use UF_MODL_delete_list to free space allocated for this linked list.

UF_MODL_ask_feat_fail_list (view source)

Defined in: uf_modl.h

Overview

Get all failed feature records after update. Including feature records with
warning messages.

Environment

Internal and External

History

NX8.5.1

Required License(s)

gateway

int UF_MODL_ask_feat_fail_list
(

uf_list_p_t * failure_frec_list

)

failure_frec_list

Output to UF_*free*

Failed feature record list.
The caller is responsible for calling UF_MODL_delete_list
to delete this list.

UF_MODL_ask_feat_location (view source)

Defined in: uf_modl.h

Overview

Inquires a single feature object and retrieves the location
of the feature in the absolute coordinate system. The location of
the feature is dependent on the feature type.

AXIS_ANGLE_DATUM_PLANE - NO LOCATION
AXIS_NORMAL_DATUM_PLANE - NO LOCATION
BALL_GROOVE - Location at the center of the groove.
BALL_SLOT - Location at the center slot attach face.
BLEND - NO LOCATION.
BLOCK - Location at the block corner.
BOSS - Location at the center of the boss attach face.
CBORE_HOLE - Location at the center of the hole attach face.
CHAMFER - NO LOCATION.
CIRCULAR_ISET - Location at the center of the iset rotation point.
CONE - Location at the center of the lower face.
CSUNK_HOLE - Location at the center of the hole attach face.
CYL_DATUM_PLANE - NO LOCATION
CYL_NORMAL_DATUM_PLANE - NO LOCATION
CYL_PARALLEL_DATUM_PLANE - NO LOCATION
CYLINDER - Location at the center of the lower face.
CYL_POCKET - Location at the center of the pocket attach face.
DATUM_AXIS - NO LOCATION
DATUM_PLANE - NO LOCATION
DOVE_TAIL_SLOT - Location at the center slot attach face.
HOLLOW - NO LOCATION.
INSTANCE - x, y location
LINEAR_ISET - Location of the first instance.
META - NO LOCATION
OFFSET - NO LOCATION.
PRISM - Location at the prism center.
PROJ_DCURVE - NO LOCATION
RECT_GROOVE - Location at the center of the groove.
RECT_PAD - Location at the corner of the pad attach face.
RECT_POCKET - Location at the center of the pocket attach face.
RECT_SLOT - Location at the center slot attach face.
SKETCH - NO LOCATION
SIMPLE HOLE - Location at the center of the hole attach face.
SPHERE - Location at the center of the sphere.
SWP104 - NO LOCATION.
TANGENT_PARALLEL_DATUM_PLANE - NO LOCATION
TRANSFORM_ISET - NO LOCATION
TAPER - The location and the direction of the taper specifies a
plane, and the intersection between this plane and the taper face
specify the axis of rotation.
TORUS - Location at the center of the lower face.
T_SLOT - Location at the center slot attach face.
UDF - Location of the first feature in the UDF.
U_GROOVE - Location at the center of the groove.
U_SLOT - Location at the center slot attach face.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_feat_location
(

tag_t feature_obj_id,
double location [ 3 ]

)

tag_t	feature_obj_id	Input	A feature object identifier
double	location [ 3 ]	Output	Location of feature in absolute coordinate system.

UF_MODL_ask_feat_name (view source)

Defined in: uf_modl.h

Overview

Returns a character string containing the feature type and time stamp
of the feature passed into the function. The time stamp refers to the
order of creation. For example, if you created two blocks they would
be time stamped as BLOCK(0) and BLOCK(1).

Environment

Internal and External

See Also

Refer to example

Required License(s)

gateway

int UF_MODL_ask_feat_name
(

tag_t feature_tag,
char * * feature_name

)

tag_t	feature_tag	Input	Object identifier of feature to inquire.
char * *	feature_name	Output to UF_free	String containing feature name (feature type and time stamp). Use UF_free to deallocate memory when done.

UF_MODL_ask_feat_object (view source)

Defined in: uf_modl.h

Overview

Get the object identifiers from a feature.

This function will return the display object identifiers of the following
features:

DATUM_PLANE - returns object identifiers of type UF_datum_plane_type
DATUM_AXIS - returns object identifiers of type UF_datum_axis_type
SKETCH - returns object identifiers of type UF_sketch_type
CURVE feature (like projection curve, extract.. ) returns object
identifiers of the curves.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_feat_object
(

tag_t feature,
int * n_eids,
tag_t * * eids

)

tag_t	feature	Input	Feature tag
int *	n_eids	Output	Number of objects
tag_t * *	eids	Output to UF_free	objects array. Free this by calling UF_free.

UF_MODL_ask_feat_or_udf_sysname (view source)

Defined in: uf_modl_utilities.h

Overview

Returns full name (type and time stamp) of feature. The name is the
NX system defined name and will not reflect renaming that the user
may have applied to the feature.

In some cases, further refinement of the feature type is neccessary to
distinguish which functions are usable for a given feature. For example,
UF_MODL_ask_feat_type will indicate that a feature is a SWEEP, but further
refinement of the feature is needed to know if UF_MODL_ask_extrusion or
the UF_MODL_ask_sweep... functions can be used to retrieve the parameters
for the given SWEEP.

Environment

Internal and External

History

Originally released in NX6.0.1

Required License(s)

gateway

int UF_MODL_ask_feat_or_udf_sysname
(

tag_t feature_eid,
char * * feature_name

)

tag_t	feature_eid	Input	Feature to inguire upon
char * *	feature_name	Output to UF_free	String containing feature name. Must be freed using UF_free

UF_MODL_ask_feat_relatives (view source)

Defined in: uf_modl.h

Overview

Get the relatives (parents and children) of a feature. This function
works on all features, including datums, sketches, and projected
curves.

Environment

Internal and External

See Also

Refer to example

Required License(s)

gateway

int UF_MODL_ask_feat_relatives
(

tag_t feature_tag,
int * num_parents,
tag_t * * parent_array,
int * num_children,
tag_t * * children_array

)

tag_t	feature_tag	Input	feature on which we are inquiring.
int *	num_parents	Output	number of parents tags in parent array.
tag_t * *	parent_array	Output to UF_free	Pointer to an array holding the feature tags of the parents. This must be freed by calling UF_free.
int *	num_children	Output	number of children tags in the children array.
tag_t * *	children_array	Output to UF_free	Pointer to an array holding the feature tags of the children. This must be freed by calling UF_free.

UF_MODL_ask_feat_sysname (view source)

Defined in: uf_modl_utilities.h

Overview

Returns full name (type and time stamp) of feature. The name is the
NX system defined name and will not reflect renaming that the user
may have applied to the feature unless the feature is a UDF.
If the input feature is a user defined feature (UDF) the system feature name
'User Defined Feature' is considered insignificant compared to any name
applied by the user. UDF features will return the user applied feature name.

In some cases, further refinement of the feature type is neccessary to
distinguish which functions are usable for a given feature. For example,
UF_MODL_ask_feat_type will indicate that a feature is a SWEEP, but further
refinement of the feature is needed to know if UF_MODL_ask_extrusion or
the UF_MODL_ask_sweep... functions can be used to retrieve the parameters
for the given SWEEP.

Environment

Internal and External

History

Originally released in V19.0

Required License(s)

gateway

int UF_MODL_ask_feat_sysname
(

tag_t feature_eid,
char * * feature_name

)

tag_t	feature_eid	Input	Feature to inguire upon
char * *	feature_name	Output to UF_free	String containing feature name. Must be freed using UF_free

UF_MODL_ask_feat_tolerance (view source)

Defined in: uf_modl.h

Overview

Gets the tolerance of the input feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_feat_tolerance
(

tag_t feature_obj_id,
logical * tolerance_exists,
double * tolerance

)

tag_t	feature_obj_id	Input	Feature to inquire upon
logical *	tolerance_exists	Output	Returns TRUE if distance tolerance exists for the feature
double *	tolerance	Output	Distance tolerance of feature

UF_MODL_ask_feat_type (view source)

Defined in: uf_modl.h

Overview

Gets the type of the input feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_feat_type
(

tag_t feature_obj_id,
char * * feature_type

)

tag_t	feature_obj_id	Input	Feature to inquire upon.
char * *	feature_type	Output to UF_free	String containing feature type. Use UF_free to deallocate memory when done.

UF_MODL_ask_feat_warning_messages (view source)

Defined in: uf_modl.h

Overview

Given a feature, get all update warning messages of that feature.

Environment

Internal and External

History

NX8.5.1

Required License(s)

gateway

int UF_MODL_ask_feat_warning_messages
(

tag_t feature_eid,
int * wanNum,
char * * * wanMessage

)

tag_t	feature_eid	Input	The feature being inquired.
int *	wanNum	Output	Number of warning messages.
char * * *	wanMessage	Output to UF_free	Array of warning messages. The caller is responsible for calling UF_free to free this array.

UF_MODL_ask_feature_boolean (view source)

Defined in: uf_modl.h

Overview

Returns information about the boolean status of a solid feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_feature_boolean
(

tag_t feature_obj_id,
UF_FEATURE_SIGN * boolean_status

)

tag_t	feature_obj_id	Input	Feature object identifier to inquire.
UF_FEATURE_SIGN *	boolean_status	Output	UF_NO_BOOLEAN - feature has not been booleaned. UF_TOP_TARGET - feature is not booleaned into any other features but has at least one tool as a child. UF_UNITE - feature has been united to a target solid. UF_SUBTRACT - feature has been subtracted from a target solid. UF_INTERSECT - feature has been intersected with a target solid. UF_DEFORM_POSITIVE - feature used to deform the positive side of the target sheet. UF_DEFORM_NEGATIVE - feature used to deform the negative side of the target sheet.

UF_MODL_ask_feature_sign (view source)

Defined in: uf_modl.h

Overview

Gets the sign of a feature. You input the object identifier of the
feature and this routine retrieves the "sign". The "sign" is a
numerical value representing the type of Boolean operation performed.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_feature_sign
(

tag_t feature_obj_id,
UF_FEATURE_SIGN * sign

)

tag_t	feature_obj_id	Input	Feature object identifier
UF_FEATURE_SIGN *	sign	Output	Sign of resultant feature. The sign of the feature is: UF_NULLSIGN = 0, create new target solid UF_POSITIVE = 1, add to target solid UF_NEGATIVE = 2, subtract from target solid UF_UNSIGNED = 3, intersect with target solid UF_DEFORM_POSITIVE = 9, deform on the positive side of target UF_DEFORM_NEGATIVE = 10 deform on the negative side of target

UF_MODL_ask_features_of_exp (view source)

Defined in: uf_modl_expressions.h

Overview

Gets all the features that use the supplied expression.

Environment

Internal and External

See Also

UF_MODL_ask_exps_of_feature
UF_MODL_ask_exps_of_part
please refer to example

Required License(s)

gateway

int UF_MODL_ask_features_of_exp
(

tag_t exp,
int * number_of_features,
tag_t * * features

)

tag_t	exp	Input	Expression to query
int *	number_of_features	Output	Number of feature tags returned
tag_t * *	features	Output to UF_free	Features related to given expression. This array must be freed by calling UF_free.

UF_MODL_ask_features_of_mirror_set (view source)

Defined in: uf_modl.h

Overview

This function ask for all the features inside the mirror set.
The routine will return only the input features, to ask for the
output feature use UF_MODL_ask_all_members_of_set().

See Also

UF_MODL_ask_all_members_of_set

Environment

Internal and External

History

Released in V16.0

Required License(s)

gateway

int UF_MODL_ask_features_of_mirror_set
(

tag_t mirror_set,
tag_t * * features,
int * number_of_features

)

tag_t	mirror_set	Input	The tag of the mirror feature
tag_t * *	features	Output to UF_free	An array of input features. This array must be freed by calling UF_free.
int *	number_of_features	Output	Number of features in the array

UF_MODL_ask_features_of_udf (view source)

Defined in: uf_modl_udf.h

Overview

Query the features that make up the given UDF. The UDF is a collection of
features.
Note: The features of udfs have the same name as the udf.
This routine works only with new-style UDFs released in V15

Environment

Internal and External

History

Originally released in V15.0

Required License(s)

gateway

int UF_MODL_ask_features_of_udf
(

tag_t udf_tag,
tag_t * * features,
int * num_feature

)

tag_t	udf_tag	Input	The object identifier of either a UDF_INS or UDF_DEF feature.
tag_t * *	features	Output to UF_free	Array of features inside the udf. This array must be freed by calling UF_free.
int *	num_feature	Output	Number of features

UF_MODL_ask_flange_parms (view source)

Defined in: uf_modl_smd.h

Overview

Returns the parameters of an existing straight-brake flange feature.
The structure returns the thickness, width, angle, length, radius and
the taper/miter/butt for the left and right side of the feature.
The memory for the structure is allocated by the routine and must be
freed by the caller of the routine.

Environment

Internal and External

History

Original release was in V14.0.

Required License(s)

gateway

int UF_MODL_ask_flange_parms
(

tag_t feature_tag,
UF_MODL_flange_data_p_t * parameters

)

tag_t	feature_tag	Input	Object identifier of an existing straight-brake flange feature.
UF_MODL_flange_data_p_t *	parameters	Output to UF_free	The parameters associated with the existing straight-brake flange feature. Use UF_free to deallocate memory when done. NEEDS FREE ROUTINE

UF_MODL_ask_flange_proc_factor (view source)

Defined in: uf_modl_smd.h

Overview

Inquires the current process factor.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_flange_proc_factor
(

tag_t flange,
double * proc_factor

)

tag_t	flange	Input	Object identifier for the flange feature.
double *	proc_factor	Output	Process factor

UF_MODL_ask_formable_feature_state (view source)

Defined in: uf_modl_smd.h

Overview

This routine will return the current state of the given feature.
The given feature tag must be the tag Flange, Inset Flange,
General Flange, SMBridge, or SMBend feature.

The state returned will be either UF_MODL_formed_state,
UF_MODL_unformed_state, or UF_MODL_other_state.

When UF_MODL_other_state is returned and a non-NULL pointer to a
UF_MODL_state_info structure is given, this structure will be filled
with the current intermediate state of the feature.

The UF_MODL_state_info structure will hold a Process Factor if the
feature tag belongs to a Flange, Inset Flange feature. The Process
Factor can be thought of as a percentage of the design angle of the
feature. For example, a Process Factor of 1.0 represents a fully
Flange. A Process Factor of 0.0 represents a fully unformed
Flange. A Process Factor of 0.5 represents a Flange in an intermediate
state that is half-formed.

The UF_MODL_state_info structure will hold a State Index if the feature
tag belongs to a General Flange or SMBridge. The State Index
represents an index into the array of states stored by the General
Flange or SMBridge feature. Note: this value is currently not used.

If the given_feature is an SMBend, no state information other than
UF_MODL_formed_state or UF_MODL_unfromed_state will be returned.

Return

Return code:
=0 : Successful
>0 : Failing error number
<0 : Failing error number
= UF_MODL_ERR_NOT_A_FORMABLE_FEATURE : The given tag was not
the tag of a formable
feature.
= UF_MODL_ERR_NOT_A_SUPPORTED_FEATURE : A given tag belongs to a
formable feature that is
not yet supported.

Environment

Internal and External

See Also

UF_MODL_edit_formable_feature_state

History

Originally released in V18.0

Required License(s)

gateway

int UF_MODL_ask_formable_feature_state
(

const tag_t feature_tag,
UF_MODL_state_e_t * const state,
UF_MODL_state_info_t * const state_info

)

const tag_t	feature_tag	Input	The tag of a Flange, Inset Flange, General Flange, SMBridge, or SMBend feature.
UF_MODL_state_e_t * const	state	Output	The current state of an SMBend feature: either UF_MODL_formed_state, UF_MODL_unformed_state or UF_MODL_other_state.
UF_MODL_state_info_t * const	state_info	Output	Optional. If a non-NULL pointer to a UF_MODL_state_info_t structure is given here, it will be filled with the state information of the feature.

UF_MODL_ask_free_form_result (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the the current setting of the free form construction result
preference. This preference controls free form feature creation in
Through Curves, Through Curves Mesh, Swept, and Ruled functions.
If the free form construction result is 0 and the selected curves are
coplanar, a bounded plane is created. Otherwise, a B-surface is
created.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_free_form_result
(

int * free_form_result

)

int *

free_form_result

Output

free form construction result preference
0 = create bounded plane, if selected curves are
coplanar.
1 = always create B-surface.

UF_MODL_ask_general_flange (view source)

Defined in: uf_modl_smd.h

Overview

Retrieves the parameters used to create a general flange.

Environment

Internal and External

History

Original release was in V13.0.

Required License(s)

gateway

int UF_MODL_ask_general_flange
(

tag_t general_flange_tag,
UF_STRING_p_t bend_edge_string,
UF_STRING_p_t spine_string,
int * step_count,
int * poly_cubic,
int * reverse_normal,
int * reverse_thicken,
char thickness_str [ UF_MAX_EXP_BUFSIZE ] ,
char tolerance_str [ UF_MAX_EXP_BUFSIZE ] ,
UF_MODL_parm_p_t plus,
UF_MODL_parm_t bend_radius [ ] ,
UF_MODL_parm_t bend_angle [ ] ,
UF_MODL_parm_t web_length [ ]

)

tag_t	general_flange_tag	Input	Attachment face for the generalized flange. The flange is constrained to be tangent to this face along the bend edge.
UF_STRING_p_t	bend_edge_string	Output	An edge in the tangent face, used as the attachment edge the generalized flange.
UF_STRING_p_t	spine_string	Output	An edge or curve used to define the section planes for the bend and web. If this value is null, the bend edge string is used as the spine string.
int *	step_count	Output	The number of steps in the generalized flange. Zero is an invalid number. For each step include a value for the bend radius, bend angle and web.
int *	poly_cubic	Output	=0 Use Rational Exact B-splines curves represented by exact conics. =1 Use Polynomial approximate to produce a surface with better parameterization. This does not produce exact conics.
int *	reverse_normal	Output	=0 Use the tangent face normal at the center of the bend edge to determine the direction of the flange. =1 Use the reverse of the tangent face normal at the center of the bend edge to determine the direction of the flange.
int *	reverse_thicken	Output	=0 If Body type is solid, thicken the plus bend and web along the direction of the bend. =1 If Body type is solid, thicken the plus bend and web opposite to the direction of the bend.
char	thickness_str [ UF_MAX_EXP_BUFSIZE ]	Output	Thickness of the solid body created if the Modeling preference for body type is set to solid. The calling program must pass in a character array large enough to hold the thickness string.
char	tolerance_str [ UF_MAX_EXP_BUFSIZE ]	Output	This is initially set from the the modeling distance tolerance. This value has the same effect as the modeling distance tolerance. The calling program must pass in a character array large enough to hold the tolerance string.
UF_MODL_parm_p_t	plus	Output	The law specification of the target face extension between the bend edge and the start of the bend.
UF_MODL_parm_t	bend_radius [ ]	Output	The law specification of the radius of the bend. There will be one value in this array for each step in the flange. The caller is responsible for allocating an array large enough to handle the number of steps.
UF_MODL_parm_t	bend_angle [ ]	Output	The law specification of the angle of the bend. There will be one value in this array for each step in the flange. The caller is responsible for allocating an array large enough to handle the number of steps.
UF_MODL_parm_t	web_length [ ]	Output	The law specification of the length of the surface extension after the bend. There will be one value in this array for each step in the flange. The caller is responsible for allocating an array large enough to handle the number of steps.

UF_MODL_ask_general_pad (view source)

Defined in: uf_modl_pads.h

Overview

Retrieves the parameters used to create a general pad.

Environment

Internal and External

See Also

please see example
UF_MODL_create_general_pad
UF_MODL_edit_general_pad
UF_MODL_free_general_pad

Required License(s)

gateway

int UF_MODL_ask_general_pad
(

tag_t general_pad_tag,
UF_MODL_faces_p_t placement_faces,
UF_MODL_offset_trans_faces_p_t top_faces,
UF_MODL_pocketpad_outline_p_t outline,
UF_MODL_parm_p_t placement_radius,
UF_MODL_parm_p_t top_radius

)

tag_t	general_pad_tag	Input	Object identifier of the general pad feature whose parameters are to be retrieved.
UF_MODL_faces_p_t	placement_faces	Output to UF_free	The faces used to define the shape of the pad at the placement faces. The first face is used to determine the target body. The caller must allocate a UF_MODL_faces_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.
UF_MODL_offset_trans_faces_p_t	top_faces	Output to UF_free	The definition of the top of the pad. The top can either be an offset or translation of the specified faces. If the top was an offset or translate of the placement faces, then the UF_MODL_faces_p_t pointer within this structure, points to the placement faces structure. The caller must allocate a UF_MODL_offset_trans_faces_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.
UF_MODL_pocketpad_outline_p_t	outline	Output to UF_free	The definition of the curves used to define the shape of the pad. The shape can be defined by a single set of curves at either the placement face or the top face, and then the other curves are derived with a taper angle. The shape can also be defined by specifying curves at both the placement face and the top face. The caller must allocate a UF_MODL_pocketpad_outline_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.
UF_MODL_parm_p_t	placement_radius	Output to UF_free	The specification of the radius desired between the side of the pad and the placement face. The caller must allocate a UF_MODL_parm_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.
UF_MODL_parm_p_t	top_radius	Output to UF_free	The specification of the radius desired between the side of the pad and the top of the pad. The caller must allocate a UF_MODL_parm_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.

UF_MODL_ask_general_pad1 (view source)

Defined in: uf_modl_pads.h

Overview

Retrieves the parameters with face collectors and section builders
used to create a general pad.

Environment

Internal and External

See Also

please see example
UF_MODL_create_general_pad
UF_MODL_edit_general_pad
UF_MODL_free_general_pad

Required License(s)

gateway

int UF_MODL_ask_general_pad1
(

)

tag_t	general_pad_tag	Input	Object identifier of the general pad feature whose parameters are to be retrieved.
UF_MODL_faces_p_t	placement_faces	Output to UF_free	The face collector used to define the shape of the pad at the placement faces. The first face of the face collector is used to determine the target body. The caller must allocate a UF_MODL_faces_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.
UF_MODL_offset_trans_faces_p_t	top_faces	Output to UF_free	The definition of the top of the pad. The top can either be an offset or translation of the specified face collector. If the top was an offset or translate of the placement faces, then the UF_MODL_faces_p_t pointer within this structure, points to the placement faces structure. The caller must allocate a UF_MODL_offset_trans_faces_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.
UF_MODL_pocketpad_outline_p_t	outline	Output to UF_free	The definition of the curves used to define the shape of the pad. The shape can be defined by a single section builder at either the placement face or the top face, and then the other section builder is derived with a taper angle. The shape can also be defined by specifying section builders at both the placement face and the top face. The caller must allocate a UF_MODL_pocketpad_outline_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.
UF_MODL_parm_p_t	placement_radius	Output to UF_free	The specification of the radius desired between the side of the pad and the placement face. The caller must allocate a UF_MODL_parm_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.
UF_MODL_parm_p_t	top_radius	Output to UF_free	The specification of the radius desired between the side of the pad and the top of the pad. The caller must allocate a UF_MODL_parm_t structure and pass a pointer to that structure. This will be filled with allocated data which must be freed by calling UF_MODL_free_general_pad.

UF_MODL_ask_general_pocket (view source)

Defined in: uf_modl_pockets.h

Overview

Retrieves the parameters used to create a general pocket.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_general_pocket
(

tag_t general_pocket_tag,
UF_MODL_faces_p_t placement_faces,
UF_MODL_offset_trans_faces_p_t floor_faces,
UF_MODL_pocketpad_outline_p_t outline,
UF_MODL_parm_p_t placement_radius,
UF_MODL_parm_p_t floor_radius

)

tag_t	general_pocket_tag	Input	Object identifier of the general pocket feature whose parameters are to be retrieved.
UF_MODL_faces_p_t	placement_faces	Output to UF_free	The faces used to define the shape of the pocket at the placement faces. The first face is used to determine the target body. The caller must allocate a UF_MODL_faces_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.
UF_MODL_offset_trans_faces_p_t	floor_faces	Output to UF_free	The definition of the floor of the pocket. The floor can either be an offset or translation of the specified faces. If the floor was an offset or translate of the placement faces, then the UF_MODL_faces_p_t pointer within this structure, points to the placement faces structure. The caller must allocate a UF_MODL_offset_trans_faces_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.
UF_MODL_pocketpad_outline_p_t	outline	Output to UF_free	The definition of the curves used to define the shape of the pocket. The shape can be defined by a single set of curves at either the placement face or the floor face, and then the other curves are derived with a taper angle. The shape can also be defined by specifying curves at both the placement face and the floor face. The caller must allocate a UF_MODL_pocketpad_outline_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.
UF_MODL_parm_p_t	placement_radius	Output to UF_free	The specification of the radius desired between the side of the pocket and the placement face. The caller must allocate a UF_MODL_parm_p_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.
UF_MODL_parm_p_t	floor_radius	Output to UF_free	The specification of the radius desired between the side of the pocket and the floor of the pocket. The caller must allocate a UF_MODL_parm_p_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.

UF_MODL_ask_general_pocket1 (view source)

Defined in: uf_modl_pockets.h

Overview

Retrieves the parameters with face collectors and section builders
used to create a general pocket.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_general_pocket1
(

)

tag_t	general_pocket_tag	Input	Object identifier of the general pocket feature whose parameters are to be retrieved.
UF_MODL_faces_p_t	placement_faces	Output to UF_free	The face collector used to define the shape of the pocket at the placement faces. The first face of the collector is used to determine the target body. The caller must allocate a UF_MODL_faces_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.
UF_MODL_offset_trans_faces_p_t	floor_faces	Output to UF_free	The definition of the floor of the pocket. The floor can either be an offset or translation of the specified face collector. If the floor was an offset or translate of the placement faces, then the UF_MODL_faces_p_t pointer within this structure, points to the placement faces structure. The caller must allocate a UF_MODL_offset_trans_faces_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.
UF_MODL_pocketpad_outline_p_t	outline	Output to UF_free	The definition of the curves used to define the shape of the pocket. The shape can be defined by a single section builder at either the placement face or the floor face, and then the other section builder is derived with a taper angle. The shape can also be defined by specifying section builders at both the placement face and the floor face. The caller must allocate a UF_MODL_pocketpad_outline_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.
UF_MODL_parm_p_t	placement_radius	Output to UF_free	The specification of the radius desired between the side of the pocket and the placement face. The caller must allocate a UF_MODL_parm_p_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.
UF_MODL_parm_p_t	floor_radius	Output to UF_free	The specification of the radius desired between the side of the pocket and the floor of the pocket. The caller must allocate a UF_MODL_parm_p_t structure, and pass in a pointer to that structure. The structure will be filled with allocated data which can be freed by calling UF_MODL_free_general_pocket.

UF_MODL_ask_gflange (view source)

Defined in: uf_modl_smd.h

Overview

Retrieves the parameters of general flange used to create a
general flange.

Return

Return code:
= 0 No Error
= not 0 Error code

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_gflange
(

tag_t gflange_tag,
UF_MODL_gflange_data_p_t * gflange_data

)

tag_t	gflange_tag	Input	general flange tag
UF_MODL_gflange_data_p_t *	gflange_data	Output to UF_free	general flange data structure. This should be freed by calling UF_MODL_free_gflange_data.

UF_MODL_ask_hollow_data (view source)

Defined in: uf_modl_hollow.h

Overview

Ask the data for a hollow feature.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_hollow_data
(

tag_t feature_id,
int * type,
double * tolerance,
char * * thickness,
int * n_pierced_faces,
tag_t * * pierced_faces,
int * n_boundary_faces,
tag_t * * boundary_faces,
int * n_offset_faces,
tag_t * * offset_faces,
char * * * offset_thickness

)

tag_t	feature_id	Input	Feature identifier
int *	type	Input	Hollow type: 1 = face 2 = region 3 = body
double *	tolerance	Output	Tolerance.
char * *	thickness	Output to UF_free	Default thickness. This must be freed by calling UF_free.
int *	n_pierced_faces	Output	Number of pierced faces
tag_t * *	pierced_faces	Output to UF_free	n_pierced_faces Array of pierced face identifiers. This array must be freed by calling UF_free.
int *	n_boundary_faces	Output	Number of boundary faces
tag_t * *	boundary_faces	Output to UF_free	n_boundary_faces Array of boundary face identifers. This array must be freed by calling UF_free.
int *	n_offset_faces	Output	Number of offset faces
tag_t * *	offset_faces	Output to UF_free	n_offset_faces Array of offset face ids. This array must be freed by calling UF_free.
char * * *	offset_thickness	Output to UF_free	n_offset_faces Array of offset thickness expressions. This array must be freed by calling UF_free_string_array.

UF_MODL_ask_hollow_parms (view source)

Defined in: uf_modl_hollow.h

Overview

Gets the hollow parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_hollow_parms
(

tag_t feature_obj_id,
int edit,
char * * thickness

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	thickness	Output to UF_free	The offset from the faces. This must be freed by calling UF_free.

UF_MODL_ask_horz_dime (view source)

Defined in: uf_modl.h

Overview

The routine UF_MODL_ask_horz_dime returns the values associated
to the horizontal dimension constraint. All coordinates are with respect
to the dimension plane, therefore there are only two values (x,y).

Using UF_MODL_ask_constraints and UF_MODL_ask_constraint_type, find the
feature's "LINK_FACE_PARMS" constraint. Use this constraint tag as the
"link_face_parms" input argument to the function UF_MODL_ask_link_face_plane
to obtain the dimension plane coordinate system.

Environment

Internal and External

History

In V13.0, the tool argument was modified to output a NULL_TAG
for a centerline.

Required License(s)

gateway

int UF_MODL_ask_horz_dime
(

tag_t feature_obj_id,
tag_t constraint,
int edit,
double fixed [ 2 ] ,
double feature [ 2 ] ,
double fixc [ 2 ] ,
double feac [ 2 ] ,
char * * how_far,
tag_t * tool,
tag_t * part

)

tag_t	feature_obj_id	Input	Identifier for the feature.
tag_t	constraint	Input	Identifier for constraint
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
double	fixed [ 2 ]	Output	Dimension attachment point on the part
double	feature [ 2 ]	Output	Dimension attachment point on the feature
double	fixc [ 2 ]	Output	Center of arc if attachment point is tangent to arc edge on part, otherwise it is the same as the fixed point.
double	feac [ 2 ]	Output	Center of arc if attachment point is tangent to arc edge on feature, otherwise it is the same as the feature point.
char * *	how_far	Output to UF_free	Expression distance. This must be freed by calling UF_free.
tag_t *	tool	Output	Edge on the tool or NULL_TAG for centerline
tag_t *	part	Output	Edge on the part

UF_MODL_ask_immediate_children (view source)

Defined in: uf_modl.h

Overview

Returns the current setting for the modeling immediate children preference.
This preference is used when editing curve whose is parent of features that
create sheet and/or solid bodies and the modeling dynamic update is either
UF_MODL_DYNAMIC_UPDATE_INCREMENTAL or UF_MODL_DYNAMIC_UPDATE_CONTINUOUS.

If the user edits a curve through edit feature or edit bridge curve feature,
this preference is not applicable. If UF_MODL_UPDATE_FIRST_LEVEL is used,
NX will update the first visible sheet or solid bodies that can be
derived from the curve. If UF_MODL_UPDATE_ALL, NX will update all
features related to editing curve.

Environment

Internal and External

History

V17.0

Required License(s)

gateway

int UF_MODL_ask_immediate_children
(

int * update_level

)

int *

update_level

Output

Current setting of immediate children:
UF_MODL_UPDATE_FIRST_LEVEL,
UF_MODL_UPDATE_ALL

UF_MODL_ask_impr_edges (view source)

Defined in: uf_modl_simplify.h

Overview

For any imprint feature, return an array containing the edges created
by it. Only edges with associated geometry will be returned.

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

gateway

int UF_MODL_ask_impr_edges
(

tag_t feature_tag,
int * n_edges,
tag_t * * edges

)

tag_t	feature_tag	Input	The imprint feature
int *	n_edges	Output	The number of edges created by the imprint feature
tag_t * *	edges	Output to UF_free	The array of edges created by the imprint feature. This must be freed by calling UF_free.

UF_MODL_ask_impr_faces_parms (view source)

Defined in: uf_modl_simplify.h

Overview

Returns the current parameters of the imprint faces feature. The array
in the returned UF_modl_imprint_faces_data_p_t must be freed by the user
with UF_free().

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

gateway

int UF_MODL_ask_impr_faces_parms
(

tag_t feature_tag,
UF_MODL_imprint_faces_data_p_t parms

)

tag_t	feature_tag	Input	The imprint feature
UF_MODL_imprint_faces_data_p_t	parms	Output to UF_free	The parameters of the imprint feature.

UF_MODL_ask_impr_loop_parms (view source)

Defined in: uf_modl_simplify.h

Overview

Returns the current parameters of the imprint loop feature.

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

gateway

int UF_MODL_ask_impr_loop_parms
(

tag_t feature_tag,
UF_MODL_imprint_loop_data_p_t parms

)

tag_t	feature_tag	Input	The imprint feature
UF_MODL_imprint_loop_data_p_t	parms	Output	The parameters of the imprint feature

UF_MODL_ask_inset_flange_parms (view source)

Defined in: uf_modl_smd.h

Overview

Returns the parameters of an existing straight-brake inset flange
feature. Returns the thickness, width, angle, length, radius, and the
independent taper angles for the left and right side of the feature,
along with the inset distance and left and right reliefs for the feature.
The memory for the structure is allocated by the routine and must be
freed by the caller of the routine.

Environment

Internal and External

History

Original release was in V14.0.

Required License(s)

gateway

int UF_MODL_ask_inset_flange_parms
(

tag_t feature_tag,
UF_MODL_inset_flange_data_p_t * parameters

)

tag_t	feature_tag	Input	Object identifier of an existing straight-brake inset flange feature.
UF_MODL_inset_flange_data_p_t *	parameters	Output to UF_free	The parameters associated with the existing straight-brake inset flange feature. Use UF_free to deallocate memory. NEEDS FREE ROUTINE

UF_MODL_ask_instance (view source)

Defined in: uf_modl_isets.h

Overview

UF_MODL_ask_instance() gets instance feature records of a linear or a
circular instance set.

The instances of a two dimensional rectangular array are returned in
column major order. As an example, for a 2x3 rectangular array, the
instances are serialized in this order:
element 1 - (0,0)
element 2 - (0,1)
element 3 - (0,2)
element 4 - (1,0)
element 5 - (1,1)
element 6 - (1,2)

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_instance
(

tag_t feature_obj_id,
uf_list_p_t * instances_feature_list

)

tag_t	feature_obj_id	Input	A feature object identifier of linear_iset or circular_iset
uf_list_p_t *	instances_feature_list	Output to UF_free	List of instances feature records. This must be freed by calling UF_MODL_delete_list.

UF_MODL_ask_instance_iset (view source)

Defined in: uf_modl_isets.h

Overview

Gets the instance set feature of an instance.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_instance_iset
(

tag_t feature_obj_id,
tag_t * iset_feature_obj_id

)

tag_t	feature_obj_id	Input	A feature object identifier of the instance
tag_t *	iset_feature_obj_id	Output	Pointer to the iset feature object identifier

UF_MODL_ask_instances_of_feature (view source)

Defined in: uf_modl.h

Overview

Returns all instances of the given feature from "pattern" features, i.e. features
of type LINEAR_PATTERN, CIRCULAR_PATTER, or MIRROR_SET.

Environment

Internal and External

History

NX4.0.2

Required License(s)

gateway

int UF_MODL_ask_instances_of_feature
(

tag_t feature_tag,
tag_t * * feature_patterns,
int * n_feature_patterns

)

tag_t	feature_tag	Input	Tag of a feature
tag_t * *	feature_patterns	Output to UF_free	Array of feature instances. This array must be freed using UF_free
int *	n_feature_patterns	Output	Number of feature patterns

UF_MODL_ask_instantiated_udf (view source)

Defined in: uf_modl_udf.h

Overview

Function description:
User function for requiring a UDF instantiated feature defining data.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

It can accept single UDF references and Smart Collectors and Sections in
UF_MODL_udf_ref_data_t.

See Also

UF_MODL_udf_init_insert_data_from_def and
UF_MODL_create_instantiated_udf1

History

This function was originally released in NX3.

Required License(s)

gateway

int UF_MODL_ask_instantiated_udf
(

tag_t udf_insert_tag,
UF_MODL_udf_exp_data_t * exp_data,
UF_MODL_udf_ref_data_t * ref_data

)

tag_t	udf_insert_tag	Input	Tag of UDF instantiated feature
UF_MODL_udf_exp_data_t *	exp_data	Output to UF_free	Expression data
UF_MODL_udf_ref_data_t *	ref_data	Output to UF_free	Parent data

UF_MODL_ask_law_extension (view source)

Defined in: uf_modl_freeform.h

Overview

Inquires Law Extension feature and populates Law Extension Open API data
structure. A copy of length and angle law is provided in the data structure.
The memory allocated for the structure may be freed using
UF_MODL_free_law_extension().

This function will always return an array of faces no matter if that array
is defined by a collection. See UF_MODL_ask_law_extension1() for the
collector enabled version of this function.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_law_extension
(

tag_t law_extension,
UF_MODL_lawext_data_p_t law_extension_data

)

tag_t	law_extension	Input	Law Extension feature object identifier.
UF_MODL_lawext_data_p_t	law_extension_data	Output	Law Extension Open API data structure.

UF_MODL_ask_law_extension1 (view source)

Defined in: uf_modl_freeform.h

Overview

Inquires Law Extension feature and populates Law Extension Open API data
structure. A copy of length and angle law is provided in the data structure.
The memory allocated for the structure may be freed using
UF_MODL_free_law_extension().

If this is a collector enabled Law Extension then the collection will be
retuned instead of the array of faces. See UF_MODL_ask_law_extension() for
the non-collector enabled version of this function.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_law_extension1
(

tag_t law_extension,
UF_MODL_lawext_data_p_t law_extension_data

)

tag_t	law_extension	Input	Law Extension feature object identifier.
UF_MODL_lawext_data_p_t	law_extension_data	Output	Law Extension Open API data structure.

UF_MODL_ask_linear_iset_parms (view source)

Defined in: uf_modl_isets.h

Overview

Returns the parameters for a linear instance set.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_linear_iset_parms
(

tag_t feature_obj_id,
int edit,
char * * number_in_x,
char * * number_in_y,
char * * distance_x,
char * * distance_y

)

tag_t	feature_obj_id	Input	Linear instance set feature identifier.
int	edit	Input	This is an unused flag. It normally determines whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned. Set the value of this flag to integer value 1.
char * *	number_in_x	Output to UF_free	Expression containing the number of instances in the X direction. This must be freed by calling UF_free.
char * *	number_in_y	Output to UF_free	Expression containing the number of instances in the Y direction. This must be freed by calling UF_free.
char * *	distance_x	Output to UF_free	The distance between instances in the X direction. This must be freed by calling UF_free.
char * *	distance_y	Output to UF_free	The distance between instances in the Y direction. This must be freed by calling UF_free.

UF_MODL_ask_link_face_plane (view source)

Defined in: uf_modl.h

Overview

The routine UF_MODL_ask_link_face_plane returns the plane
defining the link face constraint. To ask for a feature's
constraints see UF_MODL_ask_constraints. To make an inquiry
on the list of constraints see UF_MODL_ask_constraint_type.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_link_face_plane
(

tag_t feature_obj_id,
tag_t link_face_parms,
double cplane_csys [ 12 ]

)

tag_t	feature_obj_id	Input	Feature to inquire upon.
tag_t	link_face_parms	Input	Link face identifier.
double	cplane_csys [ 12 ]	Output	Plane system for the link face. [0-2] X direction [3-5] Y direction [6-8] Z direction [9-11] Origin

UF_MODL_ask_link_faces (view source)

Defined in: uf_modl.h

Overview

Inquires about the target face, tool face, horizontal/ vertical reference
of a feature.

Environment

Internal and External

See Also

Required License(s)

gateway

int UF_MODL_ask_link_faces
(

tag_t feature_eid,
tag_t * target_face_eid,
tag_t * tool_face_eid,
tag_t * dir_ref,
logical * ref_is_horizontal

)

tag_t	feature_eid	Input	the feature being inquired
tag_t *	target_face_eid	Output	the target placement face
tag_t *	tool_face_eid	Output	the tool placement face
tag_t *	dir_ref	Output	the directional reference
logical *	ref_is_horizontal	Output	TRUE = horizontal reference FALSE = vertical reference

UF_MODL_ask_linked_exterior (view source)

Defined in: uf_linked_exterior.h

Overview

This function reads the data of a Linked Exterior feature.
This feature is implemeted as a feature set which owns hidden
subfeatures similar to Linked Regions. The subfeatures should not be
edited or deleted individually. Bodies are owned by the hidden subfeatures.

See Also

UF_MODL_create_linked_exterior
UF_MODL_edit_linked_exterior
UF_MODL_identify_exterior_using_hl
UF_MODL_identify_exterior_using_rays
UF_MODL_ask_all_members_of_set

Environment

Internal and External

History

Released in V18.0

Required License(s)

gateway

int UF_MODL_ask_linked_exterior
(

tag_t feature_tag,
UF_MODL_linked_ext_p_t ext_data,
int * num_groups,
tag_t * * groups,
int * num_subfeats,
tag_t * * subfeats,
double mass_props [ 47 ]

)

tag_t	feature_tag	Input	Feature tag
UF_MODL_linked_ext_p_t	ext_data	Output to UF_free	Feature data. The caller defines the UF_MODL_linked_ext_t structure, and pass in a pointer to it. This routine will fill in the structure based on the feature tag. The caller is responsible for freeing any data returned in arrays.
int *	num_groups	Output	Number of groups this feature owns
tag_t * *	groups	Output to UF_free	Groups this feature owns (may be null)
int *	num_subfeats	Output	Number of subfeatures this feature owns
tag_t * *	subfeats	Output to UF_free	Subfeatures this feature owns (may be null)
double	mass_props [ 47 ]	Output	Mass properties (same as UF_MODL_ask_mass_props_3d) [0] = Surface Area [1] = Volume [2] = Mass [3-5] = Center Of Mass (COFM), WCS [6-8] = First Moments (centroidal) [9-11] = Moments Of Inertia, WCS [12-14] = Moments Of Inertia (centroidal) [15] = Spherical Moment Of Inertia [16-18] = Inertia Products, WCS [19-21] = Inertia Products (centroidal) [22-30] = Principal Axes, WCS [31-33] = Principal Moments (centroidal) [34-36] = Radii Of Gyration, WCS [37-39] = Radii Of Gyration (centroidal) [40] = Spherical Radius Of Gyration [41-45] = Unused [46] = Density

UF_MODL_ask_list_count (view source)

Defined in: uf_modl_utilities.h

Overview

Retrieves the count from a linked list of objects. A list of objects may
contain identifiers for bodies, features, faces, and edges.
If one of the nodes in the list contains an object identifier
that is a NULL_TAG, it is possible to receive an incorrect count.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_list_count
(

uf_list_p_t list,
int * count

)

uf_list_p_t	list	Input	List of object identifiers.
int *	count	Output	Count of items in linked list.

UF_MODL_ask_list_item (view source)

Defined in: uf_modl_utilities.h

Overview

Retrieves an object from a linked list of objects. A list of objects may
contain identifiers for bodies, features, faces, and edges. Normal C
indexing is used; i.e., the list begins at zero.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_list_item
(

uf_list_p_t list,
int index,
tag_t * object

)

uf_list_p_t	list	Input	List of object identifiers.
int	index	Input	Count into the list.
tag_t *	object	Output	Object to be located.

UF_MODL_ask_local_scale (view source)

Defined in: uf_modl_dfo.h

Overview

This function inquires the parameters of a local scale feature

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_local_scale
(

tag_t feature_tag,
UF_MODL_dfo_scale_type_t * type,
UF_MODL_dfo_region_t * * region,
tag_t * so_point,
tag_t * so_dir,
tag_t * so_csys,
char factor [ 3 ] [ UF_MAX_EXP_BUFSIZE ]

)

tag_t	feature_tag	Input	feature object identifier of a scale
UF_MODL_dfo_scale_type_t *	type	Output	scale type
UF_MODL_dfo_region_t * *	region	Output to UF_free	faces to be operated
tag_t *	so_point	Output	smart point
tag_t *	so_dir	Output	smart direction
tag_t *	so_csys	Output	smart coordinate system
char	factor [ 3 ] [ UF_MAX_EXP_BUFSIZE ]	Output	scale factors

UF_MODL_ask_loop_list_count (view source)

Defined in: uf_modl_utilities.h

Overview

This routine returns the count of elements within a loop list specified
by the user.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_loop_list_count
(

uf_loop_p_t list,
int * count

)

uf_loop_p_t	list	Input	Pointer to a loop list
int *	count	Output	Pointer to an int for the loop count

UF_MODL_ask_loop_list_item (view source)

Defined in: uf_modl_utilities.h

Overview

Retrieves an object from a linked list of objects. A list of objects may
contain identifiers for bodies, features, faces and edges.
Loop type for a face is Peripheral only for a non-periodic (topologically flat)
face. Loops on a periodic face are either Holes or "Other".

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_loop_list_item
(

uf_loop_p_t loop_list,
int index,
int * type,
uf_list_p_t * list

)

uf_loop_p_t	loop_list	Input	List of object identifiers
int	index	Input	Count into the list
int *	type	Output	Peripheral=1, Hole=2, Other=3
uf_list_p_t *	list	Output to UF_free	Pointer to the list of edge object identifiers. This should not be freed, as it will be freed when the entire loop list is freed by calling UF_MODL_delete_loop_list.

UF_MODL_ask_mass_props_3d (view source)

Defined in: uf_modl.h

Overview

Returns the mass properties of the specified collection of solid or sheet
bodies.

Specify units and a density value, and either an accuracy value
(set accuracy = 1) or relative tolerances (set accuracy = 2) for the mass
property computations.

For simple analytic solid or sheet bodies (e.g., planes, cylinders), an
accuracy value of 0.9 is sufficient. For more complicated solids or
B-Surface sheet body faces, accuracy values closer to 1.0 may be
necessary.

If Relative Tolerances are specified, the system iterates on accuracy
values until successive mass property values are within the specified
relative tolerances.

The relative tolerance values are defined by the test value (or estimated
relative tolerance) is where MP(n) is the mass property value for the n-th
iteration on the accuracy value.

If a relative tolerance of 0.0 is specified, no testing is done for the
corresponding mass property value, although all the mass property
values are computed using the same accuracy values.

Environment

Internal and External

See Also

For example please see example

Required License(s)

gateway

int UF_MODL_ask_mass_props_3d
(

tag_t * objects,
int num_objs,
int type,
int units,
double density,
int accuracy,
double acc_value [ 11 ] ,
double mass_props [ 47 ] ,
double statistics [ 13 ]

)

tag_t *	objects	Input	num_objs Array of solid or sheet body identifiers, Solid bodies for analysis type 1, Sheet bodies for analysis types 2 and 3
int	num_objs	Input	Number of objects
int	type	Input	Type of 3D Analysis 1 = Solid Bodies 2 = Thin Shell - Sheet Bodies 3 = Bounded by Sheet Bodies
int	units	Input	Units of mass and length 1 = Pounds and inches 2 = Pounds and feet 3 = Grams and centimeters 4 = Kilograms and meters
double	density	Input	Density - Mass per unit volume (Mass per unit area for thin shell). Not used for solid body analysis; for solid bodies the densities of the solid bodies are used in the analysis and the density of the combined set of bodies is output in the mass properties array (mass_props[46]).
int	accuracy	Input	1 = Use Accuracy 2 = Use Relative Tolerances
double	acc_value [ 11 ]	Input	[0] = Accuracy value between 0.0 and 1.0 if accuracy = 1 [1-10] not used if accuracy = 1 [0] = Relative Tolerance for Area if accuracy = 2 [1] = Relative Tolerance for Volume [2-4] = Relative Tolerances for First Moments (centroidal) [5-7] = Relative Tolerances for Moments of Inertia (centroidal) [8-10]= Relative Tolerances for Products of Inertia (centroidal)
double	mass_props [ 47 ]	Output	Mass properties [0] = Surface Area [1] = Volume (0.0 For Thin Shell) [2] = Mass [3-5] = Center Of Mass (COFM), WCS [6-8] = First Moments (centroidal) [9-11] = Moments Of Inertia, WCS [12-14] = Moments Of Inertia (centroidal) [15] = Spherical Moment Of Inertia [16-18] = Inertia Products, WCS [19-21] = Inertia Products (centroidal) [22-30] = Principal Axes, WCS [31-33] = Principal Moments (centroidal) [34-36] = Radii Of Gyration, WCS [37-39] = Radii Of Gyration (centroidal) [40] = Spherical Radius Of Gyration [41-45] = Unused [46] = Density
double	statistics [ 13 ]	Output	Errors are Estimates of the Relative Tolerances achieved if accuracy = 2; otherwise +/- range errors are given [0] = Error For Surface Area [1] = Error For Volume [2] = Error For Mass [3] = Radius Of Error Sphere [4] = Error For Moment XC [5] = Error For Moment YC [6] = Error For Moment ZC [7] = Error For Moment Of Inertia XC [8] = Error For Moment Of Inertia YC [9] = Error For Moment Of Inertia ZC [10] = Error For Product Of Inertia XCYC [11] = Error For Product Of Inertia YCZC [12] = Error For Product Of Inertia XCZC

UF_MODL_ask_master (view source)

Defined in: uf_modl_isets.h

Overview

Gets the master feature of an instance.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_master
(

tag_t feature_obj_id,
tag_t * master_feature_obj_id

)

tag_t	feature_obj_id	Input	A feature object identifier of the instance.
tag_t *	master_feature_obj_id	Output	The object identifier of the master feature

UF_MODL_ask_matching_face_in_instance (view source)

Defined in: uf_modl.h

Overview

Returns the face in a feature instance that corresponds to a face in the
master of the instance. The feature instance must be a feature created from a
"pattern" feature, i.e. a feature of type LINEAR_PATTERN, CIRCULAR_PATTERN, or
MIRROR_SET. If the corresponding face cannot be found, this routine will
return NULL_TAG

Environment

Internal and External

History

NX4.0.2

Required License(s)

gateway

int UF_MODL_ask_matching_face_in_instance
(

tag_t face_tag,
tag_t feat_instance,
tag_t * instanced_face

)

tag_t	face_tag	Input	Tag of a face whose owning feature is an instance master
tag_t	feat_instance	Input	Tag of a patterned feature
tag_t *	instanced_face	Output	Tag of the face in the patterned feature

UF_MODL_ask_max_curvature (view source)

Defined in: uf_modl.h

Overview

Calculates maximum curvature data for a curve

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_max_curvature
(

tag_t eid,
double range [ 4 ] ,
int curva_type,
double max_curva [ 5 ] ,
int * status

)

tag_t	eid	Input	Entity id (currently curve only)
double	range [ 4 ]	Input	Entity's percent parameter range to be searched. For curve: range[0] = start percent of curve range, range[1] = end percent of curve range (so to find the maximum curvature over the whole range of the curve, use range[0]=0.0, range[1]=100.0) For surface: range[0-1]= start/end percentages for u-range range[2-3]= start/end percentages for v-range
int	curva_type	Input	Curvature type of the surface. Not used for curve
double	max_curva [ 5 ]	Output	Data for the point where curvature is a maximum (curve only) max_curva[0] = parameter value (not percentage) between curve min and max parameters max_curva[1-3] = point coordinates max_curva[4] = curvature value
int *	status	Output	1 if the curve has constant curvature - in this case, only the curvature value is returned 0 a best (not necessarily unique) maximum curvature point is returned

UF_MODL_ask_merged_faces (view source)

Defined in: uf_modl.h

Overview

Returns all of the merged faces of the given face. For occurrences input from
the face argument, the faces returned from the faces argument are on the
occurrence.

Environment

Internal and External

See Also

UF_MODL_ask_split_faces

History

Introduced in V1604, V1701, V18

Required License(s)

gateway

int UF_MODL_ask_merged_faces
(

tag_t face,
int * nfaces,
tag_t * * faces

)

tag_t	face	Input	Object identifier of face
int *	nfaces	Output	Number of merged faces
tag_t * *	faces	Output to UF_free	Array of tags of merged faces. Use UF_free to deallocate memory.

UF_MODL_ask_midsrf_feature_create_method (view source)

Defined in: uf_modl_freeform.h

Overview

Asks the creation&trim method (either advanced or classic)

Environment

Internal and External

History

Originally released in NX5.0

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_ask_midsrf_feature_create_method
(

tag_t feature_obj_id,
int * adv_crt_and_trm

)

tag_t	feature_obj_id	Input	Midsurface Feature tag
int *	adv_crt_and_trm	Output

UF_MODL_ask_midsrf_parms (view source)

Defined in: uf_modl_freeform.h

Overview

Reads the midsurface parameter data.

Environment

Internal and External

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_ask_midsrf_parms
(

tag_t feature_obj_id,
uf_list_p_t * facepair_list

)

tag_t	feature_obj_id	Input	Midsurface Feature tag
uf_list_p_t *	facepair_list	Output to UF_free	List of Face Pair Feature tags in the Midsurface Feature. The space allocated for the list must be freed by calling UF_MODL_delete_list.

UF_MODL_ask_minimum_dist (view source)

Defined in: uf_modl.h

Overview

UF_MODL_ask_minimum_dist finds the minimum distance between a pair of objects.

The objects can be:
1. any combination of points, curves, planes, edges, faces or bodies.
2. a faceted body and another faceted body or a solid edge, face
or body or a point

For objects not listed in 1, the error INVALID_ENTITY_TYPE is returned.

If an attempt is made to measure between a faceted body and an object
not listed in 2, the error UNSUITABLE_OBJECT_TYPES is returned.

The function returns a pair of points (one for each object)
at which the minimum distance is attained.

The user can optionally specify a point on or near each object that is
considered to be a good guess for the nearest point. The guess point
is ignored if either object is a faceted or solid body.

Or, the user can find the distance to specified point coordinates
by setting the object tag to NULL_TAG and inputting the point coordinates
as the "guess" point.

If either of the objects has a tolerance associated with it, the distance
value may only be acccurate to within that tolerance.

When a faceted body is involved in the measurement, the result may
not be as accurate as that obtained with the equivalent solid body.
It is recommended that UF_MODL_ask_minimum_dist_2 be used in this
case, as an extra argument is provided to output the accuracy of the
measurement.

Environment

Internal and External

See Also

UF_MODL_ask_minimum_dist_2

History

In V15.0 this function was updated to ignore guess points if a
body is passed to it. Prior to V15.0, if you used a guess point
and passed a body, this function returned an error message. A
pre-V15.0 work around was to set the guess flags to a value of
zero when passing in a body and using a guess point.
In V17.0 this function was updated to allow measurement between
faceted bodies and other faceted bodies and solid edges, faces
and bodies. If an attempt is made to measure between a faceted
body and an entity not listed above the error
UNSUITABLE_OBJECT_TYPES is returned.
In NX2.0.3 this function was updated to allow measurement between
faceted bodies and points of type UF_point_type.

Note: To get the best possible results, call UF_MODL_ask_minimum_dist_3() with an opt_level parameter value of "2".

Required License(s)

gateway

int UF_MODL_ask_minimum_dist
(

tag_t object1,
tag_t object2,
int guess1_given,
double guess1 [ 3 ] ,
int guess2_given,
double guess2 [ 3 ] ,
double * min_dist,
double pt_on_obj1 [ 3 ] ,
double pt_on_obj2 [ 3 ]

)

tag_t	object1	Input	First object (if NULL_TAG, the point coordinates in guess1 are used instead)
tag_t	object2	Input	Second object (if NULL_TAG, the point coordinates in guess2 are used instead) If object1 and object2 are both NULL_TAG the distance from guess1 to guess2 is computed.
int	guess1_given	Input	1 - if a guess point for object1 is specified 0 otherwise Ignored if object1 is a body
double	guess1 [ 3 ]	Input	Guess for the nearest point on object1, or point coordinates to use in the distance computation if object1 is a NULL_TAG. Ignored if object1 is a body.
int	guess2_given	Input	1 - if a guess point for object2 is specified 0 otherwise Ignored if object2 is a body
double	guess2 [ 3 ]	Input	Guess for the nearest point on object2, or point coordinates to use in the distance computation if object2 is a NULL_TAG. Ignored if object2 is a body.
double *	min_dist	Output	Resultant minimum distance.
double	pt_on_obj1 [ 3 ]	Output	Minimum distance Point on object1.
double	pt_on_obj2 [ 3 ]	Output	Minimum distance Point on object2.

UF_MODL_ask_minimum_dist_2 (view source)

Defined in: uf_modl.h

Overview

UF_MODL_ask_minimum_dist_2 finds the minimum distance between a pair of objects.

The objects can be:
1. any combination of points, curves, planes, edges, faces or bodies.
2. a faceted body and another faceted body or a solid edge, face
or body or a point

For objects not listed in 1, the error INVALID_ENTITY_TYPE is returned.

If an attempt is made to measure between a faceted body and an object
not listed in 2, the error UNSUITABLE_OBJECT_TYPES is returned.

The function returns a pair of points (one for each object)
at which the minimum distance is attained.

The user can optionally specify a point on or near each object that is
considered to be a good guess for the nearest point. The guess point
is ignored if either object is a faceted or solid body.

Or, the user can find the distance to specified point coordinates
by setting the object tag to NULL_TAG and inputting the point coordinates
as the "guess" point.

If either of the objects has a tolerance associated with it, the distance
value may only be acccurate to within that tolerance.

When a faceted body is involved in the measurement, the result may
not be as accurate as that obtained with the equivalent solid body.
It is recommended that UF_MODL_ask_minimum_dist_2 be used in this
case, as an extra argument is provided to output the accuracy of the
measurement.

Environment

Internal and External

See Also

UF_MODL_ask_minimum_dist

History

Originally released in V17.0.
In NX2.0.3 this function was updated to allow measurement between
faceted bodies and points of type UF_point_type.

Note: To get the best possible results, call UF_MODL_ask_minimum_dist_3() with an opt_level parameter value of "2".

Required License(s)

gateway

int UF_MODL_ask_minimum_dist_2
(

tag_t object1,
tag_t object2,
int guess1_given,
double guess1 [ 3 ] ,
int guess2_given,
double guess2 [ 3 ] ,
double * min_dist,
double pt_on_obj1 [ 3 ] ,
double pt_on_obj2 [ 3 ] ,
double * accuracy

)

tag_t	object1	Input	First object (if NULL_TAG, the point coordinates in guess1 are used instead)
tag_t	object2	Input	Second object (if NULL_TAG, the point coordinates in guess2 are used instead) If object1 and object2 are both NULL_TAG the distance from guess1 to guess2 is computed.
int	guess1_given	Input	1 - if a guess point for object1 is specified 0 otherwise Ignored if object1 is a body
double	guess1 [ 3 ]	Input	Guess for the nearest point on object1, or point coordinates to use in the distance computation if object1 is a NULL_TAG. Ignored if object1 is a body.
int	guess2_given	Input	1 - if a guess point for object2 is specified 0 otherwise Ignored if object2 is a body
double	guess2 [ 3 ]	Input	Guess for the nearest point on object2, or point coordinates to use in the distance computation if object2 is a NULL_TAG. Ignored if object2 is a body.
double *	min_dist	Output	Resultant minimum distance.
double	pt_on_obj1 [ 3 ]	Output	Minimum distance Point on object1.
double	pt_on_obj2 [ 3 ]	Output	Minimum distance Point on object2.
double *	accuracy	Output	Size of absolute error resulting from the use of faceted rather than solid bodies. 0.0 is output if neither body is faceted.

UF_MODL_ask_minimum_dist_3 (view source)

Defined in: uf_modl.h

Overview

UF_MODL_ask_minimum_dist_3 is a version of UF_MODL_ask_minimum_dist_2
with an additional input argument - opt_level

UF_MODL_ask_minimum_dist_3 ( opt_level , object1, object2, guess1_given, guess1,
guess2_given, guess2, min_dist, pt_on_obj1, pt_on_obj2, accuracy)

Required License(s)

gateway

int UF_MODL_ask_minimum_dist_3
(

int opt_level,
tag_t object1,
tag_t object2,
int guess1_given,
double guess1 [ 3 ] ,
int guess2_given,
double guess2 [ 3 ] ,
double * min_dist,
double pt_on_obj1 [ 3 ] ,
double pt_on_obj2 [ 3 ] ,
double * accuracy

)

int	opt_level	Input	0, works the same as UF_MODL_ask_minimum_dist_2 1, uses a newer algorithm but should give the same results 2, should produce more accurate results in some cases, and just as good in all cases
tag_t	object1	Input	First object (if NULL_TAG, the point coordinates in guess1 are used instead)
tag_t	object2	Input	Second object (if NULL_TAG, the point coordinates in guess2 are used instead) If object1 and object2 are both NULL_TAG the distance from guess1 to guess2 is computed.
int	guess1_given	Input	1 - if a guess point for object1 is specified 0 otherwise Ignored if object1 is a body
double	guess1 [ 3 ]	Input	Guess for the nearest point on object1, or point coordinates to use in the distance computation if object1 is a NULL_TAG. Ignored if object1 is a body.
int	guess2_given	Input	1 - if a guess point for object2 is specified 0 otherwise Ignored if object2 is a body
double	guess2 [ 3 ]	Input	Guess for the nearest point on object2, or point coordinates to use in the distance computation if object2 is a NULL_TAG. Ignored if object2 is a body.
double *	min_dist	Output	Resultant minimum distance.
double	pt_on_obj1 [ 3 ]	Output	Minimum distance Point on object1.
double	pt_on_obj2 [ 3 ]	Output	Minimum distance Point on object2.
double *	accuracy	Output	Size of absolute error resulting from the use of faceted rather than solid bodies. 0.0 is output if neither body is faceted.

UF_MODL_ask_mirror_pattern_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function returns the parameters of a mirror pattern_face.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_mirror_pattern_face
(

tag_t feature_tag,
UF_MODL_dfo_region_p_t * region,
tag_t * mirror_plane

)

tag_t	feature_tag	Input	the feature
UF_MODL_dfo_region_p_t *	region	Output to UF_free	region
tag_t *	mirror_plane	Output	mirror plane

UF_MODL_ask_misalign_geometry (view source)

Defined in: uf_modl.h

Overview

A geometry check routine.
Returns whether the input object is slightly out of alignment with the input matrix.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_misalign_geometry
(

tag_t obj_tag,
double * matrix,
double tolerance,
logical * is_misaligned

)

tag_t	obj_tag	Input	Tag of solid face or curve
double *	matrix	Input	Matrix against which to check for alignment
double	tolerance	Input	Angle tolerance within which to check
logical *	is_misaligned	Output	Alignment flag: FALSE = object is not misaligned TRUE = object is misaligned

UF_MODL_ask_move_region (view source)

Defined in: uf_modl_dfo.h

Overview

This function inquires the parameters of a move_region feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_move_region
(

tag_t feature_tag,
UF_MODL_transform_type_t * type,
UF_MODL_dfo_region_p_t * region,
void * * transf_data

)

tag_t	feature_tag	Input	feature tag
UF_MODL_transform_type_t *	type	Output	scale type
UF_MODL_dfo_region_p_t *	region	Output to UF_free	faces to be operated
void * *	transf_data	Output to UF_free	transformation data

UF_MODL_ask_named_body_object (view source)

Defined in: uf_modl.h

Overview

Returns the first object on the input body of the requested type with the
given name.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_named_body_object
(

tag_t * body_tag,
int * object_type,
char * object_name,
tag_t * object

)

tag_t *	body_tag	Input	body identifier
int *	object_type	Input	UF_solid_face_subtype or UF_solid_edge_subtype
char *	object_name	Input	case sensitive object name
tag_t *	object	Output	returned object identifier

UF_MODL_ask_nested_frecs (view source)

Defined in: uf_modl.h

Overview

Returns a list of all of the nested features of the given feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_nested_frecs
(

tag_t feature,
uf_list_p_t * feature_list

)

tag_t	feature	Input	feature being inquired
uf_list_p_t *	feature_list	Output to UF_free	list of nested features. This must be freed by calling UF_MODL_delete_list.

UF_MODL_ask_next_feature (view source)

Defined in: uf_modl_utilities.h

Overview

Return the next feature in the feature graph based on the time stamp of the
features.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_next_feature
(

tag_t feature,
tag_t * next_feature

)

tag_t	feature	Input	Feature to check
tag_t *	next_feature	Output	Next feature. If there is not a next feature, NULL_TAG is returned.

UF_MODL_ask_obj_dimensionality (view source)

Defined in: uf_modl.h

Overview

Gets the dimensionality of a geometric object.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_obj_dimensionality
(

tag_t object_id,
int * dimensionality,
double data [ 6 ]

)

tag_t	object_id	Input	Object ID
int *	dimensionality	Output	Dimensionality of the object: -1 = object is not valid UF_MODL_POINT UF_MODL_LINEAR UF_MODL_PLANAR UF_MODL_THREE_DIMENSIONAL
double	data [ 6 ]	Output	If dimensionality = UF_MODL_POINT data[0 - 2] = coordinates of the point If dimensionality = UF_MODL_LINEAR data[0 - 2] = coordinates of a point on the line data[3 - 5] = unit direction vector of the line If dimensionality = UF_MODL_PLANAR data[0 - 2] = coordinates of a point on the plane data[3 - 5] = unit normal of the plane If dimensionality = UF_MODL_THREE_DIMENSIONAL data[0 - 5] = not used

UF_MODL_ask_object (view source)

Defined in: uf_modl_utilities.h

Overview

This function cycles the database for the first, or next, available object
that matches both the type, and subtype, for the values entered.
When searching for the first object, just input a NULL_TAG for the
value of object identifier. Then, when you need the next object, just
input the previous value, and the next matching object is returned to the
user. When the final object has been returned to the user, the next call
to UF_MODL_ask_object() returns a NULL_TAG value for obj_id and an integer
return code that corresponds to "Invalid object type" when input into
UF_get_fail_message.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_object
(

int ug_type,
int ug_subtype,
tag_t * object

)

int	ug_type	Input	Object Type
int	ug_subtype	Input	Object subtype
tag_t *	object	Input / Output	Object's object identifier within a file

UF_MODL_ask_object_feat (view source)

Defined in: uf_modl.h

Overview

Gets the feature object identifier for a given object. This function can
handle input datum axis, datum plane, sketch, and derived curve
objects i.e., objects including, but not limited to, the following types:
UF_datum_axis_type
UF_datum_plane_type
UF_sketch_type
UF_line_type
UF_circle_type
UF_conic_type
UF_spline_type
UF_point_type (if the point passed in is related to a DATUM_CSYS or Point Feature
then the tag of the related feature is returned)

These are objects which belong to one feature. This function does not support
solid edges and faces because a single face or edge can belong to multiple
features.

Environment

Internal and External

See Also

UF_MODL_ask_edge_feats
UF_MODL_ask_face_feats
For example please refer to example

Required License(s)

gateway

int UF_MODL_ask_object_feat
(

tag_t object_tag,
tag_t * feature_tag

)

tag_t	object_tag	Input	Object identifier.
tag_t *	feature_tag	Output	Feature object identifier. NULL_TAG will be returned if no feature is found.

UF_MODL_ask_offset_parms (view source)

Defined in: uf_modl.h

Overview

Gets the offset parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_offset_parms
(

tag_t feature_obj_id,
int edit,
char * * value

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	value	Output to UF_free	The offset value. This must be freed by calling UF_free.

UF_MODL_ask_offset_region (view source)

Defined in: uf_modl_dfo.h

Overview

This function ask the parameters of a offset_region.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_offset_region
(

tag_t feature_tag,
UF_MODL_dfo_region_t * * region,
char * * offset

)

tag_t	feature_tag	Input	feature_tag.
UF_MODL_dfo_region_t * *	region	Output to UF_free	faces to be operated
char * *	offset	Output to UF_free	offset value, in expression string

UF_MODL_ask_out_of_date_features (view source)

Defined in: uf_modl.h

Overview

Query the number of features which are out of date.

Environment

Internal and External

History

This function was originally released in V16.0.

Required License(s)

gateway

int UF_MODL_ask_out_of_date_features
(

int * num_feature,
tag_t * * features

)

int *	num_feature	Output	Number of out of date features.
tag_t * *	features	Output to UF_free	Array of features which are out of date. This array must be freed by calling UF_free.

UF_MODL_ask_owning_feat_of_exp (view source)

Defined in: uf_modl_expressions.h

Overview

Return the owning feature of the expression.

This is the feature that created it during feature creation. For example,
the expression "p0 = x" is owned by feature "BLOCK(0)".

This works with both normal expressions and expressions created by the
geometric expression feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_owning_feat_of_exp
(

tag_t exp,
tag_t * feature

)

tag_t	exp	Input	Expression to query
tag_t *	feature	Output	Feature if found else NULL_TAG

UF_MODL_ask_para_dist (view source)

Defined in: uf_modl.h

Overview

The routine UF_MODL_ask_para_dist returns the values associated
to the parallel-at-a-distance constraint. To ask for a feature's
constraints see UF_MODL_ask_constraints. To make an inquiry on the
list of constraints see UF_MODL_ask_constraint_type.

All coordinates returned are with respect to the dimension plane,
therefore there are only two values (x,y).

Using UF_MODL_ask_constraints and UF_MODL_ask_constraint_type, find the
feature's "LINK_FACE_PARMS" constraint. Use this constraint tag as the
"link_face_parms" input argument to the function UF_MODL_ask_link_face_plane
to obtain the dimension plane coordinate system.

Environment

Internal and External

History

In V13.0, the tool argument was modified to return a NULL_TAG
for a centerline.

Required License(s)

gateway

int UF_MODL_ask_para_dist
(

tag_t feature_obj_id,
tag_t constraint,
int edit,
double fixed [ 2 ] ,
double feature [ 2 ] ,
double fixc [ 2 ] ,
double feac [ 2 ] ,
char * * how_far,
tag_t * tool,
tag_t * part

)

tag_t	feature_obj_id	Input	Identifier for the feature.
tag_t	constraint	Input	Identifier for constraint
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
double	fixed [ 2 ]	Output	Dimension attachment point on the part
double	feature [ 2 ]	Output	Dimension attachment point on the feature
double	fixc [ 2 ]	Output	Center of arc if attachment point is tangent to arc edge on part, otherwise it is the same as the fixed point.
double	feac [ 2 ]	Output	Center of arc if attachment point is tangent to arc edge on feature, otherwise it is the same as the feature point.
char * *	how_far	Output to UF_free	Expression distance. This must be freed by the caller by calling UF_free.
tag_t *	tool	Output	Edge on the tool or NULL_TAG for a centerline
tag_t *	part	Output	Edge on the part

UF_MODL_ask_para_edge (view source)

Defined in: uf_modl.h

Overview

The routine UF_MODL_ask_para_edge returns the values associated
to the parallel-edge constraint. To ask for a feature's constraints
see UF_MODL_ask_constraints. To make an inquiry on the list of constraints
see UF_MODL_ask_constraint_type.

All coordinates returned are with respect to the dimension plane,
therefore there are only two values (x,y).

Using UF_MODL_ask_constraints and UF_MODL_ask_constraint_type, find the
feature's "LINK_FACE_PARMS" constraint. Use this constraint tag as the
"link_face_parms" input argument to the function UF_MODL_ask_link_face_plane
to obtain the dimension plane coordinate system.

Environment

Internal and External

History

In V13.0, the tool argument was modified to return a NULL_TAG
for a centerline.

Required License(s)

gateway

int UF_MODL_ask_para_edge
(

tag_t feature_obj_id,
tag_t constraint,
int edit,
double fixed1 [ 2 ] ,
double fixed2 [ 2 ] ,
double feature1 [ 2 ] ,
double feature2 [ 2 ] ,
int * parallel,
char * * how_far,
tag_t * tool,
tag_t * part

)

tag_t	feature_obj_id	Input	Identifier for the feature.
tag_t	constraint	Input	Identifier for constraint
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
double	fixed1 [ 2 ]	Output	Dimension attachment point on the part
double	fixed2 [ 2 ]	Output	Point on the part that along with the fixed1 point, defines the line on the part that the dimension is parallel to.
double	feature1 [ 2 ]	Output	Dimension attachment point on the feature.
double	feature2 [ 2 ]	Output	Point on the feature that along with the feature1 point, defines the line on the feature that the dimension is parallel to.
int *	parallel	Output	Is this a parallel constraint or a perpendicular constraint? TRUE=Parallel, FALSE=perpendicular
char * *	how_far	Output to UF_free	Expression distance. This must be freed by calling UF_free.
tag_t *	tool	Output	Edge on the tool or NULL_TAG for a centerline.
tag_t *	part	Output	Edge on the part

UF_MODL_ask_patch_body_parms (view source)

Defined in: uf_modl.h

Overview

Returns the children and parameters of a patch body feature.

Environment

Internal and External

See Also

UF_MODL_patch_body

Required License(s)

gateway

int UF_MODL_ask_patch_body_parms
(

tag_t feature_obj_id,
tag_t * target_body,
tag_t * tool_sheet,
int * reverse

)

tag_t	feature_obj_id	Input	Feature object identifier of patch body feature
tag_t *	target_body	Output	Object id of target body
tag_t *	tool_sheet	Output	Object id of sheet body tool
int *	reverse	Output	Patch direction flag UF_MODL_ALONG_NORMAL along surface normal of tool_sheet UF_MODL_OPPOSITE_NORMAL opposite surface normal of tool_sheet

UF_MODL_ask_perp_dist (view source)

Defined in: uf_modl.h

Overview

The routine UF_MODL_ask_perp_dist returns the values associated
to the perpendicular distance constraint. To ask for a feature's
constraints see UF_MODL_ask_constraints. To make an inquiry on the
list of constraints see UF_MODL_ask_constraint_type.

All coordinates returned are with respect to the dimension plane,
therefore there are only two values (x,y).

Using UF_MODL_ask_constraints and UF_MODL_ask_constraint_type, find the
feature's "LINK_FACE_PARMS" constraint. Use this constraint tag as the
"link_face_parms" input argument to the function UF_MODL_ask_link_face_plane
to obtain the dimension plane coordinate system.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_perp_dist
(

tag_t feature,
tag_t constraint,
int edit,
double fixed1 [ 2 ] ,
double fixed2 [ 2 ] ,
double feature1 [ 2 ] ,
double feac [ 2 ] ,
char * * how_far,
tag_t * tool,
tag_t * part

)

tag_t	feature	Input	Identifier for the feature.
tag_t	constraint	Input	Identifier for constraint
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
double	fixed1 [ 2 ]	Output	Dimension attachment point on the part.
double	fixed2 [ 2 ]	Output	Point on the part that along with the fixed1 point, defines the line that the dimension is perpendicular to.
double	feature1 [ 2 ]	Output	Dimension attachment point on the part.
double	feac [ 2 ]	Output	Center of arc if the attachment point is tangent to arc edge of feature, otherwise it is the same as the feature point.
char * *	how_far	Output to UF_free	Expression distance. This must be freed by calling UF_free.
tag_t *	tool	Output	Edge on the tool or NULL_TAG for a centerline
tag_t *	part	Output	Edge on the part

UF_MODL_ask_plane (view source)

Defined in: uf_modl.h

Overview

Returns the data of a plane feature.

Environment

Internal and External

See Also

UF_MODL_edit_plane
UF_MODL_create_plane
Refer to example

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_plane
(

tag_t plane_tag,
double origin_point [ 3 ] ,
double plane_normal [ 3 ]

)

tag_t	plane_tag	Input	Plane
double	origin_point [ 3 ]	Output	Origin point of the plane
double	plane_normal [ 3 ]	Output	Normal of the plane

UF_MODL_ask_plane_of_mirror_set (view source)

Defined in: uf_modl.h

Overview

This function asks for the mirror plane of the mirror set feature

Environment

Internal and External

See Also

UF_MODL_create_mirror_set

History

Released in V16.0

Required License(s)

gateway

int UF_MODL_ask_plane_of_mirror_set
(

tag_t mirror_set,
tag_t * plane

)

tag_t	mirror_set	Input	The tag of the mirror feature
tag_t *	plane	Output	The mirror plane

UF_MODL_ask_point_along_curve (view source)

Defined in: uf_modl_curves.h

Overview

Returns a parameter value for a point along a curve or edge based
upon three inputs: a reference point, an offset distance, and a
direction flag.

The point is calculated by projecting the reference point to the curve
or edge (the reference point should already be on or near the curve or
edge), and determining a location along the curve at an arc length
distance from the projected reference point.

The direction along the curve or edge at which the point is created is
determined by the direction flag.

The tolerance is used only if the input curve is a solid edge. A
temporary curve, which approximates the solid edge, is created for
processing and deleted after processing completes.

Environment

Internal and External

See Also

UF_MODL_ask_point_along_curve_2 which may handle curves with
sharp corners better

Required License(s)

gateway

int UF_MODL_ask_point_along_curve
(

double point [ 3 ] ,
tag_t curve,
double offset,
int direction,
double tolerance,
double * parameter

)

double	point [ 3 ]	Input	Absolute coordinates of the reference point.
tag_t	curve	Input	Identifier of the selected curve.
double	offset	Input	Offset distance from the reference point along the selected curve.
int	direction	Input	Direction flag, 1=Same direction as the selected curve. (from start point to end point) -1=Reverse direction of the selected curve (from end point to start point)
double	tolerance	Input	Distance tolerance between solid edge and approximated curve.
double *	parameter	Output	Parameter value for the located point on the selected curve.

UF_MODL_ask_point_along_curve_2 (view source)

Defined in: uf_modl_curves.h

Overview

Alternate version of UF_MODL_ask_point_along_curve to better handle
cases of curves with sharp corners or sharp bends. Also, returns the
point on the curve at the offset distance.

Required License(s)

gateway

int UF_MODL_ask_point_along_curve_2
(

double point [ 3 ] ,
tag_t curve,
double offset,
int direction,
double tolerance,
double point_along_curve [ 3 ] ,
double * parameter

)

double	point [ 3 ]	Input	Absolute coordinates of the reference point.
tag_t	curve	Input	Identifier of the selected curve.
double	offset	Input	Offset distance from the reference point along the selected curve.
int	direction	Input	Direction flag, 1=Same direction as the selected curve. (from start point to end point) -1=Reverse direction of the selected curve (from end point to start point)
double	tolerance	Input	Distance tolerance between solid edge and approximated curve.
double	point_along_curve [ 3 ]	Output	Absolute coordinates of the point on the curve at the offset distance.
double *	parameter	Output	Parameter value for the located point on the selected curve.

UF_MODL_ask_point_containment (view source)

Defined in: uf_modl.h

Overview

Determines if a given point lies inside, outside or on the boundary of a given
face, edge, solid or sheet body. In the case of a sheet body, a point is considered
inside the body if it is on the face and on the body if it is on the boundary
edges of the sheet body.

Environment

Internal and External

See Also

Refer to example

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_point_containment
(

double point [ 3 ] ,
tag_t body,
int * pt_status

)

double	point [ 3 ]	Input	Point coordinates of the inquiry point
tag_t	body	Input	Face, edge, solid, or sheet body tag on which point is inquired
int *	pt_status	Output	Returned status of the point on the body 1 = point is inside the body 2 = point is outside the body 3 = point is on the body

UF_MODL_ask_points_parms (view source)

Defined in: uf_modl.h

Overview

Ask for the points in a Points Feature

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_points_parms
(

tag_t feature_tag,
int * num_points,
tag_t * * points

)

tag_t	feature_tag	Input	Feature tag
int *	num_points	Output	Number of points
tag_t * *	points	Output to UF_free	Array of point tags. This array must be freed by calling UF_free.

UF_MODL_ask_previous_feature (view source)

Defined in: uf_modl_utilities.h

Overview

Return the previous feature in the feature graph based on the time stamp of the
features.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_previous_feature
(

tag_t feature,
tag_t * prev_feature

)

tag_t	feature	Input	Feature to check
tag_t *	prev_feature	Output	Previous feature. If there is not a previous feature, then NULL_TAG is returned.

UF_MODL_ask_prism_parms (view source)

Defined in: uf_modl_legacy.h

Overview

Gets the parameters of a prism.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_prism_parms
(

tag_t feature_tag,
int edit,
char * * diameter,
char * * height,
char * * number_of_sides

)

tag_t	feature_tag	Input	Feature object identifier
int	edit	Input	Unused flag
char * *	diameter	Output to UF_free	Prism diameter. This must be freed by calling UF_free.
char * *	height	Output to UF_free	Prism height. This must be freed by calling UF_free.
char * *	number_of_sides	Output to UF_free	Number of sides in prism . This must be freed by calling UF_free.

UF_MODL_ask_proj_curves (view source)

Defined in: uf_modl_curves.h

Overview

Returns the curves associated with a projected curve feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_proj_curves
(

tag_t proj_curve_feature,
uf_list_p_t * uf_curve_refs

)

tag_t	proj_curve_feature	Input	Projected curve feature identifier.
uf_list_p_t *	uf_curve_refs	Output to UF_free	Pointer to list of curve identifiers. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_ask_prom_feat_of_solid (view source)

Defined in: uf_modl_promotions.h

Overview

Finds the promotion feature corresponding to the given promoted solid body.
This routine expects the solid body prototype, not an occurrence.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_prom_feat_of_solid
(

tag_t prom_solid,
tag_t * prom_feat

)

tag_t	prom_solid	Input	Promoted solid to be queried
tag_t *	prom_feat	Output	Promotion feature corresponding to the promoted solid

UF_MODL_ask_promotion_path (view source)

Defined in: uf_modl_promotions.h

Overview

Determines the instances that the given solid was promoted along.
The given solid should not be an occurrence.

Environment

Internal and External

See Also

UF_MODL_create_promotion

Required License(s)

gateway

int UF_MODL_ask_promotion_path
(

tag_t prom_solid,
logical full_path,
tag_t * * instance_path,
int * num_instances

)

tag_t	prom_solid	Input	Promoted solid body to be queried
logical	full_path	Input	If false, the instance path to the next level promotion is returned. If true, the full instance path across promotion stacks is returned.
tag_t * *	instance_path	Output to UF_free	The instance path along which the given solid body was promoted. This is an array of instances, which must be freed by calling UF_free.
int *	num_instances	Output	Number of instances

UF_MODL_ask_proper_legacy_feat_name (view source)

Defined in: uf_modl.h

Overview

Returns a character string containing the proper legacy name of the feature

Required License(s)

gateway

int UF_MODL_ask_proper_legacy_feat_name
(

tag_t feature_tag,
char * * feature_name

)

tag_t	feature_tag	Input	Object identifier of feature to inquire.
char * *	feature_name	Output to UF_free	String containing feature name (feature type and time stamp). Use UF_free to deallocate memory when done.

UF_MODL_ask_quilt (view source)

Defined in: uf_modl_freeform.h

Overview

Reads the creation parameters of a quilt surface. The following are
the valid defined constants for the type of quilt surface for the
quilt_data parameter:

UF_MODL_CURVE_MESH_ALONG_FIXED_VECTOR
UF_MODL_CURVE_MESH_ALONG_DRIVER_NORMALS
UF_MODL_B_SURFACE_ALONG_FIXED_VECTOR
UF_MODL_B_SURFACE_ALONG_DRIVER_NORMALS
UF_MODL_SELF_REFIT

Be careful how you manipulate the structures returned under
quilt_structure_pointer. Many items are allocated in this code. If you
change any items such as character strings or curve strings you may
run into trouble in UF_MODL_free_quilt. The safest way to handle
this is to make sure all structures are in the same condition when
calling free as they were received from ask.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_quilt
(

tag_t quilt_tag,
UF_MODL_quilt_type_t * quilt_data,
UF_MODL_quilt_data_structures_u * quilt_structure_pointer

)

tag_t	quilt_tag	Input	Object identifier of quilt surface to be read
UF_MODL_quilt_type_t *	quilt_data	Output	Type of quilt surface (see the description area).
UF_MODL_quilt_data_structures_u *	quilt_structure_pointer	Output to UF_free	Pointer to structure containing the defining data of the quilt surface. Use UF_MODL_free_quilt to free the memory allocated by this function.

UF_MODL_ask_quilt_type (view source)

Defined in: uf_modl_freeform.h

Overview

This function returns the type of quilt surface. The following are the
valid defined constants for the type of quilt surface for the
quilt_data parameter:

UF_MODL_CURVE_MESH_ALONG_FIXED_VECTOR
UF_MODL_CURVE_MESH_ALONG_DRIVER_NORMALS
UF_MODL_B_SURFACE_ALONG_FIXED_VECTOR
UF_MODL_B_SURFACE_ALONG_DRIVER_NORMALS
UF_MODL_SELF_REFIT

Environment

Internal and External

See Also

UF_MODL_edit_quilt
UF_MODL_create_quilt
UF_MODL_free_quilt
Refer to example
See the quilt data structures

Required License(s)

gateway

int UF_MODL_ask_quilt_type
(

tag_t quilt_tag,
UF_MODL_quilt_type_t * quilt_data

)

tag_t	quilt_tag	Input	Object identifier of quilt surface
UF_MODL_quilt_type_t *	quilt_data	Output	Type of quilt surface (see the description area).

UF_MODL_ask_reblend_face (view source)

Defined in: uf_modl_dfo.h

Overview

Ask a reblend face feature data

Environment

Internal and External

History

V19 release

Required License(s)

gateway

int UF_MODL_ask_reblend_face
(

tag_t feature_eid,
UF_MODL_reblend_face_data_p_t reblend_data

)

tag_t	feature_eid	Input	Feature object identifier of a created reblend face
UF_MODL_reblend_face_data_p_t	reblend_data	Output to UF_free	Data describing the created reblend face feature

UF_MODL_ask_rect_groove_parms (view source)

Defined in: uf_modl_grooves.h

Overview

Gets rectangular groove parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_rect_groove_parms
(

tag_t feature_obj_id,
int edit,
char * * groove_dia,
char * * width

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	groove_dia	Output to UF_free	Groove diameter. This must be freed by calling UF_free.
char * *	width	Output to UF_free	Groove width. This must be freed by calling UF_free.

UF_MODL_ask_rect_pad_parms (view source)

Defined in: uf_modl_pads.h

Overview

Gets rectangular pad parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_rect_pad_parms
(

tag_t feature_obj_id,
int edit,
char * size [ 3 ] ,
char * * corner_rad,
char * * taper_angle

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char *	size [ 3 ]	Output to UF_free	Pad size (length , width , height).
char * *	corner_rad	Output to UF_free	Pad corner radius. This must be freed by calling UF_free.
char * *	taper_angle	Output to UF_free	Pad taper angle. This must be freed by calling UF_free.

UF_MODL_ask_rect_pad_parms_1 (view source)

Defined in: uf_modl_pads.h

Overview

In order to provide appropriate .NET binding for UF_MODL_ask_rect_pad_parms,
UF_MODL_ask_rect_pad_parms_1 is introduced.

Note: C/C++ users can continue to use UF_MODL_ask_rect_pad_parms.

For documentation, refer to documentation of UF_MODL_ask_rect_pad_parms.

History

Originally released in NX9

Required License(s)

gateway

int UF_MODL_ask_rect_pad_parms_1
(

tag_t feature_obj_id,
int edit,
int * pad_length,
char * * * size,
char * * corner_rad,
char * * taper_angle

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
int *	pad_length	Output	Pad size length
char * * *	size	Output to UF_free	Pad size (length , width , height).
char * *	corner_rad	Output to UF_free	Pad corner radius. This must be freed by calling UF_free.
char * *	taper_angle	Output to UF_free	Pad taper angle. This must be freed by calling UF_free.

UF_MODL_ask_rect_pocket_parms (view source)

Defined in: uf_modl_pockets.h

Overview

Gets rectangular pocket parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_rect_pocket_parms
(

tag_t feature_obj_id,
int edit,
char * length [ 3 ] ,
char * * corner_rad,
char * * floor_rad,
char * * taper_angle

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char *	length [ 3 ]	Output to UF_free	Pointer to an array of three character pointers for length, width, and depth. This must be freed by calling UF_free.
char * *	corner_rad	Output to UF_free	Pocket corner radius. This must be freed by calling UF_free.
char * *	floor_rad	Output to UF_free	Pocket floor radius. This must be freed by calling UF_free.
char * *	taper_angle	Output to UF_free	Pocket taper angle. This must be freed by calling UF_free.

UF_MODL_ask_rect_slot_parms (view source)

Defined in: uf_modl_slots.h

Overview

Gets rectangular slot parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_rect_slot_parms
(

tag_t feature_obj_id,
int edit,
char * * width,
char * * depth,
char * * distance,
int * thru_flag

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	width	Output to UF_free	Slot width. This must be freed by calling UF_free.
char * *	depth	Output to UF_free	Slot depth. This must be freed by calling UF_free.
char * *	distance	Output to UF_free	Slot distance for a none thru slot. This must be freed by calling UF_free.
int *	thru_flag	Output	A thru flag can be TRUE or FALSE, if set to TRUE then there is no distance to the slot.

UF_MODL_ask_rectangular_pattern_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function returns the parameters of a rectangular pattern_face.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_rectangular_pattern_face
(

tag_t feature_tag,
UF_MODL_dfo_region_p_t * region,
tag_t * x_axis,
tag_t * axis,
int * num_x,
int * num_y,
char * * x_offset,
char * * y_offset

)

tag_t	feature_tag	Input	the feature
UF_MODL_dfo_region_p_t *	region	Output to UF_free	region
tag_t *	x_axis	Output	X-Axis
tag_t *	axis	Output	Y-Axis
int *	num_x	Output	number along XC
int *	num_y	Output	number along YC
char * *	x_offset	Output to UF_free	offset along XC
char * *	y_offset	Output to UF_free	offset along YC

UF_MODL_ask_references_of_features (view source)

Defined in: uf_modl.h

Overview

Returns the parent references of an array of features and the name
of each parent's reference.

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

gateway

int UF_MODL_ask_references_of_features
(

tag_t * feature_array,
int num_features,
tag_t * * parents,
char * * * parent_names,
int * num_parents

)

tag_t *	feature_array	Input	Array of features identifier
int	num_features	Input	Number of features
tag_t * *	parents	Output to UF_free	An array of all the parents. This array must be freed by calling UF_free.
char * * *	parent_names	Output to UF_free	An array of names of each parent. This array must be freed by calling UF_free_string_array.
int *	num_parents	Output	Number of parents.

UF_MODL_ask_refit_face_feature_data (view source)

Defined in: uf_modl_freeform.h

Overview

Inquires Refit Face feature and populates Refit Face Open API data
structure. The memory allocated for the structure may be freed using
UF_MODL_free_refit_face_feature_data().

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_refit_face_feature_data
(

tag_t refit,
UF_MODL_refit_face_data_p_t refit_data

)

tag_t	refit	Input	Refit Face feature object identifier.
UF_MODL_refit_face_data_p_t	refit_data	Output	Refit Face Open API data structure.

UF_MODL_ask_replace_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function ask the parameters of a replace_face feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_replace_face
(

tag_t feature_tag,
tag_t * * target_faces,
int * num_target,
tag_t * * non_blend_faces,
int * num_non_blend,
tag_t * tool_face,
logical * reverse_direction

)

tag_t	feature_tag	Input	the feature
tag_t * *	target_faces	Output to UF_free	target faces
int *	num_target	Output	number of faces
tag_t * *	non_blend_faces	Output to UF_free	adjacent tangent faces which are not blends
int *	num_non_blend	Output	number of non-blend faces
tag_t *	tool_face	Output	tool face
logical *	reverse_direction	Output	reverse direction of the tool face or not

UF_MODL_ask_resize_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function ask the parameters of a resize_face feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_resize_face
(

tag_t feature_tag,
tag_t * * target_faces,
int * num_target,
tag_t * * non_blend_faces,
int * num_non_blend,
char * * parameter

)

tag_t	feature_tag	Input	the feature
tag_t * *	target_faces	Output to UF_free	- target faces
int *	num_target	Output	number of faces
tag_t * *	non_blend_faces	Output to UF_free	num_non_blend adjacent tangent faces which are not blends
int *	num_non_blend	Output	number of non-blend faces
char * *	parameter	Output to UF_free	diameter for cylindrical/spherical faces, or half angle

UF_MODL_ask_revolution (view source)

Defined in: uf_modl_sweep.h

Overview

Retrieves the parameters used to create a revolution.

Environment

Internal and External

See Also

UF_MODL_create_revolution

History

Original release was in V19.0 (NX1.0).

Required License(s)

gateway

int UF_MODL_ask_revolution
(

tag_t feature_obj_id,
int* num_objects,
tag_t* * objects,
UF_MODL_SWEEP_TRIM_object_p_t* trim_ptr,
char* limits [ 2 ] ,
char* offsets [ 2 ] ,
double region_point [ 3 ] ,
logical* region_specified,
logical* solid_creation,
double direction [ 3 ]

)

tag_t	feature_obj_id	Input	Object tag for the revolved feature
int*	num_objects	Output	Number of revolved curves
tag_t* *	objects	Output to UF_free	Pointer to an array containing the tags of the revolved curves. This array must be freed by calling UF_free.
UF_MODL_SWEEP_TRIM_object_p_t*	trim_ptr	Output to UF_free	Pointer to structure for trimming data. This pointer may be returned as NULL, if trimming objects are not used. Use function UF_MODL_SWEEP_free_trim_data to free the trimming data
char*	limits [ 2 ]	Output to UF_free	Limits of revolution. Each element of this array must be freed by calling UF_free.
char*	offsets [ 2 ]	Output to UF_free	Offsets for open strings. Each element of this array must be freed by calling UF_free.
double	region_point [ 3 ]	Output	Point on region desired.
logical*	region_specified	Output	True or False for region desired.
logical*	solid_creation	Output	TRUE = a solid body.
double	direction [ 3 ]	Output	Revolution direction

UF_MODL_ask_ripedge (view source)

Defined in: uf_modl_smd.h

Overview

Ask an Rip Edge tag

Environment

Internal and External

History

Released in NX3.0

Required License(s)

gateway

int UF_MODL_ask_ripedge
(

tag_t ripedge_tag,
UF_MODL_ripedge_data_p_t ripedge_ufdata

)

tag_t	ripedge_tag	Input	The ripedge tag
UF_MODL_ripedge_data_p_t	ripedge_ufdata	Output to UF_free	The ripedge data

UF_MODL_ask_rough_offset (view source)

Defined in: uf_modl_freeform.h

Overview

This function will inquire and return parameters of a rough offset feature.

Environment

Internal and External
See Also: UF_MODL_create_rough_offset
UF_MODL_edit_rough_offset
UF_MODL_free_rough_offset

History

Released in V18.0

Required License(s)

gateway

int UF_MODL_ask_rough_offset
(

tag_t feature_tag,
UF_MODL_rough_offset_p_t parms

)

tag_t	feature_tag	Input	Feature to be queried
UF_MODL_rough_offset_p_t	parms	Output to UF_free	Parameters for a Rough Offset feature

UF_MODL_ask_rpo_desc_of_feat (view source)

Defined in: uf_modl_sketch.h

Overview

Returns expressions and expression descriptions related to supplied
features rpo dimensions.

Environment

Internal and External

History

Original Release was in V14.0. V15.0 change: This function was
renamed from UF_MODL_ask_rpo_desc_of_frec to UF_MODL_ask_rpo_desc_of_feat.

Required License(s)

gateway

int UF_MODL_ask_rpo_desc_of_feat
(

tag_t feature_obj_id,
int * number_of_exps,
char * * * descriptions,
tag_t * * exps

)

tag_t	feature_obj_id	Input	Feature object identifier of created rectangular groove
int *	number_of_exps	Output	Number of expressions returned
char * * *	descriptions	Output to UF_free	Array of expression descriptions related to features rpo dimensions. Use UF_free_string_array to deallocate memory when done.
tag_t * *	exps	Output to UF_free	Array of object identifiers to expressions related to features rpo dimensions. Use UF_free to deallocate memory when done.

UF_MODL_ask_rpo_desc_of_frec (view source)

Defined in: uf_modl_sketch.h

Overview

Use UF_MODL_ask_rpo_desc_of_feat instead.
Returns expressions and expression descriptions related to supplied
features rpo dimensions.

Environment

Internal and External

History

Original Release was in V14.0.

Required License(s)

gateway

int UF_MODL_ask_rpo_desc_of_frec
(

tag_t feature_obj_id,
int * number_of_exps,
char * * * descriptions,
tag_t * * exps

)

tag_t	feature_obj_id	Input	Feature object identifier of created rectangular groove
int *	number_of_exps	Output	Number of expressions returned
char * * *	descriptions	Output to UF_free	Array of expression descriptions related to features rpo dimensions. Use UF_free_string_array to deallocate memory when done.
tag_t * *	exps	Output to UF_free	Array of object identifiers to expressions related to features rpo dimensions. Use UF_free to deallocate memory when done.

UF_MODL_ask_rpo_routine (view source)

Defined in: uf_modl_sketch.h

Overview

Returns the currently specified relative position operation (RPO)
routine as a function pointer of type UF_MODL_rpo_f_p_t. If no
routine is specified, zero is returned.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_rpo_routine
(

UF_MODL_rpo_f_p_t * user_rpo_routine

)

UF_MODL_rpo_f_p_t *

user_rpo_routine

Input

Function pointer to the currently
specified relative
position operation (RPO) routine.

UF_MODL_ask_ruled (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the creation data for a Ruled Feature.

Environment

Internal and External

History

Original release was in V13.0.

Required License(s)

gateway

int UF_MODL_ask_ruled
(

tag_t feature_obj_id,
UF_STRING_p_t s_section,
UF_STRING_p_t s_spine,
int * alignment,
double value [ 6 ] ,
int * body_type,
double tol [ 2 ]

)

tag_t	feature_obj_id	Input	Feature object identifier
UF_STRING_p_t	s_section	Output to UF_free	Pointer to the string list structure for the section strings used to create the feature. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_spine	Output to UF_free	Pointer to the string list structure for the spine string. (for alignment = 5). Use UF_MODL_free_string_list to deallocate memory.
int *	alignment	Output	Alignment method: 1 = Parameter 2 = Arc length 3 = Distance 4 = Angles 5 = Spine curves
double	value [ 6 ]	Output	Data for alignment method: [0-2] = 3D vector defining direction line (for alignment = 3) [0-5] = 3D start and end coordinates of line defining the axis of revolution for planes (for alignment = 4)
int *	body_type	Output	Type of body: 0 = Sheet 1 = Solid
double	tol [ 2 ]	Output	Tolerances: [0] = Distance [1] = Angle (in radians)

UF_MODL_ask_ruled1 (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the creation data for a Ruled Feature.

Environment

Internal and External

History

Original release was in V13.0.

Required License(s)

gateway

int UF_MODL_ask_ruled1
(

tag_t feature_obj_id,
UF_STRING_p_t s_section,
UF_STRING_p_t s_spine,
int * alignment,
double value [ 6 ] ,
int * body_type,
double tols [ 2 ]

)

tag_t	feature_obj_id	Input	Feature object identifier
UF_STRING_p_t	s_section	Output to UF_free	Pointer to the string list structure, containing the section builder objects defining the section curves used to create the feature. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_spine	Output to UF_free	Pointer to the string list structure for the spine string. (for alignment = 5). Use UF_MODL_free_string_list to deallocate memory.
int *	alignment	Output	Alignment method: 1 = Parameter 2 = Arc length 3 = Distance 4 = Angles 5 = Spine curves
double	value [ 6 ]	Output	Data for alignment method: [0-2] = 3D vector defining direction line (for alignment = 3) [0-5] = 3D start and end coordinates of line defining the axis of revolution for planes (for alignment = 4)
int *	body_type	Output	Type of body: 0 = Sheet 1 = Solid
double	tols [ 2 ]	Output	Tolerances: [0] = Distance [1] = Angle (in radians)

UF_MODL_ask_scale (view source)

Defined in: uf_modl.h

Overview

This function will inquire and return parameters of a scale feature.

Environment

Internal and External
See Also: UF_MODL_create_scale
UF_MODL_edit_scale

History

Released in V16.0

Required License(s)

gateway

int UF_MODL_ask_scale
(

tag_t feature_tag,
UF_SCALE_TYPE_t * type,
tag_t * so_point,
tag_t * so_dir,
tag_t * so_csys,
char factor [ 3 ] [ UF_MAX_EXP_BUFSIZE ]

)

tag_t	feature_tag	Input	The tag of an existing scale feature
UF_SCALE_TYPE_t *	type	Output	Scale type. It is one of the following: UF_SCALE_TYPE_UNIFORM UF_SCALE_TYPE_AXISYMMETRIC UF_SCALE_TYPE_GENERAL
tag_t *	so_point	Output	This is the tag of a smart point used as the origin of the scale feature. A NULL_TAG is returned for a UF_SCALE_TYPE_GENERAL scale feature.
tag_t *	so_dir	Output	This is the tag of a smart point used as the direction of the scale for a UF_SCALE_TYPE_AXISYMMETRIC scale feature. A NULL_TAG is returned for all other scale features.
tag_t *	so_csys	Output	This is the tag of a smart CSYS used for a UF_SCALE_TYPE_GENERAL scale feature. A NULL_TAG is returned for all other scale features.
char	factor [ 3 ] [ UF_MAX_EXP_BUFSIZE ]	Output	An array of strings that define the scale factors. These scale factors may include expressions. For a uniform scale feature, there is only one string to use as a scale factor. For an axisymmetric scale feature, two factor strings will be returned, the first being the scale factor along the axis, and the second being the scale factor in the other direction. For a general scale feature, there will be three strings returned in this array, the first being the scale in the x-axis, the second being the scale in the y-axis and the third being the scale in the z-axis.

UF_MODL_ask_section_surface (view source)

Defined in: uf_modl_freeform.h

Overview

Populates a section surface Open API data structure of a section
surface feature.

Environment

Internal and External

History

V15.0 changes: The UF_MODL_secsrf_data_t structure was enhanced.

Required License(s)

gateway

int UF_MODL_ask_section_surface
(

tag_t section_surface,
UF_MODL_secsrf_data_p_t section_surface_data

)

tag_t	section_surface	Input	Section Surface Feature object identifier.
UF_MODL_secsrf_data_p_t	section_surface_data	Output	Section Surface Open API Data Structure

UF_MODL_ask_set_from_name (view source)

Defined in: uf_modl.h

Overview

Return the set that matches the feature name.

Environment

Internal and External

History

Released in V16.0

Required License(s)

gateway

int UF_MODL_ask_set_from_name
(

char * name,
tag_t * set

)

char *	name	Input	Feature set name
tag_t *	set	Output	Tag of feature set

UF_MODL_ask_sets_of_member (view source)

Defined in: uf_modl.h

Overview

Return an array of feature sets that the feature is a member of.

Environment

Internal and External

History

Released in V16.0

Required License(s)

gateway

int UF_MODL_ask_sets_of_member
(

tag_t feature,
tag_t * * sets,
int * number_of_sets

)

tag_t	feature	Input	Tag of feature
tag_t * *	sets	Output to UF_free	Array of feature sets that the feature belongs too. This array must be freed by calling UF_free
int *	number_of_sets	Output	Number of sets in array

UF_MODL_ask_sew_sheet_body (view source)

Defined in: uf_modl.h

Overview

Returns the information stored in the record of the input sew sheet body feature.

Environment

Internal and External

History

Original release was in V16.0.1.

Required License(s)

gateway

int UF_MODL_ask_sew_sheet_body
(

tag_t feature_obj_eid,
tag_t * target_sheet_body,
int * tool_sheet_bodies_count,
tag_t * * tool_sheet_bodies,
double * tolerance

)

tag_t	feature_obj_eid	Input	Feature object id of trimmed sheet.
tag_t *	target_sheet_body	Output	Tag of the target sheet body
int *	tool_sheet_bodies_count	Output	Number of tool sheet bodies
tag_t * *	tool_sheet_bodies	Output to UF_free	Array of NX eids of sheet bodies. This array must be freed by calling UF_free.
double *	tolerance	Output	Distance tolerance for approximations.

UF_MODL_ask_sew_solid_body (view source)

Defined in: uf_modl.h

Overview

Returns the information stored in the record of the input sew solid body feature.

Environment

Internal and External

History

Original release was in V16.0.1.

Required License(s)

gateway

int UF_MODL_ask_sew_solid_body
(

tag_t feature_obj_eid,
int * target_faces_count,
tag_t * * target_faces,
int * tool_faces_count,
tag_t * * tool_faces,
double * tolerance

)

tag_t	feature_obj_eid	Input	Feature object id of trimmed sheet.
int *	target_faces_count	Output	Number of faces on the target body to be sewn
tag_t * *	target_faces	Output to UF_free	Array of NX eids of faces on the target body to be sewn. This array must be freed by calling UF_free.
int *	tool_faces_count	Output	Number of faces on the tool body to be sewn
tag_t * *	tool_faces	Output to UF_free	Array of NX eids of faces on the tool body to be sewn. This array must be freed by calling UF_free.
double *	tolerance	Output	Distance tolerance for approximations.

UF_MODL_ask_shared_edges (view source)

Defined in: uf_modl.h

Overview

The input to UF_MODL_ask_shared_edges are the two faces,
between which the user wants to find the common edges. Those edges
are returned in a list that can be manipulated by the
UF_MODL__list routines.

If face1 or face2 is an occurrence, then the return values are relative to the
occurrence, and not the prototype.

Environment

Internal and External

History

Modified in V15.0 to work relative to the occurrence.

Required License(s)

gateway

int UF_MODL_ask_shared_edges
(

tag_t face1,
tag_t face2,
uf_list_p_t * shared_edges

)

tag_t	face1	Input	Object identifier of first face
tag_t	face2	Input	Object identifier of second face
uf_list_p_t *	shared_edges	Output to UF_free	Pointer to a list of edge object identifiers. Null pointer is returned if faces do not share edges, or if an error occurs (`error' > 0). Use UF_MODL_delete_list to free space allocated for this linked list.

UF_MODL_ask_show_report_reference (view source)

Defined in: uf_modl.h

Overview

Return the show report reference option. The option determines whether feature
failure and warning will be shown in the feature update report.

Environment

Internal and External

History

NX8.0.3

Required License(s)

gateway

int UF_MODL_ask_show_report_reference
(

logical * reportReference

)

logical *

reportReference

Output

TRUE if report reference is shown, FALSE otherwise.

UF_MODL_ask_silhouette_flange (view source)

Defined in: uf_modl_freeform.h

Overview

Inquires Silhouette Flange feature and populates Silhouette Flange Open API data
structure. A copy of length and angle law is provided in the data structure.
The memory allocated for the structure may be freed using
UF_MODL_free_silhouette_flange().

This function will always return an array of faces no matter if that array
is defined by a collection.

Environment

Internal and External

History

First released in NX3

Required License(s)

gateway

int UF_MODL_ask_silhouette_flange
(

tag_t sflange_tag,
UF_MODL_sflange_data_p_t sflange_data

)

tag_t	sflange_tag	Input	Silhouette Flange feature object identifier.
UF_MODL_sflange_data_p_t	sflange_data	Output	Silhouette Flange Open API data structure.

UF_MODL_ask_simple_hole_parms (view source)

Defined in: uf_modl_holes.h

Overview

Gets simple hole parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_simple_hole_parms
(

tag_t feature_obj_id,
int edit,
char * * diameter,
char * * depth,
char * * tip_angle,
int * thru_flag

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	diameter	Output to UF_free	Hole diameter. This must be freed by calling UF_free.
char * *	depth	Output to UF_free	Hole depth for a none thru hole. This must be freed by calling UF_free.
char * *	tip_angle	Output to UF_free	Tip angle. This must be freed by calling UF_free.
int *	thru_flag	Output	A thru flag can be TRUE or FALSE, if set to TRUE then there is no depth to the hole.

UF_MODL_ask_simplify_parms (view source)

Defined in: uf_modl_simplify.h

Overview

Returns the current parameters of the simplify feature. Faces and edges
which are currently parameters of the simplify feature, but which have no
associated geometry at present, are not listed.

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

gateway

int UF_MODL_ask_simplify_parms
(

tag_t feature_tag,
UF_MODL_simpl_data_p_t simpl_parms

)

tag_t	feature_tag	Input	The simplify feature
UF_MODL_simpl_data_p_t	simpl_parms	Output to UF_free	The parameters of the simplify feature. NEEDS A FREE ROUTINE

UF_MODL_ask_sketch_of_sweep (view source)

Defined in: uf_modl_sketch.h

Overview

Gets the sketch feature associated with the sweep. When a sketch is attached
to the plane of the WCS, it is not a feature, hence this function returns a
NULL_TAG.

Environment

Internal and External

See Also

Required License(s)

gateway

int UF_MODL_ask_sketch_of_sweep
(

tag_t sweep_obj_id,
tag_t * sketch_obj_id

)

tag_t	sweep_obj_id	Input	The sweep feature object identifier
tag_t *	sketch_obj_id	Output	Pointer to the object identifier of the sketch feature associated with the sweep

UF_MODL_ask_smbend (view source)

Defined in: uf_modl_smd.h

Overview

Queries an existing smbend feature.

Environment

Internal and External

Return

Return code:
= 0 No error
= not 0 Error code

History

Originally released in V17.0

Required License(s)

gateway

int UF_MODL_ask_smbend
(

tag_t bend_tag,
UF_MODL_smbend_data_p_t user_data

)

tag_t	bend_tag	Input	tag of the bend feature in question
UF_MODL_smbend_data_p_t	user_data	Output	data which represents this feature

UF_MODL_ask_smbend_corner (view source)

Defined in: uf_modl_smd.h

Overview

This procedure uses a tag for an smbend feature that was created by
converting a corner, it then outputs the user's parameters for that bend
feature.

Return

Return code:
= 0 No Error
= not 0 Error code

Environment

External

History

Originally released in V17.0.3

Required License(s)

gateway

int UF_MODL_ask_smbend_corner
(

tag_t bend_tag,
UF_MODL_smbend_corner_data_p_t user_data

)

tag_t	bend_tag	Input	the tag of the bend feature in question
UF_MODL_smbend_corner_data_p_t	user_data	Output	UF data which represents this feature

UF_MODL_ask_smbend_cylinder (view source)

Defined in: uf_modl_smd.h

Overview

This procedure uses a tag for an smbend feature that was created by
converting a cylindrical face, it then outputs the user's parameters for
that bend feature.

Return

Return code:
= 0 No Error
= not 0 Error code

Environment

External

History

Originally released in V17.0.3

Required License(s)

gateway

int UF_MODL_ask_smbend_cylinder
(

tag_t bend_tag,
UF_MODL_smbend_cylinder_data_p_t user_data

)

tag_t	bend_tag	Input	the tag of the bend feature in question
UF_MODL_smbend_cylinder_data_p_t	user_data	Output	UF data which represents this feature

UF_MODL_ask_smcorner (view source)

Defined in: uf_modl_smd.h

Overview

Ask an SMCorner tag

Environment

Internal and External

History

Released in NX3.0

Required License(s)

gateway

int UF_MODL_ask_smcorner
(

tag_t smcorner_tag,
UF_MODL_smcorner_data_p_t smcorner_ufdata

)

tag_t	smcorner_tag	Input	The smcorner tag
UF_MODL_smcorner_data_p_t	smcorner_ufdata	Output	The smcorner data

UF_MODL_ask_smcutout (view source)

Defined in: uf_modl_smd.h

Overview

Queries the data of a sheet metal cutout (SMCUTOUT) feature by providing the
object identifier of the SMCutout feature.

Environment

Internal and External

See Also

UF_MODL_smcutout_data_p_t

History

Original release was in V15.0

Required License(s)

gateway

int UF_MODL_ask_smcutout
(

tag_t cutout_tag,
UF_MODL_smcutout_data_p_t user_data

)

tag_t	cutout_tag	Input	Tag of cutout feature
UF_MODL_smcutout_data_p_t	user_data	Output to UF_free	Data read from cutout NEEDS A FREE ROUTINE

UF_MODL_ask_smhole (view source)

Defined in: uf_modl_smd.h

Overview

Returns the parameter information of an existing sheet metal hole.

Environment

Internal and External

See Also

UF_MODL_smhole_data_p_t

History

Original release was in V14.0.

Required License(s)

gateway

int UF_MODL_ask_smhole
(

tag_t hole_tag,
UF_MODL_smhole_data_p_t user_data

)

tag_t	hole_tag	Input	Tag of the SMHole from which to get information
UF_MODL_smhole_data_p_t	user_data	Output	Pass in a pointer to an UF_MODL_smhole_data_s data structure. This routine will fill it with information about the SMHole

UF_MODL_ask_smpunch (view source)

Defined in: uf_modl_smd.h

Overview

Query the feature information from the given SMPunch tag.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_smpunch
(

UF_MODL_smpunch_data_p_t user_data,
tag_t punch_tag

)

UF_MODL_smpunch_data_p_t	user_data	Output	Data describing the punch feature.
tag_t	punch_tag	Input	The object identifier of the punch feature to be queried.

UF_MODL_ask_smslot (view source)

Defined in: uf_modl_smd.h

Overview

Returns the parameter information of an existing sheet metal slot.

Environment

Internal and External

See Also

UF_MODL_smslot_data_p_t

History

Original release was in V14.0

Required License(s)

gateway

int UF_MODL_ask_smslot
(

tag_t slot_tag,
UF_MODL_smslot_data_p_t user_data

)

tag_t	slot_tag	Input	Tag of the SMSlot from which to get information
UF_MODL_smslot_data_p_t	user_data	Output	Pointer to a UF_MODL_smslot_data_s data structure containing information about the SMSlot

UF_MODL_ask_snip_surface_feature_data (view source)

Defined in: uf_modl_freeform.h

Overview

Populates Snip Surface Open API data structure of a Snip Surface feature. The
memory allocated for the structure may be freed using UF_MODL_free_snip_surface

Environment

Internal and External

History

First released in NX2

Required License(s)

gateway

int UF_MODL_ask_snip_surface_feature_data
(

tag_t snip,
UF_MODL_snipsrf_feature_data_p_t ask_usr_data_ptr

)

tag_t	snip	Input
UF_MODL_snipsrf_feature_data_p_t	ask_usr_data_ptr	Output

UF_MODL_ask_solid_of_prom_feat (view source)

Defined in: uf_modl_promotions.h

Overview

Finds the promoted solid body created when applying the given
promotion feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_solid_of_prom_feat
(

tag_t prom_feat,
tag_t * prom_solid

)

tag_t	prom_feat	Input	Promotion feature to be queried
tag_t *	prom_solid	Output	Promoted solid

UF_MODL_ask_solid_punch (view source)

Defined in: uf_modl_smd.h

Overview

Ask an Solid Punch tag

Return

Return code :

Environment

Internal and External

History

Released in NX2.0

Required License(s)

gateway

int UF_MODL_ask_solid_punch
(

tag_t smspunch_tag,
UF_MODL_solid_punch_data_p_t smspunch_ufdata

)

tag_t	smspunch_tag	Input	The solid punch tag
UF_MODL_solid_punch_data_p_t	smspunch_ufdata	Output to UF_free	The solidpunch data

UF_MODL_ask_sphere_parms (view source)

Defined in: uf_modl_primitives.h

Overview

Gets sphere parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_sphere_parms
(

tag_t feature_obj_id,
int edit,
char * * diameter

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	diameter	Output to UF_free	Sphere diameter. This must be freed by calling UF_free.

UF_MODL_ask_split_edges (view source)

Defined in: uf_modl.h

Overview

Returns all of the split edges of the given edge. For occurrences input from
the edge argument, the edges returned from the edges argument are on the
occurrence.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_split_edges
(

tag_t edge,
int * nedges,
tag_t * * edges

)

tag_t	edge	Input	Object identifier of edge
int *	nedges	Output	Number of split edges
tag_t * *	edges	Output to UF_free	Array of object identifiers of split edges. Use UF_free to deallocate memory.

UF_MODL_ask_split_faces (view source)

Defined in: uf_modl.h

Overview

Returns all of the split faces of the given face. For occurrences input from
the face argument, the faces returned from the faces argument are on the
occurrence.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_split_faces
(

tag_t face,
int * nfaces,
tag_t * * faces

)

tag_t	face	Input	Object identifier of face
int *	nfaces	Output	Number of split faces
tag_t * *	faces	Output to UF_free	Array of tags of split faces. Use UF_free to deallocate memory.

UF_MODL_ask_stycorner_data (view source)

Defined in: uf_modl_freeform.h

Overview

Get an Styled Corner Surface Feature data from its NX Open API data structure.

Environment

Internal and External

History

First released in NX3

Required License(s)

gateway

int UF_MODL_ask_stycorner_data
(

tag_t frec_tag,
UF_MODL_stycorner_data_p_t styled_corner_data_out

)

tag_t	frec_tag	Input	Styled corner feature object identifier.
UF_MODL_stycorner_data_p_t	styled_corner_data_out	Output	Styled corner NX Open API data structure.

UF_MODL_ask_styled_sweep_feature_data (view source)

Defined in: uf_modl_freeform.h

Overview

Inquires Styled Sweep feature and populates Styled Sweep Open API data
structure. The memory allocated for the structure may be freed using
UF_MODL_free_styled_sweep_feature_data().

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_styled_sweep_feature_data
(

tag_t styswp,
UF_MODL_styled_sweep_data_p_t styled_sweep_data

)

tag_t	styswp	Input	Styled Sweep feature object identifier.
UF_MODL_styled_sweep_data_p_t	styled_sweep_data	Output	Styled Sweep Open API data structure.

UF_MODL_ask_subdiv_face_parms (view source)

Defined in: uf_modl.h

Overview

Returns the parameters of a subdivided face feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_subdiv_face_parms
(

const tag_t feature_obj_id,
tag_t * face,
tag_t * * curves,
int * count,
int* proj_type,
double* vector

)

const tag_t	feature_obj_id	Input	Feature object identifier of a subdivided face
tag_t *	face	Output	Face object identifier which the subdivided face is on
tag_t * *	curves	Output to UF_free	Pointer to array of curves associated with the subdivide face feature
int *	count	Output	Number of curves in curve array
int*	proj_type	Output	Projection type 1 = Along surface normal 2 = Along vector (Not implemented yet)
double*	vector	Output	Projection vector (Not used)

UF_MODL_ask_suppress_exp_tag (view source)

Defined in: uf_modl_expressions.h

Overview

Returns a parameter suppress expression, based upon the input
feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_suppress_exp_tag
(

tag_t feature_tag,
tag_t * expression_tag

)

tag_t	feature_tag	Input	Feature object id
tag_t *	expression_tag	Output	Suppress expression tag

UF_MODL_ask_suppress_feature (view source)

Defined in: uf_modl.h

Overview

Returns whether a feature is suppressed or not.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_suppress_feature
(

tag_t feature,
int * suppress

)

tag_t	feature	Input	Feature to check.
int *	suppress	Output	If TRUE - feature is suppressed. FALSE - feature is not suppressed.

UF_MODL_ask_suppress_list (view source)

Defined in: uf_modl.h

Overview

Returns a list of all the suppressed features in the part.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_suppress_list
(

uf_list_p_t * feature_list

)

feature_list

Output to UF_*free*

List of all the suppressed features in the part.
This list must be freed by calling
UF_MODL_delete_list.

UF_MODL_ask_sweep (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the creation data for a freeform Sweep feature.

Environment

Internal and External

History

Original release was in V13.0.

Required License(s)

gateway

int UF_MODL_ask_sweep
(

tag_t feature_obj_id,
UF_STRING_p_t s_guide,
UF_STRING_p_t s_section,
UF_STRING_p_t s_spine,
UF_METHOD_p_t orientation,
UF_METHOD_p_t scaling,
int * alignment,
int * inter,
int * body_type,
double tol [ 3 ]

)

tag_t	feature_obj_id	Input	Feature object identifier of sweep
UF_STRING_p_t	s_guide	Output to UF_free	Pointer to the string list structure containing the data defining the guide curves used to create the feature. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_section	Output to UF_free	Pointer to the string list structure containing the date defining the section curves used to create the feature. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_spine	Output to UF_free	Pointer to the string list structure for the spine string. Use UF_MODL_free_string_list to deallocate memory.
UF_METHOD_p_t	orientation	Output	Pointer to the orientation list structure. int method Orientation method (for s_guide-> num = 1) 1 = Face normals 2 = Vector direction 3 = Another curve 4 = Fixed (parallel sweep) 5 = A point 6 = Angular law 7 = Forced direction int inter NOT USED tag_t id Base surface (for orientation->method =1) Datum Axis (for orientation->method = 2,7) double value[3] Orientation 3D vector (for orientation->method = 2,7) Orientation 3D point (for orientation->method = 5) Law Function Value (for orientation->method=6) [0] = Angle law function offset [1] = Angle law function scale UF_STRING_p_t s_curve Pointer to curve structure list (for orientation->method = 3 or 6)
UF_METHOD_p_t	scaling	Output	Pointer to the scaling list structure. int method Scaling method (for s_guide-> num = 1) 1 = Constant scale 2 = Blended 3 = Another curve 4 = A point 5 = Area law (for s_guide->num = 2) 6 = Scale laterally 7 = Scale uniformly int inter Scale blended interpolation ( for scaling->method = 2) tag_t id NOT USED double value[3] Scale values [0] = Scale factor (for scaling->method = 1) [0-1] = Scale range (for scaling->method = 2) [0-2] = 3D absolute point (for scaling->method = 4) Law Function Value (for scaling->method=5) [0] = Area law function offset [1] = Area law function scale UF_STRING_p_t s_curve Pointer to curve structure list (for scaling->method = 3 or 5)
int *	alignment	Output	Alignment method: 1 = Parameter 2 = Arc Length
int *	inter	Output	Interpolation method (for s_section->num > 1): 1 = Linear 2 = Cubic
int *	body_type	Output	Type of body: 0 = Sheet 1 = Solid
double	tol [ 3 ]	Output	Tolerances: [0] = Distance [1] = Angle (in degrees) [2] = Intersection

UF_MODL_ask_sweep_curves (view source)

Defined in: uf_modl_sweep.h

Overview

Gets the profile curves and guide curves of a given sweep. This will also
work for extrusion features as well.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_sweep_curves
(

tag_t sweep_id,
int * n_profile_curves,
tag_t * * profile_curves,
int * n_guide_curves,
tag_t * * guide_curves

)

tag_t	sweep_id	Input	sweep or extrusion object identifier
int *	n_profile_curves	Output	number of profile curves
tag_t * *	profile_curves	Output to UF_free	An array of profile curves. This is must be freed by calling UF_free.
int *	n_guide_curves	Output	number of guide curves
tag_t * *	guide_curves	Output to UF_free	An array of guide curves. This must be freed by calling UF_free.

UF_MODL_ask_sweep_direction (view source)

Defined in: uf_modl_sweep.h

Overview

Given an extrude feature, this function returns the extruded direction in
the parameter dir. Given a revolve feature, this function returns the axis
point in the parameter pos and the axis direction in the parameter dir.

Environment

Internal and External

History

Originally released in V15.0

Required License(s)

gateway

int UF_MODL_ask_sweep_direction
(

tag_t feature_id,
double pos [ 3 ] ,
double dir [ 3 ]

)

tag_t	feature_id	Input	The feature ID
double	pos [ 3 ]	Output	The axis point for a revolve feature. Not used for an extrude feature. This must be declared as double pos[3].
double	dir [ 3 ]	Output	The axis direction for a revolve feature. For an extrude feature the extruded direction. This must be declared as double dir[3].

UF_MODL_ask_sweep_of_udf (view source)

Defined in: uf_modl_udf.h

Overview

If the udf contains a single sweep along guide, returns this sweep. If
the udf does not contain any sweep which is the type of sweep along
the guide, or the udf contains more than one sweep which is the type
of sweep along guide, then the routine returns NULL_TAG.

Note: This routine works only with old-style Pre-V15 UDFs

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_sweep_of_udf
(

tag_t udf_eid,
tag_t * sweep_eid

)

tag_t	udf_eid	Input	udf object identifier
tag_t *	sweep_eid	Output	sweep object identifier within the udf

UF_MODL_ask_sweep_parms (view source)

Defined in: uf_modl_sweep.h

Overview

Gets sweep parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_sweep_parms
(

tag_t feature_obj_id,
int edit,
char * * taper_angle,
char * * limit1,
char * * limit2

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	taper_angle	Output to UF_free	Taper angle. This must be freed by calling UF_free.
char * *	limit1	Output to UF_free	Start angle (degrees) for revolved features or start offset distance for extruded features. This must be freed by calling UF_free.
char * *	limit2	Output to UF_free	End angle (degrees) for revolved features or end offset distance for extruded features. This must be freed by calling UF_free.

UF_MODL_ask_symb_thread_parms (view source)

Defined in: uf_modl.h

Overview

Get parameters of a thread feature.

Environment

Internal and External

See Also

please see example
UF_MODL_symb_thread_data_t

Required License(s)

gateway

int UF_MODL_ask_symb_thread_parms
(

tag_t thread_obj_id,
UF_MODL_symb_thread_data_t * parameters

)

tag_t	thread_obj_id	Input	Thread object id
UF_MODL_symb_thread_data_t *	parameters	Output to UF_free	Pointer to thread parameter structure UF_MODL_symb_thread_data_s Use routine UF_MODL_free_symb_thread_data to free this structure when needed.

UF_MODL_ask_t_slot_parms (view source)

Defined in: uf_modl_slots.h

Overview

Gets T-slot parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_t_slot_parms
(

tag_t feature_obj_id,
int edit,
char * * top_width,
char * * top_depth,
char * * bottom_width,
char * * bottom_depth,
char * * distance,
int * thru_flag

)

tag_t	feature_obj_id	Input	A feature object identifier.
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	top_width	Output to UF_free	Slot top width. This must be freed by calling UF_free.
char * *	top_depth	Output to UF_free	Slot top depth. This must be freed by calling UF_free.
char * *	bottom_width	Output to UF_free	Slot bottom width. This must be freed by calling UF_free.
char * *	bottom_depth	Output to UF_free	Slot bottom depth. This must be freed by calling UF_free.
char * *	distance	Output to UF_free	Slot distance for a none thru slot. This must be freed by calling UF_free.
int *	thru_flag	Output	A thru flag can be TRUE or FALSE, if set to TRUE then there is no distance to the slot.

UF_MODL_ask_taper_from_edges (view source)

Defined in: uf_modl_taper.h

Overview

Require defining data of a taper from edges

Environment

Internal and External

History

Originally released in V17.0

Required License(s)

gateway

int UF_MODL_ask_taper_from_edges
(

tag_t feature_eid,
int * type,
tag_t * direction_tag,
char angle_str [ UF_MAX_EXP_BUFSIZE ] ,
logical * taper_all_instances,
int * num_edges,
tag_t * * edges,
double * dist_tol,
double * angle_tol

)

tag_t	feature_eid	Input	feature eid of created taper
int *	type	Output	taper type
tag_t *	direction_tag	Output	taper direction
char	angle_str [ UF_MAX_EXP_BUFSIZE ]	Output	taper angle
logical *	taper_all_instances	Output	tapering all instances
int *	num_edges	Output	number of edges
tag_t * *	edges	Output to UF_free	array of edges, this must be freed by calling UF_free
double *	dist_tol	Output	tolerance of distance
double *	angle_tol	Output	tolerance of angle

UF_MODL_ask_taper_from_edges1 (view source)

Defined in: uf_modl_taper.h

Overview

Returns the defining data for a collector enabled Taper from edges feature.
To be used in place of UF_MODL_ask_taper_from_edges() when collection objects are desired.

Environment

Internal and External

History

This function was originally released in NX2.0.

Required License(s)

gateway

int UF_MODL_ask_taper_from_edges1
(

tag_t feature_obj_id,
int * taper_type,
tag_t * direction_tag,
char angle_str [ UF_MAX_EXP_BUFSIZE ] ,
logical * taper_all_instances,
tag_t * edge_collection,
double * distance_tolerance,
double * angle_tolerance

)

tag_t	feature_obj_id	Input	Feature object identifier for the Taper feature
int *	taper_type	Output	Taper type
tag_t *	direction_tag	Output	Taper direction
char	angle_str [ UF_MAX_EXP_BUFSIZE ]	Output	Taper angle
logical *	taper_all_instances	Output	Tapering all instances
tag_t *	edge_collection	Output	Collection of edges to be tapered
double *	distance_tolerance	Output	Distance tolerance
double *	angle_tolerance	Output	Angle tolerance

UF_MODL_ask_taper_hole_parms (view source)

Defined in: uf_modl_holes.h

Overview

Gets taper hole parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_taper_hole_parms
(

tag_t feature_obj_id,
int edit,
char * * diameter,
char * * taper_angle,
char * * depth,
int * thru_flag

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	diameter	Output to UF_free	Hole diameter. This must be freed by calling UF_free.
char * *	taper_angle	Output to UF_free	Taper angle. This must be freed by calling UF_free.
char * *	depth	Output to UF_free	Hole depth for a none thru hole. This must be freed by calling UF_free.
int *	thru_flag	Output	A thru flag can be TRUE or FALSE, if set to TRUE then there is no depth to the hole.

UF_MODL_ask_taper_parms (view source)

Defined in: uf_modl_taper.h

Overview

Gets taper parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_taper_parms
(

tag_t feature_obj_id,
int edit,
char * * angle

)

tag_t	feature_obj_id	Input	A feature object identifier
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	angle	Output to UF_free	Taper angle. This must be freed by calling UF_free.

UF_MODL_ask_thru_curves (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the creation data for a Thru Curves feature.

Environment

Internal and External

History

Original release was in V13.0.

Required License(s)

gateway

int UF_MODL_ask_thru_curves
(

tag_t feature_obj_id,
UF_STRING_p_t s_section,
UF_STRING_p_t s_spine,
int * patch,
int * alignment,
double value [ 6 ] ,
int * vdegree,
int * vstatus,
int * body_type,
double tol [ 3 ] ,
tag_t c_face_id [ 2 ] ,
int c_flag [ 2 ]

)

tag_t	feature_obj_id	Input	Feature object identifier
UF_STRING_p_t	s_section	Output to UF_free	Pointer to the string list structure, containing the data for the section curves used to create the feature. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_spine	Output to UF_free	Pointer to the string list structure for the spine string. (for alignment = 5). Use UF_MODL_free_string_list to deallocate memory.
int *	patch	Output	Patch type 1 = Single (Bezier) 2 = Multiple (B-spline)
int *	alignment	Output	Alignment method 1 = Parameter 2 = Arc length 3 = Distance 4 = Angles 5= Spine curves 6 = Spline Points
double	value [ 6 ]	Output	Data for alignment method: [0-2] = 3D vector defining direction line (for alignment = 3) [0-5] = Coordinates of line defining the axis of revolution for planes (for alignment = 4)
int *	vdegree	Output	Degree of surface in V direction
int *	vstatus	Output	Periodic status of surface in V direction: 0 = Open 1 = Closed (at least s_section->num > 2)
int *	body_type	Output	Type of body, 0 = Sheet, 1 = Solid
double	tol [ 3 ]	Output	Tolerances: [0] = Distance [1] = Angle (in radians) [2] = Intersection
tag_t	c_face_id [ 2 ]	Output	Object identifiers of neighbor surfaces from which constraints are obtained [0] = first section string [1] = last section string
int	c_flag [ 2 ]	Output	[0] = first primary string constraint type [1] = last primary string constraint type The constraint types are as follows: 0 = no constraint 1 = tangency constraint 2 = curvature constraint

UF_MODL_ask_thru_curves1 (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the creation data for a Thru Curves feature.

Environment

Internal and External

History

Original release was in NX2.

Required License(s)

gateway

int UF_MODL_ask_thru_curves1
(

)

tag_t	feature_obj_id	Input	Feature object identifier
UF_STRING_p_t	s_section	Output to UF_free	Pointer to the string list structure, containing the section builder objects defining the section curves used to create the feature. See structure section of manual for details. Use UF_MODL_free_string_list to deallocate memory.
UF_STRING_p_t	s_spine	Output to UF_free	Pointer to the string list structure for the spine string. (for alignment = 5). Use UF_MODL_free_string_list to deallocate memory.
int *	patch	Output	Patch type 1 = Single (Bezier) 2 = Multiple (B-spline)
int *	alignment	Output	Alignment method 1 = Parameter 2 = Arc length 3 = Distance 4 = Angles 5= Spine curves 6 = Spline Points
double	value [ 6 ]	Output	Data for alignment method: [0-2] = 3D vector defining direction line (for alignment = 3) [0-5] = Coordinates of line defining the axis of revolution for planes (for alignment = 4)
int *	vdegree	Output	Degree of surface in V direction
int *	vstatus	Output	Periodic status of surface in V direction: 0 = Open 1 = Closed (at least s_section->num > 2)
int *	body_type	Output	Type of body, 0 = Sheet, 1 = Solid
double	tol [ 3 ]	Output	Tolerances: [0] = Distance [1] = Angle (in radians) [2] = Intersection
tag_t	c_collector_id [ 2 ]	Output	Collector containing the neighbor surfaces from which constraints are obtained [0] = first section string [1] = last section string
int	c_flag [ 2 ]	Output	[0] = first primary string constraint type [1] = last primary string constraint type The constraint types are as follows: 0 = no constraint 1 = tangency constraint 2 = curvature constraint

UF_MODL_ask_thru_faces (view source)

Defined in: uf_modl.h

Overview

Gets the first and second thru/trim faces of a feature.

Environment

Internal and External

See Also

UF_MODL_udf_mapping_f_p_t *

Required License(s)

gateway

int UF_MODL_ask_thru_faces
(

tag_t feature_eid,
tag_t * face1,
tag_t * face2

)

tag_t	feature_eid	Input	the feature being inquired
tag_t *	face1	Output	the first thru/trim face
tag_t *	face2	Output	the second thru/trim face

UF_MODL_ask_time_stamp_of_feature (view source)

Defined in: uf_modl.h

Overview

Return the feature time stamp. The time stamp is a number which represents the
order in which the model was built.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_ask_time_stamp_of_feature
(

tag_t feature,
int * time_stamp

)

tag_t	feature	Input	Feature to check
int *	time_stamp	Output	Time stamp of this feature.

UF_MODL_ask_tiny_geometry (view source)

Defined in: uf_modl.h

Overview

A geometry check routine.
Returns whether the input object is tiny.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_tiny_geometry
(

tag_t obj_tag,
double tolerance,
logical * is_tiny

)

tag_t	obj_tag	Input	Tag of solid body, face, edge, or curve
double	tolerance	Input	Tolerance value to check against, if = 0, then use the current modeling distance tolerance
logical *	is_tiny	Output	FALSE = object is not tiny TRUE = object is tiny

UF_MODL_ask_torus_parms (view source)

Defined in: uf_modl_legacy.h

Overview

Gets the parameters of a torus.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_torus_parms
(

tag_t feature_tag,
int edit,
char * * major_diameter,
char * * minor_diameter

)

tag_t	feature_tag	Input	Feature object identifier
int	edit	Input	Unused flag
char * *	major_diameter	Output to UF_free	Torus major diameter. This must be freed by calling UF_free.
char * *	minor_diameter	Output to UF_free	Torus minor diameter This must be freed by calling UF_free.

UF_MODL_ask_trimmed_sheet (view source)

Defined in: uf_modl_freeform.h

Overview

Returns the information stored in the record of the input trimmed sheet feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_trimmed_sheet
(

tag_t feature_obj_eid,
tag_t * sheet_body_tag,
int * bounding_object_count,
tag_t * * bounding_objects,
UF_MODL_vector_p_t projection_method,
int * point_key,
int * point_count,
double * * point_coords,
double * tolerance

)

tag_t	feature_obj_eid	Input	Feature object id of trimmed sheet.
tag_t *	sheet_body_tag	Output	Tag of trimmed sheet
int *	bounding_object_count	Output	Number of trimming boundary objects
tag_t * *	bounding_objects	Output to UF_free	Array of NX eids of trimming objects. This array must be freed by calling UF_free.
UF_MODL_vector_p_t	projection_method	Output	A variant record of the following int reverse_vector, UF_MODL_vector_type_t vector_type, where vector_type = UF_MODL_VECTOR_DIRECTION: project along a fixed vector, a vector, double[3], is required. UF_MODL_VECTOR_DIRECTION_EXACT_GEOMETRY: project along a fixed vector, a vector, double[3], is required, NX will produce exact geometry. UF_MODL_VECTOR_AXIS: project along a datum axis, an NX eid of the datum axis is required. UF_MODL_VECTOR_AXIS_EXACT_GEOMETRY: project along a datum axis, an NX eid of the datum axis is required, NX will produce exact geometry. UF_MODL_VECTOR_FACE_NORMALS project along face normals, no other input is needed. UF_MODL_VECTOR_FACE_NORMALS_EXACT_GEOMETRY project along face normals, no other input is needed, NX will produce exact geometry when ever possible.
int *	point_key	Output	Points define regions to: 0 = retain; 1 = discard
int *	point_count	Output	Number of region points
double * *	point_coords	Output to UF_free	Array of region points on the sheet to be trimmed. This array contains 3point_count entries. This array must be freed by calling UF_free.
double *	tolerance	Output	Distance tolerance for approximations.

UF_MODL_ask_u_groove_parms (view source)

Defined in: uf_modl_grooves.h

Overview

Gets U groove parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_u_groove_parms
(

tag_t feature_obj_id,
int edit,
char * * groove_dia,
char * * width,
char * * corner_rad

)

tag_t	feature_obj_id	Input	A feature object identifier.
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	groove_dia	Output to UF_free	Groove diameter. This must be freed by calling UF_free.
char * *	width	Output to UF_free	Groove width. This must be freed by calling UF_free.
char * *	corner_rad	Output to UF_free	Groove corner radius. This must be freed by calling UF_free.

UF_MODL_ask_u_slot_parms (view source)

Defined in: uf_modl_slots.h

Overview

Gets U slot parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_u_slot_parms
(

tag_t feature_obj_id,
int edit,
char * * width,
char * * depth,
char * * corner_rad,
char * * distance,
int * thru_flag

)

tag_t	feature_obj_id	Input	A feature object identifier.
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
char * *	width	Output to UF_free	Slot width. This must be freed by calling UF_free.
char * *	depth	Output to UF_free	Slot depth. This must be freed by calling UF_free.
char * *	corner_rad	Output to UF_free	Slot corner radius This must be freed by calling UF_free.
char * *	distance	Output to UF_free	Slot distance for a none thru slot. This must be freed by cal ling UF_free.
int *	thru_flag	Output	A thru flag can be TRUE or FALSE, if set to TRUE then there is no distance to the slot.

UF_MODL_ask_udf_definition (view source)

Defined in: uf_modl_udf.h

Overview

Query the external references that make up the UDF definition.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

History

Originally released in V15.0

Required License(s)

gateway

int UF_MODL_ask_udf_definition
(

tag_t udf_tag,
tag_t * * parents,
char * * * parents_prompt,
int * num_parents,
tag_t * * expression,
char * * * expression_prompt,
int * num_expression

)

tag_t	udf_tag	Input	Object identifier of a UDF feature definition, UDF_DEF.
tag_t * *	parents	Output to UF_free	Array of external parents of the udf. This must be freed by calling UF_free.
char * * *	parents_prompt	Output to UF_free	Array of prompts. This must be freed by calling UF_free_string_array.
int *	num_parents	Output	Number of external parents
tag_t * *	expression	Output to UF_free	Array of expressions. This must be freed by calling UF_free.
char * * *	expression_prompt	Output to UF_free	Array of prompt. This must be freed by calling UF_free_string_array.
int *	num_expression	Output	NUmber of expressions

UF_MODL_ask_udf_mapping_for_edit (view source)

Defined in: uf_modl_udf.h

Overview

Ask the UDF mapping data at editing.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_register_udf_mapping_routine
UF_MODL_unregister_udf_mapping_routine

History

This function was originally released in NX3.

Required License(s)

gateway

int UF_MODL_ask_udf_mapping_for_edit
(

tag_t udf_insert_tag,
UF_MODL_udf_ref_data_t * ref_data

)

tag_t	udf_insert_tag	Input	Tag of UDF instantiated feature
UF_MODL_udf_ref_data_t *	ref_data	Output to UF_free	Parent data

UF_MODL_ask_udf_mapping_for_insert (view source)

Defined in: uf_modl_udf.h

Overview

Ask the UDF mapping data at instantiation.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_register_udf_mapping_routine
UF_MODL_unregister_udf_mapping_routine

History

This function was originally released in NX3.

Required License(s)

gateway

int UF_MODL_ask_udf_mapping_for_insert
(

tag_t udf_define_tag,
UF_MODL_udf_ref_data_t * ref_data

)

tag_t	udf_define_tag	Input	Tag of UDF definition feature
UF_MODL_udf_ref_data_t *	ref_data	Output to UF_free	Parent data

UF_MODL_ask_udf_mapping_routine (view source)

Defined in: uf_modl_udf.h

Overview

Returns the currently specified UDF mapping data routine as a function pointer
of type UF_MODL_udf_mapping_f_p_t. If no routine is specified, zero is returned.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_register_udf_mapping_routine

History

This function was originally released in NX3.

Required License(s)

gateway

int UF_MODL_ask_udf_mapping_routine
(

UF_MODL_udf_mapping_f_p_t * user_udf_mapping_routine

)

user_udf_mapping_routine

Input

Function pointer to the currently
specified UDF mapping data routine.

UF_MODL_ask_udf_parms (view source)

Defined in: uf_modl_udf.h

Overview

Gets the parameters of a User Defined Feature (UDF).
Note: This routine works only with old-style Pre-V15 UDFs

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_udf_parms
(

tag_t feature_obj_id,
char * * udf_name,
char * * * udf_prompt,
char * * * udf_values,
int * num_values

)

tag_t	feature_obj_id	Input	A feature object identifier
char * *	udf_name	Output to UF_free	UDF file name. Use UF_free to deallocate memory.
char * * *	udf_prompt	Output to UF_free	UDF prompt array. Define this array as char prompt. Use UF_free_string_array to deallocate memory.
char * * *	udf_values	Output to UF_free	UDF expression array. Define this array as char values. Use UF_free_string_array to deallocate memory.
int *	num_values	Output	Number of UDF expressions.

UF_MODL_ask_update_error_message (view source)

Defined in: uf_modl.h

Overview

Gets the update error message associated with a feature.

Environment

Internal and External

History

This function was originally released in V16.0.

Required License(s)

gateway

int UF_MODL_ask_update_error_message
(

tag_t feature_id,
char * * error_message

)

tag_t	feature_id	Input	Feature to be checked.
char * *	error_message	Output to UF_free	Update error message for this feature. A NULL is returned if the feature updated successfully. This must be freed by calling UF_free.

UF_MODL_ask_update_fail_option (view source)

Defined in: uf_modl.h

Overview

Returns the fail option that is set for update failures. You use this
routine to get the current fail option in case an update failure occurs.
This allows the user to remember the previous value before setting
the option to a new value via UF_MODL_set_update_fail_option.

Environment

Internal and External

See Also

Refer table

History

Original release was in V14.0.

Required License(s)

gateway

int UF_MODL_ask_update_fail_option
(

UF_MODL_update_option_t * current_option

)

UF_MODL_update_option_t *

current_option

Output

Returns the fail option currently set
for update failures.

UF_MODL_ask_update_undo_feat (view source)

Defined in: uf_modl.h

Overview

Returns the feature and the corresponding error code if a feature failed
to update resulting in an undo of the update. This function can be used to
provide more information to the user about the feature that failed to update.

The tag of the feature and the error code will only be returned if the update fail
option is set to UF_MODL_UPDATE_UNDO or if the update fail option is
UF_MODL_UPDATE_NO_OPTION and the update was invoked by a user function program.

The tag of the feature and the error code returned by this function is guaranteed
to be valid and accurate only when this function is called immediately after a
call to UF_MODL_update()

Environment

Internal and External

History

V18.0

Required License(s)

gateway

int UF_MODL_ask_update_undo_feat
(

tag_t * feat,
int * feat_ifail

)

tag_t *	feat	Output	Feature that failed to update resulting in an UNDO
int *	feat_ifail	Output	The corresponding error code

UF_MODL_ask_uv_points_containment (view source)

Defined in: uf_modl.h

Overview

Determines if a set of 2D points lie inside, outside or on the boundary (vertex/edge)
of a face.

If this function will be called multiple times for the same face then performance can
be improved by using UF_MODL_set_containment and UF_MODL_unset_containment.

Environment

Internal and External

See Also

Refer to example

History

Originally released in NX6.0.2

Required License(s)

gateway

int UF_MODL_ask_uv_points_containment
(

int n_uvs,
double * u_parms,
double * v_parms,
tag_t face_eid,
int * pts_status

)

int	n_uvs	Input	Number of 2D (u, v) points
double *	u_parms	Input	Array of u parameters of 2D points
double *	v_parms	Input	Array of v parameters of 2D points
tag_t	face_eid	Input	Face on which the 2D points are inquired
int *	pts_status	Output	Array of the point containment status which have the following values: 1 = point is inside the face 2 = point is outside the face 3 = point is on the boundary of the face

UF_MODL_ask_vda_4955_compliance (view source)

Defined in: uf_modl_vdac.h

Overview

Analyzes curves, surfaces and drawings for quality according to
specified check criteria which include those described by VDA 4955.
The results of an analysis run will be saved and allow error
tracing of failing objects.

Environment

Internal and External

int UF_MODL_ask_vda_4955_compliance
(

tag_t part,
char * cfg_file_name,
char * log_file_name,
char * ceo_file_name

)

tag_t	part	Input	NX part tag, required
char *	cfg_file_name	Input	VDA Checker configuration file name, required
char *	log_file_name	Input	Results Log file name, optional. If NULL, the file name (.log) is derived from the NX part file name. The file will be placed into the first directory with write permission in the order: 1. Same directory as the NX part file 2. Working directory 3. system defined temporary directory
char *	ceo_file_name	Input	Compliance Error Objects file name, optional. This file will contain the session independent compliance error lists. This may be reloaded during a subsequent dialog session for further error diagnostic. If NULL is provided the file name (.ceo) is derived from the NX part file name. The file will be placed into the first directory with write permission in the order: 1. Same directory as the NX part file 2. Working directory 3. system defined temporary directory

UF_MODL_ask_vector_angle (view source)

Defined in: uf_modl.h

Overview

Returns the angles between two vectors in radians.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_vector_angle
(

double vector1 [ 3 ] ,
double vector2 [ 3 ] ,
double * small_angle,
double * large_angle

)

double	vector1 [ 3 ]	Input	First vector
double	vector2 [ 3 ]	Input	Second vector
double *	small_angle	Output	Small angle (in radians)
double *	large_angle	Output	Large angle (in radians)

UF_MODL_ask_vert_dime (view source)

Defined in: uf_modl.h

Overview

The routine UF_MODL_ask_vert_dime returns the values associated
to the vertical dimension constraint. To ask for a feature's
constraints see UF_MODL_ask_constraints. To make an inquiry on
the list of constraints see UF_MODL_ask_constraint_type.

All coordinates returned are with respect to the dimension plane,
therefore there are only two values (x,y).

Using UF_MODL_ask_constraints and UF_MODL_ask_constraint_type, find the
feature's "LINK_FACE_PARMS" constraint. Use this constraint tag as the
"link_face_parms" input argument to the function UF_MODL_ask_link_face_plane
to obtain the dimension plane coordinate system.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_ask_vert_dime
(

tag_t feature_obj_id,
tag_t constraint,
int edit,
double fixed [ 2 ] ,
double feature [ 2 ] ,
double fixc [ 2 ] ,
double feac [ 2 ] ,
char * * how_far,
tag_t * tool,
tag_t * part

)

tag_t	feature_obj_id	Input	Identifier for the feature.
tag_t	constraint	Input	Identifier for constraint
int	edit	Input	This is an unused flag. It was used to determine whether to return the right-hand side or both sides of an expression. Currently, both sides of an expression are returned.
double	fixed [ 2 ]	Output	Dimension attachment point on the part
double	feature [ 2 ]	Output	Dimension attachment point on the feature
double	fixc [ 2 ]	Output	Center of arc if attachment point is tangent to arc edge on part, otherwise it is the same as the fixed point.
double	feac [ 2 ]	Output	Center of arc if attachment point is tangent to arc edge on feature, otherwise it is the same as the feature point.
char * *	how_far	Output to UF_free	Expression distance. This must be freed by calling UF_free.
tag_t *	tool	Output	Edge on the tool or NULL_TAG for a centerline.
tag_t *	part	Output	Edge on the part

UF_MODL_ask_wrap_assembly (view source)

Defined in: uf_modl.h

Overview

This function reads the data of a Wrap Assembly feature.

Environment

Internal and External

History

Released in V17.0

Required License(s)

gateway

int UF_MODL_ask_wrap_assembly
(

tag_t feature_tag,
UF_MODL_wrap_assem_p_t wrap_data

)

tag_t	feature_tag	Input	Feature tag
UF_MODL_wrap_assem_p_t	wrap_data	Output to UF_free	Feature data. The caller should allocate a UF_MODL_wrap_geom_t structure, and pass in a pointer to it. This routine will fill in the structure based on the feature tag. The caller is responsible for freeing the data returned in the geometry and splits array by calling UF_free, e.g. UF_free(wrap_data.geometry); UF_free(wrap_data.splits); UF_free(wrap_data.geom_xforms); UF_free(wrap_data.split_xform);

UF_MODL_ask_wrap_geometry (view source)

Defined in: uf_modl.h

Overview

This function reads the data of a Wrap Geometry feature.

Environment

Internal and External

History

Released in V16.0

Required License(s)

gateway

int UF_MODL_ask_wrap_geometry
(

tag_t feature_tag,
UF_MODL_wrap_geom_p_t wrap_data

)

tag_t	feature_tag	Input	Feature tag
UF_MODL_wrap_geom_p_t	wrap_data	Output to UF_free	Feature data. The caller should allocate a UF_MODL_wrap_geom_t structure, and pass in a pointer to it. This routine will fill in the structure based on the feature tag. The caller is responsible for freeing the data returned in the geometry and splits array by calling UF_free, e.g. UF_free(wrap_data.splits); UF_free(wrap_data.geometry);

UF_MODL_ask_xform_tag_of_datum_csys (view source)

Defined in: uf_modl_datum_features.h

Overview

This function returns the tag of the parent XFORM

If the feature record is not of a datum CSYS feature, NULL_TAG is returned.

Environment

Internal and External

Required License(s)

gateway

tag_t UF_MODL_ask_xform_tag_of_datum_csys
(

tag_t datum_csys_tag

)

datum_csys_tag

Input

Tag of the datum CSYS feature

UF_MODL_assign_string_directions (view source)

Defined in: uf_modl_utilities.h

Overview

Assign the direction flags in a string list structure.

The direction flags are computed base on the input points and the input
string list structure. The number of points must be the same as the number
of profiles in the string list structure.

For each profile, we use the first curve or edge.

We assign UF_MODL_CURVE_START_FROM_BEGIN ,
if the input point is closer to the starting point than the end point of the curve, and
UF_MODL_CURVE_START_FROM_END, otherwise, to the direction of the corresponding profile
in the string list structure.

If the curve or edge is closed and the point is on both end points, we
assign UF_MODL_CURVE_START_FROM_END to the direction of this profile
in the string list structure.

Return

error code.

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_assign_string_directions
(

double * end_points,
UF_STRING_p_t string_list1

)

double *	end_points	Input	An array of 3string_list->num doubles.
UF_STRING_p_t	string_list1	Input / Output to UF_free	A string list structure.

UF_MODL_auto_midsrf_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Automatically creates face pairs on a midsurface feature.

Environment

Internal and External

History

The auto pairing has been modified for NX5 and a
similar function below can be employed. This function will simply
default to d/t > 2.0

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_auto_midsrf_feature
(

tag_t feature_obj_id

)

feature_obj_id

Input

Midsurface Feature tag

UF_MODL_auto_midsrf_feature_w_opts (view source)

Defined in: uf_modl_freeform.h

Overview

Automatically creates face pairs on a midsurface feature.

Environment

Internal and External

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_auto_midsrf_feature_w_opts
(

tag_t feature_obj_id,
int autopairoptions,
double autoval

)

tag_t	feature_obj_id	Input	Midsurface Feature tag
int	autopairoptions	Input	0 for d/t or 1 for thickness option
double	autoval	Input	The value of the autopair option logical range of values are 1<=d/t<=5 && t>=0.0

UF_MODL_boolean_udf (view source)

Defined in: uf_modl_udf.h

Overview

Performs a Boolean on a user defined feature in the active part. The
type of Boolean operation to perform is specified in the sign
parameter of UF_MODL_export_udf. The x-direction, with respect to
the planar tool face, is used to define the coordinate system for the
relative position dimension constraints. The normal to the planar tool
face is the z-direction and is used with the x-direction (axis) to fully
specify the relative position dimension coordinate system.

When specifying trim faces to trim the UDF, the following points
should be noted:
1. All target faces must come from the same body.
2. All faces including target and tool faces should be solid
faces, and neither datum planes nor sheet faces are
allowed.
3. Non-planar faces can be used as target faces to trim a
UDF body. However, if there are n trim faces, and a UDF
body is cut to more than n+1 pieces, then the trimming
might not work as expected. So a closed periodical face
like a cylindrical face is not recommended to trim a UDF.
However, an open non-planar face like a quarter
cylindrical face could be used to trim a UDF.
4. Trimming UDF is not applicable if this UDF's attachment
mode is creation mode.
5. Multiple target faces and tool faces can be specified, there
is no limitation on how many faces can be specified.
6. This routine should be called after UF_MODL_set_udf_parms.
7. Once a udf is trimmed, it cannot be instanced to create an
instance array.
8. Note that if the trim faces do not completely intersect the
UDF tool body, trimming might fail. One way to avoid this
is to specify RPO (relative positioning) constraints by
calling UF_MODL_register_rpo_routine.
9. Redefining trim faces of UDF is not supported.

Note: This routine works only with old-style Pre-V15 UDFs

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_boolean_udf
(

tag_t udf_id,
tag_t target_face,
tag_t tool_face,
double tool_dir [ 3 ] ,
int num_target_faces,
tag_t * solid_target_faces,
int num_tool_faces,
tag_t * solid_tool_faces,
logical included,
tag_t * udf_meta_id

)

tag_t	udf_id	Input	Feature obj_id.
tag_t	target_face	Input	Planar face on the target body.
tag_t	tool_face	Input	Planar face on the tool body (of the UDF).
double	tool_dir [ 3 ]	Input	Relative position coordinate system x-direction.
int	num_target_faces	Input	number of faces in solid_target_faces array. If not trimming the UDF, set it 0.
tag_t *	solid_target_faces	Input	array of faces on the target used as trim faces to trim the UDF. If not trimming the UDF, set it NULL.
int	num_tool_faces	Input	number of faces in solid_tool_faces array. If not trimming the UDF, set it 0.
tag_t *	solid_tool_faces	Input	array of faces on the UDF to indicate which portions of the UDF are going to be included or excluded when the UDF is trimmed. If not trimming the UDF, set it to NULL.
logical	included	Input	true if included faces; false if excluded faces.
tag_t *	udf_meta_id	Output	Tag to use for all subsequent calls to this udf

UF_MODL_boolean_udf_1 (view source)

Defined in: uf_modl_udf.h

Overview

This routine is basically the same as UF_MODL_boolean_udf, except
that it allows you to place a UDF on a datum plane. If the target face
is a datum plane, you need to specify which side of the datum plane
you want the udf to be put on. True means to put the udf on the
positive side of the datum plane, false means to put the udf on the
negative side of the datum plane. If a datum plane is a fixed datum,
you need to specify which target body with which the UDF is to be
booleaned.

Note: This routine works only with old-style Pre-V15 UDFs

Environment

Internal and External

History

Original release was in V14.0

Required License(s)

solid_modeling

int UF_MODL_boolean_udf_1
(

tag_t udf_id,
tag_t target_face,
tag_t tool_face,
double tool_dir [ 3 ] ,
int num_target_faces,
tag_t * target_faces,
int num_tool_faces,
tag_t * tool_faces,
logical included,
tag_t target_body,
logical flip,
tag_t * udf_meta_id

)

tag_t	udf_id	Input	udf feature id
tag_t	target_face	Input	datum plane id or a face on the target body
tag_t	tool_face	Input	face on the udf tool body
double	tool_dir [ 3 ]	Input	X direction of the tool
int	num_target_faces	Input	length of target faces array
tag_t *	target_faces	Input	array of trimming faces on the target body
int	num_tool_faces	Input	length of tool faces array
tag_t *	tool_faces	Input	array of faces on udf body which are included or excluded
logical	included	Input	true for included faces, or false for excluded faces
tag_t	target_body	Input	the target body with which the udf will be booleaned
logical	flip	Input	true to accept the datum plane direction, false to flip the datum pside
tag_t *	udf_meta_id	Output	this tag should be used for all subsequent calls to this udf

UF_MODL_calculate_ref_dir (view source)

Defined in: uf_modl.h

Overview

This routine gets the direction of the directional reference. Given the
placement face and directional reference, the direction returned may
be used to determine whether to reverse the direction or not; i.e., to
set the value of the "reverse" argument in UF_MODL_reverse_dir_ref.

Environment

Internal and External

See Also

UF_MODL_reverse_dir_ref

History

Originally released in V13.0.4. In V15.0 the argument, face_eid, was
added.

Required License(s)

solid_modeling

int UF_MODL_calculate_ref_dir
(

tag_t feature_eid,
tag_t face_eid,
logical flip_face_normal,
tag_t ref_eid,
double ref_dir [ 3 ]

)

tag_t	feature_eid	Input	feature eid
tag_t	face_eid	Input	target placement face.
logical	flip_face_normal	Input	this flag is only used when the target placement face is a datum plane. 1 flip the datum plane.
tag_t	ref_eid	Input	directional reference.
double	ref_dir [ 3 ]	Output	vector representing the directional reference.

UF_MODL_change_offset_base_face (view source)

Defined in: uf_modl_freeform.h

Overview

Redefine the base face of a free form offset feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_change_offset_base_face
(

tag_t offset_feature,
tag_t new_base_face

)

tag_t	offset_feature	Input	Offset feature
tag_t	new_base_face	Input	New base face

UF_MODL_check_interference (view source)

Defined in: uf_modl.h

Overview

Checks each specified tool body against the single target body for interference.
An interference status is returned for each tool body.

Objects may be created as part of the interference checking. These objects are
tagged for deletion, but to make sure the memory is freed and avoid memory overflow,
UF_MODL_update should be called following the call to UF_MODL_check_interference.

Environment

Internal and External

See Also

Refer to example

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_check_interference
(

tag_t target,
int num_tools,
tag_t * tools,
int * results

)

tag_t	target	Input	Target body against which interference is checked
int	num_tools	Input	Number of tool bodies specified in tools array
tag_t *	tools	Input	Tool bodies whose interference with target is inquired. Dimensioned to num_tools
int *	results	Output	Interference status for each tool body. The caller is responsible for allocating it with an array size of num_tools. = 1 -> there is interference = 2 -> no interference = 3 -> touching, that is coincident faces

UF_MODL_clock_instance (view source)

Defined in: uf_modl_isets.h

Overview

Creates a clocking of an instance feature input as the feature object
identifier.
The other inputs are the offset expressions for the X, and Y, directions.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_clock_instance
(

tag_t feature_obj_id,
char * clock_value1,
char * clock_value2

)

tag_t	feature_obj_id	Input	Object identifier of the instance
char *	clock_value1	Input	X-dir clocking expression
char *	clock_value2	Input	Y-dir clocking expression

UF_MODL_compare (view source)

Defined in: uf_modl.h

Overview

Compares two solid edges, or two solid faces based on a relation.
Currently, only the `geometric equivalence' relation is supported. Two
objects are geometrically equivalent if their underlying geometries
occupy the same position(s) in space.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_compare
(

tag_t object1,
tag_t object2,
int relation,
int * equivalent

)

tag_t	object1	Input	Object identifier of first object (valid objects are faces and edges)
tag_t	object2	Input	Object identifier of second object (valid objects are faces and edges)
int	relation	Input	Relation to be used for comparison. 1 = Geometric Equivalence
int *	equivalent	Output	1 = If the relation exists between two objects 0 = Otherwise

UF_MODL_compare_topology (view source)

Defined in: uf_modl.h

Overview

Compares two solid edges, or two solid faces based on the input
tolerances. If a successful comparison occurs, then the result returns
in the status argument.

The following description explains how the tolerances work by
showing how the function compares two faces. To compare two faces
the system facets the first face using the input facet_tolerance. The
facet_tolerance means that the distance from any point on a facet to
the face it was derived from must be less than this tolerance. The
distance from each facet vertex is then measured to the second face
and if this distance is less than the input distance_tolerance then this
point is considered to be on the second face. If the first face is on the
second face then the process repeats, but this time testing that the
second face is on the first face. It is recommended that tolerances be
no tighter than .01 mm ( 0.00001 meters ) or 0.000254 inches.

Environment

Internal and External

See Also

For Status Argument Values see table

History

Original release was in V14.0.

Required License(s)

solid_modeling

int UF_MODL_compare_topology
(

tag_t solid_object1,
tag_t solid_object2,
double facet_tolerance,
double distance_tolerance,
int * status

)

tag_t	solid_object1	Input	Object identifier of first object (valid objects are faces and edges)
tag_t	solid_object2	Input	Object identifier of second object (valid objects are faces and edges)
double	facet_tolerance	Input	Specifies the maximum distance any point on a facet can be from its parent surface. All vertices of facets are on the surface.
double	distance_tolerance	Input	Specifies the maximum distance a vertex of a facet can be from the other surface.
int *	status	Output	Status value: COMPARE_NOMATCH COMPARE_FACES_IDENTICAL COMPARE_FACES_EQUIVALENT COMPARE_SURFACES_IDENTICAL COMPARE_SURFACES_EQUIVALENT COMPARE_EDGES_IDENTICAL COMPARE_EDGES_EQUIVALENT COMPARE_CURVES_IDENTICAL COMPARE_CURVES_EQUIVALENT Descriptions for these values are given in a table which follows in the general function description.

UF_MODL_convert_to_fixed_datum (view source)

Defined in: uf_modl_datum_features.h

Overview

Converts the given datum feature into an absolute datum feature.

Environment

Internal and External

See Also

History

Original release was in V16.0.

Required License(s)

solid_modeling

int UF_MODL_convert_to_fixed_datum
(

tag_t datum_feature_tag

)

datum_feature_tag

Input

The datum tag.

UF_MODL_copy_paste_features (view source)

Defined in: uf_modl.h

Overview

Paste an array of features into the current work part.

Environment

Internal and External

History

Introduced in V1604, NX1.0.3, NX2.0. Replaces UF_MODL_paste_features.
Outputs new features.

Required License(s)

solid_modeling

int UF_MODL_copy_paste_features
(

tag_t * feature_array,
int num_features,
tag_t * old_parents,
tag_t * new_parents,
int num_parents,
int expression_transfer_mode,
int parent_transfer_mode,
tag_p_t * new_feature_array

)

tag_t *	feature_array	Input	Array of features identifier
int	num_features	Input	Number of features
tag_t *	old_parents	Input	Array of old parents
tag_t *	new_parents	Input	Array of new parent
int	num_parents	Input	Number of refrences
int	expression_transfer_mode	Input	Type of expression copy - 0 = New, 1 = link, 2 = instance
int	parent_transfer_mode	Input	Type of reference copy - 0 = New, 1 = link, 2 = instance
tag_p_t *	new_feature_array	Output to UF_free	Array of new features

UF_MODL_cre_2dtrim_bsurf (view source)

Defined in: uf_modl_bsurf.h

Overview

Create a trimmed b-surface from surface data and surface parameter curves.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_cre_2dtrim_bsurf
(

int nu,
int nv,
int ku,
int kv,
double u_knot [ ] ,
double v_knot [ ] ,
double poles [ ] ,
int loop_count,
int * edge_counts,
int * edge_senses,
tag_t * edge_bcurves,
double edge_tol,
tag_t * bsurf_id,
int * knot_fixup,
int * pole_fixup

)

int	nu	Input	number of control vertices in u direction
int	nv	Input	number of control vertices in v direction
int	ku	Input	order in u direction
int	kv	Input	order in v direction
double	u_knot [ ]	Input	knot sequence in u direction
double	v_knot [ ]	Input	knot sequence in v direction
double	poles [ ]	Input	array of homogenous control vertices (wx,wy,wz,w)
int	loop_count	Input	count of trimming loops
int *	edge_counts	Input	array holding count of edges per loop
int *	edge_senses	Input	array holding sense of edge curves
tag_t *	edge_bcurves	Input	array of object ids of trimming 2D b-curves in the uv domain of the b-surface
double	edge_tol	Input	tolerance to attach to sp-curve edges
tag_t *	bsurf_id	Output	object id for b-surface
int *	knot_fixup	Output	knot fixup status
int *	pole_fixup	Output	pole fixup status

UF_MODL_cre_chamfer_with_flip_option (view source)

Defined in: uf_modl.h

Overview

Creates a chamfer feature using the type of chamfer, first and second
offset, and angle and list of edges to operate on. If the Flip_option flag
is set to TRUE, the order of the input offsets will be flipped. The output
of this function is the object identifier associated to the chamfer.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_cre_chamfer_with_flip_option
(

int subtype,
char * offset1,
char * offset2,
char * theta,
uf_list_p_t edges,
logical flip_option,
tag_t * feature_obj_id

)

int	subtype	Input	Chamfer type: 1 = Single Offset 2 = Double Offset 3 = Offset and Angle 4 = Freeform Single Offset 5 = Freeform Double Offset
char *	offset1	Input	Chamfer offset 1
char *	offset2	Input	Chamfer offset 2
char *	theta	Input	Chamfer angle
uf_list_p_t	edges	Input	List of edges to chamfer
logical	flip_option	Input	Chamfer flip option
tag_t *	feature_obj_id	Output	Feature object identifier of created chamfer

UF_MODL_cre_chamfer_with_instance_and_flip_option (view source)

Defined in: uf_modl.h

Overview

Creates a chamfer feature using the type of chamfer, first and second
offset, and angle and list of edges to operate on.
- If the instance_option flag is set to TRUE, "chamfer ALL instances"
is turned ON, and vice versa.
-If the Flip_option flag
is set to TRUE, the order of the input offsets will be flipped. The output
of this function is the object identifier associated to the chamfer.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_cre_chamfer_with_instance_and_flip_option
(

int subtype,
char * offset1,
char * offset2,
char * theta,
uf_list_p_t edges,
logical instance_option,
logical flip_option,
tag_t * feature_obj_id

)

int	subtype	Input	Chamfer type: 1 = Single Offset 2 = Double Offset 3 = Offset and Angle 4 = Freeform Single Offset 5 = Freeform Double Offset
char *	offset1	Input	Chamfer offset 1
char *	offset2	Input	Chamfer offset 2
char *	theta	Input	Chamfer angle
uf_list_p_t	edges	Input	List of edges to chamfer
logical	instance_option	Input	Enable chamfer all instances ON/OFF
logical	flip_option	Input	Chamfer flip option
tag_t *	feature_obj_id	Output	Feature object identifier of created chamfer

UF_MODL_cre_def_facepair_feat (view source)

Defined in: uf_modl.h

Overview

Creates a face pair feature by defining faces. The midsurface of the
face pair is created in the middle of the defining faces.

NOTE: a midsurface feature must be created before a call to this function and
passed in as midsrf_feature_obj_id(see UF_MODL_create_midsrf_feature).

Environment

Internal and External

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_cre_def_facepair_feat
(

tag_t midsrf_feature_obj_id,
tag_t defining_face_1,
tag_t defining_face_2,
uf_list_p_t side_1,
uf_list_p_t side_2,
tag_p_t facepair_feature_obj_id

)

tag_t	midsrf_feature_obj_id	Input	Midsurface Feature tag
tag_t	defining_face_1	Input	Defining face for side 1
tag_t	defining_face_2	Input	Defining face for side 2
uf_list_p_t	side_1	Input	List of target solid faces for side 1
uf_list_p_t	side_2	Input	List of target solid faces for side 2
tag_p_t	facepair_feature_obj_id	Output	Face Pair Feature tag

UF_MODL_cre_sel_facepair_feat (view source)

Defined in: uf_modl.h

Overview

Creates a face pair feature by a user selected midsurface.

NOTE: a midsurface feature must be created before a call to this function and
passed in as midsrf_feature_obj_id(see UF_MODL_create_midsrf_feature).

Environment

Internal and External

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_cre_sel_facepair_feat
(

tag_t midsrf_feature_obj_id,
tag_t user_selected_midsurface,
uf_list_p_t side_1,
uf_list_p_t side_2,
tag_p_t facepair_feature_obj_id

)

tag_t	midsrf_feature_obj_id	Input	Midsurface Feature tag
tag_t	user_selected_midsurface	Input	A Face or a sheet solid used to represent the midsurface of the Face Pair feature.
uf_list_p_t	side_1	Input	List of target solid faces for side 1
uf_list_p_t	side_2	Input	List of target solid faces for side 2
tag_p_t	facepair_feature_obj_id	Output	Face Pair Feature tag

UF_MODL_cre_trim_bsurf (view source)

Defined in: uf_modl_bsurf.h

Overview

Create a trimmed b-surface from surface data and 3D trimming curves.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_cre_trim_bsurf
(

int nu,
int nv,
int ku,
int kv,
double u_knot [ ] ,
double v_knot [ ] ,
double poles [ ] ,
int loop_count,
int * edge_counts,
int * edge_senses,
tag_t * edge_curves,
int proj_curves,
double dist_tol,
tag_t * bsurf_id,
int * knot_fixup,
int * pole_fixup

)

int	nu	Input	number of control vertices in u direction
int	nv	Input	number of control vertices in v direction
int	ku	Input	order in u direction
int	kv	Input	order in v direction
double	u_knot [ ]	Input	knot sequence in u direction
double	v_knot [ ]	Input	knot sequence in v direction
double	poles [ ]	Input	array of homogeneous control vertices (wx,wy,wz,w)
int	loop_count	Input	count of trimming loops
int *	edge_counts	Input	array holding count of edges per loop
int *	edge_senses	Input	array holding sense of edge curves (sum of edge_counts[]) -1 = end to start 1 = start to end
tag_t *	edge_curves	Input	array holding object ids of trimming curves
int	proj_curves	Input	do we need to project the curves? 0=no 1=yes
double	dist_tol	Input	distance tolerance for use in sp-curve creation
tag_t *	bsurf_id	Output	object identifier for b-surface
int *	knot_fixup	Output	knot fixup status
int *	pole_fixup	Output	pole fixup status

UF_MODL_create_ball_groove (view source)

Defined in: uf_modl_grooves.h

Overview

Creates a ball groove feature by inputting its location, direction,
diameter and width. Along with these items a placement face is
needed to determine which face the ball groove is associated to. The
output of this function is the object identifier associated to the ball
groove.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_ball_groove
(

double location [ 3 ] ,
double direction [ 3 ] ,
char * diame,
char * width,
tag_t face,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Ball groove location.
double	direction [ 3 ]	Input	Ball groove direction
char *	diame	Input	Ball groove diameter.
char *	width	Input	Ball groove width.
tag_t	face	Input	Face for the RPO constraint.
tag_t *	feature_obj_id	Output	Feature object identifier of created ball groove

UF_MODL_create_ball_slot (view source)

Defined in: uf_modl_slots.h

Overview

Creates a ball slot feature using an origin, tool axis, slot direction,
ball diameter, depth, and length. One of two methods of creation is
taken depending on whether you want a thru slot or not.

1. If you want a defined distance, then input the distance and
placement face (face_li). Also, set the value of face_t1 and face_t2
to zero.
2. If you want to have the slot thru from one face to another, then
supply the placement face and the two faces from which to
measure the slot distance.

The output of this function is the object identifier of the ball slot.

The "Face for the RPO constraint" parameter, face_li, can accept a datum plane.
You can pass in the tag of the datum plane feature or datum plane body. For
relative datums the parent body is used as the target. For an absolute datum
the target body must be set by calling UF_MODL_active_part.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_ball_slot
(

double location [ 3 ] ,
double tool_axis [ 3 ] ,
double direction [ 3 ] ,
char * width,
char * depth,
char * distance,
tag_t face_li,
tag_t face_t1,
tag_t face_t2,
tag_t * feature_tag

)

double	location [ 3 ]	Input	Ball slot location.
double	tool_axis [ 3 ]	Input	Ball slot tool axis.
double	direction [ 3 ]	Input	Ball slot direction.
char *	width	Input	Ball slot width.
char *	depth	Input	Ball slot depth.
char *	distance	Input	Ball slot distance.
tag_t	face_li	Input	Face for the RPO constraint.
tag_t	face_t1	Input	Face for thru face 1.
tag_t	face_t2	Input	Face for thru face 2.
tag_t *	feature_tag	Output	Feature object identifier of created ball slot

UF_MODL_create_bead (view source)

Defined in: uf_modl_smd.h

Overview

Creates a bead.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_create_bead
(

UF_MODL_project_curves_p_t centerline,
UF_MODL_faces_p_t placement_faces,
UF_MODL_offset_trans_faces_p_t secondary_faces,
UF_MODL_bead_section_plane_p_t section_plane,
UF_MODL_vector_p_t section_axis,
UF_MODL_bead_section_parms_p_t section_parms,
tag_t* bead_tag

)

UF_MODL_project_curves_p_t	centerline	Input	Pointer to information to define the centerline of the bead.
UF_MODL_faces_p_t	placement_faces	Input	Pointer to information to define the face(s) where the bead is placed. The first face is used to determine the target body.
UF_MODL_offset_trans_faces_p_t	secondary_faces	Input	Pointer to information to define the optional secondary faces for the bead. The secondary faces can either be an offset or translation of the specified faces. If it is desired to have the placement faces, then just set UF_MODL_faces_p_t pointer within this input pointer value A null pointer should be passed in if not used.
UF_MODL_bead_section_plane_p_t	section_plane	Input	Pointer to direction information to define the normal of the orientation plane of the bead sections.
UF_MODL_vector_p_t	section_axis	Input	Pointer to direction information to define the centerline of the bead cross section. This parameter is also used to determine whether the bead is subtracted or united with the body of the first placement_face.
UF_MODL_bead_section_parms_p_t	section_parms	Input	Pointer to information to define the cross sectional shape of the bead.
tag_t*	bead_tag	Output	Object tag for the bead feature.

UF_MODL_create_bend_operation (view source)

Defined in: uf_modl_smd.h

Overview

Create an Unbend/Rebend operation

Return

Return code :

Environment

Internal and External

History

Released in V19.0

Required License(s)

sheet_metal_design

int UF_MODL_create_bend_operation
(

UF_MODL_bend_operation_data_p_t bend_data,
tag_p_t operation_tag

)

UF_MODL_bend_operation_data_p_t	bend_data	Input	Data supplied by the user to define the operation
tag_p_t	operation_tag	Output	The operation tag

UF_MODL_create_blend (view source)

Defined in: uf_modl_blends.h

Overview

Creates a blend feature using the input radius, a list of edges to blend,
the overflow condition flags, and variable radius blend tolerance. To
specify all types of blends, set all of the overlfow flags to 0 (zero). To
allow only one type of blend, for example "smooth", set the
smooth_overflow flag to 0 (zero) and the other two flags to 1 (one).
The output of this function is the object identifier associated to the
blend.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_blend
(

const char * radius,
uf_list_p_t edge_list,
int smooth_overflow,
int cliff_overflow,
int notch_overflow,
double vrb_tool,
tag_t * feature_obj_id

)

const char *	radius	Input	Blend radius
uf_list_p_t	edge_list	Input	List of edges to blend
int	smooth_overflow	Input	Smooth overflow/prevent flag: 0 = Allow this type of blend 1 = Prevent this type of blend
int	cliff_overflow	Input	Cliffedge overflow/prevent flag: 0 = Allow this type of blend 1 = Prevent this type of blend
int	notch_overflow	Input	Notch overflow/prevent flag: 0 = Allow this type of blend 1 = Prevent this type of blend
double	vrb_tool	Input	Variable radius blend tolerance
tag_t *	feature_obj_id	Output	Feature object identifier of created blend

UF_MODL_create_blend_faces (view source)

Defined in: uf_modl_blends.h

Overview

Creates a face blend.

An object tag associated to the newly created blend is returned only if
all the following conditions are valid:
. all faces involved belong to the same body,
. trim_option = UF_TRIM_AND_ATTACH
. blend faces can be successfully trimmed and attached to the
. body. In this case, a parametric feature is created.

If an object tag is not returned and the return code indicates success,
the blend is formed between the faces and/or bodies involved as
separate non-parametric sheet bodies. In this case the tags of newly
created bodies are returned.

Neither set of the faces/bodies can contain:
. more than one solid body.
. sheet and solid faces and/or bodies together
. faces from more than one solid body
. body and faces from the same body

The caller does not have to know exactly which edges are to be
cliff-edges, all inappropriate edges are ignored.

Tangent hold lines can be used to constrain either constant radius or
law controlled blends. In this case, the smaller of the two implied radii
is the result. Edges and curves can not be used together to constitute
tangent hold lines.

The help point is not taken into account if blend is non-parametric.
Only non-parametric blends can be limited.

The following example illustrates how to create a constant radius (0.25)
blend between two faces using cliff edge.

Figure. Constant Radius Blend with Cliff Edge.

This function will be replaced by UF_MODL_create_face_blend.
Please use UF_MODL_create_face_blend which can create all types of
face blends.

Environment

Internal and External

See Also

UF_MODL_create_face_blend

Required License(s)

solid_modeling

int UF_MODL_create_blend_faces
(

UF_MODL_blend_faces_create_data_p_t create_data,
UF_MODL_blend_faces_limit_data_p_t limit_data,
tag_t * feature_tag,
int * num_bodies_created,
tag_t * * bodies_created,
int * num_blend_faces,
tag_t * * blend_faces

)

UF_MODL_blend_faces_create_data_p_t	create_data	Input	Data describing the blend.
UF_MODL_blend_faces_limit_data_p_t	limit_data	Input	Data describing the blend.
tag_t *	feature_tag	Output	The object identifier of the created blend.
int *	num_bodies_created	Output	This is unused, and always returns 0.
tag_t * *	bodies_created	Output to UF_free	num_bodies_created This is unused, the pointer is always set to NULL.
int *	num_blend_faces	Output	This is unused, and always returns 0.
tag_t * *	blend_faces	Output to UF_free	num_blend_faces This is unused, the pointer is always set to NULL.

UF_MODL_create_block (view source)

Defined in: uf_modl_primitives.h

Overview

Create a solid block.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_block
(

UF_FEATURE_SIGN sign,
tag_t targ_tag,
double corner_pt [ 3 ] ,
char * edge_len [ 3 ] ,
tag_t * blk_tag

)

UF_FEATURE_SIGN	sign	Input	Sign of primitive
tag_t	targ_tag	Input	Target body (if needed)
double	corner_pt [ 3 ]	Input	Corner point
char *	edge_len [ 3 ]	Input	Edge lengths
tag_t *	blk_tag	Output	Block feature tag

UF_MODL_create_block1 (view source)

Defined in: uf_modl_primitives.h

Overview

Creates a block. The Corner Point indicates the origin of the block to
be created. The X, Y and Z lengths control the size of the edge
lengths. The sign parameter controls the boolean operation
performed. The output of this function is the object identifier
associated to the block.

The origin point is with respect to the Absolute CSYS. However, the
direction of the edge lengths are with respect to the WCS.

Environment

Internal and External

See Also

example

Required License(s)

solid_modeling

int UF_MODL_create_block1
(

UF_FEATURE_SIGN sign,
double corner_pt [ 3 ] ,
char * edge_len [ 3 ] ,
tag_t * blk_obj_id

)

UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
double	corner_pt [ 3 ]	Input	Corner point (origin) of block
char *	edge_len [ 3 ]	Input	Three edge lengths of block
tag_t *	blk_obj_id	Output	Feature object identifier of created block.

UF_MODL_create_boss (view source)

Defined in: uf_modl_form_features.h

Overview

Creates a boss feature using the boss origin, direction, diameter,
height, tip angle, and placement face. The placement face is used to
determine which face the boss is associated to. The output of this
function is the object identifier associated to the boss.

Return

Return code:
= 0: successful
> 0: failing error number
< 0: failing error number

Environment

Internal and External

History

For V18.0, a datum plane may be input as the face defining the
RPO constraint.

See Also

See example
UF_MODL_ask_boss_parms

Required License(s)

solid_modeling

int UF_MODL_create_boss
(

double location [ 3 ] ,
double direction [ 3 ] ,
char * diame,
char * height,
char * angle,
tag_t face,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Boss location.
double	direction [ 3 ]	Input	Boss direction.
char *	diame	Input	Boss diameter.
char *	height	Input	Boss height.
char *	angle	Input	Boss tip angle.
tag_t	face	Input	Face for the RPO constraint (may be a datum plane)
tag_t *	feature_obj_id	Output	Feature object identifier of created boss

UF_MODL_create_bplane (view source)

Defined in: uf_modl_form_features.h

Overview

Creates a bounded plane feature from closed string loops obtained
from a string of end-to-end curves. The outside or peripheral loop
forms the sheet boundary. The inner closed loops are holes in the
bounded plane. You can specify either 1 or -1 for the dir[ ] field of
the s_section argument since the direction is not significant for this
routine due to the closed loops. The curves selected must be
co-planar, chainable, and form a closed shape. This function
automatically determines which loop is the periphery. There can be
only one peripheral loop. The tolerance values determine whether or
not the curves are chainable and co-planar. The output of this
function is the object identifier associated to the feature.

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_bplane
(

UF_STRING_p_t s_section,
double tol [ 3 ] ,
tag_t * body_obj_id

)

UF_STRING_p_t	s_section	Input	Pointer to the curve list structure. int num Total number of curve string loops (min=1, max=150) int string[ ] Total number of segment curves per curve string loop (min=1, max =402) int dir[ ] Direction of a curve string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of section curve
double	tol [ 3 ]	Input	Tolerances: [0] = Distance [1] = Angle (in radians) [2] = Not used (formerly listed as Intersection)
tag_t *	body_obj_id	Output	Body object identifier

UF_MODL_create_bridge_face (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a surface between 2 other surfaces. The resulting surface is
constrained by continuity type (either tangent continuous or curvature
continuous) and possibly by guides (either no guides, 1 or 2 guiding
side strings, or 1 or 2 guiding side surfaces). For each bridge surface,
at least 2 faces must be input, along with 2 edges indicating where on
the 2 surfaces the bridge surface should be connected. Further input
depends on the option chosen for guide_type.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_bridge_face
(

int continuity_type,
int guide_type,
tag_t primary_faces [ 2 ] ,
tag_t primary_edges [ 2 ] ,
int * primary_edges_dir,
UF_STRING_p_t side_string1,
UF_STRING_p_t side_string2,
tag_t side_faces [ 2 ] ,
tag_t side_edges [ 2 ] ,
tag_t * result_tag

)

int	continuity_type	Input	1 = tangent continuous, 2= curvature continuous
int	guide_type	Input	0 = no guides; 1= guide strings; 2= guide surfaces
tag_t	primary_faces [ 2 ]	Input	tags of 2 primary surfaces to be bridged
tag_t	primary_edges [ 2 ]	Input	tags of edges on primary surfaces where the bridge should be attached.
int *	primary_edges_dir	Input	direction of primary_edges (if continuity_type = 1) 1 = forward -1 = backward
UF_STRING_p_t	side_string1	Input	first guide string (if guide_type = 1)
UF_STRING_p_t	side_string2	Input	second guide string (if guide_type = 1)
tag_t	side_faces [ 2 ]	Input	tags of 2 side guide surfaces (if guide_type = 2)
tag_t	side_edges [ 2 ]	Input	tags of edges on side surfaces where bridge should be attached (if guide_type = 2)
tag_t *	result_tag	Output	tag of resulting surface

UF_MODL_create_bs_2d_edges (view source)

Defined in: uf_modl_bsurf.h

Overview

Create the surface parameter curve edges of a b-surface.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_bs_2d_edges
(

int nu,
int nv,
int ku,
int kv,
double u_knot [ ] ,
double v_knot [ ] ,
double poles [ 4 ] ,
int * num_loops,
int * edge_counts,
tag_t * edge_curves,
int * knot_fixup,
int * pole_fixup

)

int	nu	Input	number of control vertices in u direction
int	nv	Input	number of control vertices in v direction
int	ku	Input	order in u direction
int	kv	Input	order in v direction
double	u_knot [ ]	Input	knot sequence in u direction
double	v_knot [ ]	Input	knot sequence in v direction
double	poles [ 4 ]	Input	array of homogenous control vertices (wx,wy,wz,w)
int *	num_loops	Output	number of loops of curve
int *	edge_counts	Output	array of counts of edges per loop
tag_t *	edge_curves	Output	array of b-curves
int *	knot_fixup	Output	knot fixup status
int *	pole_fixup	Output	pole fixup status

UF_MODL_create_bs_edges (view source)

Defined in: uf_modl_bsurf.h

Overview

Create the edges of a b-surface.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_bs_edges
(

int nu,
int nv,
int ku,
int kv,
double u_knot [ ] ,
double v_knot [ ] ,
double poles [ ] ,
int * num_loops,
int edge_counts [ 2 ] ,
tag_t edge_curves [ 4 ] ,
int * knot_fixup,
int * pole_fixup

)

int	nu	Input	number of control vertices in u direction
int	nv	Input	number of control vertices in v direction
int	ku	Input	order in u direction
int	kv	Input	order in v direction
double	u_knot [ ]	Input	knot sequence in u direction
double	v_knot [ ]	Input	knot sequence in v direction
double	poles [ ]	Input	array of homogenous control vertices (wx,wy,wz,w)
int *	num_loops	Output	number of loops of curve
int	edge_counts [ 2 ]	Output	array of counts of edges per loop. This must be declared as an int edge_counts[2].
tag_t	edge_curves [ 4 ]	Output	array of b-curves. This must be declared as a tag_t edge_curves[4].
int *	knot_fixup	Output	knot fixup status
int *	pole_fixup	Output	pole fixup status

UF_MODL_create_bsurf (view source)

Defined in: uf_modl_bsurf.h

Overview

Creates a b-surface sheet body. The surface periodicity information is
based on knot sequence and pole data. If necessary, an illegal knot
sequence and/or pole array is modified so that the sheet can be created.
The knot_fixup and pole_fixup flags signal if a modification was made.

A knot sequence gets fixed if one or more knot values has a
multiplicity greater than the degree of the surface. This means that
the surface contained rows of patches having zero width. The removal
of zero-width patches does not affect the shape of the surface.
The pole array gets fixed if it is found to have poles that are too close
together for the system to handle. The poles are either moved
together to make them coincident or spread apart slightly.

Environment

Internal and External

See Also

UF_MODL_create_spline

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_bsurf
(

int nu,
int nv,
int ku,
int kv,
double u_knot [ ] ,
double v_knot [ ] ,
double poles [ ] ,
tag_t * bsurf_obj_id,
int * knot_fixup,
int * pole_fixup

)

int	nu	Input	Number of poles in u direction
int	nv	Input	Number of poles in v direction
int	ku	Input	Order in u direction
int	kv	Input	Order in v direction
double	u_knot [ ]	Input	Knot sequence in u direction
double	v_knot [ ]	Input	Knot sequence in v direction
double	poles [ ]	Input	Array of homogeneous poles (wx,wy,wz,w) data for row n immediately follows row n-1 in the array. i.e. poles for: row 1 = (1,1:ip1) row 2 = (1,ip1+1:2ip1) row n = (1,(n-1ip1+1:nip1)
tag_t *	bsurf_obj_id	Output	Object identifier for b-surface
int *	knot_fixup	Output	Knot fixup status: 0 = no fixups performed 1 = knot sequence fixed
int *	pole_fixup	Output	Pole fixup status: 0 = no fixup performed 1 = pole array fixed

UF_MODL_create_bsurf_thru_pts (view source)

Defined in: uf_modl_bsurf.h

Overview

Creates a B-surface sheet body using the user specified creation method and
points.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_bsurf_thru_pts
(

int create_mode,
int u_closed_status,
int v_closed_status,
int u_degree,
int v_degree,
int num_rows,
UF_MODL_bsurf_row_info_t * pts_info_per_row,
tag_t * bsurf_obj_id

)

int	create_mode	Input	Creation mode = 1 -> specified points should lie on the B-surface = 2 -> specified points should be used as the control vertices = 3 -> specified points should be used as the control vertices along with using the specified weight information
int	u_closed_status	Input	Open/closed status in u direction = 0 -> open = 1 -> closed
int	v_closed_status	Input	Open/closed status in v direction = 0 -> open = 1 -> closed
int	u_degree	Input	Degree in u direction
int	v_degree	Input	Degree in v direction
int	num_rows	Input	Number of rows of points
UF_MODL_bsurf_row_info_t *	pts_info_per_row	Input	Points information for each row. This is an array of UF_MODL_bsurf_row_info_t structures dimensioned to num_rows.
tag_t *	bsurf_obj_id	Output	Tag of the created B-surface

UF_MODL_create_bsurface (view source)

Defined in: uf_modl_bsurf.h

Overview

Creates a bsurface from pole and knot data. The function makes any
necessary fixes required so the bsurface is acceptable to NX
(essentially, UF_MODL_fix_bsurface_data is called).

Environment

Internal and External

See Also

UF_MODL_fix_bsurface_data
UF_MODL_smooth_bsurface_data
Structure UF_MODL_state_t which is a type define of UF_CURVE_state_t

History

This function was originally released in V15.0.

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_bsurface
(

UF_MODL_bsurface_p_t surface,
tag_t * eid,
int * num_states,
UF_MODL_state_p_t * states

)

UF_MODL_bsurface_p_t	surface	Input	structure describing bsurface to create
tag_t *	eid	Output	Tag of NX bspline surface object
int *	num_states	Output	Number of states in states array
UF_MODL_state_p_t *	states	Output to UF_free	Array of states representing problems in the bsurface; if NULL is provided no states are returned. This must be freed by calling UF_free.

UF_MODL_create_c_bore_hole (view source)

Defined in: uf_modl_holes.h

Overview

Creates a c-bore hole. The Origin indicates where the center of the
C-Bore hole is located on the link-face. Interactively, this is the face
chosen to place the hole in, and the location of the pick is used as the
origin. The Open API programmer inputs this information. The
C-Bore and Hole Diameters, C-Bore and Hole Depths, and Hole
Tip Angle control the size. The Direction Vector has to be
perpendicular to the link-face, opposite the face normal. If a thru
face is indicated, then the Hole Depth is ignored. The output of this
function is the object identifier associated to the c-bore hole.

The "Face for the RPO constraint" parameter, face_li, can accept a datum plane.
You can pass in the tag of the datum plane feature or datum plane body. For
relative datums the parent body is used as the target. For an absolute datum
the target body must be set by calling UF_MODL_active_part.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_c_bore_hole
(

double location [ 3 ] ,
double direction [ 3 ] ,
const char * diameter1,
const char * depth1,
const char * diameter2,
const char * depth2,
const char * angle,
tag_t face_li,
tag_t face_t1,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Hole location.
double	direction [ 3 ]	Input	Hole direction.
const char *	diameter1	Input	Hole diameter.
const char *	depth1	Input	Hole depth.
const char *	diameter2	Input	C-bore diameter.
const char *	depth2	Input	C-bore depth.
const char *	angle	Input	Hole tip angle.
tag_t	face_li	Input	Face for the RPO constraint.
tag_t	face_t1	Input	Face for thru face.
tag_t *	feature_obj_id	Output	Feature object identifier of created C bore hole

UF_MODL_create_c_sunk_hole (view source)

Defined in: uf_modl_holes.h

Overview

Creates a counter-sunk hole. The Origin indicates where the center
of the C-Sunk hole is located on the link-face. Interactively, this is
the face chosen to place the hole in, and the location of the pick is
used as the origin. In Open API, this information is input by the
user. The C-Sunk and Hole Diameters, C-Sunk and Hole Depths,
and Hole Tip Angle control the size. The Direction Vector has to be
perpendicular to the link-face, opposite the face normal. If a thru
face is indicated, then the Hole Depth is ignored. The output of this
function is the object identifier associated to the c-sunk hole.

The "Face for the RPO constraint" parameter, face_li, can accept a datum plane.
You can pass in the tag of the datum plane feature or datum plane body. For
relative datums the parent body is used as the target. For an absolute datum
the target body must be set by calling UF_MODL_active_part.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_c_sunk_hole
(

double location [ 3 ] ,
double direction [ 3 ] ,
const char * diameter1,
const char * depth1,
const char * diameter2,
const char * csink_angle,
const char * angle,
tag_t face_li,
tag_t face_t1,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Hole location.
double	direction [ 3 ]	Input	Hole direction.
const char *	diameter1	Input	Hole diameter.
const char *	depth1	Input	Hole depth.
const char *	diameter2	Input	C-sunk diameter.
const char *	csink_angle	Input	C-sunk angle.
const char *	angle	Input	Hole tip angle.
tag_t	face_li	Input	Face for the RPO constraint.
tag_t	face_t1	Input	Face for thru face.
tag_t *	feature_obj_id	Output	Feature object identifier of created csunk hole

UF_MODL_create_chamfer (view source)

Defined in: uf_modl.h

Overview

Creates a chamfer feature using the type of chamfer, first and second
offset, and angle and list of edges to operate on. The output of this
function is the object identifier associated to the chamfer.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_chamfer
(

int subtype,
char * offset1,
char * offset2,
char * theta,
uf_list_p_t edges,
tag_t * feature_obj_id

)

int	subtype	Input	Chamfer type: 1 = Single Offset 2 = Double Offset 3 = Offset and Angle 4 = Freeform Single Offset 5 = Freeform Double Offset
char *	offset1	Input	Chamfer offset 1
char *	offset2	Input	Chamfer offset 2
char *	theta	Input	Chamfer angle
uf_list_p_t	edges	Input	List of edges to chamfer
tag_t *	feature_obj_id	Output	Feature object identifier of created chamfer

UF_MODL_create_circular_iset (view source)

Defined in: uf_modl_isets.h

Overview

Creates a circular instance set feature using the rotation point,
rotation axis, number of instances, rotational angle and list of selected
features. The output of this function is the object identifier associated
to the circular instance set.

A different instance set will be created for each item in the feature_list.
(except datum axis. See the usage of datum axis below ). feature_obj_id will
be the identifier of last instance set feature created. To query ids of other
instance set features, call UF_MODL_ask_instance_iset with each item in the
feature list as an argument.

You can use a datum axis as a rotation axis. To accomplish this place the tag
of the datum axis at the end of feature_list. Then initialize the location
and axis array arguments even though they are not used. Using a datum axis has
the advantage of being associative.

To query instances created by this instance set use the function
UF_MODL_ask_instance

The method options correspond to what is available interactively. See
the Modeling User Manual for details.

Environment

Internal and External

See Also

UF_MODL_ask_instance
UF_MODL_ask_instance_iset
Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_circular_iset
(

int method,
double location [ 3 ] ,
double axis [ 3 ] ,
char * number_str,
char * angle_str,
uf_list_p_t feature_list,
tag_t * feature_obj_id

)

int	method	Input	Method: 0 = General 1 = Simple 2 = Identical
double	location [ 3 ]	Input	Rotation point.
double	axis [ 3 ]	Input	Rotation axis.
char *	number_str	Input	Number of instances.
char *	angle_str	Input	Rotation angle.
uf_list_p_t	feature_list	Input	List of selected features.
tag_t *	feature_obj_id	Output	Feature object identifier of created iset

UF_MODL_create_circular_pattern_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function create circular patterns for a given set of faces.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_circular_pattern_face
(

UF_MODL_dfo_region_p_t region,
tag_t axis,
int n_pattern,
char * angle,
tag_t * feature_tag

)

UF_MODL_dfo_region_p_t	region	Input	region
tag_t	axis	Input	center axis to define pattern
int	n_pattern	Input	number of patterns
char *	angle	Input	angle between patterns
tag_t *	feature_tag	Output	the new feature

UF_MODL_create_cone (view source)

Defined in: uf_modl_primitives.h

Overview

Create a solid cone.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_cone
(

UF_FEATURE_SIGN sign,
tag_t targ_tag,
double origin [ 3 ] ,
char * height,
char * diam [ 2 ] ,
double direction [ 3 ] ,
tag_t * cone_tag

)

UF_FEATURE_SIGN	sign	Input	Sign of primitive
tag_t	targ_tag	Input	Target body (if needed)
double	origin [ 3 ]	Input	Cone base origin
char *	height	Input	Cone height
char *	diam [ 2 ]	Input	Cone diameters
double	direction [ 3 ]	Input	Cone direction vector
tag_t *	cone_tag	Output	Cone feature tag

UF_MODL_create_cone1 (view source)

Defined in: uf_modl_primitives.h

Overview

Creates a cone. The origin indicates where the center of the bottom
face is located for the cone. The direction vector controls which axis
the cone is created on. The base and top diameters (diam) and height
control the size of the cone. The sign parameter controls the boolean
operation performed. The output of this function is the object
identifier associated to that cone.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_cone1
(

UF_FEATURE_SIGN sign,
double origin [ 3 ] ,
char * height,
char * diam [ 2 ] ,
double direction [ 3 ] ,
tag_t * cone_obj_id

)

UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
double	origin [ 3 ]	Input	Origin for cone to be created.
char *	height	Input	Height for cone to be created.
char *	diam [ 2 ]	Input	Diameters for cone to be created. [0] = base diameter [1] = top diameter
double	direction [ 3 ]	Input	Direction vector for cone to be created.
tag_t *	cone_obj_id	Output	Feature object identifier tag of created cone.

UF_MODL_create_curve_from_edge (view source)

Defined in: uf_modl_curves.h

Overview

Extracts the curve from an input edge and returns the identifier of
that curve.

Environment

Internal and External

Required License(s)

( solid_modeling or drafting )

int UF_MODL_create_curve_from_edge
(

tag_t edge_id,
tag_t * ugcrv_id

)

tag_t	edge_id	Input	Object identifier of the edge
tag_t *	ugcrv_id	Output	Identifier of the extracted curve

UF_MODL_create_curve_mesh (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a feature through a collection of curves running in two
different directions. The following restrictions apply:

1. The first segment curve of each primary/cross/spine is a starting curve.
2. Points:
a. A point object may be included, but only as the only one point of the
first primary string and/or the only one point of the last primary string.

b. Curve end point may be included but only as the only one point of the
first primary string and/or the only one point of the last primary string.

End point option and s_prim->dir[ ] indicates which end point should be used.

3. Spine is optional. (s_spine->num = 0)
a. The first/last primary must be planar.
b. Spine must be perpendicular to the first/last primary.

4. If the Spline Points parameter is set to 1, the input sections must
all be single B-curves with the same number of defining points.

The output of this function is the object identifier associated to the feature.

Environment

Internal and External

See Also

UF_MODL_create_curve_mesh1

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_curve_mesh
(

UF_STRING_p_t s_prim,
UF_STRING_p_t s_cross,
UF_STRING_p_t s_spine,
int * end_point,
int * emphasis,
int * body_type,
int * spline_pts,
UF_FEATURE_SIGN boolean,
double tol [ 3 ] ,
tag_t c_face_id [ 4 ] ,
int c_flag [ 4 ] ,
tag_t * body_obj_id

)

UF_STRING_p_t	s_prim	Input	Pointer to the primary list structure. int num Total number of primary string (min=2, max=150) int string[ ] Total number of segment curves/ sketch id of each primary string (min=1, max =402) int dir[ ] Direction of each primary string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of primary curve/point or the section builder object tags, but not both
UF_STRING_p_t	s_cross	Input	Pointer to the cross list structure. int num Total number of string cross (min=2, max=150) int string[ ] Total number of segment curves/ sketch identifier of each string cross (min=1, max=402) int dir[ ] Direction of each string cross 1 = Start to end -1 = End to start tag_t id[ ] Identifier of cross curve or the section builder object tags, but not both
UF_STRING_p_t	s_spine	Input	Pointer to the spine list structure. int num Total number of spine string (min=0, max=1) int string[ ] Total number of segment curves/ sketch identifier of each spine string (min=1, max=402) int dir[ ] Direction of each spine string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of spine curve or the section builder object tags, but not both
int *	end_point	Input	Curve end point. 0 = Do not use end point 1 = Curve of first primary string 2 = Curve of last primary string 3 = Both
int *	emphasis	Input	Emphasis flag 1 = Primary curves 2 = Cross curves 3 = Both
int *	body_type	Input	Type of body: 0 = Sheet (Default) 1 = Solid
int *	spline_pts	Input	Spline points flag: 0 = Do not reparameterize curves 1 = Reparameterize through spline points
UF_FEATURE_SIGN	boolean	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
double	tol [ 3 ]	Input	Tolerances: [0] = Distance [1] = Angle (in degrees) [2] = Intersection
tag_t	c_face_id [ 4 ]	Input	Object identifiers of neighbor surfaces or 4 collectors of the faces from which constraints are obtained [0] = first primary string [1] = last primary string [2] = first cross string [3] = last cross string No constraint is imposed on the corresponding string if id = NULENT
int	c_flag [ 4 ]	Input	Flags indicating constraint types: 0 = no constraint 1 = tangency constraint 2 = curvature constraint with [0] = first primary string [1] = last primary string [2] = first cross string [3] = last cross string
tag_t *	body_obj_id	Output	Body object identifier

UF_MODL_create_curve_mesh1 (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a free form B-surface feature through a collection of curves
running in two different directions.
This function behaves like UF_MODL_create_curve_mesh with the following
enhancements.

1. An extra input for passing in the target body for the boolean operation.
If body_type is solid (1) and the sign of the operation to be performed
is not create, then the target body is required.
2. A "simple" option for lighter math representation with fewer poles and
knots when possible.
3. Face constraints now support multiple faces to be used as constraints
on all four sides of the body.

RESTRICTIONS -

1. The first segment curve of each primary/cross/spine should be a
starting curve.
2. Point
a) Point object may be substituted for the first and/or last primary string.
This allows the surface to start or terminate at a point.
b) A curve end point may also be substituted for the first and/or last
primary string.
The end_point parameter and s_prim->dir[] will indicate which end point
is chosen.
3. Spine is optional. The parameter s_spine->num = 0 indicates no spine.
If spine is selected then
a) The first and last primary must be planar.
b) Spine must be perpendicular to the first and last primary.

Environment

Internal and External

See Also

UF_MODL_create_curve_mesh

History

Originally released in V16.0

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_curve_mesh1
(

UF_STRING_p_t s_prim,
UF_STRING_p_t s_cross,
UF_STRING_p_t s_spine,
int * end_point,
int * emphasis,
int * spline_pts,
int simple,
int * body_type,
UF_FEATURE_SIGN boolean,
tag_t target_body,
double tols [ 3 ] ,
int c_num [ 4 ] ,
tag_t * c_face_id [ 4 ] ,
int c_flag [ 4 ] ,
tag_t * body_obj_id

)

UF_STRING_p_t	s_prim	Input	Pointer to the primary list structure. When simple option is 2 or 4, then the user supplied template string for primary curves must be added as the last item of this section string structure, but the number of section strings will not be increased. For example, to create a feature using 3 primary section strings and a user defined primary template (simple option = 2 or 4), num would be 3, but string and dir would have 4 elements, string[3] would be the number of segment curves for the user defined primary template, and dir[3] would be the direction for the user defined template. The tags for the user defined template would be added onto the end of the id array. int num Total number of primary string (min=2, max=150) int string[ ] Total number of segment curves/ sketch id of each primary string (min=1, max =402) int dir[ ] Direction of each primary string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of primary curve/point or the section builder object tags, but not both
UF_STRING_p_t	s_cross	Input	Pointer to the cross list structure. When simple option is 3 or 4, then the user supplied template string for cross curves must be added as the last item of this section string structure, but the number of section strings will not be increased. For example, to create a feature using 3 cross section strings and a user defined cross template (simple option = 3 or 4), num would be 3, but string and dir would have 4 elements, string[3] would be the number of segment curves for the user defined cross template, and dir[3] would be the direction for the user defined template. The tags for the user defined template would be added onto the end of the id array. int num Total number of string cross (min=2, max=150) int string[ ] Total number of segment curves/ sketch identifier of each string cross (min=1, max=402) int dir[ ] Direction of each string cross 1 = Start to end -1 = End to start tag_t id[ ] Identifier of cross curve or the section builder object tags, but not both
UF_STRING_p_t	s_spine	Input	Pointer to the spine list structure. int num Total number of spine string (min=0, max=1) int string[ ] Total number of segment curves/ sketch identifier of each spine string (min=1, max=402) int dir[ ] Direction of each spine string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of spine curve or the section builder object tags, but not both
int *	end_point	Input	Curve end point. 0 = Do not use end point 1 = Curve of first primary string 2 = Curve of last primary string 3 = Both
int *	emphasis	Input	Emphasis flag 1 = Primary curves 2 = Cross curves 3 = Both
int *	spline_pts	Input	Spline points flag: 0 = Do not reparameterize curves 1 = Reparameterize through spline points
int	simple	Input	Simple math option 0 : do not use simple creation 1 : use simple creation with system defined templates 2 : use simple creation with user supplied template for primary curves. The user supplied template string will be passed at the end of the s_prim structure above. 3 : use simple creation with user supplied template for cross curves. The user supplied template string will be passed at the end of the s_cross structure above. 4 : use simple creation with user supplied template for both primary and cross curves. In this case the user supplied template for primary curves will be passed at the end of the s_prim structure above, and the user supplied template for cross curves will be passed at the end of the s_cross structure above.
int *	body_type	Input	Type of body: 0 = Sheet (Default) 1 = Solid
UF_FEATURE_SIGN	boolean	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	The target body for the boolean operation
double	tols [ 3 ]	Input	Tolerances: [0] = Distance [1] = Angle (in degrees) [2] = Intersection
int	c_num [ 4 ]	Input	Number of constraint faces or collectors of faces [0]: First primary string [1]: Last primary string [2]: First cross string [3]: Last cross string
tag_t *	c_face_id [ 4 ]	Input	Pointers to object identifiers of neighbor surfaces or 4 collectors of faces from which constraints are obtained [0] = First primary string [1] = Last primary string [2] = First cross string [3] = Last cross string
int	c_flag [ 4 ]	Input	Flags indicating constraint types: 0 = No constraint 1 = Tangency constraint 2 = Curvature constraint with [0] = First primary string [1] = Last primary string [2] = First cross string [3] = Last cross string
tag_t *	body_obj_id	Output	Body object identifier

UF_MODL_create_cyl1 (view source)

Defined in: uf_modl_primitives.h

Overview

Creates a cylinder. The origin indicates where the center of the
bottom face is located for the cylinder. The direction vector controls
the axis on which the cylinder is created. The diameter and height
control the size of the cylinder. The sign parameter controls the
boolean operation performed. The output of this function is the object
identifier associated to the cylinder.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_cyl1
(

UF_FEATURE_SIGN sign,
double origin [ 3 ] ,
char * height,
char * diam,
double direction [ 3 ] ,
tag_t * cyl_obj_id

)

UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
double	origin [ 3 ]	Input	Origin of cylinder to be created.
char *	height	Input	Height of cylinder to be created.
char *	diam	Input	Diameter of cylinder to be created.
double	direction [ 3 ]	Input	Direction vector for cylinder to be created.
tag_t *	cyl_obj_id	Output	Feature object identifier of created cylinder

UF_MODL_create_cyl_pocket (view source)

Defined in: uf_modl_pockets.h

Overview

Creates a cylindrical pocket feature using a location, direction,
diameter, depth, floor radius, and taper angle. Along with these items
a placement face is needed to determine which face the pocket is
associated to. The output of this function is the object identifier
associated to the cylindrical pocket.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_cyl_pocket
(

double location [ 3 ] ,
double direction [ 3 ] ,
char * diame,
char * depth,
char * radius,
char * angle,
tag_t face,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Cylindrical pockets location.
double	direction [ 3 ]	Input	Cylindrical pockets direction.
char *	diame	Input	Cylindrical pockets diameter.
char *	depth	Input	Cylindrical pockets depth.
char *	radius	Input	Cylindrical pockets floor radius.
char *	angle	Input	Cylindrical pockets taper angle.
tag_t	face	Input	Face for the RPO constraint.
tag_t *	feature_obj_id	Output	Feature object identifier of created pocket

UF_MODL_create_cylinder (view source)

Defined in: uf_modl_primitives.h

Overview

Create a solid cylinder.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_cylinder
(

UF_FEATURE_SIGN sign,
tag_t targ_tag,
double origin [ 3 ] ,
char * height,
char * diam,
double direction [ 3 ] ,
tag_t * cyl_tag

)

UF_FEATURE_SIGN	sign	Input	Sign of primitive
tag_t	targ_tag	Input	Target body (if needed)
double	origin [ 3 ]	Input	Cylinder base origin
char *	height	Input	Cylinder height
char *	diam	Input	Cylinder diameter
double	direction [ 3 ]	Input	Cylinder dir vector
tag_t *	cyl_tag	Output	Cylinder feature tag

UF_MODL_create_datum_csys (view source)

Defined in: uf_modl_datum_features.h

Overview

Creates a datum CSYS given a transform defined by its tag.

The smart CSYS (visible object) and the datum CSYS feature are created
with the update option always set to SO_update_within_modeling

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_datum_csys
(

const tag_t object_in_part,
tag_t xform_tag,
logical create_components,
tag_t * datum_csys_feature

)

const tag_t	object_in_part	Input	Object in part to define context.
tag_t	xform_tag	Input	Tag of xform object: Must be smart with update option set to SO_update_within_modeling and must be created using one of the construction methods: . defined by three points . defined by two directions and a point . defined by three planes . defined by offset from an existing CSYS
logical	create_components	Input	Flag that if set will create all the components: origin point,3 datum planes and 3 datum axes
tag_t *	datum_csys_feature	Output	Tag of the datum CSYS feature - If successful

UF_MODL_create_datum_csys_offset (view source)

Defined in: uf_modl_datum_features.h

Overview

This function creates the datum CSYS feature given the input of linear and
rotational(angular)offset values in distance and angle units respectively.
If unsuccessful returns error code

Environment

Internal and External

History

NX3.0.1

Required License(s)

solid_modeling

int UF_MODL_create_datum_csys_offset
(

const tag_t object_in_part,
tag_t parent_datum_csys_tag,
const double linear_offset [ 3 ] ,
const double angular_offset [ 3 ] ,
logical create_components,
tag_t * datum_csys_tag

)

const tag_t	object_in_part	Input	Object in part to define context
tag_t	parent_datum_csys_tag	Input	Tag of CSYS component of the parent datum CSYS feature
const double	linear_offset [ 3 ]	Input	Linear offset values in distance units
const double	angular_offset [ 3 ]	Input	Angular (rotational) offset values in angle units
logical	create_components	Input	If TRUE, datum CSYS with components would be created
tag_t *	datum_csys_tag	Output	Tag of created datum CSYS feature

UF_MODL_create_dove_tail_slot (view source)

Defined in: uf_modl_slots.h

Overview

Creates a dove tail slot feature using an origin, tool axis, slot
direction, width, angle, depth, and length. One of two creation
methods is taken depending on whether you want a thru slot or not.

1. If you want a defined distance, then input the distance and
placement face (face_li). Also, set the value of face_t1 and face_t2
to zero.
2. If you want to have the slot thru from one face to another, then
supply the placement face and the two faces from which to
measure the slot distance.

The "Face for the RPO constraint" parameter, face_li, can accept a datum plane.
You can pass in the tag of the datum plane feature or datum plane body. For
relative datums the parent body is used as the target. For an absolute datum
the target body must be set by calling UF_MODL_active_part.

The output of this function is the object identifier associated to the
dove tail slot.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_dove_tail_slot
(

double location [ 3 ] ,
double tool_axis [ 3 ] ,
double direction [ 3 ] ,
char * width,
char * depth,
char * angle,
char * distance,
tag_t face_li,
tag_t face_t1,
tag_t face_t2,
tag_t * feature_tag

)

double	location [ 3 ]	Input	Dove tailslot location.
double	tool_axis [ 3 ]	Input	Dove tailslot tool axis.
double	direction [ 3 ]	Input	Dove tailslot direction.
char *	width	Input	Dove tailslot width.
char *	depth	Input	Dove tailslot depth.
char *	angle	Input	Dove tailslot angle.
char *	distance	Input	Dove tailslot distance.
tag_t	face_li	Input	Face for the RPO constraint.
tag_t	face_t1	Input	Face for thru face 1.
tag_t	face_t2	Input	Face for thru face 2.
tag_t *	feature_tag	Output	Feature object identifier of created dovetail-slot

UF_MODL_create_edge_blend (view source)

Defined in: uf_modl_blends.h

Overview

create an edge blend

Environment

Internal and External
It can accept individual edges or an edge collector.

History

V17 release
NX2.0 Allow user input edge collector in the edge_data array

Required License(s)

solid_modeling

int UF_MODL_create_edge_blend
(

UF_MODL_edge_blend_data_p_t blend_data,
tag_t * blend_eid

)

UF_MODL_edge_blend_data_p_t	blend_data	Input	User defining blend data
tag_t *	blend_eid	Output	Feature object identifier of a created blend

UF_MODL_create_edge_blend_mult (view source)

Defined in: uf_modl_blends.h

Overview

Creates an edge blend with multiple radius chainsets as per NX3.0 Blend Functionality.
User van create multiple chainset with different radius values. Specify varaible radius points
on a given edge .Also specify Setback Distance values on an edge coming into a vertex.Also
can specify Stopshort values per edge.
Each Blend Set can take in Edges or collector tag.

Environment

Internal and External
It can accept a set of individual edges or a set of edge collectors.

History

NX3.0 Release

Required License(s)

solid_modeling

int UF_MODL_create_edge_blend_mult
(

UF_MODL_edge_blend_mult_data_p_t blend_data,
tag_t * blend_eid

)

UF_MODL_edge_blend_mult_data_p_t	blend_data	Input	User defining blend data
tag_t *	blend_eid	Output	Feature object identifier of a created blend

UF_MODL_create_enlarge (view source)

Defined in: uf_modl_freeform.h

Overview

Creates the enlarged sheet to the specified type and percentage of based face.
Base face may not be periodic.

Environment

Internal and External

History

This function is provided in v17 initially.

Required License(s)

solid_modeling

int UF_MODL_create_enlarge
(

tag_t face,
int type,
char * percent_size [ 4 ] ,
double tolerance,
tag_t * feat_obj_tag

)

tag_t	face	Input	tag of the base face of the enlarged sheet
int	type	Input	enlarge extension type: 0-linear extension; 1-natural extension
char *	percent_size [ 4 ]	Input	Array of the percent increase for the surface parameters. These are character pointers to allow for input expressions. For linear type extensions, the range is from [0, 100], with 0 meaning no increase, and 100 meaning a 100% increase. For natural type extensions, the range is from [-99, +100], with -99 meaning a 99% decrease or shrinkage of the surface, and +100 meaning a 100% increase. percent_size[0] is the percent for U-min percent_size[1] is the percent for U-max percent_size[2] is the percent for V-min percent_size[3] is the percent for V-max
double	tolerance	Input	Distance tolerance for approximations.
tag_t *	feat_obj_tag	Output	tag of the feature record of the enlarged sheet

UF_MODL_create_exp (view source)

Defined in: uf_modl_expressions.h

Overview

The user inputs a pointer to a character string that contains three
pieces of information. The first item is a unique name for the
expression and is followed by an "=" sign. The value of the expression
completes the requirements for a valid input string. The pieces on
either side of the equal sign are also referred to as the lhs (left hand
side) and rhs (right hand side).

If the tag of the created expression is required, then UF_MODL_create_exp_tag
should be used instead.

Environment

Internal and External

See Also

UF_MODL_create_exp_tag

Required License(s)

solid_modeling

int UF_MODL_create_exp
(

char * expr_str

)

char *

expr_str

Input

New expression. The maximum number of characters for an
expression name (lhs or left hand side) is 100. The maximum
length for the entire expression is UF_MAX_EXP_NCHARS characters.
This includes all three pieces: lhs, equal sign, and rhs.

UF_MODL_create_exp_tag (view source)

Defined in: uf_modl_expressions.h

Overview

Creates a parameter expression, based upon the input string. This
string can be either a numerical value or another expression. The
expression can be named explicitly, by passing in a full expression,
including the name, an = and the expression value, or named automatically,
using the same scheme as is used for feature parameters.

The following call produces an expression tag which evaluates to 42,
and will be named my_exp:
UF_MODL_create_exp_tag( "my_exp=42", &tag1 );

The following call produces an expression tag which evaluates to 42:
UF_MODL_create_exp_tag( "42", &tag1 );

The expression might automatically be named p5 (for example: p5=42).

The next example produces an expression tag which evaluates to 21:
UF_MODL_create_exp_tag( "p5/2", &tag1 );

This expression might be automatically named P6 (for example: p6=p5/2).

Environment

Internal and External

See Also

UF_MODL_create_exp

Required License(s)

solid_modeling

int UF_MODL_create_exp_tag
(

const char * string,
tag_t * new_exp

)

const char *	string	Input	The string for the expression
tag_t *	new_exp	Output	The tag of the new expression.

UF_MODL_create_extrude_trim_opts (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature. The resulting body is a solid if the input
string is closed and the solid_creation option is TRUE. Otherwise a sheet
body results. A sheet can not be tapered and the taper_angle must be set to
0.0. The UF_MODL_SWEEP_TRIM_object structure is used to define the trim
objects. The trim_options is used to define the trim options if the
UF_MODL_SWEEP_TRIM_object structure is specified.

The limits of extrusion are valid only if the UF_MODL_SWEEP_TRIM_object
structure is not specified (NULL). The region point corresponds to the point
chosen after selecting intersecting objects. If the region_point_specified is
false then the region point is ignored.

Environment

Internal and External

See Also

History

Originally released in V15.0

Required License(s)

solid_modeling

int UF_MODL_create_extrude_trim_opts
(

tag_t * extrude_array,
int extrude_count,
UF_MODL_SWEEP_TRIM_object_p_t trim_ptr,
UF_MODL_SWEEP_TRIM_OPTS trim_options,
char * taper_angle,
char * limits [ 2 ] ,
char * offsets [ 2 ] ,
double region_point [ 3 ] ,
logical cut_specified,
logical solid_body_creation,
double dir [ 3 ] ,
UF_FEATURE_SIGN sign,
tag_t * * objects,
int * object_count

)

tag_t *	extrude_array	Input	List of objects to be extruded.
int	extrude_count	Input	Count of the objects to be extruded.
UF_MODL_SWEEP_TRIM_object_p_t	trim_ptr	Input	The structure that contains the trimming data.
UF_MODL_SWEEP_TRIM_OPTS	trim_options	Input	Trimming options: DO_NOT_EXTEND_TRIM_FACE = do not extend the trimming face, DO_NOT_EXTEND_AND_EXTEND_TRIM_FACE = first do not extend the trimming face and perform boolean operation. If fails, extend the trimming face and perform boolean. EXTEND_FIRST_TRIM_FACE = extend the first trimming face, EXTEND_SECOND_TRIM_FACE = extend the second trimming face, EXTEND_BOTH_TRIM_FACES = extend both trimming faces
char *	taper_angle	Input	The taper angle for the extrusion.
char *	limits [ 2 ]	Input	extrude_count The limits of the extrusion. Only used if the trim_ptr argument is NULL.
char *	offsets [ 2 ]	Input	The offsets for open strings
double	region_point [ 3 ]	Input	The point on the region desired.
logical	cut_specified	Input	TRUE or FALSE for region desired.
logical	solid_body_creation	Input	If TRUE, create solid bodies if the input string is closed. Otherwise sheet bodies will be created.
double	dir [ 3 ]	Input	The extrusion direction.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed: UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t * *	objects	Output to UF_free	An array of extruded feature tags. This must be freed by calling UF_free.
int *	object_count	Output	The number of features returned in the objects array.

UF_MODL_create_extrude_trim_opts1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature with trimming options, and perform Boolean
operation with given target body.

Environment

Internal and External

See Also

UF_MODL_create_extrude_trim_opts

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_extrude_trim_opts1
(

)

tag_t *	extrude_array	Input	List of objects to be extruded.
int	extrude_count	Input	Count of the objects to be extruded.
UF_MODL_SWEEP_TRIM_object_p_t	trim_ptr	Input	The structure that contains the trimming data.
UF_MODL_SWEEP_TRIM_OPTS	trim_options	Input	Trimming options: DO_NOT_EXTEND_TRIM_FACE = do not extend the trimming face, DO_NOT_EXTEND_AND_EXTEND_TRIM_FACE = first do not extend the trimming face and perform boolean operation. If fails, extend the trimming face and perform boolean. EXTEND_FIRST_TRIM_FACE = extend the first trimming face, EXTEND_SECOND_TRIM_FACE = extend the second trimming face, EXTEND_BOTH_TRIM_FACES = extend both trimming faces
char *	taper_angle	Input	The taper angle for the extrusion.
char *	limits [ 2 ]	Input	extrude_count The limits of the extrusion. Only used if the trim_ptr argument is NULL.
char *	offsets [ 2 ]	Input	The offsets for open strings
double	region_point [ 3 ]	Input	The point on the region desired.
logical	cut_specified	Input	TRUE or FALSE for region desired.
logical	solid_body_creation	Input	If TRUE, create solid bodies if the input string is closed. Otherwise sheet bodies will be created.
double	dir [ 3 ]	Input	The extrusion direction.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed: UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	Target body to perform Boolean operation
tag_t * *	objects	Output to UF_free	An array of extruded feature tags. This must be freed by calling UF_free.
int *	object_count	Output	The number of features returned in the objects array.

UF_MODL_create_extruded (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded body. The taper angle and limit variables are
character strings so that expressions may be input if desired. You can
only use lines and arcs when using the taper option. Also, if you
extrude an open profile, you must set the taper angle to zero. In the
example code we opted not to use this option so we set the value
equal to zero (char taper_angle = "0.0"). If you have a circle inside
the boundary of your closed generator curves, the taper angle for the
circle is opposite in sign. For example, if you specify a taper angle of 1
degree (char taper_angle = "1.0"), the taper angle for the circle is
minus 1 degree. See the Modeling User manual for more details on
the taper angle.

The profile created by the object list must be contiguous.

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_extruded
(

uf_list_p_t objects,
char * taper_angle,
char * limit [ 2 ] ,
double point [ 3 ] ,
double direction [ 3 ] ,
UF_FEATURE_SIGN sign,
uf_list_p_t * features

)

uf_list_p_t	objects	Input	List of objects to be extruded.
char *	taper_angle	Input	Taper angle (in degrees).
char *	limit [ 2 ]	Input	Limit of extrusion. This is declared as: char limit[2]. The first value is the start value of the extrusion and the second value is the end of the extrusion (see the example program).
double	point [ 3 ]	Input	not used
double	direction [ 3 ]	Input	Extrusion axis.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
uf_list_p_t *	features	Output to UF_free	List of feature identifiers created. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_extruded1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded body, and performs Boolean operation with given target
body.

Environment

Internal and External

See Also

UF_MODL_create_extruded

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_extruded1
(

uf_list_p_t objects,
char * taper_angle,
char * limit [ 2 ] ,
double point [ 3 ] ,
double direction [ 3 ] ,
UF_FEATURE_SIGN sign,
tag_t target_body,
uf_list_p_t * features

)

uf_list_p_t	objects	Input	List of objects to be extruded.
char *	taper_angle	Input	Taper angle (in degrees).
char *	limit [ 2 ]	Input	Limit of extrusion. This is declared as: char limit[2]. The first value is the start value of the extrusion and the second value is the end of the extrusion (see the example program).
double	point [ 3 ]	Input	not used
double	direction [ 3 ]	Input	Extrusion axis.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	Target body to perform Boolean
uf_list_p_t *	features	Output to UF_free	List of feature identifiers created. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_extruded2 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded body or bodies.

Multiple profiles may be used as input for the object list. Each
contiguous profile will create an extrusion feature. The modeling
distance tolerance will be used to define each profile.

Environment

Internal and External

See Also

UF_MODL_create_extruded

History

Originally released in V18.0.

Required License(s)

solid_modeling

int UF_MODL_create_extruded2
(

uf_list_p_t objects,
char * taper_angle,
char * limit [ 2 ] ,
double point [ 3 ] ,
double direction [ 3 ] ,
UF_FEATURE_SIGN sign,
uf_list_p_t * features

)

uf_list_p_t	objects	Input	List of objects to be extruded.
char *	taper_angle	Input	Taper angle (in degrees).
char *	limit [ 2 ]	Input	Limit of extrusion. This is declared as: char limit[2]. The first value is the start value of the extrusion and the second value is the end of the extrusion (see the example program).
double	point [ 3 ]	Input	not used
double	direction [ 3 ]	Input	Extrusion axis.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
uf_list_p_t *	features	Output to UF_free	List of feature identifiers created. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_extruded_path (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded solid body along a specified path.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_extruded_path
(

uf_list_p_t objects,
uf_list_p_t path_objects,
double point [ 3 ] ,
double direction [ 3 ] ,
UF_FEATURE_SIGN sign,
uf_list_p_t * features

)

uf_list_p_t	objects	Input	List of objects or one section builder, but not both, to be extruded.
uf_list_p_t	path_objects	Input	List of objects or one section builder, but not both, for providing a path for the extrusion.
double	point [ 3 ]	Input	Point
double	direction [ 3 ]	Input	Not used, can be set as (0,0,1)
UF_FEATURE_SIGN	sign	Input	Sign of the operation to be performed: 0 = create a new target solid 1 = add to a target solid 2 = subtract from a target solid 3 = intersect with a target solid
uf_list_p_t *	features	Output to UF_free	List of feature identifiers created. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_extruded_path1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded solid body along a specified path, and performs Boolean
operation with given target body.

Environment

Internal and External

See Also

UF_MODL_create_extruded_path

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_extruded_path1
(

uf_list_p_t objects,
uf_list_p_t path_objects,
double point [ 3 ] ,
double direction [ 3 ] ,
UF_FEATURE_SIGN sign,
tag_t target_body,
uf_list_p_t * features

)

uf_list_p_t	objects	Input	List of objects or one section builder, but not both, to be extruded.
uf_list_p_t	path_objects	Input	List of objects or one section builder, but not both, for providing a path for the extrusion.
double	point [ 3 ]	Input	Point
double	direction [ 3 ]	Input	Not used, can be set as (0,0,1).
UF_FEATURE_SIGN	sign	Input	Sign of the operation to be performed: 0 = create a new target solid 1 = add to a target solid 2 = subtract from a target solid 3 = intersect with a target solid
tag_t	target_body	Input	The target body to perform Boolean operation
uf_list_p_t *	features	Output to UF_free	List of feature identifiers created. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_extrusion (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature. The resulting body is a solid if the input
string is closed and the solid_creation option is TRUE. Otherwise a sheet
body results. A sheet can not be tapered and the taper_angle must be set to
0.0. The UF_MODL_SWEEP_TRIM_object structure is used to define the trim
objects. The limits of extrusion are valid only if the
UF_MODL_SWEEP_TRIM_object structure is not specified (NULL). The region
point corresponds to the point chosen after selecting intersecting objects.
If the region_point_specified is false then the region point is ignored.

Note that the offset direction is determined by the cross product of the
direction vector of the first profile segment and the extrusion direction
vector. The direction of a segment follows the direction of the profile
flow instead of the parametric or mathematical direction of the segment.

The profile created by the object list must be contiguous.

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_extrusion
(

tag_t * objects,
int object_count,
UF_MODL_SWEEP_TRIM_object_p_t trim_data,
char * taper_angle,
char * limits [ 2 ] ,
char * offsets [ 2 ] ,
double region_point [ 3 ] ,
logical region_specified,
logical solid_creation,
double direction [ 3 ] ,
UF_FEATURE_SIGN sign,
tag_t * * features,
int* number_of_features

)

tag_t *	objects	Input	List of objects to be extruded
int	object_count	Input	Number of objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Pointer to structure for trimming data
char *	taper_angle	Input	Taper Angle. The taper angle can be non-zero only if the body being created is a sheet body.
char *	limits [ 2 ]	Input	Limits of extrusion. Only valid if trim_data = NULL
char *	offsets [ 2 ]	Input	Offsets for open strings
double	region_point [ 3 ]	Input	Point on region desired
logical	region_specified	Input	True or False for region desired
logical	solid_creation	Input	If TRUE, create solid bodies if input string is closed. Otherwise, sheet bodies are the result.
double	direction [ 3 ]	Input	Extrusion direction
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t * *	features	Output to UF_free	Array of extruded feature tags. This must be freed by calling UF_free.
int*	number_of_features	Output	Number of features returned

UF_MODL_create_extrusion1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature, and perform Boolean operation with a target body.

Environment

Internal and External

See Also

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_extrusion1
(

)

tag_t *	objects	Input	List of objects to be extruded
int	object_count	Input	Number of objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Pointer to structure for trimming data
char *	taper_angle	Input	Taper Angle.
char *	limits [ 2 ]	Input	Limits of extrusion. Only valid if trim_data = NULL
char *	offsets [ 2 ]	Input	Offsets for open strings
double	region_point [ 3 ]	Input	Point on region desired
logical	region_specified	Input	True or False for region desired
logical	solid_creation	Input	If TRUE, create solid bodies if input string closed. Otherwise, sheet bodies are the result.
double	direction [ 3 ]	Input	Extrusion direction
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	target body to perform Boolean operation
tag_t * *	features	Output to UF_free	Array of extruded feature tags. This must be freed by calling UF_free.
int*	number_of_features	Output	Number of features returned

UF_MODL_create_extrusion2 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature or features.

Multiple profiles may be used as input for the object list. Each
contiguous profile will create an extrusion feature. The modeling
distance tolerance will be used to define each profile.

Environment

Internal and External

See Also

History

Originally released in V18.0.

Required License(s)

solid_modeling

int UF_MODL_create_extrusion2
(

)

tag_t *	objects	Input	List of objects to be extruded
int	object_count	Input	Number of objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Pointer to structure for trimming data
char *	taper_angle	Input	Taper Angle. The taper angle can be non-zero only if the body being created is a sheet body.
char *	limits [ 2 ]	Input	Limits of extrusion. Only valid if trim_data = NULL
char *	offsets [ 2 ]	Input	Offsets for open strings
double	region_point [ 3 ]	Input	Point on region desired
logical	region_specified	Input	True or False for region desired
logical	solid_creation	Input	If TRUE, create solid bodies if input string is closed. Otherwise, sheet bodies are the result.
double	direction [ 3 ]	Input	Extrusion direction
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t * *	features	Output to UF_free	Array of extruded feature tags. This must be freed by calling UF_free.
int*	number_of_features	Output	Number of features returned

UF_MODL_create_extrusion_default (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature. This function behaves like
UF_MODL_create_extrusion, except that the extruded direction is determined by
the flag reverse_default and the direction of the input sketch. The resulting
body is a solid if the input string is closed and the solid_creation option is
TRUE. Otherwise a sheet body results. A sheet can not be tapered and the
taper_angle must be set to 0.0. The UF_MODL_SWEEP_TRIM_object structure is
used to define the trim objects. The trim_options is used to define the trim
options if the UF_MODL_SWEEP_TRIM_object structure is specified.

The limits of extrusion are valid only if the UF_MODL_SWEEP_TRIM_object
structure is not specified (NULL). The region point corresponds to the point
chosen after selecting intersecting objects. If the region_point_specified is
false then the region point is ignored.

Environment

Internal and External

See Also

History

Originally released in V15.0

Required License(s)

solid_modeling

int UF_MODL_create_extrusion_default
(

tag_t * extrude_array,
int extrude_count,
UF_MODL_SWEEP_TRIM_object_p_t trim_ptr,
UF_MODL_SWEEP_TRIM_OPTS trim_options,
char * taper_angle,
char * limits [ 2 ] ,
char * offsets [ 2 ] ,
double region_point [ 3 ] ,
logical cut_specified,
logical solid_body_creation,
tag_t sketch_eid,
logical reverse_default,
UF_FEATURE_SIGN sign,
tag_t * * objects,
int * object_count

)

tag_t *	extrude_array	Input	List of objects to be extruded.
int	extrude_count	Input	Count of the objects to be extruded.
UF_MODL_SWEEP_TRIM_object_p_t	trim_ptr	Input	The structure that contains the trimming data.
UF_MODL_SWEEP_TRIM_OPTS	trim_options	Input	Trimming options: DO_NOT_EXTEND_TRIM_FACE = do not extend the trimming face, DO_NOT_EXTEND_AND_EXTEND_TRIM_FACE = first do not extend the trimming face and perform boolean operation. If fails, extend the trimming face and perform boolean. EXTEND_FIRST_TRIM_FACE = extend the first trimming face, EXTEND_SECOND_TRIM_FACE = extend the second trimming face, EXTEND_BOTH_TRIM_FACES = extend both trimming faces
char *	taper_angle	Input	The taper angle for the extrusion.
char *	limits [ 2 ]	Input	extrude_count The limits of the extrusion. Only used if the trim_ptr argument is NULL.
char *	offsets [ 2 ]	Input	The offsets for open strings
double	region_point [ 3 ]	Input	The point on the region desired.
logical	cut_specified	Input	TRUE or FALSE for region desired.
logical	solid_body_creation	Input	If TRUE, create solid bodies if the input string is closed. Otherwise sheet bodies will be created.
tag_t	sketch_eid	Input	The object identifier of a sketch which will be used to determine the direction of the extrusion.
logical	reverse_default	Input	If TRUE, then reverse the direction of the sketch. If FALSE, then use the same direction as the sketch.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed: UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t * *	objects	Output to UF_free	An array of extruded feature tags. This must be freed by calling UF_free.
int *	object_count	Output	The number of features returned in the objects array.

UF_MODL_create_extrusion_default1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature, and perform Boolean operation with a target body.

Environment

Internal and External

See Also

UF_MODL_create_extrusion_default

History

originally released in V.16.0.

Required License(s)

solid_modeling

int UF_MODL_create_extrusion_default1
(

tag_t * extrude_array,
int extrude_count,
UF_MODL_SWEEP_TRIM_object_p_t trim_ptr,
UF_MODL_SWEEP_TRIM_OPTS trim_options,
char * taper_angle,
char * limits [ 2 ] ,
char * offsets [ 2 ] ,
double region_point [ 3 ] ,
logical cut_specified,
logical solid_body_creation,
tag_t sketch_eid,
logical reverse_default,
UF_FEATURE_SIGN sign,
tag_t target_body,
tag_t * * objects,
int * object_count

)

tag_t *	extrude_array	Input	List of objects to be extruded.
int	extrude_count	Input	Count of the objects to be extruded.
UF_MODL_SWEEP_TRIM_object_p_t	trim_ptr	Input	The structure that contains the trimming data.
UF_MODL_SWEEP_TRIM_OPTS	trim_options	Input	Trimming options: DO_NOT_EXTEND_TRIM_FACE = do not extend the trimming face, DO_NOT_EXTEND_AND_EXTEND_TRIM_FACE = first do not extend the trimming face and perform boolean operation. If fails, extend the trimming face and perform boolean. EXTEND_FIRST_TRIM_FACE = extend the first trimming face, EXTEND_SECOND_TRIM_FACE = extend the second trimming face, EXTEND_BOTH_TRIM_FACES = extend both trimming faces
char *	taper_angle	Input	The taper angle for the extrusion.
char *	limits [ 2 ]	Input	The limits of the extrusion. Only used if the trim_ptr argument is NULL.
char *	offsets [ 2 ]	Input	The offsets for open strings
double	region_point [ 3 ]	Input	The point on the region desired.
logical	cut_specified	Input	TRUE or FALSE for region desired.
logical	solid_body_creation	Input	If TRUE, create solid bodies if the input string is closed. Otherwise sheet bodies will be created.
tag_t	sketch_eid	Input	The object identifier of a sketch which will be used to determine the direction of the extrusion.
logical	reverse_default	Input	If TRUE, then reverse the direction of the sketch. If FALSE, then use the same direction as the sketch.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed: UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	Boolean target
tag_t * *	objects	Output to UF_free	An array of extruded feature tags. This must be freed by calling UF_free.
int *	object_count	Output	The number of features returned in the objects array.

UF_MODL_create_extrusion_dir (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature. This function behaves like
UF_MODL_create_extrusion, except that the extruded direction is determined by
the direction of the input datum. The resulting body is a solid if the input
string is closed and the solid_creation option is TRUE. Otherwise a sheet
body results. A sheet can not be tapered and the taper_angle must be set to
0.0. The UF_MODL_SWEEP_TRIM_object structure is used to define the trim
objects. The trim_options is used to define the trim options if the
UF_MODL_SWEEP_TRIM_object structure is specified.

The limits of extrusion are valid only if the UF_MODL_SWEEP_TRIM_object
structure is not specified (NULL). The region point corresponds to the point
chosen after selecting intersecting objects. If the region_point_specified is
false then the region point is ignored.

Environment

Internal and External

See Also

History

Originally released in V15.0

Required License(s)

solid_modeling

int UF_MODL_create_extrusion_dir
(

tag_t * extrude_array,
int extrude_count,
UF_MODL_SWEEP_TRIM_object_p_t trim_ptr,
UF_MODL_SWEEP_TRIM_OPTS trim_options,
char * taper_angle,
char * limits [ 2 ] ,
char * offsets [ 2 ] ,
double region_point [ 3 ] ,
logical cut_specified,
logical solid_body_creation,
tag_t datum_eid,
UF_FEATURE_SIGN sign,
tag_t * * objects,
int * object_count

)

tag_t *	extrude_array	Input	List of objects to be extruded.
int	extrude_count	Input	Count of the objects to be extruded.
UF_MODL_SWEEP_TRIM_object_p_t	trim_ptr	Input	The structure that contains the trimming data.
UF_MODL_SWEEP_TRIM_OPTS	trim_options	Input	Trimming options: DO_NOT_EXTEND_TRIM_FACE = do not extend the trimming face, DO_NOT_EXTEND_AND_EXTEND_TRIM_FACE = first do not extend the trimming face and perform boolean operation. If fails, extend the trimming face and perform boolean. EXTEND_FIRST_TRIM_FACE = extend the first trimming face, EXTEND_SECOND_TRIM_FACE = extend the second trimming face, EXTEND_BOTH_TRIM_FACES = extend both trimming faces
char *	taper_angle	Input	The taper angle for the extrusion.
char *	limits [ 2 ]	Input	extrude_count The limits of the extrusion. Only used if the trim_ptr argument is NULL.
char *	offsets [ 2 ]	Input	The offsets for open strings
double	region_point [ 3 ]	Input	The point on the region desired.
logical	cut_specified	Input	TRUE or FALSE for region desired.
logical	solid_body_creation	Input	If TRUE, create solid bodies if the input string is closed. Otherwise sheet bodies will be created.
tag_t	datum_eid	Input	Object identifier of a datum which will provide the direction of the extrusion.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed: UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t * *	objects	Output to UF_free	An array of extruded feature tags. This must be freed by calling UF_free.
int *	object_count	Output	The number of features returned in the objects array.

UF_MODL_create_extrusion_path (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature using sweep along a guide.

Environment

Internal and External

See Also

UF_MODL_create_extrusion
Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_extrusion_path
(

tag_t * objects,
int object_count,
tag_t * path_objects,
int path,
UF_MODL_SWEEP_TRIM_object_p_t trim_data,
char * offsets [ 2 ] ,
double region_point [ 3 ] ,
logical region_specified,
logical solid_creation,
UF_FEATURE_SIGN sign,
tag_t * * features,
int* number_of_features

)

tag_t *	objects	Input	Section Objects.
int	object_count	Input	Number of section objects
tag_t *	path_objects	Input	Path objects
int	path	Input	Number of path objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Not used
char *	offsets [ 2 ]	Input	Offsets
double	region_point [ 3 ]	Input	Point in desired region
logical	region_specified	Input	True or False for region desired
logical	solid_creation	Input	If TRUE, create solid bodies if input string closed. Otherwise, sheet bodies are the result.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t * *	features	Output to UF_free	Array of extrude feature tags. This must be freed by calling UF_free.
int*	number_of_features	Output	Number of features returned

UF_MODL_create_extrusion_path1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates an extruded feature using sweep along a guide, and performs Boolean
operation with given target body.

Environment

Internal and External

See Also

UF_MODL_create_extrusion_path

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_extrusion_path1
(

)

tag_t *	objects	Input	Section Objects.
int	object_count	Input	Number of section objects
tag_t *	path_objects	Input	Path objects
int	path	Input	Number of path objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Not used
char *	offsets [ 2 ]	Input	Offsets
double	region_point [ 3 ]	Input	Point in desired region
logical	region_specified	Input	True or False for region desired
logical	solid_creation	Input	If TRUE, create solid bodies if input string closed. Otherwise, sheet bodies are the result.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	Boolean target
tag_t * *	features	Output to UF_free	Array of extrude feature tags. This must be freed by calling UF_free.
int*	number_of_features	Output	Number of features returned

UF_MODL_create_face_blend (view source)

Defined in: uf_modl_blends.h

Overview

Creates a face blend

This function is intended to replace UF_MODL_create_blend_faces.

Creates face-to-face blends or construction of blends, between
walls of faces that are not necessarily adjacent to each other (and not
necessarily part of the same body). A wall may be constructed from
faces on a single body or from multiple sheet bodies. In this case, the
sheets are sewn together automatically before blending (if possible).
Optionally, the wall faces may be trimmed automatically to the new
blend edges, and may also be attached to the blend. The blend radius
may be constant, controlled by a Law function along a spine curve or
by specification of Tangency Curves only.

It can accept individual faces, curves and edges for the face sets and
tangent hold lines. It can also accept the face, edge and curve collectors
in the same corresponding array. But for each array, only one collector
is allowed.

Environment

Internal and External

History

Added in v16.0
NX2.0 Allow user input collectors

Required License(s)

solid_modeling

int UF_MODL_create_face_blend
(

UF_MODL_face_blend_create_data_p_t create_data,
UF_MODL_blend_faces_limit_data_p_t limit_data,
tag_t * feature_tag,
int * num_bodies_created,
tag_t * * bodies_created,
int * num_blend_faces,
tag_t * * blend_faces

)

UF_MODL_face_blend_create_data_p_t	create_data	Input	Data describing the blend.
UF_MODL_blend_faces_limit_data_p_t	limit_data	Input	Data describing the blend.
tag_t *	feature_tag	Output	The object identifier of the created blend.
int *	num_bodies_created	Output	This is unused, and always returns 0.
tag_t * *	bodies_created	Output to UF_free	This is unused, the pointer is always set to NULL.
int *	num_blend_faces	Output	This is unused, and always returns 0.
tag_t * *	blend_faces	Output to UF_free	This is unused, the pointer is always set to NULL.

UF_MODL_create_face_constraint (view source)

Defined in: uf_modl_dfo.h

Overview

Create a face constraint

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_face_constraint
(

UF_MODL_dfo_region_p_t region,
UF_MODL_dfo_constraint_p_t constraint,
tag_t * feature_tag

)

UF_MODL_dfo_region_p_t	region	Input	faces to be operated
UF_MODL_dfo_constraint_p_t	constraint	Input	constraints imposed on the region.
tag_t *	feature_tag	Output	feature_tag created by the operation.

UF_MODL_create_face_offset (view source)

Defined in: uf_modl.h

Overview

Create offset feature using the input offset and list of features or
faces. The output of this function is the object identifier associated to
the offset feature. This routine works on planar faces, cylindrical faces
and conical faces.

Environment

Internal and External

History

NX2.0 added the functionality to allow inputing face collector

Required License(s)

solid_modeling

int UF_MODL_create_face_offset
(

char * offset,
uf_list_p_t faces,
tag_t * feature_obj_id

)

char *	offset	Input	Offset offset. Value must be greater than 1e-6 otherwise it is regarded as zero which is an invalid input. We do not support zero as input.
uf_list_p_t	faces	Input	Offset feature/face object list. You can input a face collector tag in the list. If you input a face collector, the face collector should be the only member in the list.
tag_t *	feature_obj_id	Output	Feature object identifier of created face offset

UF_MODL_create_face_taper (view source)

Defined in: uf_modl_taper.h

Overview

Creates a face taper feature using a location, direction, angle, and a
list of faces to taper. The output of this function is the object identifier
associated to the face taper.

Environment

Internal and External

See Also

UF_MODL_create_taper_from_faces

Required License(s)

solid_modeling

int UF_MODL_create_face_taper
(

double location [ 3 ] ,
double direction [ 3 ] ,
const char * angle,
uf_list_p_t faces,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Taper location.
double	direction [ 3 ]	Input	Taper direction.
const char *	angle	Input	Taper angle.
uf_list_p_t	faces	Input	List of faces to taper.
tag_t *	feature_obj_id	Output	Feature object identifier of created face taper

UF_MODL_create_feature_offset (view source)

Defined in: uf_modl.h

Overview

Creates an offset.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_feature_offset
(

char * offset,
uf_list_p_t features,
tag_t * feature_obj_id

)

char *	offset	Input	Offset
uf_list_p_t	features	Input	Offset feature object list.
tag_t *	feature_obj_id	Output	Feature object identifier of created feature offset

UF_MODL_create_feature_taper (view source)

Defined in: uf_modl_taper.h

Overview

Creates a taper on a specified feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_feature_taper
(

double location [ 3 ] ,
double direction [ 3 ] ,
const char * angle,
tag_t original_feature,
tag_t * taper_feature

)

double	location [ 3 ]	Input	Location of the taper
double	direction [ 3 ]	Input	Direction of the taper
const char *	angle	Input	Angle of taper
tag_t	original_feature	Input	Identifier for the feature to be tapered.
tag_t *	taper_feature	Output	Identifier for the tapered feature

UF_MODL_create_fitted_spline (view source)

Defined in: uf_modl_curves.h

Overview

Creates a spline by "fitting" the curve to the data points. The system
does not store defining points for curves created using the spline
creation function. However, these points are stored for B-curve
creation functions.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_fitted_spline
(

SPLINE_FIT_p_t spline_data,
double * max_err,
int * max_err_pt,
tag_p_t obj_id

)

SPLINE_FIT_p_t	spline_data	Input	Structure containing the spline data.
double *	max_err	Output	The maximum error at any point used in the approximation.
int *	max_err_pt	Output	The point at which the maximum error exists.
tag_p_t	obj_id	Output	Identifier of the created curve.

UF_MODL_create_fixed_daxis (view source)

Defined in: uf_modl_datum_features.h

Overview

Creates a fixed datum axis feature which lies on the line through
Point1 in the direction of Point2.

Environment

Internal and External

See Also

History

Original release was in V13.0.

Required License(s)

solid_modeling

int UF_MODL_create_fixed_daxis
(

double point1 [ 3 ] ,
double point2 [ 3 ] ,
tag_t * daxis_tag

)

double	point1 [ 3 ]	Input	first point of datum axis
double	point2 [ 3 ]	Input	second point of datum axis
tag_t *	daxis_tag	Output	the created fixed datum axis. This is a not a feature tag. To obtain the feature tag use UF_MODL_ask_object_feat.

UF_MODL_create_fixed_dplane (view source)

Defined in: uf_modl_datum_features.h

Overview

Creates a fixed datum plane feature where the plane passes through
"point" with a normal of "direction".

Environment

Internal and External

See Also

Required License(s)

solid_modeling

int UF_MODL_create_fixed_dplane
(

double point [ 3 ] ,
double direction [ 3 ] ,
tag_t * dplane_tag

)

double	point [ 3 ]	Input	center point of datum plane
double	direction [ 3 ]	Input	normal vector of datum plane
tag_t *	dplane_tag	Output	The created fixed datum plane tag. This is not a feature tag. To obtain the feature tag use UF_MODL_ask_object_feat.

UF_MODL_create_flange (view source)

Defined in: uf_modl_smd.h

Overview

Creates a flange feature. The output of the routine is the object
identifier of the flange.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_create_flange
(

double orig [ 3 ] ,
double xdir [ 3 ] ,
double zdir [ 3 ] ,
tag_t face,
tag_t edge,
char * thick,
char * width,
char * angle,
char * length,
char * radius,
char * taper_l,
char * taper_r,
int ang_tgl,
int len_tgl,
int rad_tgl,
tag_t * flange

)

double	orig [ 3 ]	Input	Default origin of flange.
double	xdir [ 3 ]	Input	X-direction of flange (across bend.)
double	zdir [ 3 ]	Input	Z-direction, normal to the face.
tag_t	face	Input	Face to which the flange should attach.
tag_t	edge	Input	Horizontal edge.
char *	thick	Input	Thickness expression string (if null, infer from face)
char *	width	Input	Width expression string (if null, infer from edge)
char *	angle	Input	Bend angle expression string
char *	length	Input	Tangent length expression string
char *	radius	Input	Inside radius of the bend
char *	taper_l	Input	Left taper of flange
char *	taper_r	Input	Right taper of flange
int	ang_tgl	Input	Bend/Include angle switch
int	len_tgl	Input	Tangent/Contour length switch
int	rad_tgl	Input	Inside/Outside radius switch
tag_t *	flange	Output	Object identifier for the flange feature.

UF_MODL_create_frenet_daxis (view source)

Defined in: uf_modl_datum_features.h

Overview

Create a datum axis which is defined by a curve and a point on that curve.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_frenet_daxis
(

tag_t curve_tag,
tag_t direction_tag,
char * perc_string,
int direction_type,
tag_t * daxis_feid

)

tag_t	curve_tag	Input	eid of the curve, it could be UF_line_type, UF_circle_type, UF_conic_type, UF_spline_type or UF_solid_edge_subtype.
tag_t	direction_tag	Input	eid of the constraint object which defines the direction of the projection curve, NULL if not the case. it could be a face, edge, line, datum plane or datum axis.
char *	perc_string	Input	the parameter of curve, range from 0 to 100
int	direction_type	Input	the direction of frenet datum axis, 1 and 4 are tangent direction and its opposite, 2 and 5 are normal direction and its opposite, 3 and 6 are binormal and its opposite, and 0 when projection curve is created
tag_t *	daxis_feid	Output	the created daxis eid

UF_MODL_create_general_flange (view source)

Defined in: uf_modl_smd.h

Overview

Creates a general flange from its target face, bend radius, bend angle,
and web length. Along with these items an optional spine, thickness,
tolerance string, bend direction, and step data can be set. The output
is the object identifier associated to the general flange.

Environment

Internal and External

See Also

For example and figure see example

Required License(s)

sheet_metal_design

int UF_MODL_create_general_flange
(

tag_t target_face,
UF_STRING_p_t bend_edge_string,
UF_STRING_p_t spine_string,
UF_STRING_p_t section_curves,
int step_count,
int poly_cubic,
int reverse_normal,
int reverse_thicken,
char * thickness_str,
char * tolerance_str,
UF_MODL_parm_p_t plus,
UF_MODL_parm_t bend_radius [ ] ,
UF_MODL_parm_t bend_angle [ ] ,
UF_MODL_parm_t web_length [ ] ,
tag_p_t general_flange_tag

)

tag_t	target_face	Input	Attachment face for the generalized flange. The flange is constrained to be tangent to this face along the bend edge.
UF_STRING_p_t	bend_edge_string	Input	An edge in the tangent face, used as the attachment edge the generalized flange.
UF_STRING_p_t	spine_string	Input	An edge or curve used to define the section planes for the bend and web. If this values is null, the bend edge string is used as the spine string.
UF_STRING_p_t	section_curves	Input	Two or more section curves used as an alternate method for creating a general flange. The curves must start tangent to the target face, be C0 with the bend edge, be coplanar, end to end and be made up of alternating lines and arcs. If this parameter is used, the plus, bend_radius, bend_angle and web_length is ignored.
int	step_count	Input	The number of steps in the generalized flange. Zero is an invalid number. For each step include a value for the bend radius, bend angle and web.
int	poly_cubic	Input	=0 Use Rational Exact B-splines curves represented by exact conics. =1 Use Polynomial approximate to produce a surface with better parameterization. This does not produce exact conics.
int	reverse_normal	Input	=0 Use the tangent face normal at the center of the bend edge to determine the direction of the flange. =1 Use the reverse of the tangent face normal at the center of the bend edge to determine the direction of the flange.
int	reverse_thicken	Input	=0 If Body type is solid, thicken the plus bend and web along the direction of the bend. =1 If Body type is solid, thicken the plus bend and web opposite to the direction of the bend.
char *	thickness_str	Input	Thickness of the solid body created if the Modeling preference for body type is set to solid.
char *	tolerance_str	Input	This is initially set from the the modeling distance tolerance. This value has the same effect as the modeling distance tolerance.
UF_MODL_parm_p_t	plus	Input	The law specification of the target face extension between the bend edge and the start of the bend.
UF_MODL_parm_t	bend_radius [ ]	Input	The law specification of the radius of the bend.
UF_MODL_parm_t	bend_angle [ ]	Input	The law specification of the angle of the bend.
UF_MODL_parm_t	web_length [ ]	Input	The law specification of the length of the surface extension after the bend.
tag_p_t	general_flange_tag	Output	Pointer to Feature object identifier of created flange

UF_MODL_create_general_pad (view source)

Defined in: uf_modl_pads.h

Overview

Creates a general pad. Expressions are created for the taper_angle,
top_offset, placement_radius, and top_radius if they are used.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_general_pad
(

UF_MODL_faces_p_t placement_faces,
UF_MODL_offset_trans_faces_p_t top_faces,
UF_MODL_pocketpad_outline_p_t outline,
UF_MODL_parm_p_t placement_radius,
UF_MODL_parm_p_t top_radius,
tag_t * general_pad_tag

)

UF_MODL_faces_p_t	placement_faces	Input	The faces or a face collector used to define the shape of the pad at the placement faces. The first face is used to determine the target body.
UF_MODL_offset_trans_faces_p_t	top_faces	Input	The faces or a face collector used to define the top of the pad. The top can either be an offset or translation of the specified faces. If it is desired to have the top be an offset or translate of the placement faces, then just set the UF_MODL_faces_p_t pointer within this input structure to the placement_faces pointer value.
UF_MODL_pocketpad_outline_p_t	outline	Input	The definition of the curves used to define the shape of the pad. The shape can be defined by a single set of curves or section builder at either the placement face or the top face, and then the other curves or section builder are derived with a taper angle. The shape can also be defined by specifying curves or section builders at both the placement face and the top face.
UF_MODL_parm_p_t	placement_radius	Input	The specification of the radius desired between the side of the pad and the placement face.
UF_MODL_parm_p_t	top_radius	Input	The specification of the radius desired between the side of the pad and the top of the pad.
tag_t *	general_pad_tag	Output	Object identifier for the general pad feature.

UF_MODL_create_general_pocket (view source)

Defined in: uf_modl_pockets.h

Overview

Creates a general pocket. Creates Expressions for the taper_angle,
floor_offset, placement_radius, and floor_radius if they are used.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_general_pocket
(

UF_MODL_faces_p_t placement_faces,
UF_MODL_offset_trans_faces_p_t floor_faces,
UF_MODL_pocketpad_outline_p_t outline,
UF_MODL_parm_p_t placement_radius,
UF_MODL_parm_p_t floor_radius,
tag_t * general_pocket_tag

)

UF_MODL_faces_p_t	placement_faces	Input	The faces or a face collector used to define the shape of the pocket at the placement faces. The first face is used to determine the target body.
UF_MODL_offset_trans_faces_p_t	floor_faces	Input	The faces or a face collector used to define the floor of the pocket. The floor can either be an offset or translation of the specified faces. If it is desired to have the floor be an offset or translate of the placement faces, then just set the UF_MODL_faces_p_t pointer within this input structure to the placement_faces pointer value.
UF_MODL_pocketpad_outline_p_t	outline	Input	The definition of the curves used to define the shape of the pocket. The shape can be defined by a single set of curves or section builder at either the placement face or the floor face, and then the other curves or section builder are derived with a taper angle. The shape can also be defined by specifying curves or section builders at both the placement face and the floor face.
UF_MODL_parm_p_t	placement_radius	Input	The specification of the radius desired between the side of the pocket and the placement face.
UF_MODL_parm_p_t	floor_radius	Input	The specification of the radius desired between the side of the pocket and the floor of the pocket.
tag_t *	general_pocket_tag	Output	Object identifier for the general pocket feature.

UF_MODL_create_geodesic_curves (view source)

Defined in: uf_modl_curves.h

Overview

Creates geodesic curves on a connected set of faces given a start point,
direction and desired length. If the length is greater than the extent
of input face(s), then curves up to the face boundary are returned.
The resulting geodesic curves are not "smart" curves.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_geodesic_curves
(

int number_of_faces,
tag_t face_eids [ ] ,
double start_pnt [ 3 ] ,
double start_dir [ 3 ] ,
double length,
double dist_tol,
tag_t * * geodesiccurve_id,
int * geodesiccurve_cnt,
double * achieved_length

)

int	number_of_faces	Input	the number of faces to be used to create geodesic curve.
tag_t	face_eids [ ]	Input	The faces to be used to create geodesic curves. The faces should be connected and come from same body.
double	start_pnt [ 3 ]	Input	Start point of geodesic curve in absolute space (3 element array). The point should lie on one of the face specified in face_eids
double	start_dir [ 3 ]	Input	Start direction of geodesic curve(normalized vector)
double	length	Input	Desired length of geodesic curve measured from start_pnt
double	dist_tol	Input	Tolerance value. The tolerance is used in fitting geodesic curves.
tag_t * *	geodesiccurve_id	Output to UF_free	Array of geodesic curve identifiers. The allocated arrays must be freed with UF_free().
int *	geodesiccurve_cnt	Output	Number of curves created.
double *	achieved_length	Output	The total length of result Geodesic curves.

UF_MODL_create_gflange (view source)

Defined in: uf_modl_smd.h

Overview

Creates a generalized flange.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_create_gflange
(

UF_MODL_gflange_data_p_t gflange_data,
tag_p_t gflange_tag

)

UF_MODL_gflange_data_p_t	gflange_data	Input	Data struct
tag_p_t	gflange_tag	Output	Genflg tag

UF_MODL_create_hollow (view source)

Defined in: uf_modl_hollow.h

Overview

Creates a hollow feature using the input thickness and a list of faces to
hollow. The output of this function is the object identifier associated
to the hollow.

The thickness specified must be larger than the default modeling tolerance.
If a smaller thickness is desired than the modeling tolerance,
UF_MODL_create_variable_hollow may be used.

Environment

Internal and External

See Also

UF_MODL_create_variable_hollow

Required License(s)

solid_modeling

int UF_MODL_create_hollow
(

char * thickness,
uf_list_p_t faces,
tag_t * feature_obj_id

)

char *	thickness	Input	Hollow thickness.
uf_list_p_t	faces	Input	List of faces to be hollow.
tag_t *	feature_obj_id	Output	Feature object identifier of created hollow

UF_MODL_create_impr_faces (view source)

Defined in: uf_modl_simplify.h

Overview

Create an imprint feature according to the specified data (using an
explicit array of faces and a datum plane to define new edges on the
solid). The part containing the solid will be fully loaded if necessary.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_impr_faces
(

UF_MODL_imprint_faces_data_p_t parms,
tag_t * feature_tag

)

UF_MODL_imprint_faces_data_p_t	parms	Input	Parameters of the new imprint feature
tag_t *	feature_tag	Output	The feature created

UF_MODL_create_impr_loop (view source)

Defined in: uf_modl_simplify.h

Overview

Create an imprint feature according to the specified data (using
a face and a datum plane to define a loop of new edges on the solid).
The part containing the solid will be fully loaded if necessary.

Environment

Internal and External.

Required License(s)

solid_modeling

int UF_MODL_create_impr_loop
(

UF_MODL_imprint_loop_data_p_t parms,
tag_t * feature_tag

)

UF_MODL_imprint_loop_data_p_t	parms	Input	Parameters of the new imprint feature
tag_t *	feature_tag	Output	The feature created

UF_MODL_create_inset_flange (view source)

Defined in: uf_modl_smd.h

Overview

Generates a Sheet Metal Design inset flange feature. It provides the
ability to create the feature along the complete extent of the
attachment face or partially with reliefs automatically added during
construction.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_create_inset_flange
(

tag_t attach_face,
tag_t reference_edge,
double position [ 3 ] ,
double xdirection [ 3 ] ,
double zdirection [ 3 ] ,
UF_MODL_inset_flange_data_p_t parameters,
tag_p_t feature_tag

)

tag_t	attach_face	Input	Attachment face of target body.
tag_t	reference_edge	Input	Horizontal edge reference of target body.
double	position [ 3 ]	Input	Default origin of inset flange feature.
double	xdirection [ 3 ]	Input	Direction of inset flange along the width of the bend.
double	zdirection [ 3 ]	Input	Normal of attachment/link face.
UF_MODL_inset_flange_data_p_t	parameters	Input	Structure which defines the size and shape of the inset flange feature.
tag_p_t	feature_tag	Output	Object identifier of the inset flange feature.

UF_MODL_create_instantiated_udf (view source)

Defined in: uf_modl_udf.h

Overview

Create a new UDF instantiation in the current part. The steps to instantiate a
new UDF are as follows:

1) Open the UDF definition file using UF_PART_open_quiet().
2) Find the UDF feature definition.
3) Ask for the UDF definition to get all the external references.
4) Change part to the instantiation part
5) For each external reference you need to select a new reference in the
instantiation part.
6) Get new values for the expressions.
7) Use UF_MODL_create_instantiated_udf to create a UDF instantiation.

There is a newer version of this API - UF_MODL_create_instantiated_udf1
It is recommended to use the newer version for the following cases -
1. The inputs to a UDF consist of selection-intent objects.
2. One needs to use a UDF input in the reverse sense.
3. One wants provide specific mapping when dealing with selection-intent inputs.

For more details about mapping see the documentation for UF_MODL_create_instantiated_udf1

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

Refer to example

History

Originally released in V15.0

Required License(s)

solid_modeling

int UF_MODL_create_instantiated_udf
(

tag_t udf_definition_tag,
char * cgm_file_name,
tag_t * old_parents,
tag_t * new_parents,
int num_parents,
tag_t * old_expression,
char * * new_expression_value,
int num_expression,
tag_t * new_udf

)

tag_t	udf_definition_tag	Input	The object identifier of the udf feature definition, UDF_DEF.
char *	cgm_file_name	Input	Cgm file
tag_t *	old_parents	Input	Array of old parents
tag_t *	new_parents	Input	Array of new parents
int	num_parents	Input	Number of parents
tag_t *	old_expression	Input	Array of udf definition expression
char * *	new_expression_value	Input	Array of new expression new values only the right hand side
int	num_expression	Input	Number of expressions.
tag_t *	new_udf	Output	New udf instantiated feature, a UDF_INS feature.

UF_MODL_create_instantiated_udf1 (view source)

Defined in: uf_modl_udf.h

Overview

Function description:
User function for instantiating a UDF feature.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

It can accept single UDF references and Smart Collectors and Sections in
UF_MODL_udf_ref_data_t.

There is a newer version of this API - UF_MODL_create_instantiated_udf1
It is recommended to use the newer version for the following cases -
1. The inputs to a UDF consist of selection-intent objects.
2. One needs to use a UDF input in the reverse sense.
3. One wants provide specific mapping when dealing with selection-intent inputs.

A simple example where mapping is required while instantiating a UDF is as follows:
1. A UDF comprises of an extrude feature and a blend feature
2. The blend feature blends one edge of the extrude feature
3. The extrude feature's input is a selection-intent section.
4. In the UDF definition, the section comprised of four curves. One of the
curves produces an extrude lateral face. One edge of the lateral face
was blended by the blend feature.
5. Hence the blend feature is a downstream child of one of the curves of the
input section of the UDF definition.
6. While instantiating, the new input section can have any number of curves.
7. Hence while instantiating, the output blend feature will get created based
on which curve of the instantiation input selection-intent section maps to the
corresponding curve of definition selection-intent section.

The following steps describe how to instantiate a UDF with mapping using the Open C API:
Compile and link this example as an Internal User Function program
In NX, open the part nx4part.prt
Run the user function program
When the user function prompts for a UDF, browse and select nx4mapping2.prt
Then select the sketch(8)
Select "Sketch Section" on the next dialog
For smart-dir, select the sketch(8) again
OK through all other dialogs to create the UDF

To run see how this works interactively in NX two files have been provided. They are
nx4mapping2.cgm
nx4mapping2.prt

See Also

UF_MODL_udf_init_insert_data_from_def

History

This function was originally released in NX3.

Required License(s)

solid_modeling

int UF_MODL_create_instantiated_udf1
(

tag_t udf_define_tag,
UF_MODL_udf_exp_data_t * exp_data,
UF_MODL_udf_ref_data_t * ref_data,
tag_t * udf_insert_tag

)

tag_t	udf_define_tag	Input	Tag of UDF definition feature
UF_MODL_udf_exp_data_t *	exp_data	Input	Expression data
UF_MODL_udf_ref_data_t *	ref_data	Input	Parent data
tag_t *	udf_insert_tag	Output	Tag of UDF instantiated feature

UF_MODL_create_isocline_curves (view source)

Defined in: uf_modl_curves.h

Overview

Creates isocline curves on the given face defined by the specified
direction and angle.

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_isocline_curves
(

tag_t face_id,
double direction [ 3 ] ,
double angle,
double dist_tol,
tag_t * * isocurve_id,
int * isocurve_cnt

)

tag_t	face_id	Input	The face identifier
double	direction [ 3 ]	Input	Isocline direction (normalized vector)
double	angle	Input	Isocline angle (between specified direction and normals of the curves) in degrees. Angle range is from -90 to +90 degrees.
double	dist_tol	Input	Tolerance value. The tolerance is only used when the input face is foreign or an offset of a non analytic face.
tag_t * *	isocurve_id	Output to UF_free	Array of isocline curve object identifiers. The allocated arrays must be freed with UF_free().
int *	isocurve_cnt	Output	Number of curves created.

UF_MODL_create_isocurve (view source)

Defined in: uf_modl_curves.h

Overview

Creates isoparametric curves on a face. You cannot create isoparametric
curves of constant v from a blend. The resulting isoparametric curves
are not "smart" curves. In other words, they are not associative to the
face from which they were created. If the face is modified, the curves
do not change.

Environment

Internal and External

Required License(s)

( solid_modeling or drafting )

int UF_MODL_create_isocurve
(

tag_t face_id,
int uv_flag,
double parameter,
double dist_tol,
tag_t * * isocurve_id,
int * isocurve_cnt

)

tag_t	face_id	Input	The face identifier.
int	uv_flag	Input	1 = create curve along u isoparameter. 2 = create curve along v isoparameter.
double	parameter	Input	Parameter at which to create the curve.
double	dist_tol	Input	Tolerance value. The tolerance is only used when the input face is foreign or an offset of a non analytic face.
tag_t * *	isocurve_id	Output to UF_free	Array of isoparametric curve identifiers. You may get multiple curves if the face is trimmed. The allocated arrays must be freed with UF_free().
int *	isocurve_cnt	Output	Number of curves created.

UF_MODL_create_law (view source)

Defined in: uf_modl_curves.h

Overview

Prototypes for createa LAW parm

extern int UF_MODL_create_law()

INPUT-
------
law_method = type of law
1 - constant (numeric law)
2 - linear (numeric law)
3 - cubic s-shape (numeric law)
4 - linear on spine (numeric law)
5 - by equation (equation law)
6 - cubic on spine (numeric law)
7 - by curves (graphic law)

law_str1 = contents depend on law_method setting
= 1 - expression for constant radius
= 2,3 - expression start radius value
= 5 - expression for t function

law_str2 = contents depend on law_method setting
= 0,1 - not used
= 2,3 - expression end radius value
= 5 - expression for f function

spine_string = spine curves depending on law_method setting
= 4,6 - (required)
= other - (optional)

law_cv_string = law curves (only for method = 7)

num_spine_points = number of spine points (method 4 and 6 only)

spine_xyz[] = 3D point coordinates of spine points selected (law_method
4 and 6 only)

spine_values[] = law function value on the 3d points (law_method
4 and 6 only)

base_line_tag = base line (law method 7 only)

base_direction = base line direction
+1 or
-1

OUTPUT-
-------
law_parm_ptr = a pointer for a LAW_PARM data struct

RETURNS-
--------
int = status
0 - no error
1 - invalid method
2 - missing spine
3 - missing law curve

Required License(s)

solid_modeling

int UF_MODL_create_law
(

int law_method,
const char * law_str1,
const char * law_str2,
UF_STRING_t spine_str,
UF_STRING_t law_cv_str,
int num_spine_points,
double spine_xyz [ ] ,
double spine_values [ ] ,
tag_t base_line_tag,
int base_direction,
void * * uf_law_parms

)

int	law_method	Input
const char *	law_str1	Input
const char *	law_str2	Input
UF_STRING_t	spine_str	Input
UF_STRING_t	law_cv_str	Input
int	num_spine_points	Input
double	spine_xyz [ ]	Input
double	spine_values [ ]	Input
tag_t	base_line_tag	Input
int	base_direction	Input
void * *	uf_law_parms	Output

UF_MODL_create_law_extension (view source)

Defined in: uf_modl_freeform.h

Overview

Creates Law Extension feature from the Law Extension Open API data structure.

Environment

Internal and External

Required License(s)

( solid_modeling or drafting )

int UF_MODL_create_law_extension
(

UF_MODL_lawext_data_p_t law_extension_data,
tag_p_t law_extension

)

UF_MODL_lawext_data_p_t	law_extension_data	Input	Law Extension Open API data structure.
tag_p_t	law_extension	Output	Law Extension feature object identifier.

UF_MODL_create_linear_iset (view source)

Defined in: uf_modl_isets.h

Overview

Creates a linear instance set feature using the existing work
coordinate system. The values needed are the number in the XC
direction, spacing for the XC direction, number in the YC direction,
spacing in the YC direction, and a list of features to instance. The
output of this function is the object identifier associated to the linear
instance set.

A different instance set will be created for each item in the feature_list.
feature_obj_id will be the identifier of last instance set feature created.
To query ids of other instance set features, call UF_MODL_ask_instance_iset
with each item in the feature list as an argument.

To query instances created by this instance set use the function
UF_MODL_ask_instance

The method options correspond to what is available interactively. See
the Modeling User Manual for details.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_linear_iset
(

int method,
char * number_in_x,
char * distance_x,
char * number_in_y,
char * distance_y,
uf_list_p_t feature_list,
tag_t * feature_obj_id

)

int	method	Input	Method: 0 = General 1 = Simple 2 = Identical
char *	number_in_x	Input	Number in XC direction.
char *	distance_x	Input	Spacing in XC direction.
char *	number_in_y	Input	Number in YC direction.
char *	distance_y	Input	Spacing in YC direction.
uf_list_p_t	feature_list	Input	List of selected CMOD features.
tag_t *	feature_obj_id	Output	Feature object identifier of created linear iset

UF_MODL_create_linked_exterior (view source)

Defined in: uf_linked_exterior.h

Overview

This function creates an Linked Exterior feature, and its
associated sheet bodies, in the same part as object_in_part. The
input faces will extracted as one or more, possibly disjoint,
regions. The xform gives the context for each face. Adjacent
faces which come from the same body and share an xform will be
joined into single sheet body. Input faces cannot be occurrences.
This feature is implemeted as a feature set which owns hidden
subfeatures similar to Linked Regions. The subfeatures should not be
edited or deleted individually.

See Also

UF_MODL_ask_linked_exterior
UF_MODL_edit_linked_exterior
UF_MODL_identify_exterior_using_hl
UF_MODL_identify_exterior_using_rays

Environment

Internal and External

History

Released in V18.0

Required License(s)

solid_modeling

int UF_MODL_create_linked_exterior
(

UF_MODL_linked_ext_p_t ext_data,
tag_t * feature_tag

)

UF_MODL_linked_ext_p_t	ext_data	Input	Feature data
tag_t *	feature_tag	Output	Feature tag

UF_MODL_create_list (view source)

Defined in: uf_modl_utilities.h

Overview

Creates a linked list of objects. A list of objects may contain
identifiers for bodies, features, faces and edges. You use this routine
to create a list for those modeling routines that require a list as an
input; please do not use this for ask routines that return lists.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_list
(

uf_list_p_t * list

)

list

Output to UF_*free*

List of object identifiers.

UF_MODL_create_local_scale (view source)

Defined in: uf_modl_dfo.h

Overview

This function performs a local scale

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_local_scale
(

UF_MODL_dfo_scale_type_t type,
UF_MODL_dfo_region_p_t region,
tag_t so_point,
tag_t so_dir,
tag_t so_csys,
char factors [ 3 ] [ UF_MAX_EXP_BUFSIZE ] ,
tag_t * feature_tag

)

UF_MODL_dfo_scale_type_t	type	Input	local scale type
UF_MODL_dfo_region_p_t	region	Input	faces to be operated
tag_t	so_point	Input	smart point
tag_t	so_dir	Input	smart direction
tag_t	so_csys	Input	smart coordinate system
char	factors [ 3 ] [ UF_MAX_EXP_BUFSIZE ]	Input	scale factors
tag_t *	feature_tag	Output	Feature object identifier of a created local scale

UF_MODL_create_midsrf_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a midsurface feature. The returned midsurface feature tag
can then be used to add face pair features.

Environment

Internal and External

See Also

UF_MODL_ask_midsrf_parms

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_create_midsrf_feature
(

tag_t target_body,
tag_p_t feature_obj_id

)

tag_t	target_body	Input	Solid target body to place the Midsurface Feature
tag_p_t	feature_obj_id	Output	Midsurface Feature tag

UF_MODL_create_mirror_body (view source)

Defined in: uf_modl.h

Overview

Mirrors the input body about the datum plane specified.

Environment

Internal and External

See Also

See example

Required License(s)

solid_modeling

int UF_MODL_create_mirror_body
(

const tag_t body,
const tag_t datum_plane,
tag_t * mirrored_body

)

const tag_t	body	Input	Object identifier of the body to be mirrored.
const tag_t	datum_plane	Input	Object identifier of the datum plane
tag_t *	mirrored_body	Output	Object identifier for the mirror body feature.

UF_MODL_create_mirror_pattern_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function create mirror for a given set of faces.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_mirror_pattern_face
(

UF_MODL_dfo_region_p_t region,
tag_t mirror_plane,
tag_t * feature_tag

)

UF_MODL_dfo_region_p_t	region	Input	region
tag_t	mirror_plane	Input	mirror plane
tag_t *	feature_tag	Output	the new feature

UF_MODL_create_mirror_set (view source)

Defined in: uf_modl.h

Overview

This function creates a mirror set feature.

Environment

Internal and External

History

Released in V16.0

Required License(s)

solid_modeling

int UF_MODL_create_mirror_set
(

tag_t * features,
int number_of_feature,
tag_t mirror_plane,
tag_t * mirror_set

)

tag_t *	features	Input	Array of features to mirror
int	number_of_feature	Input	Number of features in the array
tag_t	mirror_plane	Input	The mirror plane. This can be a face or a datum plane.
tag_t *	mirror_set	Output	The tag of the new mirror set

UF_MODL_create_move_region (view source)

Defined in: uf_modl_dfo.h

Overview

This function moves a set of faces by given transformation

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_move_region
(

UF_MODL_transform_type_t type,
UF_MODL_dfo_region_p_t region,
void * transf_data,
tag_t * feature_tag

)

UF_MODL_transform_type_t	type	Input	transformation type
UF_MODL_dfo_region_p_t	region	Input	faces to be operated
void *	transf_data	Input	transformation data, can be of following types: UF_MODL_transf_pp_p_t - point to point translation UF_MODL_transf_dist_p_t - translation along direction UF_MODL_transf_angle_p_t - rotation about axis UF_MODL_transf_aa_p_t - rotation between two axes
tag_t *	feature_tag	Output	Feature tag

UF_MODL_create_multi_transition_law (view source)

Defined in: uf_modl_curves.h

Overview

Generate law param data <uf_law_parms> for multi-transition laws
on base curves.

extern int UF_MODL_create_multi_transition_law ()

INPUT-
------
UF_STRING_t spine_string = string for base curves, <Required>
int num_pts = number of law points, <Required>
double pt_xyzs = array of 3D coords, <Required>
char pt_law_values = array of law values, <Required>
int pt_trans_types = array of law types, <Required>

OUTPUT-
-------
uf_law_parms = pointer for law_param data, To be freed from caller
MODL_law_pm_free ((MODL_law_p_t)(uf_law_parms));

RETURNS-
--------
0 = no error
2 = error

Required License(s)

solid_modeling

int UF_MODL_create_multi_transition_law
(

UF_STRING_t spine,
int num_pts,
double * pt_xyzs,
char * * pt_law_values,
int * pt_trans_types,
void * * uf_law_parms

)

UF_STRING_t	spine	Input
int	num_pts	Input
double *	pt_xyzs	Input
char * *	pt_law_values	Input
int *	pt_trans_types	Input
void * *	uf_law_parms	Output

UF_MODL_create_multiple_sews (view source)

Defined in: uf_modl.h

Overview

Create multiple sewn sheets from a set of sheets. This routine returns a list
of sheet bodies. If you want the sew features, they can be obtained by calling

Environment

Internal and External

History

Modified in V15 to return a list of sheet bodies, not a list of SEW
features

Required License(s)

solid_modeling

int UF_MODL_create_multiple_sews
(

tag_t target_sheet,
int num_tools,
tag_t tools_sheet [ ] ,
double tolerance,
uf_list_p_t* disjoint_list,
uf_list_p_t* sew_list

)

tag_t	target_sheet	Input	Target sheet
int	num_tools	Input	Number of tools sheet array.
tag_t	tools_sheet [ ]	Input	Tools sheet array.
double	tolerance	Input	tolerance value.
uf_list_p_t*	disjoint_list	Output to UF_free	List of disjoint sheets. This list must be freed by calling UF_MODL_delete_list.
uf_list_p_t*	sew_list	Output to UF_free	List of sewn sheets. These are sheet bodies. If you want the sheet feature, then you must call UF_MODL_ask_body_features and then search the list for the latest SEW feature. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_non_uni_scale (view source)

Defined in: uf_modl.h

Overview

Create a non-uniform scale feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_non_uni_scale
(

tag_t body_eid,
int csys_type,
char * scale_factors [ 3 ] ,
tag_t * feature_eid

)

tag_t	body_eid	Input	EID of body to be scaled
int	csys_type	Input	Currently only UF_CSYS_WORK_COORDS is accepted
char *	scale_factors [ 3 ]	Input
tag_t *	feature_eid	Output	EID of the scale feature

UF_MODL_create_offset_region (view source)

Defined in: uf_modl_dfo.h

Overview

This function offset a region by a given distance along face normals.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_offset_region
(

UF_MODL_dfo_region_p_t region,
char * offset,
tag_t * feature_tag

)

UF_MODL_dfo_region_p_t	region	Input	faces to be operated
char *	offset	Input	offset value, in expression string
tag_t *	feature_tag	Output	feature_tag created by the operation.

UF_MODL_create_plane (view source)

Defined in: uf_modl.h

Overview

Create a plane.

Environment

Internal and External

See Also

UF_MODL_ask_plane
UF_MODL_edit_plane
Refer to example

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_create_plane
(

double origin_point [ 3 ] ,
double plane_normal [ 3 ] ,
tag_t * plane_tag

)

double	origin_point [ 3 ]	Input	Origin point of the plane
double	plane_normal [ 3 ]	Input	Plane normal
tag_t *	plane_tag	Output	New plane

UF_MODL_create_point_dirr_daxis (view source)

Defined in: uf_modl_datum_features.h

Overview

Creates a datum axis at a given point with a given direction.
If smart objects are used to specify the start point or direction,
their update option must be set to UF_SO_update_within_modeling.

Environment

Internal and External

History

Original release was in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_point_dirr_daxis
(

tag_t point,
tag_t direction,
tag_t * daxis_tag

)

tag_t	point	Input	The start point of the datum axis.
tag_t	direction	Input	The direction of the datum axis.
tag_t *	daxis_tag	Output	The created datum axis. This is a not a feature tag. To obtain the feature tag use UF_MODL_ask_object_feat.

UF_MODL_create_point_dirr_dplane (view source)

Defined in: uf_modl_datum_features.h

Overview

Creates a datum plane perpendicular to a given direction at a given point.

If smart objects are used to specify the point or direction,
their update option must be set to UF_SO_update_within_modeling.

Environment

Internal and External

History

Original release was in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_point_dirr_dplane
(

tag_t point,
tag_t direction,
tag_t * dplane_tag

)

tag_t	point	Input	A point on the datum plane.
tag_t	direction	Input	The normal to the datum plane.
tag_t *	dplane_tag	Output	The created datum plane. This is a not a feature tag. To obtain the feature tag use UF_MODL_ask_object_feat.

UF_MODL_create_points_feature (view source)

Defined in: uf_modl.h

Overview

Create a Points Feature

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_create_points_feature
(

int num_points,
tag_t * points,
tag_t * feature_tag

)

int	num_points	Input	Number of points
tag_t *	points	Input	Array of point tags
tag_t *	feature_tag	Output	Feature tag

UF_MODL_create_proj_curves (view source)

Defined in: uf_modl_curves.h

Overview

Creates associated projected curves. The tolerance used to create a
curve projection can be changed by using the subroutine
UF_MODL_set_distance_tolerance. The projection along face normals or
along a vector produces an exact projection when projecting onto a plane.
The projected curve feature can be deleted using UF_MODL_delete_feature or
the curves can be accessed using UF_MODL_ask_proj_curves and deleted
individually. Similarly, UF_MODL_move_feature can be used to move the
projected curve feature.

Environment

Internal and External

See Also

UF_MODL_ask_proj_curves
UF_CURVE_ask_proj_curves
UF_MODL_set_distance_tolerance
UF_MODL_delete_feature
UF_MODL_move_feature

The example creates the arc and
projected curves shown in Figure above.

Required License(s)

( solid_modeling or drafting )

int UF_MODL_create_proj_curves
(

uf_list_p_t curve_refs,
uf_list_p_t face_refs,
int along_face_normal,
double proj_vector [ 3 ] ,
tag_t * proj_curve_feature

)

uf_list_p_t	curve_refs	Input	List of curve, sketch, or projected curve feature identifiers.
uf_list_p_t	face_refs	Input	List of plane, datum plane, or face identifiers.
int	along_face_normal	Input	0 = Use projection vector (proj_vector) 1 = Use face normals
double	proj_vector [ 3 ]	Input	3D vector in absolute space
tag_t *	proj_curve_feature	Output	Projected curve feature identifier

UF_MODL_create_promotion (view source)

Defined in: uf_modl_promotions.h

Overview

Creates a promotion feature using the input body occurrence. The promotion
feature is created in the work part. The occurrence must be a solid body
occurrence from either the work part or one of its superassemblies.
The occurrence is also used to determine which of the possibly many copies of
the base solid in the assembly to promote.

Note : The Part Navigator may be left out of date with this call.
Need to call UF_MODL_update to update it.

Environment

Internal and External

See Also

Refer example

Required License(s)

solid_modeling

int UF_MODL_create_promotion
(

tag_t body_occ,
tag_t * feature_tag

)

tag_t	body_occ	Input	Tag of the body occurrence to be promoted
tag_t *	feature_tag	Output	Tag of the newly created promotion feature

UF_MODL_create_quilt (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a quilt surface.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_quilt
(

UF_MODL_quilt_type_t quilt_data,
UF_MODL_quilt_data_structures_p_u quilt_structure_po,
tag_t * quilt_tag,
int * tol_achieved

)

UF_MODL_quilt_type_t	quilt_data	Input	Type of quilt surface UF_MODL_CURVE_MESH_ALONG_FIXED_VECTOR UF_MODL_CURVE_MESH_ALONG_DRIVER_NORMALS UF_MODL_B_SURFACE_ALONG_FIXED_VECTOR UF_MODL_B_SURFACE_ALONG_DRIVER_NORMALS UF_MODL_SELF_REFIT
UF_MODL_quilt_data_structures_p_u	quilt_structure_po	Input	Pointer to structure containing the defining data of the quilt surface.
tag_t *	quilt_tag	Output	Object identifier of quilt surface to be created
int *	tol_achieved	Output	Flag indicating that the resultant face achieved the tolerance requirements. 0 = No 1 = yes

UF_MODL_create_reblend_face (view source)

Defined in: uf_modl_dfo.h

Overview

Create a reblend face feature

Environment

Internal and External

History

V19 release

Required License(s)

solid_modeling

int UF_MODL_create_reblend_face
(

UF_MODL_reblend_face_data_p_t reblend_data,
tag_t * reblend_eid

)

UF_MODL_reblend_face_data_p_t	reblend_data	Input	User defining reblend data
tag_t *	reblend_eid	Output	Feature object identifier of a created reblend face feature

UF_MODL_create_rect_groove (view source)

Defined in: uf_modl_grooves.h

Overview

Creates a rectangular groove feature by inputting its location,
direction, diameter and width. Along with these items a placement
face is needed to determine which face the groove is associated to.
The output of this function is the object identifier associated to the
rectangular groove.

Environment

Internal and External

See Also

The code creates the cylinder
and rectangular groove shown in the preceding figure.

Required License(s)

solid_modeling

int UF_MODL_create_rect_groove
(

double location [ 3 ] ,
double direction [ 3 ] ,
char * diame,
char * width,
tag_t face,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Rectangular groove location.
double	direction [ 3 ]	Input	Rectangular groove direction.
char *	diame	Input	Rectangular groove diameter.
char *	width	Input	Rectangular groove width.
tag_t	face	Input	Face for the RPO constraint. The face should be of type UF_cylinder_type or UF_cone_type.
tag_t *	feature_obj_id	Output	Feature object identifier of created rectangular groove

UF_MODL_create_rect_pad (view source)

Defined in: uf_modl_pads.h

Overview

Creates a rectangular pad feature using a location, direction, X
direction, size, corner radius and taper angle. Along with these items
a placement face is needed to determine which face the pad is
associated to. The output of this function is the object identifier
associated to the rectangular pad.

Return

Return code:
= 0: successful
> 0: failing error number
< 0: failing error number

Environment

Internal and External

History

For V18.0, a datum plane may be input as the face defining the
RPO constraint.

See Also

See example
UF_MODL_ask_rect_pad_parms

Required License(s)

solid_modeling

int UF_MODL_create_rect_pad
(

double location [ 3 ] ,
double direction [ 3 ] ,
double x_dir [ 3 ] ,
char * size [ 3 ] ,
char * radius,
char * angle,
tag_t face,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Rectangular pad location.
double	direction [ 3 ]	Input	Rectangular pad direction.
double	x_dir [ 3 ]	Input	Rectangular pad x direction.
char *	size [ 3 ]	Input	Rectangular pad size.
char *	radius	Input	Rectangular pad corner radius.
char *	angle	Input	Rectangular pad taper angle.
tag_t	face	Input	Face for the RPO constraint (may be a datum plane).
tag_t *	feature_obj_id	Output	Feature object identifier of created rect. pad

UF_MODL_create_rect_pocket (view source)

Defined in: uf_modl_pockets.h

Overview

Creates a rectangular pocket feature using the location, direction, X
direction, size, corner radius, floor radius and taper angle. Along with
these items a placement face is needed to determine which face the
pocket is associated to. The output of this function is the object
identifier associated to the rectangular pocket.

Return

Return code:
= 0: successful
> 0: failing error number
< 0: failing error number

Environment

Internal and External

History

For V18.0, a datum plane may be input as the face defining the
RPO constraint.

See Also

See example
UF_MODL_ask_rect_pocket_parms

Required License(s)

solid_modeling

int UF_MODL_create_rect_pocket
(

double location [ 3 ] ,
double direction [ 3 ] ,
double x_dir [ 3 ] ,
char * len [ 3 ] ,
char * corner,
char * floor,
char * angle,
tag_t face,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Rectangular pocket location.
double	direction [ 3 ]	Input	Rectangular pocket direction.
double	x_dir [ 3 ]	Input	Rectangular pocket x direction.
char *	len [ 3 ]	Input	Rectangular pocket size.
char *	corner	Input	Rectangular pocket corner radius.
char *	floor	Input	Rectangular pocket floor radius.
char *	angle	Input	Rectangular pocket taper angle.
tag_t	face	Input	Face for the RPO constraint (may be a datum plane).
tag_t *	feature_obj_id	Output	Feature object identifier of created rect. pocket

UF_MODL_create_rect_slot (view source)

Defined in: uf_modl_slots.h

Overview

Creates a rectangular slot feature using an origin, tool axis, slot
direction, length, width, and depth. One of two creation methods are
taken depending on whether you want a thru slot or not. If you want a
defined distance, then input the distance and placement face. Also,
set the value of face_t1 and face_t2 to zero. But, if you want to have
the slot thru from one face to another, then supply the placement face
and the two faces from which to measure the slot distance. The
output of this function is the object identifier associated to the
rectangular slot.

The "Face for the RPO constraint" parameter, face_li, can accept a datum plane.
You can pass in the tag of the datum plane feature or datum plane body. For
relative datums the parent body is used as the target. For an absolute datum
the target body must be set by calling UF_MODL_active_part.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_rect_slot
(

double location [ 3 ] ,
double tool_axis [ 3 ] ,
double direction [ 3 ] ,
char * width,
char * depth,
char * distance,
tag_t face_li,
tag_t face_t1,
tag_t face_t2,
tag_t * feature_tag

)

double	location [ 3 ]	Input	Rectangular slot location.
double	tool_axis [ 3 ]	Input	Rectangular slot tool axis.
double	direction [ 3 ]	Input	Rectangular slot direction.
char *	width	Input	Rectangular slot width.
char *	depth	Input	Rectangular slot depth.
char *	distance	Input	Rectangular slot distance.
tag_t	face_li	Input	Face for the RPO constraint.
tag_t	face_t1	Input	Face for thru face 1.
tag_t	face_t2	Input	Face for thru face 2.
tag_t *	feature_tag	Output	Feature object identifier of created rectangular slot

UF_MODL_create_rectangular_pattern_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function create rectangular patterns for a given set of faces.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_rectangular_pattern_face
(

UF_MODL_dfo_region_p_t region,
tag_t x_axis,
tag_t y_axis,
int num_x,
int num_y,
char * x_offset,
char * y_offset,
tag_t * feature_tag

)

UF_MODL_dfo_region_p_t	region	Input	region
tag_t	x_axis	Input	x-axis to define offset
tag_t	y_axis	Input	y-axis
int	num_x	Input	number along XC
int	num_y	Input	number along YC, only for type==0
char *	x_offset	Input	offset along XC
char *	y_offset	Input	offset along YC
tag_t *	feature_tag	Output	the new feature

UF_MODL_create_refit_face_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Creates Refit Face feature from the Refit Face Open API data structure.
This will always create a new feature rather than modifying the parent feature.
This works like interactive NXwhen Preferences -> Modeling -> Free Form has
the Associative Freeform Editing option toggled to ON.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_refit_face_feature
(

UF_MODL_refit_face_data_p_t refit_data,
tag_p_t refit

)

UF_MODL_refit_face_data_p_t	refit_data	Input	Refit Face Open API data structure.
tag_p_t	refit	Output	Refit Face feature object identifier.

UF_MODL_create_relative_daxis (view source)

Defined in: uf_modl_datum_features.h

Overview

Allows you to create relative datum axes. When the geometric objects
of the constraints and/or point types (for point constraints) are input,
the routine creates the appropriate datum axis.

Environment

Internal and External

See Also

UF_MODL_ask_feat_object

Required License(s)

solid_modeling

int UF_MODL_create_relative_daxis
(

int num_refs,
tag_t obj_eids [ 3 ] ,
int point_select [ 3 ] ,
tag_t * daxis_feid

)

int	num_refs	Input	number of constraints maximum number of three
tag_t	obj_eids [ 3 ]	Input	eids of the constraint objects maximum number of three
int	point_select [ 3 ]	Input	Array indicating to use edge constraint or point on edge constraint if edge tag is supplied in obj_tags: UF_MODL_EDGE UF_MODL_MID_POINT UF_MODL_END_POINT UF_MODL_RIGHT_END_POINT start point of the edge UF_MODL_LEFT_END_POINT end point of edge
tag_t *	daxis_feid	Output	Feature tag for the created datum axis, or NULL_TAG if the datum axis was not created.

UF_MODL_create_relative_dplane (view source)

Defined in: uf_modl_datum_features.h

Overview

Allows you to create relative datum planes based on the input
constraints. Refer to the table of available constraint types shown
below for the allowable combination of constraint types. If any of the
constraint geometry is an edge, then you must specify whether you are
using the edge or a point on the edge via the point_select parameter.
The which_plane argument determines which datum plane solutions
are returned. You can get up to two datum planes depending on the
specified constraints. The reference point is used to specify which
plane is returned first in the dplane_tag array. If you do not specify
this value, then the datum planes are returned in an arbitrary order.

When editing the Datum Plane created by this function an old style datum plane
dialog will be presented.

See the table of available constraint types
NOTE: A "Through Point" constraint can only be specified by putting an edge in
the object_tags array and an appropriate mid/end modifier in the
point_select array.

Environment

Internal and External

See Also

UF_MODL_smrelief_data_p_t

Required License(s)

solid_modeling

int UF_MODL_create_relative_dplane
(

int num_refs,
tag_t object_tags [ 3 ] ,
int point_select [ 3 ] ,
int which_plane,
double reference_point [ 3 ] ,
char * angle_string,
char * offset_string,
int* num_dplanes,
tag_t dplane_tag [ 2 ]

)

int	num_refs	Input	Number of constraint objects (<=3).
tag_t	object_tags [ 3 ]	Input	Array of constraint object tags (<=3). See the table of "Available Constraint Types" for possible constraint types.
int	point_select [ 3 ]	Input	Array indicating to use edge constraint or point on edge constraint if edge tag is supplied in obj_tags: UF_MODL_EDGE UF_MODL_MID_POINT UF_MODL_END_POINT UF_MODL_RIGHT_END_POINT start point of the edge UF_MODL_LEFT_END_POINT end point of edge
int	which_plane	Input	Solution number if more than one datum plane can be constructed for the set of input constraints. For the case where the first input object is a CYL/REV/CONE/SPHERE and the second input object is a PLANE: 1. Two planes parallel to plane and tangent to the face. The plane closest to the reference point is returned first in the dplane_tag array. 2. Two planes perpendicular to plane and tangent to the face. The plane closest to the reference point is returned first in the dplane_tag array. 3. Plane through the face axis and angle to plane. No reference point needed for this case. For the case where the first input object is a CYL/REV and the second input object is a CYL/REV/SPHERE: (see Figure for examples) 1. Two planes where the tangency is on the "same sides" of the faces. The plane closest to the reference point is returned first in the dplane_tag array. 2. Two planes where the tangency is on the "opposite sides" of the faces. The plane closest to the reference point is returned first in the dplane_tag array. 3. Plane through both the face axes. No reference point needed for this case. For the case where the first input object is a CYL/REV/SPHERE and the second input object is a POINT: 1. Two planes tangent to the face and through point. The plane closest to the reference point is returned first in the dplane_tag array.
double	reference_point [ 3 ]	Input	Reference points used with which_plane flag. If NULL, then the order of the datum planes in the dplane_tag array is arbitrary.
char *	angle_string	Input	Angle parameter string.
char *	offset_string	Input	Offset parameter string.
int*	num_dplanes	Output	Number of datum planes returned (<=2)
tag_t	dplane_tag [ 2 ]	Output	The created datum plane(s). These are feature tags.

UF_MODL_create_reparam_sheet (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a single, bicubic, b-surface, sheet body that approximates a
four-sided region of several existing faces. The driver curves or
B-surface must lie inside the boundary of the target surfaces.
Basically, points on a "driver" surface are projected along some given
vector or along the driver surface normal vectors onto the "target"
faces (the ones being approximated). These projected points are then
used to construct the approximating sheet body. You can think of the
projection as a process of emitting a ray from each original point to
hit the target faces.

The accuracy of the approximated sheet body depends on the supplied
tolerances. See the section on tolerances for more information.
Projection Type, Vector, and Size Limit (tol[4])

If the proj_type is set to use driver surface normal, then you do not
need to supply any data for the projection vector (it is ignored if you
do). Otherwise, a projection vector must be specified.

When using surface normal projections, you may supply a tolerance
value (tol[4]). This value helps the algorithm decide which point on
the approximating faces to use if the faces bend around and the
emitted ray finds two intersection points. A value of zero causes the
system to default to 10 times the interior distance tolerance. If your
driver is far from the target (more than 10 times the tolerance), then
you should adjust the projection size limits.

Driver Type
Internally, the driver is always a b-surface. However, for
convenience, we allow you to select a mesh of curves, instead of a
surface. We just build a b-surface internally from this mesh of curves.
Therefore, when you use curves as drivers, they must satisfy all the
conditions required for building a curve-mesh free form.

The last driver type option, self-refit, provides a short-cut way to
approximate a single untrimmed b-surface. You might do this if you are
given a surface of high degree and you want to approximate it with a lower
degree surface (the reparameterize function always outputs bicubic surfaces,
i.e. surfaces of degree 3 in both the U and V directions).

Overlap Checking
If this option is set to "Yes," then the system checks for and tries to
handle overlapping faces. The system tries to intersect each ray with
all nearby faces, and finds the "uppermost" projection point. This can
be a time exhaustive process. If the overlap option is set to "No," the
algorithm assumes that each emitted ray can only hit one target face,
so it stops and proceeds to the next ray as soon as it finds a hit. This is
less time exhaustive if the target faces do not actually overlap, or if
they are close together in the regions where they do overlap.

Curves
The primary and cross curves are only necessary if you indicate the
driver type to be curves. The number of primary and cross curves must
be at least two and less than 50. The number of curves and the curve
tags are ignored if you specify a driver type other than curve. The
curves are going to be used to build a curve-mesh free form.
Therefore, each primary curve must intersect each of the cross curves
once and only once. If you suspect your curves are inappropriate, you
might want to build the curve-mesh free form body yourself before
using the reparameterize function.

If you have specified a driver type of face or self-refit, than specify
the appropriate face tag. Obviously, using an existing driver surface is
much more convenient than using the same set of driving curves over
and over again. So, if you are using the function repeatedly in a loop,
it might be worth constructing the b-surface sheet body to use as a driver.

Tolerances
This allows you to specify the tolerances to be used in the
approximation process. The algorithm actually starts out with a very
simple approximating surface (which is unlikely to be within
tolerance) and then gradually makes it more complex until it is able to
replicate the original shape to within the specified tolerances. Using
tighter tolerances produces a more complex result, and this consumes
storage space and slows down all subsequent operations. Therefore,
the tolerances you use should not be any tighter than they need to be.
We expect the algorithm to be used with distance tolerances of around
.039 to 0.195 inches (1 to 5 mm) and angular tolerances of 2 to 20
degrees. If you use tight angular tolerances on very wavy surfaces, the
algorithm generates huge number of patches. If you set both angular
tolerances to 90 degrees, then angular deviation in not even checked,
which greatly speeds up processing.

To achieve reasonable performance, the algorithm does not rigorously
check the deviation between the approximating face and the originals.
We actually just check a small array of points on each patch of the
approximating face. Experience has shown that this is a reasonable
way to estimate the actual error in practical cases, though one could
certainly construct pathological examples where this approach would fail.

Tighter tolerances may be specified at the edges to assure better
alignment with adjacent faces. Looser tolerances in the interior may
be specified to allow a simpler face to be created.

Target Faces
Faces can lie on a single body or on multiple bodies. Only face tags
may be used. This parameter is ignored if you specified the self-refit
option for driver type.

Output
The function returns the tag of the created sheet body and a flag
stating where the surface was able to meet tolerance. The tolerance
flag has no meaning if a body was not created. The face created is a
bicubic b-surface with double knots, which means it is C1 continuous

See glossary

In other words, the face is smooth, it does not have any sharp ridges
or cusps. The resulting body is not associative to the input data.

The sheet body may not reach tolerance if, during the approximation
process, one of the patches is found to be smaller in width or length
than the inside distance tolerance. This usually indicates a
perturbation or other anomaly in a region of one of the input faces.
You may wish to analyze the resulting face for deviations, validity, and
shape. The algorithm does not really make any attempt to preserve
the "character" of the input faces, it just tries to stay within tolerance.
Small features sometimes get smoothed away and extraneous wrinkles
may be introduced, especially in areas with tight curvature.

Tips and Techniques
The algorithm assumes that your input faces are reasonably clean. It is
designed to handle certain types of anomalies, such as small gaps
(up to approximately 1mm) overlaps, providing the overlapping faces are
roughly the same height, very thin faces (up to 0.1 mm wide) and duplicate
faces.

In all of the figures that follow in this tips and techniques section we show
a side view of the driver surface and target faces. The driver surface is
always shown above the target faces. However, the approximation process has
difficulties handling input data in which there are extraneous faces that are
at different heights from the desired face.

overlapping faces that are at different heights

faces that have not been properly trimmed back (for example, when filleted)

sharp ridges, where faces do not join smoothly

backdrafts and undercuts nearly vertical walls.

For simple shapes, with loose tolerances, a brute force approach, using
just four drive curves, might work okay. But taking some care in the
constructing drive curves is usually worth the extra effort. If your
target face includes feature lines like long ridges or valleys with
small radius of curvature in one direction, you should try to construct
driver curves that run roughly parallel to these. This makes it much
easier for the algorithm to achieve tolerance using a reasonably small
number of patches.

It may be a good idea to build several approximating faces, and then sew
them together, instead of trying to approximate the entire area with a
single face. This often produces less data and smaller models. One reason
for this is the natural patch structure for b-surfaces. The "seams" between
patches on a single surface must always run all the way across the surface,
from one edge to the opposite edge. This means that any complexity that gets
introduced into the surface in one area propagates across the entire
surface. If you approximate different regions separately, you can sew
the approximating face together into a sheet body.

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_reparam_sheet
(

int proj_type,
int drv_type,
int check_overlap,
int num_primary,
tag_t * prim_cvs,
int num_cross,
tag_t * cros_cvs,
double * proj_vec,
int num_fs,
tag_t * faces,
double tols [ 5 ] ,
tag_t * new_face,
int * tol_achieved

)

int	proj_type	Input	Type of projection 0 = Use input vector 1 = Use driver surface normal
int	drv_type	Input	Type of drive 0 = Curves 1 = Face (B-surface type) 2 = Self-refit (B-surface type)
int	check_overlap	Input	Flag for controlling the overlap checking 0 = No 1 = Yes
int	num_primary	Input	Number of primary curves
tag_t *	prim_cvs	Input	Object identifiers of the primary curves (face object identifier, if drv_typ != 0)
int	num_cross	Input	Number of cross curves
tag_t *	cros_cvs	Input	Object identifiers of the cross curves
double *	proj_vec	Input	Projection vector
int	num_fs	Input	Number of target faces
tag_t *	faces	Input	Object identifiers of the target faces
double	tols [ 5 ]	Input	Tolerances: [0] = Distance tolerance in interior of surface [1] = Angular tolerance (in degrees) in interior of surface [2] = Outside edge distance tolerance [3] = Outside edge angular tolerance (in degrees) [4] = Projection size limit (0 - if no limit)
tag_t *	new_face	Output	Object identifier of the resultant face
int *	tol_achieved	Output	Flag indicating that the resultant face achieved the tolerance requirements. 0 = No 1 = Yes

UF_MODL_create_replace_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function replaces the surface data of target faces with that of a tool face.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_replace_face
(

tag_t * target_faces,
int num_target,
tag_t * non_blend_faces,
int num_non_blend,
tag_t tool_face,
logical reverse_direction,
tag_t * feature_tag

)

tag_t *	target_faces	Input	target faces
int	num_target	Input	number of faces
tag_t *	non_blend_faces	Input	adjacent tangent faces which are not blends
int	num_non_blend	Input	number of non-blend faces
tag_t	tool_face	Input	tool face
logical	reverse_direction	Input	reverse direction of the tool face or not
tag_t *	feature_tag	Output	feature_tag created by the operation.

UF_MODL_create_resize_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function changes the size of a set of cylindrical/spherical/conic faces.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_resize_face
(

tag_t * target_faces,
int num_target,
tag_t * non_blend_faces,
int num_non_blend,
char * new_parameter,
tag_t * feature_tag

)

tag_t *	target_faces	Input	faces to be operated
int	num_target	Input	number of faces
tag_t *	non_blend_faces	Input	adjacent tangent faces which are not blends
int	num_non_blend	Input	number of non-blend faces
char *	new_parameter	Input	new diameter for cylindrical/spherical faces, or half angle
tag_t *	feature_tag	Output	the new feature

UF_MODL_create_reverse_normal (view source)

Defined in: uf_modl.h

Overview

Create a reverse normal feature. This will flip the normal on a sheet body.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_create_reverse_normal
(

tag_t sheet_body_tag,
int option_flag,
tag_t * reverse_normal_tag

)

tag_t	sheet_body_tag	Input	sheet body to be reversed
int	option_flag	Input	= 0 - do not allow multiple reverse normal features on the sheet body = 1 - allow multiple reverse normal features on the sheet body
tag_t *	reverse_normal_tag	Output	identifier for reverse normal feature

UF_MODL_create_revolution (view source)

Defined in: uf_modl_sweep.h

Overview

Creates a revolved feature.

Environment

Internal and External

See Also

UF_MODL_create_extrusion
Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_revolution
(

tag_t * objects,
int object,
UF_MODL_SWEEP_TRIM_object_p_t trim_data,
char * limit [ 2 ] ,
char * offsets [ 2 ] ,
double region_point [ 3 ] ,
logical region_specified,
logical solid_creation,
double axis_point [ 3 ] ,
double direction [ 3 ] ,
UF_FEATURE_SIGN sign,
tag_t * * features,
int* number_of_features

)

tag_t *	objects	Input	Array of objects or one section builder object tag but not both, to be revolved
int	object	Input	Count of objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Pointer to structure for trimming data
char *	limit [ 2 ]	Input	Limit of revolution.
char *	offsets [ 2 ]	Input	Offsets for open strings
double	region_point [ 3 ]	Input	Point on region of object
logical	region_specified	Input	True or False for region desired
logical	solid_creation	Input	If the body_type preference set by UF_MODL_set_body_type_pref is UF_MODL_SOLID_BODY, and solid_creation is set to TRUE, then UF_MODL_create_revolution creates solid bodies if the input string is closed. Otherwise, sheet bodies are the result.
double	axis_point [ 3 ]	Input	Point of origin for axis direction vector
double	direction [ 3 ]	Input	Revolution axis direction vector.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t * *	features	Output to UF_free	Array of revolved feature tags. This must be freed by calling UF_free.
int*	number_of_features	Output	Number of features returned

UF_MODL_create_revolution1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates a revolved feature, and performs Boolean operation with given target
body.

Environment

Internal and External

See Also

UF_MODL_create_revolution

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_revolution1
(

)

tag_t *	objects	Input	Array of objects or one section builder object tag but not both, to be revolved
int	object	Input	Count of objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Pointer to structure for trimming data
char *	limit [ 2 ]	Input	Limit of revolution.
char *	offsets [ 2 ]	Input	Offsets for open strings
double	region_point [ 3 ]	Input	Point on region of object
logical	region_specified	Input	True or False for region desired
logical	solid_creation	Input	If the body_type preference set by UF_MODL_set_body_type_pref is UF_MODL_SOLID_BODY, and solid_creation is set to TRUE, then UF_MODL_create_revolution creates solid bodies if the input string is closed. Otherwise, sheet bodies are the result.
double	axis_point [ 3 ]	Input	Point of origin for axis direction vector
double	direction [ 3 ]	Input	Revolution axis direction vector.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	target body to perform Boolean operation
tag_t * *	features	Output to UF_free	Array of revolved feature tags. This must be freed by calling UF_free.
int*	number_of_features	Output	Number of features returned

UF_MODL_create_revolution_dir (view source)

Defined in: uf_modl_sweep.h

Overview

Creates a revolved feature. This function behaves like
UF_MODL_create_revolution, except the revolved point and direction are
determined by the direction of the input datum.

Environment

Internal and External

See Also

UF_MODL_create_revolution

Required License(s)

solid_modeling

int UF_MODL_create_revolution_dir
(

tag_t * objects,
int object,
UF_MODL_SWEEP_TRIM_object_p_t trim_data,
char * limit [ 2 ] ,
char * offsets [ 2 ] ,
double region_point [ 3 ] ,
logical region_specified,
logical solid_creation,
tag_t datum_tag,
UF_FEATURE_SIGN sign,
tag_t * * features,
int* number_of_features

)

tag_t *	objects	Input	Array of objects or one section builder object tag but not both, to be revolved
int	object	Input	Count of objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Pointer to structure for trimming data
char *	limit [ 2 ]	Input	Limit of the revolution.
char *	offsets [ 2 ]	Input	Offsets for open strings
double	region_point [ 3 ]	Input	Point on region of object
logical	region_specified	Input	True or False for region desired
logical	solid_creation	Input	If the body_type preference set by UF_MODL_set_body_type_pref is UF_MODL_SOLID_BODY, and solid_creation is set to TRUE, then UF_MODL_create_revolution creates solid bodies if the input string is closed. Otherwise, sheet bodies are the result.
tag_t	datum_tag	Input	Object identifier of the datum which is to be used to determine the direction of the revolve.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t * *	features	Output to UF_free	Array of revolved feature tags. This must be freed by calling UF_free.
int*	number_of_features	Output	Number of features returned

UF_MODL_create_revolved (view source)

Defined in: uf_modl_sweep.h

Overview

Creates a solid of revolution.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_revolved
(

uf_list_p_t obj_id_list,
char * limit [ 2 ] ,
double point [ 3 ] ,
double direction [ 3 ] ,
UF_FEATURE_SIGN sign,
uf_list_p_t * feature_list

)

uf_list_p_t	obj_id_list	Input	List of objects or one section builder object tag but not both, to be revolved
char *	limit [ 2 ]	Input	Limits of revolution. The declaration should be limit[2], where limit[0] = start angle and limit[1] = end angle. Angles are in degrees.
double	point [ 3 ]	Input	Point
double	direction [ 3 ]	Input	Revolution axis.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
uf_list_p_t *	feature_list	Output to UF_free	List of feature identifiers created. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_revolved1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates a solid of revolution, and performs Boolean operation with given
target body.

Environment

Internal and External

See Also

UF_MODL_create_revolved

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_revolved1
(

uf_list_p_t obj_id_list,
char * limit [ 2 ] ,
double point [ 3 ] ,
double direction [ 3 ] ,
UF_FEATURE_SIGN sign,
tag_t target_body,
uf_list_p_t * feature_list

)

uf_list_p_t	obj_id_list	Input	List of objects or one section builder object tag but not both, to be revolved
char *	limit [ 2 ]	Input	Limits of revolution. The declaration should be limit[2], where limit[0] = start angle and limit[1] = end angle. Angles are in degrees.
double	point [ 3 ]	Input	Point
double	direction [ 3 ]	Input	Revolution axis.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	Boolean target
uf_list_p_t *	feature_list	Output to UF_free	List of feature identifiers created. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_ripedge (view source)

Defined in: uf_modl_smd.h

Overview

Create a Edge Rip feature.

Environment

Internal and External

History

Released in NX3.0

Required License(s)

sheet_metal_design

int UF_MODL_create_ripedge
(

UF_MODL_ripedge_data_p_t ripedge_ufdata,
tag_t * ripedge_tag

)

UF_MODL_ripedge_data_p_t	ripedge_ufdata	Input	Data supplied by the user to create the ripedge feature
tag_t *	ripedge_tag	Output	The ripedge tag

UF_MODL_create_rough_offset (view source)

Defined in: uf_modl_freeform.h

Overview

This function will create a rough offset feature.

Environment

Internal and External
See Also: UF_MODL_ask_rough_offset
UF_MODL_edit_rough_offset
UF_MODL_free_rough_offset

History

Released in V18.0

Required License(s)

solid_modeling

int UF_MODL_create_rough_offset
(

UF_MODL_rough_offset_p_t parms,
tag_t * feature_tag

)

UF_MODL_rough_offset_p_t	parms	Input	Parameters for a Rough Offset feature
tag_t *	feature_tag	Output	Rough Offset Feature

UF_MODL_create_rpo_constraints (view source)

Defined in: uf_modl_ugopenint.h

Overview

Creates relative positioning constraints.

This function is for internal Open API mode only. Parameters
target_qualifier[] and tool_qualifier[] allow settings for
specifying which end point of an edge to use. Use
UF_MODL_ask_edge_verts to determine the order of the end points.

For features that are automatically booleaned into the target, this
function should only be called from within a rpo routine as
specified by UF_MODL_register_rpo_routine.

There are three constraint types that are present interactively that do
not appear in the constraint_array[ ]: Point Onto Point, Point Onto
Line, and Line Onto Line.

Point Onto Point - Can require one or two constraint types depending on
what you constrain. For example, to constrain a circular pad onto
a circular cylinder, use PARA_DIST_PARMS and set the constraint value to
"0.0". However, if you wish to constrain rectangular features you may need
to use HORZ_DIST_PARMS and VERT_DIST_PARMS and set both constraint values
to "0.0".

Point Onto Line - Use PERP_DIST_PARMS and set the constraint value to "0.0".

Line Onto Line - Use PARA_EDGE_PARMS and set the constraint value to "0.0"

When a target or tool edge is an arc, the position must be qualified as
either the arc center or the closest tangency point on the arc. When the
edge is not an arc, the position must be qualified as either the first or
last endpoint of the edge.

Some features can be positioned using the centerline of the feature.
You may use the centerline of a feature by passing in a NULL_TAG
as the tool edge. The centerline must be qualified as either the
horizontal or vertical centerline, using the first or last endpoint. The
following features allow the centerline to be used as a tool edge: Slot,
Groove, Rectangular Pad, Rectangular Pocket. The Groove feature
has only a vertical centerline.

Environment

Internal

See Also

UF_MODL_ask_edge_verts

History

In V13.0, the tangent2arc1 and tangent2arc2 parameters were
renamed to target_qualifier and tool_qualifier respectively and were
given string defined constants for values. The object_id_tool was
modified to accept a NULL_TAG for centerline.

Required License(s)

solid_modeling

int UF_MODL_create_rpo_constraints
(

tag_t feature_obj_id,
tag_t horz_dir_obj_id,
tag_t vert_dir_obj_id,
tag_t obj_id_target [ ] ,
int target_qualifier [ ] ,
tag_t obj_id_tool [ ] ,
int tool_qualifier [ ] ,
char * constraint_value [ ] ,
char * constraint_array [ ] ,
int num_of_constrnts

)

tag_t	feature_obj_id	Input	Feature to be constrained
tag_t	horz_dir_obj_id	Input	Horizontal direction.
tag_t	vert_dir_obj_id	Input	Vertical direction (if horz_dir_obj_id == 0).
tag_t	obj_id_target [ ]	Input	Array of target edges.
int	target_qualifier [ ]	Input	Array of flags used to qualify the position on each target edge. Valid flags are: UF_MODL_ARC_CENTER UF_MODL_ARC_TANGENT UF_MODL_ENDPOINT_1 UF_MODL_ENDPOINT_2
tag_t	obj_id_tool [ ]	Input	Array of tool edges (NULL_TAG for centerline).
int	tool_qualifier [ ]	Input	Array of flags used to qualify the position on each tool edge. Valid flags are: UF_MODL_ARC_CENTER UF_MODL_ARC_TANGENT UF_MODL_ENDPOINT_1 UF_MODL_ENDPOINT_2 UF_MODL_HORZ_CENTERLINE_PNT_1 UF_MODL_HORZ_CENTERLINE_PNT_2 UF_MODL_VERT_CENTERLINE_PNT_1 UF_MODL_VERT_CENTERLINE_PNT_2
char *	constraint_value [ ]	Input	Array of constraint values.
char *	constraint_array [ ]	Input	Array of constraint type: "ANGL_EDGE_PARMS", "HORZ_DIST_PARMS", "VERT_DIST_PARMS", "PARA_DIST_PARMS", "PARA_EDGE_PARMS" , "PERP_DIST_PARMS"
int	num_of_constrnts	Input	Number of constraints.

UF_MODL_create_ruled (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a feature by assigning one-to-one correspondence between
points on two selected curves and then connecting the corresponding
points by straight lines. The following restrictions apply:

1. The first segment curve of each section spine is a starting curve.
2. Point
a. Point object may be included but only as the one point of the
first section string.
b. Curve end point may be included but only as the one curve of
the first section string. s_section->dir[ ] indicates which end
point should be used.

The output of this function is the object identifier associated to the
feature.

Environment

Internal and External

See Also

UF_MODL_create_ruled1

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_ruled
(

UF_STRING_p_t s_section,
UF_STRING_p_t s_spine,
int * alignment,
double value [ 6 ] ,
int * end_point,
int * body_type,
UF_FEATURE_SIGN boolean,
double tol [ 3 ] ,
tag_t * body_obj_id

)

UF_STRING_p_t	s_section	Input	Pointer to the section list structure. int num Total number of section string (min=2, max=2) int string[ ] Total number of segment curves/ sketch identifier of each section string (min=1, max =402) int dir[ ] Direction of each section string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of section curve or the section builder object tags but not both
UF_STRING_p_t	s_spine	Input	Pointer to the spine list structure. (for alignment = 5) int num Total number of spine string (min=0, max=1) int string[ ] Total number of segment curves/ sketch identifier of each spine string (min=1, max=402) int dir[ ] Direction of each spine string 1 : Start to end -1 : End to start tag_t id[ ] Identifier of spine curve or the section builder object tags but not both
int *	alignment	Input	Alignment method: 1 = Parameter 2 = Arc length 3 = Distance 4 = Angles 5 = Spine curves
double	value [ 6 ]	Input	Data for alignment method: [0-2] = 3D vector defining direction line (for alignment = 3) [0-5] = 3D start and end coordinates of line defining the axis of revolution for planes (for alignment = 4)
int *	end_point	Input	Curve end point or point 0 = Do not use end point 1 = Curve/point of first section string
int *	body_type	Input	Type of body: 0 = Sheet (Default) 1 = Solid
UF_FEATURE_SIGN	boolean	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
double	tol [ 3 ]	Input	Tolerances: [0] = Distance [1] = Angle (in radians) [2] = Intersection (not used)
tag_t *	body_obj_id	Output	Body object identifier

UF_MODL_create_ruled1 (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a feature by assigning one-to-one correspondence between points on two
selected curves and then connecting the corresponding points by straight lines.
This function behaves like UF_MODL_create_thru_curves with an extra input
for passing in the target body for the boolean operation.

If body_type is solid (1) and the sign of the operation to be performed is
not create, then the target body is required.

The following restrictions apply:

1. The first segment curve of each section spine is a starting curve.
2. Point
a. Point object may be included but only as the one point of the
first section string.
b. Curve end point may be included but only as the one curve of
the first section string. s_section->dir[ ] indicates which end
point should be used.

The output of this function is the object identifier associated to the
feature.

Environment

Internal and External

See Also

UF_MODL_create_ruled

History

Originally released in V16.0

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_ruled1
(

UF_STRING_p_t s_section,
UF_STRING_p_t s_spine,
int * alignment,
double value [ 6 ] ,
int * end_point,
int * body_type,
UF_FEATURE_SIGN boolean,
tag_t target_body,
double tol [ 3 ] ,
tag_t * body_obj_id

)

UF_STRING_p_t	s_section	Input	Pointer to the section list structure. int num Total number of section string (min=2, max=2) int string[ ] Total number of segment curves/ sketch identifier of each section string (min=1, max =402) int dir[ ] Direction of each section string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of section curve or the section builder object tags but not both
UF_STRING_p_t	s_spine	Input	Pointer to the spine list structure. (for alignment = 5) int num Total number of spine string (min=0, max=1) int string[ ] Total number of segment curves/ sketch identifier of each spine string (min=1, max=402) int dir[ ] Direction of each spine string 1 : Start to end -1 : End to start tag_t id[ ] Identifier of spine curve or the section builder object tags but not both
int *	alignment	Input	Alignment method: 1 = Parameter 2 = Arc length 3 = Distance 4 = Angles 5 = Spine curves
double	value [ 6 ]	Input	Data for alignment method: [0-2] = 3D vector defining direction line (for alignment = 3) [0-5] = 3D start and end coordinates of line defining the axis of revolution for planes (for alignment = 4)
int *	end_point	Input	Curve end point or point 0 = Do not use end point 1 = Curve/point of first section string
int *	body_type	Input	Type of body: 0 = Sheet (Default) 1 = Solid
UF_FEATURE_SIGN	boolean	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	The target body for the boolean operation
double	tol [ 3 ]	Input	Tolerances: [0] = Distance [1] = Angle (in radians) [2] = Intersection (not used)
tag_t *	body_obj_id	Output	Body object identifier

UF_MODL_create_scale (view source)

Defined in: uf_modl.h

Overview

This function will create scale features.

Environment

Internal and External

See Also

UF_MODL_edit_scale

History

Released in V16.0

Required License(s)

solid_modeling

int UF_MODL_create_scale
(

UF_SCALE_TYPE_t type,
tag_t * body_tags,
int num_body_tags,
tag_t so_point,
tag_t so_dir,
tag_t so_csys,
char factors [ 3 ] [ UF_MAX_EXP_BUFSIZE ] ,
tag_t * * tags

)

UF_SCALE_TYPE_t	type	Input	The type of scale feature to create: UF_SCALE_TYPE_UNIFORM UF_SCALE_TYPE_AXISYMMETRIC UF_SCALE_TYPE_GENERAL
tag_t *	body_tags	Input	An array of tags which contains the bodies to be scaled
int	num_body_tags	Input	The number of body tags
tag_t	so_point	Input	This is the tag of a smart point to use as the origin of the scale feature. If a NULL_TAG is passed, the default origin will be the origin of the WCS. This argument is ignored for UF_SCALE_TYPE_GENERAL scale features.
tag_t	so_dir	Input	This is a tag of a smart point to be used as the direction of the scale for a UF_SCALE_TYPE_AXISYMMETRIC scale feature. It is ignored for all other scale features. If a NULL_TAG is passed for an axisymmetric scale feature, then the default will be the Z-axis of the WCS.
tag_t	so_csys	Input	This is the tag of a smart CSYS to be used for a UF_SCALE_TYPE_GENERAL scale feature. This parameter is ignored for all other scale features. If a NULL_TAG is passed for a general scale feature, then the default will be the WCS.
char	factors [ 3 ] [ UF_MAX_EXP_BUFSIZE ]	Input	An array of strings that define the scale factors. These scale factors may include expressions. For a uniform scale feature, there is only one string to use as a scale factor. For an axisymmetric scale feature, two factor strings must be passed in, the first being the scale factor along the axis, and the second being the scale factor in the other direction. For a general scale feature, there will be three strings passed in this array, the first being the scale in the x-axis, the second being the scale in the y-axis and the third being the scale in the z-axis.
tag_t * *	tags	Output to UF_free	This is an array of tags for the scale features created. There will be one scale feature for each body passed in.This array must be freed by calling UF_free.

UF_MODL_create_section_surface (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a section surface feature from the section surface Open
API data structure.

Environment

Internal and External

History

V15.0 changes: The UF_MODL_secsrf_data_t structure was enhanced.

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_section_surface
(

UF_MODL_secsrf_data_p_t section_surface_data,
tag_p_t section_surface

)

UF_MODL_secsrf_data_p_t	section_surface_data	Input	Section Surface Open API Data Structure
tag_p_t	section_surface	Output	Section Surface Feature object identifier.

UF_MODL_create_set_of_feature (view source)

Defined in: uf_modl.h

Overview

Create a feature set. If some member features are non-brwoseable, the non-browseable features
will be filtered out.

Environment

Internal and External

History

Released in V16.0

Required License(s)

solid_modeling

int UF_MODL_create_set_of_feature
(

char * name,
tag_t * features,
int number_of_feature,
int hide_state,
tag_t * feature

)

char *	name	Input	Name of feature set
tag_t *	features	Input	Array of feature tags representing the members of the feature set
int	number_of_feature	Input	Number of features in array
int	hide_state	Input	Hide state of feature set TRUE/FALSE
tag_t *	feature	Output	Tag of feature set

UF_MODL_create_sew (view source)

Defined in: uf_modl.h

Overview

Sews sheet bodies or faces of solid bodies together. When sewing solids, the
arrays targets and tools contain the faces from the target and tool bodies. The
faces from one body must match in geometry with the faces from the other body.
It is important to understand the interactive functionality in NX before trying
to use this function.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_sew
(

int option,
int num_targets,
tag_t targets [ ] ,
int num_tools,
tag_t tools [ ] ,
double tolerance,
int type_body,
uf_list_p_t * disjoint_list,
tag_t * sew_id

)

int	option	Input	Option flag: 0 = Sew general 1 = Sew all instances
int	num_targets	Input	Size of the targets array
tag_t	targets [ ]	Input	Array of target tags ( sheet body when type_body = 0 or face(s) from a solid body when type_body = 1 ).
int	num_tools	Input	Size of the tool array
tag_t	tools [ ]	Input	Array of tool tags ( sheet body when type_body = 0 or face(s) from a solid body when type_body = 1 ).
double	tolerance	Input	Tolerance value
int	type_body	Input	Type of body: 0 = Sheet (default) 1 = Solid
uf_list_p_t *	disjoint_list	Output to UF_free	List contains disjoint sheets from the target. This list must be freed by calling UF_MODL_delete_list.
tag_t *	sew_id	Output	The sew feature that was created.

UF_MODL_create_silhouette_flange (view source)

Defined in: uf_modl_freeform.h

Overview

Creates Silhouette Flange feature from the Silhouette Flange Open API data structure.

Environment

Internal and External

History

First released in NX3

Required License(s)

solid_modeling

int UF_MODL_create_silhouette_flange
(

UF_MODL_sflange_data_p_t sflange_data,
tag_t * sflange_tag

)

UF_MODL_sflange_data_p_t	sflange_data	Input	Silhouette Flange Open API data structure.
tag_t *	sflange_tag	Output	Silhouette Flange feature object identifier.

UF_MODL_create_silhouette_flange_pipe (view source)

Defined in: uf_modl_freeform.h

Overview

Creates Pipe of Silhouette Flange from the Silhouette Flange Open API data structure.

Environment

Internal and External

History

First released in NX3

Required License(s)

solid_modeling

int UF_MODL_create_silhouette_flange_pipe
(

UF_MODL_sflange_data_p_t sflange_data,
tag_t * centerline_tag

)

UF_MODL_sflange_data_p_t	sflange_data	Input	Silhouette Flange Open API data structure.
tag_t *	centerline_tag	Output	Centerline curve object identifier of the pipe of Silhouette Flange.

UF_MODL_create_simple_hole (view source)

Defined in: uf_modl_holes.h

Overview

Creates a simple hole. The Origin indicates where the center of the
simple hole is located on the link-face. Interactively, this is the face
chosen to place the hole in, and the location of the pick is used as the
origin. In Open API, this information is input by the user. The
Diameter, Depth and Tip Angle control the sizing of the hole. The
Direction Vector has to be perpendicular to the link-face, opposite
the face normal. If a thru face is indicated, then the depth is ignored.
The output of this function is the object identifier associated to the
simple hole.

The "Face for the RPO constraint" parameter, face_li, can accept a datum plane.
You can pass in the tag of the datum plane feature or datum plane body. For
relative datums the parent body is used as the target. For an absolute datum
the target body must be set by calling UF_MODL_active_part.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_simple_hole
(

double location [ 3 ] ,
double direction [ 3 ] ,
const char * diame,
const char * depth,
const char * angle,
tag_t face_li,
tag_t face_t1,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	Hole location.
double	direction [ 3 ]	Input	Hole direction.
const char *	diame	Input	Hole diameter.
const char *	depth	Input	Hole depth.
const char *	angle	Input	Hole tip angle.
tag_t	face_li	Input	Face for the RPO constraint.
tag_t	face_t1	Input	Face for thru face.
tag_t *	feature_obj_id	Output	Feature object identifier of created simple hole

UF_MODL_create_simplified_curve (view source)

Defined in: uf_modl_curves.h

Overview

This routine is to be obsoleted in the near future. Please use its
replacement function UF_CURVE_create_simplified_curve.

Returns an array of line and arc identifiers which approximates curves
and edges. The tolerance parameter determines the maximum
distance between a curve or edge and its approximated arc segments.
NOTE: The size of the segments array depends on the input
parameters curve_count, tolerance, and the complexity of the
individual curves being simplified. For curves that have a lot of
curvature change, it may take a lot of arcs and lines to approximate
them.

Environment

Internal and External

See Also

UF_CURVE_create_simplified_curve

Required License(s)

( solid_modeling or drafting )

int UF_MODL_create_simplified_curve
(

int curve_count,
tag_t * curves,
double tolerance,
int * segment_count,
tag_t * segments

)

int	curve_count	Input	Count of curves and edges (512 maximum).
tag_t *	curves	Input	Array of curve and edge identifiers. This should be declared as tag_t curves[curve_count].
double	tolerance	Input	Maximum distance from arc segment to curve.
int *	segment_count	Output	Count of lines and arcs.
tag_t *	segments	Output	Array of line and arc identifiers.

UF_MODL_create_simplify (view source)

Defined in: uf_modl_simplify.h

Overview

Create a simplify feature according to the specified data. The part
containing the body on which the feature is being applied will be fully
loaded if necessary. <n_retained_faces> gives the number of faces on the
body after the simplify has been applied, <n_removed_faces> gives the
number of faces on the body removed when the simplify is applied. If the
feature cannot be created because one or more faces could not be removed,
the ifail UF_MODL_SIMPL_HEAL_FAILED is returned, and the array
<failing_wound_edges> will contain the tags of the edges which could not be
healed. UF_MODL_SIMPL_HEAL_FAILED is also returned if the simplified body
would have been invalid, in which case <n_failing_wound_edges> will be 0. If
this or another ifail is returned, the feature is not created, and
<feature_tag> will be NULL_TAG.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_simplify
(

UF_MODL_simpl_data_p_t simpl_parms,
tag_t * feature_tag,
int * n_failing_wound_edges,
tag_t * * failing_wound_edges,
int * n_retained_faces,
int * n_removed_faces

)

UF_MODL_simpl_data_p_t	simpl_parms	Input	Parameters of the new simplify feature
tag_t *	feature_tag	Output	The feature created
int *	n_failing_wound_edges	Output	Number of edges of failing wounds
tag_t * *	failing_wound_edges	Output to UF_free	Array of edges of failing wounds. This must be freed by calling UF_free.
int *	n_retained_faces	Output	Number of faces retained on the body
int *	n_removed_faces	Output	Number of faces removed from the body

UF_MODL_create_smbend (view source)

Defined in: uf_modl_smd.h

Overview

Creates a smbend feature.

Environment

Internal and External

Return

Return code:
= 0 No error
= not 0 Error code

History

Originally released in V17.0

Required License(s)

sheet_metal_design

int UF_MODL_create_smbend
(

UF_MODL_smbend_data_p_t user_data,
tag_p_t bend_tag

)

UF_MODL_smbend_data_p_t	user_data	Input	Data supplied by the user to define the feature
tag_p_t	bend_tag	Output	the tag of the new bend feature that was created

UF_MODL_create_smbend_corner (view source)

Defined in: uf_modl_smd.h

Overview

This procedure uses data from the user to create a new smbend feature
from a converted corner.

Return

Return code:
= 0 No Error
= not 0 Error code

Environment

External

History

Originally released in V17.0.3

Required License(s)

sheet_metal_design

int UF_MODL_create_smbend_corner
(

UF_MODL_smbend_corner_data_p_t user_data,
tag_p_t bend_tag

)

UF_MODL_smbend_corner_data_p_t	user_data	Input	UF data supplied by user to define the feature
tag_p_t	bend_tag	Output	the tag of the new bend feature that was created

UF_MODL_create_smbend_cylinder (view source)

Defined in: uf_modl_smd.h

Overview

This procedure uses data from the user to create a new smbend feature
from a converted cylindrical face.

Return

Return code:
= 0 No Error
= not 0 Error code

Environment

External

History

Originally released in V17.0.3

Required License(s)

sheet_metal_design

int UF_MODL_create_smbend_cylinder
(

UF_MODL_smbend_cylinder_data_p_t user_data,
tag_p_t bend_tag

)

UF_MODL_smbend_cylinder_data_p_t	user_data	Input	UF data supplied by user to define the feature
tag_p_t	bend_tag	Output	the tag of the new bend feature that was created

UF_MODL_create_smbracket (view source)

Defined in: uf_modl_smd.h

Overview

Creates a sheet metal bracket (SMBRACKET).

Environment

Internal and External

History

Original release was in V16.0

Required License(s)

sheet_metal_design

int UF_MODL_create_smbracket
(

UF_MODL_smbracket_data_p_t user_data,
tag_t * bracket_body_tag

)

UF_MODL_smbracket_data_p_t	user_data	Input	smbracket Open API Data Structure
tag_t *	bracket_body_tag	Input / Output	If set to NULL_TAG, tag of the created bracket body is returned. If set to tag of the target body, bracket is created and united with the target body. It returns the tag of the target body.

UF_MODL_create_smcorner (view source)

Defined in: uf_modl_smd.h

Overview

Create a SMCorner feature.

Environment

Internal and External

History

Released in NX3.0

Required License(s)

sheet_metal_design

int UF_MODL_create_smcorner
(

UF_MODL_smcorner_data_p_t smcorner_ufdata,
tag_t * smcorner_tag

)

UF_MODL_smcorner_data_p_t	smcorner_ufdata	Input	Data supplied by the user to create the smcorner feature
tag_t *	smcorner_tag	Output	The smcorner tag

UF_MODL_create_smcutout (view source)

Defined in: uf_modl_smd.h

Overview

Creates a sheet metal cutout (SMCUTOUT) feature by providing its placement
face, outline curves, and projection direction. The output of this function
is the object identifier of the SMCutout feature.

Environment

Internal and External

See Also

UF_MODL_smcutout_data_p_t

History

Original release was in V15.0

Required License(s)

sheet_metal_design

int UF_MODL_create_smcutout
(

UF_MODL_smcutout_data_p_t user_data,
tag_p_t cutout_tag

)

UF_MODL_smcutout_data_p_t	user_data	Input	Data needed to create cutout
tag_p_t	cutout_tag	Output	Tag of cutout created

UF_MODL_create_smd_flange (view source)

Defined in: uf_modl_smd.h

Overview

Generates a Sheet Metal Design flange feature. It differs from the
existing UF_MODL_create_flange in that it provides the ability to
independently taper the bend and web areas of the feature and you
can create Miter and Butt joints also. Negative bend angle is no more
allowed as a way to change the bend direction of the Flange. Parameter
'reverse_direction' of structure UF_MODL_flange_data_t should be used to
change the direction of the Flange.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_create_smd_flange
(

tag_t attach_face,
tag_t reference_edge,
double position [ 3 ] ,
double xdirection [ 3 ] ,
double zdirection [ 3 ] ,
UF_MODL_flange_data_p_t flange_data,
tag_p_t feature_tag

)

tag_t	attach_face	Input	Attachment face of target body.
tag_t	reference_edge	Input	Horizontal edge reference of target body. This should lie on the attachment face of the Flange, else an error will be returned.
double	position [ 3 ]	Input	NOT USED. Origin of flange feature will be found automatically.
double	xdirection [ 3 ]	Input	NOT USED. Direction of flange along the width of the bend will be derived automatically.
double	zdirection [ 3 ]	Input	NOT USED. Normal of attachment/link face will be found automatically.
UF_MODL_flange_data_p_t	flange_data	Input	Structure which defines the size and shape of the flange feature. This is expanded to include the parameters for Miter and Butt joints also.
tag_p_t	feature_tag	Output	Object identifier of the flange feature.

UF_MODL_create_smhole (view source)

Defined in: uf_modl_smd.h

Overview

Creates a sheet metal hole.

Environment

Internal and External

See Also

UF_MODL_smhole_data_p_t

History

Original release was in V14.0.

Required License(s)

sheet_metal_design

int UF_MODL_create_smhole
(

UF_MODL_smhole_data_p_t user_data,
tag_p_t hole_tag

)

UF_MODL_smhole_data_p_t	user_data	Input	Pointer to a UF_MODL_smhole_data_s data structure
tag_p_t	hole_tag	Output	Pointer to the tag of the SMHole that gets created

UF_MODL_create_smjoggle (view source)

Defined in: uf_modl_smd.h

Overview

Creates a Sheet Metal Joggle from input joggle data structure.

Environment

Internal and External

History

Original release was in V16.0

Required License(s)

sheet_metal_design

int UF_MODL_create_smjoggle
(

UF_MODL_smjoggle_data_p_t joggle_data,
tag_t * joggle

)

UF_MODL_smjoggle_data_p_t	joggle_data	Input	Joggle data structure
tag_t *	joggle	Output	Tag of the body created

UF_MODL_create_smpunch (view source)

Defined in: uf_modl_smd.h

Overview

This procedure creates an SMPunch feature.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

sheet_metal_design

int UF_MODL_create_smpunch
(

UF_MODL_smpunch_data_p_t user_data,
tag_p_t punch_tag

)

UF_MODL_smpunch_data_p_t	user_data	Input	Data describing the punch to be created.
tag_p_t	punch_tag	Output	Object identifier of the created punch.

UF_MODL_create_smrelief (view source)

Defined in: uf_modl_smd.h

Overview

Creates a sheet metal relief (SMRELIEF).

Environment

Internal and External

History

Original release was in V16.0

Required License(s)

sheet_metal_design

int UF_MODL_create_smrelief
(

UF_MODL_smrelief_data_p_t user_data

)

user_data

Input

smrelief Open API Data
Structure

UF_MODL_create_smslot (view source)

Defined in: uf_modl_smd.h

Overview

Creates a sheet metal slot.

Environment

Internal and External

See Also

UF_MODL_smslot_data_p_t

History

Original release was in V14.0.

Required License(s)

sheet_metal_design

int UF_MODL_create_smslot
(

UF_MODL_smslot_data_p_t user_data,
tag_p_t slot_tag

)

UF_MODL_smslot_data_p_t	user_data	Input	Pointer to a UF_MODL_smslot_data_s data structure
tag_p_t	slot_tag	Output	Pointer to the tag of the SMSlot that gets created

UF_MODL_create_snip_surface_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a Snip Surface Feature using the Snip surface Open API data structure.
Make sure the following items are initialized properly:
usr_data->edit_face != 0
usr_data->project_method <= 3
usr_data->refit_method <= 3
usr_data->refit_degree > 0
usr_data->refit_degree < 25
usr_data->refit_patches > 0
usr_data->refit_patches < 1000

Minimum five parameters are required to be specified as follows:
1.Edit face
2.One of the types of bounding objects
3.Type of operation (snipping or divide)
4.Region point
5.Surface refitting method

Environment

Internal and External

History

First released in NX2

Required License(s)

solid_modeling

int UF_MODL_create_snip_surface_feature
(

UF_MODL_snipsrf_feature_data_p_t usr_data,
tag_p_t snip_tag

)

UF_MODL_snipsrf_feature_data_p_t	usr_data	Input
tag_p_t	snip_tag	Output

UF_MODL_create_solid_punch (view source)

Defined in: uf_modl_smd.h

Overview

Create a Solid Punch feature.

Return

Return code :

Environment

Internal and External

History

Released in NX2.0

Required License(s)

sheet_metal_design

int UF_MODL_create_solid_punch
(

UF_MODL_solid_punch_data_p_t smspunch_ufdata,
tag_t * smspunch_tag

)

UF_MODL_solid_punch_data_p_t	smspunch_ufdata	Input	Data supplied by the user to create the solid punch feature
tag_t *	smspunch_tag	Output	The solid punch tag

UF_MODL_create_sphere (view source)

Defined in: uf_modl_primitives.h

Overview

Create a solid sphere.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_sphere
(

UF_FEATURE_SIGN sign,
tag_t targ_tag,
double center [ 3 ] ,
char * diam,
tag_t * sphere_tag

)

UF_FEATURE_SIGN	sign	Input	Sign of primitive
tag_t	targ_tag	Input	Target body (if needed)
double	center [ 3 ]	Input	Sphere center
char *	diam	Input	Sphere diameter
tag_t *	sphere_tag	Output	Sphere feature tag

UF_MODL_create_sphere1 (view source)

Defined in: uf_modl_primitives.h

Overview

Creates a sphere. The Origin indicates the center of the sphere. The
Diameter controls the size, and the sign parameter controls the
boolean operation performed. The output of this function is the feature
tag associated to the sphere.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_sphere1
(

UF_FEATURE_SIGN sign,
double center [ 3 ] ,
char * diam,
tag_t * sphere_obj_id

)

UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
double	center [ 3 ]	Input	Center of sphere to be created.
char *	diam	Input	Diameter of sphere to be created.
tag_t *	sphere_obj_id	Output	Feature tag of created sphere.

UF_MODL_create_spline (view source)

Defined in: uf_modl_curves.h

Overview

Creates a spline. The periodic status of the curve is inherited from the
defining data. If the curve is not periodic on input, but can be made
periodic, the resulting curve is made C1 periodic.

Tips and Techniques
This routine takes standard NURB (nonuniform rational B-spline) data as input.
The poles are ordered quadruplets consisting of the ABS coordinates and a
weight . As a general guideline, let all of the weights = 1.0. For the knot
sequence values:
Let u1, ..., uorder = 0.0
Let upoles+1, ..., upoles+order = 1.0

This sets the beginning four sequence values to 0.0 and the last four
sequence values to 1.0 when the order is four. For the other sequence
values, let nu = 1/(poles-order+1). Then the remaining normalized
sequence values would be:

uorder+1 = 1nu, uorder+2 = 2nu, ..., upoles =(poles-order)nu.

For example, suppose we have 8 poles and order = 4, then:
nu = 1/(8-4+1) = 0.2 and
u1, ..., uorder = u1, ..., u4 = 0.0,
upoles+1, ..., upoles+order = u9, ..., u12 = 1.0,
u5 = .2, u6 = .4, u7 = .6, u8 = .8 which gives us the following
normalized, non-decreasing knot sequence:

{ 0,0,0,0,.2,.4,.6,.8,1,1,1,1 }.

Environment

Internal and External

See Also

For the glossary definition Please see glossary
For a detailed description of splines and reference materials see
splines
See example

Required License(s)

solid_modeling

int UF_MODL_create_spline
(

int nc,
int kc,
double knot [ ] ,
double poles [ ] ,
tag_t * spline_id,
int * knot_fixup,
int * pole_fixup

)

int	nc	Input	Number of control vertices (poles)
int	kc	Input	Order (degree + 1)
double	knot [ ]	Input	Knot sequence (dimensioned to poles + order, e.g. knot[nc + kc]
double	poles [ ]	Input	Array homogeneous control vertices (wx,wy,wz,w) - dimensioned to (poles 4), e.g. poles[nc 4]
tag_t *	spline_id	Output	object identifier for the spline
int *	knot_fixup	Output	Knot fixup status 0 = no fixups performed 1 = knot sequence fixed
int *	pole_fixup	Output	Pole fixup status 0 = no fixups performed 1 = pole array fixed

UF_MODL_create_string_list (view source)

Defined in: uf_modl_utilities.h

Overview

Creates a string list structure. The output of this function is a pointer
to the string list structure.

Example:
UF_MODL_create_string_list call setup
UF_STRING_t guide;
UF_STRING_p_t gu = &guide;
UF_MODL_create_string_list( 3, 50, gu );
Creates 3 guides containing 50 entities

Return

void

Environment

Internal and External

See Also

Refer to example

Required License(s)

gateway

void UF_MODL_create_string_list
(

int num_string,
int num_object,
UF_STRING_p_t string_list1

)

int	num_string	Input	Number of strings
int	num_object	Input	Number of object
UF_STRING_p_t	string_list1	Input / Output to UF_free	The caller passes in a pointer to an already allocated UF_STRING_t structure, and this routine allocates space for the arrays in the structure. The arrays allocated inside of this structure must be freed by calling UF_MODL_free_string_list.

UF_MODL_create_stycorner (view source)

Defined in: uf_modl_freeform.h

Overview

Creates an Styled Corner Surface Feature using its NX Open API data structure.

Environment

Internal and External

History

First released in NX3

Required License(s)

solid_modeling

int UF_MODL_create_stycorner
(

UF_MODL_stycorner_data_p_t styled_corner_data,
tag_t * frec_tag

)

UF_MODL_stycorner_data_p_t	styled_corner_data	Input	Styled corner NX Open API data structure.
tag_t *	frec_tag	Output	the object identifier to be created

UF_MODL_create_styled_sweep_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Creates Styled Sweep feature from the Styled Sweep Open API data structure.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_styled_sweep_feature
(

UF_MODL_styled_sweep_data_p_t styled_sweep_data,
tag_p_t styswp

)

UF_MODL_styled_sweep_data_p_t	styled_sweep_data	Input	Styled Sweep Open API data structure.
tag_p_t	styswp	Output	Styled Sweep feature object identifier.

UF_MODL_create_subdiv_face (view source)

Defined in: uf_modl.h

Overview

Creates a subdivided face feature. The output of this function is the
object identifier associated to the subdivide face.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_subdiv_face
(

const tag_t* curve_refs,
const int count,
const tag_t face,
const int proj_type,
const double vector [ 3 ] ,
tag_t * feature_obj_id

)

const tag_t*	curve_refs	Input	Array of curves to subdivide the face with
const int	count	Input	Number of curves in curve_refs
const tag_t	face	Input	Face object identifier
const int	proj_type	Input	Projection type 1 = Along surface normal 2 = Along vector (Not implemented yet)
const double	vector [ 3 ]	Input	Projection vector if projection type = 2 (Not used)
tag_t *	feature_obj_id	Output	Feature object identifier of created subdivide face

UF_MODL_create_surf_from_cloud (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a B-surface using a list of existing points. The points may
appear in any order. There must be enough points to define a surface
with the requested degree and patches and the points should cover the
area inside the specified boundaries.

The boundaries of the surface, projected onto the specified X-Y
plane, form a quadrilateral. The boundaries can be specified by the
optional bnd_corners parameter. These points, projected onto the
X-Y plane of the specified coordinate system must form a convex
quadrilateral.

The order of the points determine the U and V directions of the
resulting surface.

If the pointer to bnd_corners is NULL, the boundaries are the
smallest rectangle that encloses the cloud points in the specified X-Y
plane. The U direction of the surface is aligned with the X direction
and the V direction of the surface is aligned with the Y direction.
The X-Y plane may be specified by the optional csys_matrix
parameter. If csys_matrix is NULL, the absolute X-Y plane is used.
In all cases the Z direction is assumed to be approximately normal to
the surface and the surface must not be ambiguous when viewed from
this direction.

Normals Z1, Z2, Z3, and other acceptable vectors all produce the
same best fit surface. However, Zn produces a dramatically different
surface. Other incorrect vectors produces different results, none
acceptable. The system cannot detect when this condition occurs.

Environment

Internal and External

See Also

please refer to example

Required License(s)

solid_modeling

int UF_MODL_create_surf_from_cloud
(

int point_cnt,
double cloud [ ] [ 3 ] ,
double csys_matrix [ 2 ] [ 3 ] ,
double bnd_corners [ 4 ] [ 3 ] ,
int U_degree,
int V_degree,
int U_patches,
int V_patches,
int corner_switch,
double * average_error,
double * max_error,
int * max_error_index,
tag_t * surface_tag

)

int	point_cnt	Input	Number of points in the cloud array.
double	cloud [ ] [ 3 ]	Input	Array of points [point_cnt][3]. The points may appear in any order. There must be enough points to define a surface of the requested order an they should cover the area within the boundaries specified below. The points should not represent a surface that is ambiguous in the surface normal direction.
double	csys_matrix [ 2 ] [ 3 ]	Input	Orientation - X-Y vectors, the U-V directions of the surface correspond to these X-Y vectors. The surface must be unambiguous in the Z direction. If this pointer is NULL, the absolute X-Y-Z of the data is used.
double	bnd_corners [ 4 ] [ 3 ]	Input	Boundary corners - 4 points specifying the corners of the surface. The resulting surface boundaries, projected onto the X-Y plane, specified above, forms a quadrilateral with corners at the projection of these points onto that plane. The U direction of the surface lie in a direction approximately aligned with the 1st and 3rd line segments and the V direction aligned with the 2n and 4th. If this pointer is NULL, the quadrilateral is the max-min box of the input data in the specified X-Y plane.
int	U_degree	Input	Desired degree of the resulting surface in the U direction. Valid values are 1 through 24.
int	V_degree	Input	Desired degree of the resulting surface in the V direction. Valid values are 1 through 24.
int	U_patches	Input	Number of patches desired in the U direction of the resulting surface.
int	V_patches	Input	Number of patches desired in the V direction of the resulting surface.
int	corner_switch	Input	Currently unused.
double *	average_error	Output	The average distance, in the Z direction, between all input points and the resulting surface.
double *	max_error	Output	The maximum distance, in the Z direction, between all input points and the resulting surface.
int *	max_error_index	Output	The sequence number, within the cloud array, of the point where the maximum error (max_error) occurred.
tag_t *	surface_tag	Output	Object identifier for the resulting surface.

UF_MODL_create_sweep (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a freeform sweep feature. The first segment curve of each guide/section/spine
is a starting curve. The output of this function is the object identifier
associated to the sweep. Use UF_MODL_init_string_list and
UF_MODL_create_string_list to create input strings. Use UF_MODL_free_string_list
to free memory once this routine has been called, and the string list is no
longer needed.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_sweep
(

UF_STRING_p_t s_guide,
UF_STRING_p_t s_section,
UF_STRING_p_t s_spine,
UF_METHOD_p_t orientation,
UF_METHOD_p_t scaling,
int * alignment,
int * inter,
int * body_type,
UF_FEATURE_SIGN boolean,
double tol [ 3 ] ,
tag_t * body_obj_id

)

UF_STRING_p_t	s_guide	Input	Pointer to the guide list structure. int num Total number of guide strings (min=1, max=3) int string[ ] Total number of segment curves/ sketch identifier of each guide string (min=1, max =402) int dir[ ] Direction of each guide string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of guide curve
UF_STRING_p_t	s_section	Input	Pointer to the section list structure. int num Total number of section strings (min=1, max=150) int string[ ] Total number of segment curves/ sketch/face of each section string (min=1, max=402) int dir[ ] Direction of each section string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of section curve
UF_STRING_p_t	s_spine	Input	Pointer to the spine list structure. int num Total number of section strings (min=0, max=1) int string[ ] Total number of segment curves/ sketch/face of each section string (min=1, max=402) int dir[ ] Direction of each section string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of spine curve
UF_METHOD_p_t	orientation	Input	Pointer to the orientation list structure. int method Orientation method (for s_guide-> num = 1) 1 = Face normals 2 = Vector direction 3 = Another curve 4 = Fixed (parallel sweep) 5 = A point 6 = Angular law 7 = Forced direction int inter NOT USED tag_t id Base surface (for orientation->method =1) Datum axis (for orientation->method = 2,7) double value[3] Orientation 3D vector (for orientation->method = 2,7) Orientation 3D point (for orientation->method = 5) Law Function Value (for orientation->method=6) [0] = Angle law function offset [1] = Angle law function scale UF_STRING_p_t s_curve Pointer to curve structure list (for orientation->method = 3 or 6)
UF_METHOD_p_t	scaling	Input	Pointer to the scaling list structure. int method Scaling method (for s_guide-> num = 1) 1 = Constant scale 2 = Blended 3 = Another curve 4 = A point 5 = Area law (for s_guide-> num = 2) 6 = Scale laterally 7 = Scale uniformly int inter Scale blended interpolation (for scaling->method = 2) tag_t id NOT USED double value[3] Scale values [0] = Scale factor (for scaling->method = 1) [0-1] = Scale range (for scaling->method = 2) [0-2] = 3D absolute point (for scaling->method = 4) Law Function Value (for scaling->method=5) [0] = Area law function offset [1] = Area law function scale UF_STRING_p_t s_curve Pointer to curve structure list (for scaling->method = 3 or 5)
int *	alignment	Input	Alignment method: 1 = Parameter 2 = Arc Length
int *	inter	Input	Interpolation method (for s_section->num > 1): 1 = Linear 2 = Cubic
int *	body_type	Input	Type of body: 0 = Sheet (Default) 1 = Solid
UF_FEATURE_SIGN	boolean	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
double	tol [ 3 ]	Input	Tolerances: [0] = Distance [1] = Angle (in degrees) [2] = Intersection
tag_t *	body_obj_id	Output	Body object identifier of sweep

UF_MODL_create_symb_thread (view source)

Defined in: uf_modl.h

Overview

Creates a thread feature. Specify the creation parameters in the
thread parameter structure.

For internal thread, argument "internal_thread" should be set as "TRUE" in parameters
which is pointer to thread parameter structure UF_MODL_symb_thread_data_s.

Environment

Internal and External

See Also

please see example
UF_MODL_symb_thread_data_p_t

Required License(s)

solid_modeling

int UF_MODL_create_symb_thread
(

UF_MODL_symb_thread_data_p_t parameters,
tag_t * thread_obj_id

)

UF_MODL_symb_thread_data_p_t	parameters	Input	Pointer to thread parameter structure UF_MODL_symb_thread_data_s
tag_t *	thread_obj_id	Output	Thread object id

UF_MODL_create_t_slot (view source)

Defined in: uf_modl_slots.h

Overview

Creates a T-slot feature using an origin, tool axis, slot direction, top
and bottom width, top and bottom depth, and length. One of two
creation methods are taken depending on whether you want a thru
slot or not. If you want a defined distance, then input the distance and
placement face. Also, set the value of face_t1 and face_t2 to zero.
But, if you want to have the slot thru from one face to another, then
supply the placement face and the two faces from which to measure
the slot distance. The output of this function is the object identifier
associated to the T-slot.

The "Face for the RPO constraint" parameter, face_li, can accept a datum plane.
You can pass in the tag of the datum plane feature or datum plane body. For
relative datums the parent body is used as the target. For an absolute datum
the target body must be set by calling UF_MODL_active_part.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_t_slot
(

double location [ 3 ] ,
double tool_axis [ 3 ] ,
double direction [ 3 ] ,
char * t_width,
char * t_depth,
char * b_width,
char * b_depth,
char * distance,
int face_li,
int face_t1,
int face_t2,
tag_t * feature_tag

)

double	location [ 3 ]	Input	T slot location.
double	tool_axis [ 3 ]	Input	T slot tool axis.
double	direction [ 3 ]	Input	T slot direction.
char *	t_width	Input	T slot top width.
char *	t_depth	Input	T slot top depth.
char *	b_width	Input	T slot bottom width.
char *	b_depth	Input	T slot bottom depth.
char *	distance	Input	T slot distance.
int	face_li	Input	Face for the RPO constraint.
int	face_t1	Input	Face for thru face 1.
int	face_t2	Input	Face for thru face 2.
tag_t *	feature_tag	Output	Feature object identifier of created t slot

UF_MODL_create_taper_from_edges (view source)

Defined in: uf_modl_taper.h

Overview

Create a taper feature from the input edges.

Environment

Internal and External

You can input individual edges or an edge collector as the first element
of array edges[].

History

NX2.0 added the edge collector functionality

Required License(s)

solid_modeling

int UF_MODL_create_taper_from_edges
(

tag_t direction_tag,
const char * angle_str,
logical taper_all_instances,
int num_edges,
tag_t edges [ ] ,
tag_t * feature_tag

)

tag_t	direction_tag	Input	taper direction
const char *	angle_str	Input	taper angle
logical	taper_all_instances	Input	all instances or else just this one
int	num_edges	Input	number of edges in array
tag_t	edges [ ]	Input	array of edges to taper
tag_t *	feature_tag	Output	feature eid of created feature taper

UF_MODL_create_taper_from_faces (view source)

Defined in: uf_modl_taper.h

Overview

Creates a face taper feature using a location, direction, angle, and a
list of faces to taper. The output of this function is the object identifier
associated to the face taper.

You can input individual faces or a face collector as the first element
of array faces[].

Environment

Internal and External

See Also

UF_MODL_create_face_taper

History

NX2.0 added the face collector functionality

Required License(s)

solid_modeling

int UF_MODL_create_taper_from_faces
(

tag_t point_tag,
tag_t direction_tag,
const char * angle_str,
logical taper_all_instances,
int num_faces,
tag_t faces [ ] ,
tag_t * feature_tag

)

tag_t	point_tag	Input	taper location
tag_t	direction_tag	Input	taper direction
const char *	angle_str	Input	taper angle
logical	taper_all_instances	Input	all instances or else just this one
int	num_faces	Input	number of faces in array
tag_t	faces [ ]	Input	array of faces to taper
tag_t *	feature_tag	Output	feature eid of created feature taper

UF_MODL_create_taper_from_tangent_faces (view source)

Defined in: uf_modl_taper.h

Overview

Create a taper feature from tangent faces.

You can input individual faces or a face collector as the first element
of array faces[].

Environment

Internal and External

History

NX2.0 added the face collector functionality

Required License(s)

solid_modeling

int UF_MODL_create_taper_from_tangent_faces
(

tag_t direction_tag,
const char * angle_str,
logical taper_all_instances,
int num_faces,
tag_t faces [ ] ,
tag_t * feature_eid

)

tag_t	direction_tag	Input	taper direction
const char *	angle_str	Input	taper angle
logical	taper_all_instances	Input	all instances or else just this one
int	num_faces	Input	number of faces in array
tag_t	faces [ ]	Input	array of faces to taper
tag_t *	feature_eid	Output	feature eid of created feature taper

UF_MODL_create_taper_split_line (view source)

Defined in: uf_modl_taper.h

Overview

Create a split line taper. A regular taper will create multiple faces,
based on the edges supplied to the function. A split line taper will
create a single face, but the face may not meet the edges specified.
In this case sweep faces are created perpendicular to the reference
direction to accomodate the mismatch.

You can input individual edges or an edge collector as the first element
of array edges[].

Environment

Internal and External

History

Originally released in V16.0
NX2.0 added the edge collector functionality

Required License(s)

solid_modeling

int UF_MODL_create_taper_split_line
(

tag_t point_tag,
tag_t direction_tag,
const char * angle_str,
logical taper_all_instances,
int num_edges,
tag_t edges [ ] ,
double dist_tol,
double angle_tol,
tag_t * feature_tag

)

tag_t	point_tag	Input	taper reference point
tag_t	direction_tag	Input	taper direction
const char *	angle_str	Input	taper angle
logical	taper_all_instances	Input	If TRUE, all instances will be tapered. If FALSE, then just this instance is tapered.
int	num_edges	Input	number of edges in array
tag_t	edges [ ]	Input	array of edges to taper
double	dist_tol	Input	distance tolerances
double	angle_tol	Input	angle tolerances
tag_t *	feature_tag	Output	feature eid of created feature taper

UF_MODL_create_thru_curves (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a feature through a collection of curves in one direction. The
following restrictions apply:
1. The first segment curve of each primary/cross/spine is a starting curve.
2. If single patch, then vdegree = 0, vclose = 0 (open.) The output of this
function is the object identifier associated to the feature.
3. If alignment is set to Spline Points, the input sections must all be
single B-curves with the same number of defining points.

Environment

Internal and External

See Also

UF_MODL_create_thru_curves1
See the glossary definition for periodic.

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_thru_curves
(

UF_STRING_p_t s_section,
UF_STRING_p_t s_spine,
int * patch,
int * alignment,
double value [ 6 ] ,
int * vdegree,
int * vstatus,
int * body_type,
UF_FEATURE_SIGN boolean,
double tol [ 3 ] ,
tag_t c_face_id [ 2 ] ,
int c_flag [ 2 ] ,
tag_t * body_obj_id

)

UF_STRING_p_t	s_section	Input	Pointer to the section list structure. int num Total number of section string (min=2, max=150) int string[ ] Total number of segment curves/ sketch identifier of each section string (min=1, max =402) int dir[ ] Direction of each section string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of section curve or the section builder object tags, but not both
UF_STRING_p_t	s_spine	Input	Pointer to the spine list structure. (for alignment = 5) int num Total number of spine string (min=0, max=1) int string[ ] Total number of segment curves/ sketch identifier of each spine string (min=1, max=402) int dir[ ] Direction of each spine string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of spine curve or the section builder object tags, but not both
int *	patch	Input	Patch type 1 = Single (Bezier) 2 = Multiple (B-spline)
int *	alignment	Input	Alignment method 1 = Parameter 2 = Arc length 3 = Distance 4 = Angles 5= Spine curves 6 = Spline Points
double	value [ 6 ]	Input	Data for alignment method: [0-2] = 3D vector defining direction line (for alignment = 3) [0-5] = Coordinates of line defining the axis of revolution for planes (for alignment = 4)
int *	vdegree	Input	Degree of surface in V direction. For patch=2, 0 < vdegree <= (s_section.num-1)
int *	vstatus	Input	Periodic status of surface in V direction: 0 = Open 1 = Closed (at least s_section->num > 2)
int *	body_type	Input	Type of body= 0 = Sheet (Default) 1 = Solid
UF_FEATURE_SIGN	boolean	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
double	tol [ 3 ]	Input	Tolerances: [0] = Distance [1] = Angle (in radians) [2] = Intersection
tag_t	c_face_id [ 2 ]	Input	Object identifiers of neighbor surfaces or collectors of faces from which constraints are obtained [0] = first section string [1] = last section string
int	c_flag [ 2 ]	Input	Flags indicating constraint types: 0 = no constraint 1 = tangency constraint 2 = curvature constraint with [0] = first primary string [1] = last primary string
tag_t *	body_obj_id	Output	Body object identifier

UF_MODL_create_thru_curves1 (view source)

Defined in: uf_modl_freeform.h

Overview

Creates a feature through a collection of curves in one direction.
This function behaves like UF_MODL_create_thru_curves with an extra input
for passing in the target body for the boolean operation.

If body_type is solid (1) and the sign of the operation to be performed is
not create, then the target body is required.

The following restrictions apply:
1. The first segment curve of each primary/cross/spine is a starting curve.
2. If single patch, then vdegree = 0, vclose = 0 (open.) The output of this
function is the object identifier associated to the feature.
3. If alignment is set to Spline Points, the input sections must all be
single B-curves with the same number of defining points.

Environment

Internal and External

See Also

UF_MODL_create_thru_curves

History

Originally released in V16.0

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_thru_curves1
(

UF_STRING_p_t s_section,
UF_STRING_p_t s_spine,
int * patch,
int * alignment,
double value [ 6 ] ,
int * vdegree,
int * vstatus,
int simple,
int * body_type,
UF_FEATURE_SIGN boolean,
tag_t target_body,
double tols [ 3 ] ,
int c_num [ 2 ] ,
tag_t * c_face_id [ 2 ] ,
int c_flag [ 2 ] ,
int c_dir,
tag_t * body_obj_id

)

UF_STRING_p_t	s_section	Input	Pointer to the section list structure. When simple option is 2, then the user supplied template string must be added as the last item of this section string structure, but the number of section strings will not be increased. For example, to create a feature using 3 section strings and a user defined template (simple option = 2), num would be 3, but string and dir would have 4 elements, string[3] would be the number of segment curves for the user defined template, and dir[3] would be the direction for the user defined template. The tags for the user defined template would be added onto the end of the id array. int num Total number of section strings (min=2, max=150) int string[ ] Total number of segment curves/ sketch identifier of each section string (min=1, max =402) int dir[ ] Direction of each section string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of section curve or the section builder object tags, but not both
UF_STRING_p_t	s_spine	Input	Pointer to the spine list structure (for alignment = 5). int num Total number of spine string (min=0, max=1) int string[ ] Total number of segment curves/ sketch identifier of each spine string (min=1, max=402) int dir[ ] Direction of each spine string 1 = Start to end -1 = End to start tag_t id[ ] Identifier of spine curve or the section builder object tags, but not both
int *	patch	Input	Patch type. 1 = Single (Bezier) 2 = Multiple (B-spline)
int *	alignment	Input	Alignment method. 1 = Parameter 2 = Arc length 3 = Distance 4 = Angles 5 = Spine curves 6 = Spline Points
double	value [ 6 ]	Input	Data for alignment method. [0-2] = 3D vector defining direction line (alignment = 3) [0-5] = Coordinates of line defining the axis of revolution for planes (alignment = 4)
int *	vdegree	Input	Degree of surface in V direction. For patch=2, 0< vdegree <= (s_section.num-1)
int *	vstatus	Input	Periodic status of surface in V direction. 0 = Open 1 = Closed (At least three section curves are required).
int	simple	Input	Simple math option 0 : do not use simple creation 1 : use simple creation with system defined template 2 : use simple creation with user supplied template. The user supplied template will be passed at the end of the s_section structure above.
int *	body_type	Input	Type of body. 0 = Sheet (Default) 1 = Solid
UF_FEATURE_SIGN	boolean	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	The target body for the boolean operation.
double	tols [ 3 ]	Input	Tolerances. [0] = Distance [1] = Angle (in radians) [2] = Intersection
int	c_num [ 2 ]	Input	Number of constraint faces or collectors of faces. [0] = First section string [1] = Last section string
tag_t *	c_face_id [ 2 ]	Input	Pointers to object identifiers of neighbor surfaces or 2 collectors of faces from which constraints are obtained [0] = First section string [1] = Last section string
int	c_flag [ 2 ]	Input	Flags indicating constraint types. 0 = No constraint 1 = Tangency constraint 2 = Curvature constraint [0] = First section string [1] = Last section string
int	c_dir	Input	Constraint direction. 0 = Not specified 1 = Isoparametric 2 = Normal to the string
tag_t *	body_obj_id	Output	Body object identifier.

UF_MODL_create_trimmed_sheet (view source)

Defined in: uf_modl_freeform.h

Overview

Modifies the input sheet body to the specified boundary and regional
conditions. The boundary conditions (faces, planes, edges, and curves)
are used to divide the input sheet body into regions by imprinting new
edges on the input sheet body. The regional conditions are employed
to classify the discarded and retained regions of the input sheet body.
The output sheet body is the retained region(s) of the input sheet body.

Environment

Internal and External

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_create_trimmed_sheet
(

tag_t sheet_body_tag,
int bounding_object_count,
tag_t * bounding_objects,
UF_MODL_vector_p_t projection_method,
int key_pt,
int point_count,
double point_coords [ ] ,
double tolerance,
int * gap_point_count,
double * * gap_points,
tag_t * feature_obj_eid

)

tag_t	sheet_body_tag	Input	Tag of sheet body to be trimmed
int	bounding_object_count	Input	Number of trimming boundary objects
tag_t *	bounding_objects	Input	Array of NX eids of trimming objects
UF_MODL_vector_p_t	projection_method	Input	A variant record of the following int reverse_vector, UF_MODL_vector_type_t vector_type, where vector_type = UF_MODL_VECTOR_DIRECTION: project along a fixed vector, a vector, double[3], is required. UF_MODL_VECTOR_DIRECTION_EXACT_GEOMETRY: project along a fixed vector, a vector, double[3], is required, NX will produce exact geometry. UF_MODL_VECTOR_AXIS: project along a datum axis, an NX eid of the datum axis is required. UF_MODL_VECTOR_AXIS_EXACT_GEOMETRY: project along a datum axis, an NX eid of the datum axis is required, NX will produce exact geometry. UF_MODL_VECTOR_FACE_NORMALS project along face normals, no other input is needed. UF_MODL_VECTOR_FACE_NORMALS_EXACT_GEOMETRY project along face normals, no other input is needed, NX will produce exact geometry when ever possible.
int	key_pt	Input	Points defining regions to: 1 = discard; 0 = keep
int	point_count	Input	Number of region points
double	point_coords [ ]	Input	Array of region points on the sheet to be trimmed. This array contains 3point_count entries.
double	tolerance	Input	Distance tolerance for approximations.
int *	gap_point_count	Output	The number of gap points returned when there are gaps between the edges produced by the bounding objects. These points show where the gaps are.
double * *	gap_points	Output to UF_free	Array of points showing location of the gaps. This array has 3n_gap_points entries. This array must be freed by calling UF_free.
tag_t *	feature_obj_eid	Output	Feature object id of trimmed sheet.

UF_MODL_create_trimmed_tube (view source)

Defined in: uf_modl_sweep.h

Overview

Creates a tube feature.

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_trimmed_tube
(

tag_t * objects,
int object_count,
UF_MODL_SWEEP_TRIM_object_p_t trim_data,
char * diameters [ 2 ] ,
UF_FEATURE_SIGN sign,
tag_t * * features,
int* number_of_features

)

tag_t *	objects	Input	Array of objects or one section builder object tag, but not both, for the tube path
int	object_count	Input	Number of objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Not used
char *	diameters [ 2 ]	Input	[0] = Outer Diameter [1] = Inner diameter
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t * *	features	Output to UF_free	Array of tube feature tags
int*	number_of_features	Output	Number of features returned

UF_MODL_create_trimmed_tube1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates a tube feature, and perform Boolean operation with given target body.

Environment

Internal and External

See Also

UF_MODL_create_trimmed_tube

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_trimmed_tube1
(

tag_t * objects,
int object_count,
UF_MODL_SWEEP_TRIM_object_p_t trim_data,
char * diameters [ 2 ] ,
UF_FEATURE_SIGN sign,
tag_t target_body,
tag_t * * features,
int* number_of_features

)

tag_t *	objects	Input	Array of objects or one section builder object tag, but not both, for the tube path
int	object_count	Input	Number of objects
UF_MODL_SWEEP_TRIM_object_p_t	trim_data	Input	Not used
char *	diameters [ 2 ]	Input	[0] = Outer Diameter [1] = Inner diameter
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	Boolean target
tag_t * *	features	Output to UF_free	Array of tube feature tags
int*	number_of_features	Output	Number of features returned

UF_MODL_create_true_taper_from_edges (view source)

Defined in: uf_modl_taper.h

Overview

Create a true taper from edges

Environment

Internal and External

You can input individual edges or an edge collector as the first element
of array edges[].

History

Originally released in V17.0
NX2.0 added the edge collector functionality

Required License(s)

solid_modeling

int UF_MODL_create_true_taper_from_edges
(

tag_t direction_tag,
const char * angle_str,
logical taper_all_instances,
int num_edges,
tag_t edges [ ] ,
double dist_tol,
double angle_tol,
tag_t * feature_eid

)

tag_t	direction_tag	Input	taper direction
const char *	angle_str	Input	taper angle
logical	taper_all_instances	Input	If TRUE, all instances will be tapered. If FALSE, then just this instance is tapered.
int	num_edges	Input	number of edges in array
tag_t	edges [ ]	Input	array of edges to taper
double	dist_tol	Input	distance tolerances
double	angle_tol	Input	angle tolerances
tag_t *	feature_eid	Output	feature eid of created feature taper

UF_MODL_create_tube (view source)

Defined in: uf_modl_sweep.h

Overview

Creates a tube, or cable, depending on the inner and outer diameters
specified. A cable is produced if the inner diameter is set to zero. The
output of this function is a list of feature object identifiers. The limit
variable is of type character to allow for expressions.

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_create_tube
(

uf_list_p_t path_list,
char * limit [ 2 ] ,
UF_FEATURE_SIGN sign,
uf_list_p_t * feature_list

)

uf_list_p_t	path_list	Input	List of objects or one section builder object tag, but not both, for the path.
char *	limit [ 2 ]	Input	Inner diameter and outer diameter of the tube. You can declare this as char limit[2], where: [0] = outer diameter expression [1] = inner diameter expression
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
uf_list_p_t *	feature_list	Output to UF_free	Feature object identifier list for tube created. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_tube1 (view source)

Defined in: uf_modl_sweep.h

Overview

Creates a tube, or cable, and performs Boolean operation with given target body.

Environment

Internal and External

See Also

UF_MODL_create_tube

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_create_tube1
(

uf_list_p_t path_list,
char * limit [ 2 ] ,
UF_FEATURE_SIGN sign,
tag_t target_body,
uf_list_p_t * feature_list

)

uf_list_p_t	path_list	Input	List of objects or one section builder object tag, but not both, for the path.
char *	limit [ 2 ]	Input	Inner diameter and outer diameter of the tube. You can declare this as char limit[2], where: [0] = outer diameter expression [1] = inner diameter expression
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = create new target solid UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid
tag_t	target_body	Input	Boolean target
uf_list_p_t *	feature_list	Output to UF_free	Feature object identifier list for tube created. This list must be freed by calling UF_MODL_delete_list.

UF_MODL_create_u_groove (view source)

Defined in: uf_modl_grooves.h

Overview

Creates a U-groove feature by inputting its location, direction,
diameter, width, and corner radius. Along with these items a
placement face is needed to determine which face the groove is
associated to. The output of this function is the object identifier
associated to the U-groove.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_u_groove
(

double location [ 3 ] ,
double direction [ 3 ] ,
char * diame,
char * width,
char * corner,
tag_t face,
tag_t * feature_obj_id

)

double	location [ 3 ]	Input	U groove location.
double	direction [ 3 ]	Input	U groove direction.
char *	diame	Input	U groove diameter
char *	width	Input	U groove width.
char *	corner	Input	U groove corner radius
tag_t	face	Input	Face for the RPO constraint.
tag_t *	feature_obj_id	Output	Feature object identifier of created u-groove

UF_MODL_create_u_slot (view source)

Defined in: uf_modl_slots.h

Overview

Creates a U slot feature using an origin, tool axis, slot direction,
width, corner radius, depth, and length. One of two creation methods
are taken depending on whether you want a thru slot or not. If you
want a defined distance, then input the distance and placement face.
Also, set the value of face_t1 and face_t2 to zero. But if you want to
have the slot thru from one face to another, then supply the
placement face and the two faces from which to measure the slot
distance. The output of this function is the object identifier associated
to the U slot.

The "Face for the RPO constraint" parameter, face_li, can accept a datum plane.
You can pass in the tag of the datum plane feature or datum plane body. For
relative datums the parent body is used as the target. For an absolute datum
the target body must be set by calling UF_MODL_active_part.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_u_slot
(

double location [ 3 ] ,
double tool_axis [ 3 ] ,
double direction [ 3 ] ,
char * width,
char * depth,
char * radius,
char * distance,
tag_t face_li,
tag_t face_t1,
tag_t face_t2,
tag_t * feature_tag

)

double	location [ 3 ]	Input	U slot location.
double	tool_axis [ 3 ]	Input	U slot tool axis.
double	direction [ 3 ]	Input	U slot direction.
char *	width	Input	U slot width.
char *	depth	Input	U slot depth.
char *	radius	Input	U slot corner radius.
char *	distance	Input	U slot distance.
tag_t	face_li	Input	Face for the RPO constraint.
tag_t	face_t1	Input	Face for thru face 1.
tag_t	face_t2	Input	Face for thru face 2.
tag_t *	feature_tag	Output	Feature object identifier of created u slot

UF_MODL_create_uniform_scale (view source)

Defined in: uf_modl.h

Overview

Create a uniform scale feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_uniform_scale
(

tag_t body_eid,
int csys_type,
char * scale_factor,
tag_t * feature_eid

)

tag_t	body_eid	Input	EID of body to be scaled
int	csys_type	Input	Currently only UF_CSYS_WORK_COORDS is accepted
char *	scale_factor	Input
tag_t *	feature_eid	Output	EID of the scale feature

UF_MODL_create_variable_hollow (view source)

Defined in: uf_modl_hollow.h

Overview

Create a variable hollow feature.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_create_variable_hollow
(

double tolerance,
char * thickness,
int n_pierced_faces,
tag_t * pierced_faces,
int n_boundary_faces,
tag_t * boundary_faces,
int n_offset_faces,
tag_t * offset_faces,
char * * offset_thickness,
tag_t * feature_id

)

double	tolerance	Input	Tolerance
char *	thickness	Input	Default thickness
int	n_pierced_faces	Input	Number of pierced faces
tag_t *	pierced_faces	Input	Array of pierced face identifiers.
int	n_boundary_faces	Input	Number of boundary faces
tag_t *	boundary_faces	Input	Array of boundary face identifiers
int	n_offset_faces	Input	Number of offset faces
tag_t *	offset_faces	Input	Array of offset face identifiers
char * *	offset_thickness	Input	Array of offset thickness expressions
tag_t *	feature_id	Output	Feature identifier

UF_MODL_create_variable_offset (view source)

Defined in: uf_modl_freeform.h

Overview

Allows you to create free form features by the variable offset method.
You need a base surface and four offset distances from four points on
the surface.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_create_variable_offset
(

tag_t base_sheet,
char * dist [ 4 ] ,
double uv_param [ 8 ] ,
tag_t * varoff_sheet

)

tag_t	base_sheet	Input	Face or body id of the base sheet
char *	dist [ 4 ]	Input	Variable offset distances
double	uv_param [ 8 ]	Input	uv parameters of four specified points
tag_t *	varoff_sheet	Output	Body id of the offset sheet

UF_MODL_create_variable_taper_from_edges (view source)

Defined in: uf_modl_taper.h

Overview

Create a variable angle taper feature from the input edges. This function is
the same as UF_MODL_create_taper_from_edges if the input num_points=0.

You can input individual edges or an edge collector as the first element
of array edges[].

Environment

Internal and External

History

Originally released in V16.0
NX2.0 added the edge collector functionality

Required License(s)

solid_modeling

int UF_MODL_create_variable_taper_from_edges
(

tag_t direction_tag,
const char * angle_str,
logical taper_all_instances,
int num_edges,
tag_t edges [ ] ,
int num_points,
double points [ ] ,
char * * angles,
double dist_tol,
double angle_tol,
tag_t * feature_tag

)

tag_t	direction_tag	Input	taper direction
const char *	angle_str	Input	taper angle
logical	taper_all_instances	Input	all instances or else just this one
int	num_edges	Input	number of edges in array
tag_t	edges [ ]	Input	array of edges to taper
int	num_points	Input	number of points where angles are specified
double	points [ ]	Input	coordinates of the points (size is 3num_points)
char * *	angles	Input	angle values or expressions at the points
double	dist_tol	Input	distance tolerances
double	angle_tol	Input	angle tolerances
tag_t *	feature_tag	Output	feature eid of created feature taper

UF_MODL_create_wrap_assembly (view source)

Defined in: uf_modl.h

Overview

This function creates a Wrap Assembly feature in the work part.
A Wrap Assembly feature can be used to simplify NX geometry data
in an assembly by creating a convex solid envelope which surrounds the
data. This feature will be a parameterized feature, so if the underlying
model is changed, the wrap feature will automatically be updated. The
wrap feature can be used to hide proprietary data, to study packaging,
for space capturing studies, or as a starting point when converting
wireframe geometry to a solid. Input data can be from components and
will create interpart links. Each input object can have a corresponding
assembly context xform to position the data in the work part.

Environment

Internal and External

History

Released in V17.0

Required License(s)

solid_modeling

int UF_MODL_create_wrap_assembly
(

UF_MODL_wrap_assem_p_t wrap_data,
tag_t * feature_tag

)

UF_MODL_wrap_assem_p_t	wrap_data	Input	Feature data
tag_t *	feature_tag	Output	Feature tag

UF_MODL_create_wrap_geometry (view source)

Defined in: uf_modl.h

Overview

This function creates a Wrap Geometry feature. A wrap geometry feature
can be used to simplify NX geometry data by creating a convex solid envelope
which surrounds the data. This feature will be parameterized feature, so
if the underlying model is changed, the wrap feature will automatically
be updated. The wrap feature can be used to hide proprietary data, to
study packaging, for space capturing studies, or as a starting point when
converting wireframe geometry to a solid.

Figure The original solid

Figure The Wrap geometry result

Some of the detail of the original geometry can be retained by defining
one or more splitting planes.

Figure The original solid and splitting plane

Figure The Wrap geometry result without defining a splitting plane

Figure The Wrap geometry result defining the splitting plane

Environment

Internal and External

History

Released in V16.0

Required License(s)

solid_modeling

int UF_MODL_create_wrap_geometry
(

UF_MODL_wrap_geom_p_t wrap_data,
tag_t * feature_tag

)

UF_MODL_wrap_geom_p_t	wrap_data	Input	Feature data
tag_t *	feature_tag	Output	Feature tag

UF_MODL_default_rpo_menu (view source)

Defined in: uf_modl_ugopenint.h

Overview

Opens the default rpo menu.

Use UF_MODL_default_rpo_menu() to position new style UDF features and during
copy/paste of features.

This function cannot be used to edit positioning of features that are
automatically booleaned to a target solid.

Environment

Internal

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_default_rpo_menu
(

tag_t feature_eid

)

feature_eid

Input

Feature to reposition

UF_MODL_delete_body_parms (view source)

Defined in: uf_modl.h

Overview

Allows you to delete all the parameters of the solid bodies in the input list.

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_delete_body_parms
(

uf_list_p_t body_list

)

body_list

Input

List of solid bodies

UF_MODL_delete_exp (view source)

Defined in: uf_modl_expressions.h

Overview

The user inputs a pointer to a character string that matches the
expression that is to be deleted. Only the name should be included, the
'=' and value are to be left out of the character string.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_delete_exp
(

char * exp_name

)

char *

exp_name

Input

Name of expression to delete

UF_MODL_delete_exp_tag (view source)

Defined in: uf_modl_expressions.h

Overview

Deletes an expression tag.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_delete_exp_tag
(

tag_t old_exp

)

old_exp

Input

Tag to delete.

UF_MODL_delete_feature (view source)

Defined in: uf_modl.h

Overview

Deletes a list of features. The input is a list of feature identifiers to be
deleted. The only type of output from this routine is the normal error
return from the program call.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_delete_feature
(

uf_list_p_t cmtags

)

cmtags

Input

Linked list of tags for features to be deleted.

UF_MODL_delete_list (view source)

Defined in: uf_modl_utilities.h

Overview

Deallocates the memory for a linked list of objects, the objects
themselves are not deleted. A list of objects may contain identifiers
for bodies, features, faces and edges.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_delete_list
(

uf_list_p_t * list

)

list

Input

List of object identifiers

UF_MODL_delete_list_item (view source)

Defined in: uf_modl_utilities.h

Overview

Delete object identifier from a linked list of object identifiers.
NOTE: Deleting all the items in a list also causes the list to be
deleted.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_delete_list_item
(

uf_list_p_t * list,
tag_t object

)

uf_list_p_t *	list	Input	list of object identifiers
tag_t	object	Input	object to be deleted from list.

UF_MODL_delete_loop_list (view source)

Defined in: uf_modl_utilities.h

Overview

The input is a single pointer to a loop list, which frees each edge list
within the loop list.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_delete_loop_list
(

uf_loop_p_t * list

)

uf_loop_p_t *

list

Input

Pointer to a loop list

UF_MODL_delete_object_parms (view source)

Defined in: uf_modl.h

Overview

Each sheet body and solid body on the input list will be made into an
unparameterized feature.

Each curve or point on the input list which is an output of a feature
will have the associativity removed, and will become basic curves and points.

Sketch curves are not supported by this function.

Environment

Internal and External

History

This function is provided in v17 initially.

Required License(s)

solid_modeling

int UF_MODL_delete_object_parms
(

uf_list_p_t object_list

)

UF_MODL_import_body_feature_edit_option_t

object_list

Input

List of bodies,curves and points

UF_MODL_devchk_adjacent_edges (view source)

Defined in: uf_modl.h

Overview

This routine checks deviations between common edges (edges with deviations
less than the Common Edge Tolerance) of the input faces.

Environment

Internal and External

History

Originally released in v16.0

Required License(s)

solid_modeling

int UF_MODL_devchk_adjacent_edges
(

int num_faces,
tag_t * faces,
double * tolerances,
int num_chk_points,
int * num_devs,
UF_MODL_devchk_ee_info_t * * devs

)

int	num_faces	Input	Number of input faces for deviation checking
tag_t *	faces	Input	Array of face tags to be checked.
double *	tolerances	Input	[0] - Common Edge Tolerance: Edges with maximum distance greater than this value are non-common edges [1] - Chordal Deviation: Used for sampling the edges if num_chk_points is zero.
int	num_chk_points	Input	if non-zero, edges are sampled at equally spaced parameter values. if zero, Chordal Deviation is used for sampling.
int *	num_devs	Output	Number of deviations returned.
UF_MODL_devchk_ee_info_t * *	devs	Output to UF_free	deviations information corresponding to each sample point. The caller is responsible for calling UF_free to free this array.

UF_MODL_devchk_curve_to_curve (view source)

Defined in: uf_modl.h

Overview

Calculates the deviation between two curves

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_devchk_curve_to_curve
(

tag_t curve1_id,
tag_t curve2_id,
int num_of_check_points,
UF_MODL_deviation_check_data_p_t check_result

)

tag_t	curve1_id	Input	Tag of the first curve
tag_t	curve2_id	Input	Tag of the second curve
int	num_of_check_points	Input	The number of check points. It should not smaller than 2
UF_MODL_deviation_check_data_p_t	check_result	Output	Address of UF_MODL_deviation_check_data_s structure

UF_MODL_devchk_curve_to_face (view source)

Defined in: uf_modl.h

Overview

Calculates the deviation between curve and face

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_devchk_curve_to_face
(

tag_t curve_id,
tag_t face_id,
int num_of_check_points,
UF_MODL_deviation_check_data_p_t check_result

)

tag_t	curve_id	Input	Tag of curve
tag_t	face_id	Input	Tag of face
int	num_of_check_points	Input	The number of check points. It should not smaller than 2
UF_MODL_deviation_check_data_p_t	check_result	Output	Address of UF_MODL_deviation_check_data_s structure

UF_MODL_devchk_edge_to_edge (view source)

Defined in: uf_modl.h

Overview

Calculates the deviation between two edges

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_devchk_edge_to_edge
(

tag_t edge1_id,
tag_t face_of_edge1_id,
tag_t edge2_id,
tag_t face_of_edge2_id,
int num_of_check_points,
UF_MODL_deviation_check_data_p_t check_result

)

tag_t	edge1_id	Input	Tag of the first edge
tag_t	face_of_edge1_id	Input	Tag of the face which is associated with the first edge
tag_t	edge2_id	Input	Tag of the second edge
tag_t	face_of_edge2_id	Input	Tag of the face which is associated with the second edge
int	num_of_check_points	Input	The number of check points. It should not smaller than 2
UF_MODL_deviation_check_data_p_t	check_result	Output	Address of UF_MODL_deviation_check_data_s structure

UF_MODL_devchk_edge_to_face (view source)

Defined in: uf_modl.h

Overview

Calculates the deviation between edge and face

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_devchk_edge_to_face
(

tag_t edge_id,
tag_t face_of_edge_id,
tag_t second_face_id,
int num_of_check_points,
UF_MODL_deviation_check_data_p_t check_result

)

tag_t	edge_id	Input	Tag of edge
tag_t	face_of_edge_id	Input	Tag of face which is associated with the former edge
tag_t	second_face_id	Input	Tag of second face
int	num_of_check_points	Input	The number of check points. It should not smaller than 2
UF_MODL_deviation_check_data_p_t	check_result	Output	Address of UF_MODL_deviation_check_data_s structure

UF_MODL_devchk_face_to_face (view source)

Defined in: uf_modl.h

Overview

Calculates the deviation between two faces

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_devchk_face_to_face
(

tag_t face1_id,
tag_t face2_id,
int num_check_points_u,
int num_check_points_v,
UF_MODL_deviation_check_data_p_t check_result

)

tag_t	face1_id	Input	Tag of the first face
tag_t	face2_id	Input	Tag of the second face
int	num_check_points_u	Input	The number of points in U direction. It should not smaller than 2
int	num_check_points_v	Input	The number of points in V direction. It should not smaller than 2
UF_MODL_deviation_check_data_p_t	check_result	Output	Address of UF_MODL_deviation_check_data_s structure

UF_MODL_dissect_exp_string (view source)

Defined in: uf_modl_expressions.h

Overview

Dissects an expression character string of the form <left>=<right>
and return its expression tag, <left> character string, and <right>
character string.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_dissect_exp_string
(

char * exp_str,
char * * lhs_str,
char * * rhs_str,
tag_t * exp_tag

)

char *	exp_str	Input	Expression character string <left>=<right> .
char * *	lhs_str	Output to UF_free	<left> character string. This must be freed by the caller by calling UF_free.
char * *	rhs_str	Output to UF_free	<right> character string. This must be freed by the caller by calling UF_free.
tag_t *	exp_tag	Output	Tag for the expression.

UF_MODL_dump_midsurf_facepair_report (view source)

Defined in: uf_modl_freeform.h

Overview

exports the midsurface data to a file

Environment

Internal and External

History

Originally released in NX5.0

Required License(s)

gateway

int UF_MODL_dump_midsurf_facepair_report
(

const char * file_name_with_extn,
tag_t midsrf_feature_obj_id

)

const char *	file_name_with_extn	Input	Name of file with relevant extension
tag_t	midsrf_feature_obj_id	Input	Midsurface Feature tag

UF_MODL_edit_bead (view source)

Defined in: uf_modl_smd.h

Overview

Edits the various parameters of the bead and reconstructs it based on
these new parameters.

Environment

Internal and External

History

Original release was in V13.0.

Required License(s)

sheet_metal_design

int UF_MODL_edit_bead
(

)

tag_t	bead_tag	Input	Object tag for the bead feature to be edited.
UF_MODL_project_curves_p_t	centerline	Input	Pointer to information to define the centerline of the bead.
UF_MODL_faces_p_t	placement_faces	Input	Pointer to information to define the faces where the bead is to be placed.
UF_MODL_offset_trans_faces_p_t	secondary_faces	Input	the optional secondary faces for the bead. A null pointer should be passed in if this is not used.
UF_MODL_bead_section_plane_p_t	section_plane	Input	Pointer to direction information to define the normal of the orientation plane of the bead sections.
UF_MODL_vector_p_t	section_axis	Input	Pointer to direction information to define the centerline of the bead cross section. This parameter is also used to determine whether the bead is subtracted or united with the body of the first placement_face.
UF_MODL_bead_section_parms_p_t	section_parms	Input	Pointer to information to define the cross sectional shape of the bead.

UF_MODL_edit_bend_allowance_formula (view source)

Defined in: uf_modl_smd.h

Overview

This routine edits the Bend Allowance Formula (BAF) of a
Flange, Inset Flange, General Flange, SMBridge, or SMBend feature.
The expression returned is in the form:

(Radius+(Thickness)0.44)rad(Angle)

Return

Environment

Internal and External

See Also

UF_MODL_ask_bend_allowance_formula

History

Originally released in V18.0

Required License(s)

sheet_metal_design

int UF_MODL_edit_bend_allowance_formula
(

const tag_t feature_tag,
const char* const exp_str

)

const tag_t	feature_tag	Input	The tag of a Flange, Inset Flange, General Flange, SMBridge, or SMBend feature.
const char* const	exp_str	Input	The Bend Allowance Formula.

UF_MODL_edit_bend_operation (view source)

Defined in: uf_modl_smd.h

Overview

Edit an Unbend/Rebend operation

Return

Return code :

Environment

Internal and External

History

Released in V19.0

Required License(s)

sheet_metal_design

int UF_MODL_edit_bend_operation
(

tag_t operation_tag,
UF_MODL_bend_operation_data_p_t bend_data

)

tag_t	operation_tag	Input	The operation tag
UF_MODL_bend_operation_data_p_t	bend_data	Input	Data supplied by the user to edit the operation

UF_MODL_edit_boolean_with_retained_options (view source)

Defined in: uf_modl.h

Overview

Edit the boolean features with the option to
keep the original target body, tool body, or both bodies.

Environment

Internal and External

See Also

UF_MODL_unite_bodies_with_retained_options ,
UF_MODL_subtract_bodies_with_retained_options ,
UF_MODL_intersect_bodies_with_retained_options
UF_MODL_replace_boolean_body

History

Release version 19.

Required License(s)

solid_modeling

int UF_MODL_edit_boolean_with_retained_options
(

tag_t feature_eid,
tag_t new_target,
tag_t new_tool

)

tag_t	feature_eid	Input	Boolean feature
tag_t	new_target	Input	If 0 is passed in, the target body is not change. Otherwise, the new target body will be changed in the boolean feature
tag_t	new_tool	Input	If 0 is passed in, the tool body is not change. Otherwise, the new tool body will be changed in the boolean feature

UF_MODL_edit_bsurf (view source)

Defined in: uf_modl_bsurf.h

Overview

Replace the b_surface data of entity face_eid with the new data stored in
bsurf. The calling function needs to make an update call to update all
the changes. This routine doesn't handle periodic surface yet and works
only on single face sheet body.

Environment

Internal and External

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_edit_bsurf
(

tag_t face_eid,
UF_MODL_bsurface_p_t bsurf

)

tag_t	face_eid	Input	Target surface to be edited.
UF_MODL_bsurface_p_t	bsurf	Input	New geometry to be applied to target surface.

UF_MODL_edit_circular_iset (view source)

Defined in: uf_modl_isets.h

Overview

Edits an instance circular set feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_circular_iset
(

tag_t feature_obj_id,
char * number_str,
char * angle_str,
char * radius_str,
tag_t rotation_point_id

)

tag_t	feature_obj_id	Input	Circular instance set feature identifier
char *	number_str	Input	Number of instances
char *	angle_str	Input	Rotation angle (degrees)
char *	radius_str	Input	Instance set radius
tag_t	rotation_point_id	Input	Rotation point identifier: NULL_TAG = Modify Circular Iset without moving it Otherwise modify Circular Iset and move it to new point. If the circular iset feature cannot be moved to the new point, an error code is issued and no modifications are performed.

UF_MODL_edit_circular_pattern_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function edits a circular pattern_face feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_edit_circular_pattern_face
(

tag_t feature_tag,
UF_MODL_dfo_region_p_t region,
tag_t axis,
int n_pattern,
char * angle

)

tag_t	feature_tag	Input	the feature
UF_MODL_dfo_region_p_t	region	Input	region
tag_t	axis	Input	center axis to define pattern
int	n_pattern	Input	number of patterns
char *	angle	Input	angle between patterns

UF_MODL_edit_datum_direction (view source)

Defined in: uf_modl_datum_features.h

Overview

Replaces the direction of a datum feature with new_direction.

The feature should have been created using UF_MODL_create_point_dirr_daxis or
UF_MODL_create_point_dirr_dplane(). If a smart object is used to specify the
new direction, its update option should be UF_SO_update_within_modeling.

Environment

Internal and External

History

Original release was in V16.0.

Required License(s)

solid_modeling

int UF_MODL_edit_datum_direction
(

tag_t datum_feature_tag,
tag_t new_direction

)

tag_t	datum_feature_tag	Input	The datum tag.
tag_t	new_direction	Input	The new direction of the datum axis.

UF_MODL_edit_datum_point (view source)

Defined in: uf_modl_datum_features.h

Overview

Replaces the base point of a datum feature with new_point.

The feature should have been created using UF_MODL_create_point_dirr_daxis() or
UF_MODL_create_point_dirr_dplane(). If a smart object is used to specify the
new point, its update option should be UF_SO_update_within_modeling.

Environment

Internal and External

History

Original release was in V16.0.

Required License(s)

solid_modeling

int UF_MODL_edit_datum_point
(

tag_t datum_feature_tag,
tag_t new_point

)

tag_t	datum_feature_tag	Input	The datum tag.
tag_t	new_point	Input	The new point for the datum

UF_MODL_edit_edge_blend (view source)

Defined in: uf_modl_blends.h

Overview

Edit an edge blend

Environment

Internal and External

It can accept individual edges or an edge collector.

History

V17 release
NX2.0 Allow user input edge collector in the edge_data array

Required License(s)

gateway

int UF_MODL_edit_edge_blend
(

tag_t feature_eid,
UF_MODL_edge_blend_data_p_t blend_data

)

tag_t	feature_eid	Input	Feature object identifier of a created blend
UF_MODL_edge_blend_data_p_t	blend_data	Input	User defining blend data

UF_MODL_edit_edge_blend_mult (view source)

Defined in: uf_modl_blends.h

Overview

Edit a mutiple radius edge blend

Environment

Internal and External

It can accept a set of individual edges or a set of edge collectors.

History

NX3.0 Release

Required License(s)

solid_modeling

int UF_MODL_edit_edge_blend_mult
(

tag_t feature_eid,
UF_MODL_edge_blend_mult_data_p_t blend_data

)

tag_t	feature_eid	Input	Feature object identifier of a created blend
UF_MODL_edge_blend_mult_data_p_t	blend_data	Input	User defining blend data

UF_MODL_edit_enlarge (view source)

Defined in: uf_modl_freeform.h

Overview

Modifies data of the input enlarged sheet feature to the specified type and size
conditions in the inputs.

Environment

Internal and External

History

This function is provided in v17 initially.

Required License(s)

gateway

int UF_MODL_edit_enlarge
(

tag_t feat_obj_tag,
int type,
char * percent_size [ 4 ] ,
double tolerance

)

tag_t	feat_obj_tag	Input	tag of the feature record of the enlarged sheet
int	type	Input	enlarge extension type: 0-linear extension; 1-natural extension
char *	percent_size [ 4 ]	Input	Array of the percent increase for the surface parameters. These are character pointers to allow for input expressions. For linear type extensions, the range is from [0, 100], with 0 meaning no increase, and 100 meaning a 100% increase. For natural type extensions, the range is from [-99, +100], with -99 meaning a 99% decrease or shrinkage of the surface, and +100 meaning a 100% increase. percent_size[0] is the percent for U-min percent_size[1] is the percent for U-max percent_size[2] is the percent for V-min percent_size[3] is the percent for V-max
double	tolerance	Input	Distance tolerance for approximations.

UF_MODL_edit_exp (view source)

Defined in: uf_modl_expressions.h

Overview

The input to UF_MODL_edit_exp is similar to UF_MODL_create_exp, except for
the fact that the expression name must already exist. The user needs to have
the name of the expression, an '=' sign, and a new value contained within the
input character string. This routine does not automatically update the database.

After you use this routine, call UF_MODL_update to update the database.

Environment

Internal and External

See Also

UF_MODL_update

Required License(s)

gateway

int UF_MODL_edit_exp
(

char * expr_str

)

char *

expr_str

Input

Replacement expression.

UF_MODL_edit_face_constraint (view source)

Defined in: uf_modl_dfo.h

Overview

This function edits a face constraint with new parameters.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_edit_face_constraint
(

tag_t feature_tag,
UF_MODL_dfo_region_p_t region,
UF_MODL_dfo_constraint_p_t constraint

)

tag_t	feature_tag	Input	feature_tag to be edited
UF_MODL_dfo_region_p_t	region	Input	faces to be operated
UF_MODL_dfo_constraint_p_t	constraint	Input	constraints imposed on the region.

UF_MODL_edit_face_grid_count (view source)

Defined in: uf_modl.h

Overview

Edits the u and v grid counts of a face or a body.

Environment

Internal and External

See Also

Refer to example
UF_MODL_ask_face_grid_count

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_edit_face_grid_count
(

tag_t object,
int u_count,
int v_count

)

tag_t	object	Input	tag of face or body
int	u_count	Input	u grid counts
int	v_count	Input	v grid counts

UF_MODL_edit_face_join (view source)

Defined in: uf_modl.h

Overview

Based on the specified input, either removes edges and vertices or
joins separate faces into a single b-surface for a body. For option = 1, this
function removes all of the unnecessary edges and vertices from the input body.
For option= 2, the function joins two separate faces into one b-surface (within
the same body).

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_face_join
(

int opt,
tag_t body_tag,
tag_t face_tags [ 2 ] ,
tag_t * result_tag

)

int	opt	Input	Joining option: 1 = On same surface 2 = convert to B-surface
tag_t	body_tag	Input	Tag of body containing faces to be joined
tag_t	face_tags [ 2 ]	Input	Tags of 2 faces to be joined (if opt=2)
tag_t *	result_tag	Output	Tag of resulting feature.

UF_MODL_edit_formable_feature_state (view source)

Defined in: uf_modl_smd.h

Overview

This routine will set the state of the given feature.
The given feature tag must be the tag Flange, Inset Flange,
General Flange, SMBridge, or SMBend feature.

The state you want to set must be either UF_MODL_formed_state,
UF_MODL_unformed_state, or UF_MODL_other_state.

When UF_MODL_other_state is given and the UF_MODL_state_info structure
must be filled with the intermediate state to which you want to set
the feature.

The UF_MODL_state_info structure must hold a Process Factor if the
feature tag belongs to a Flange, Inset Flange feature. The Process
Factor can be thought of as a percentage of the design angle of the
feature. For example, a Process Factor of 1.0 represents a fully
Flange. A Process Factor of 0.0 represents a fully unformed
Flange. A Process Factor of 0.5 represents a Flange in an intermediate
state that is half-formed.

The UF_MODL_state_info structure must hold a State Index if the feature
tag belongs to a General Flange or SMBridge. The State Index
represents an index into the array of states stored by the General
Flange or SMBridge feature. Note: this value is currently not used.

If the given_feature is an SMBend, no state information other than
UF_MODL_formed_state or UF_MODL_unfromed_state can be given.

Return

Return code:
=0 : Successful
>0 : Failing error number
<0 : Failing error number
= UF_MODL_ERR_NOT_A_FORMABLE_FEATURE : The given tag was not
the tag of a formable
feature.
= UF_MODL_ERR_NOT_A_SUPPORTED_FEATURE : A given tag belongs to a
formable feature that is
not yet supported.

Environment

Internal and External

See Also

UF_MODL_ask_formable_feature_state

History

Originally released in V18.0

Required License(s)

solid_modeling

int UF_MODL_edit_formable_feature_state
(

const tag_t feature_tag,
const UF_MODL_state_e_t state,
const UF_MODL_state_info_t* const state_info

)

const tag_t	feature_tag	Input	The tag of a Flange, Inset Flange, General Flange, SMBridge, or SMBend feature.
const UF_MODL_state_e_t	state	Input	The current state of an SM feature: either UF_MODL_formed_state, UF_MODL_unformed_state or UF_MODL_other_state.
const UF_MODL_state_info_t* const	state_info	Input	It will be filled with the state information of the feature.

UF_MODL_edit_general_flange (view source)

Defined in: uf_modl_smd.h

Overview

Modifies the size and shape of a Sheet Metal Design general flange
feature. By populating the set of parameters with similar and/or
updated values, the feature can be altered.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_edit_general_flange
(

tag_t feature_tag,
tag_t tangent_face_tag,
UF_STRING_p_t bend_string,
UF_STRING_p_t spine_string,
UF_STRING_p_t section_string,
int nsteps,
int poly_cubic,
int reverse_normal,
int reverse_thicken,
char * thickness,
char * tolerance,
UF_MODL_parm_p_t plus_length,
UF_MODL_parm_t bend_radius [ ] ,
UF_MODL_parm_t bend_angle [ ] ,
UF_MODL_parm_t web_length [ ]

)

tag_t	feature_tag	Input	Object identifier of general flange feature.
tag_t	tangent_face_tag	Input	Object identifier of the face which the feature will maintain a tangency relationship.
UF_STRING_p_t	bend_string	Input	Collection of objects which represent the location of the initial bend area.
UF_STRING_p_t	spine_string	Input	Collection of objects which represent the spine associated witth the feature.
UF_STRING_p_t	section_string	Input	Collection of objects which represent a set of curves/edges to infer the size/shape of the feature.
int	nsteps	Input	The number of bend area/web extensions which define the size/shape of the feature.
int	poly_cubic	Input	The method for generation of the surface geometry associated with the feature. 0=Rational (exact) 1=Polynomial (approximate)
int	reverse_normal	Input	Whether or not the direction of the normal has been reversed. 0=Do not reverse normal direction. 1=Reverse normal direction.
int	reverse_thicken	Input	Whether or not the direction in which the tool body is to be thickened has been reversed. 0=Do not reverse thickening direction. 1=Reverse thickening direction.
char *	thickness	Input	Character string used to define the thickness of the feature.
char *	tolerance	Input	Character string used to define the tolerance of the feature.
UF_MODL_parm_p_t	plus_length	Input	A law controlled value which determines the length of the extension associated with the tangent_face.
UF_MODL_parm_t	bend_radius [ ]	Input	A law controlled value which determines the radius of each bend area of the feature.
UF_MODL_parm_t	bend_angle [ ]	Input	A law controlled value which determines the angle of each bend area associated with the feature.
UF_MODL_parm_t	web_length [ ]	Input	A law controlled value which determines the length of each web associated with the feature.

UF_MODL_edit_general_pad (view source)

Defined in: uf_modl_pads.h

Overview

Edits the various parameters of the general pad and reconstructs it
based on these new parameters.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_general_pad
(

)

tag_t	general_pad_tag	Input	Object identifier of the general pad feature to be modified.
UF_MODL_faces_p_t	placement_faces	Input	The faces or face collector used to define the shape of the pad at the placement faces. The first face is used to determine the target body.
UF_MODL_offset_trans_faces_p_t	top_faces	Input	The definition of the top of the pad. The top can either be an offset or translation of the specified faces or face collector. If it is desired to have the top be an offset or translate of the placement faces, then just set the UF_MODL_faces_p_t pointer within this input i structure to the placement_faces pointer value.
UF_MODL_pocketpad_outline_p_t	outline	Input	The definition of the curves used to define the shape of the pad. The shape can be defined by a single set of curves or section builder at either the placement face or the top face, and then the other curves or section builder are derived with a taper angle. The shape can also be defined by specifying curves or section builders at both the placement face and the top face.
UF_MODL_parm_p_t	placement_radius	Input	The specification of the radius desired between the side of the pad and the placement face.
UF_MODL_parm_p_t	top_radius	Input	The specification of the radius desired between the side of the pad and the top of the pad.

UF_MODL_edit_general_pocket (view source)

Defined in: uf_modl_pockets.h

Overview

Edits the various parameters of the general pocket and reconstructs it
based on these new parameters.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_general_pocket
(

)

tag_t	general_pocket_tag	Input	Object identifier of the general pocket feature to be modified.
UF_MODL_faces_p_t	placement_faces	Input	The faces or collector of faces used to define the shape of the pocket at the placement faces. The first face is used to determine the target body.
UF_MODL_offset_trans_faces_p_t	floor_faces	Input	The faces or face collectors used to define the floor of the pocket. The floor can either be an offset or translation of the specified faces or face collector. If it is desired to have the floor be an offset or translate of the placement faces, then just set the UF_MODL_faces_p_t pointer within this input structure to the placement_faces pointer value.
UF_MODL_pocketpad_outline_p_t	outline	Input	The definition of the curves used to define the shape of the pocket. The shape can be defined by a single set of curves or section builder at either the placement face or the floor face, and then the other curves or section builder are derived with a taper angle. The shape can also be defined by specifying curves or section builder at both the placement face and the floor face.
UF_MODL_parm_p_t	placement_radius	Input	The specification of the radius desired between the side of the pocket and the placement face.
UF_MODL_parm_p_t	floor_radius	Input	The specification of the radius desired between the side of the pocket and the floor of the pocket.

UF_MODL_edit_gflange (view source)

Defined in: uf_modl_smd.h

Overview

Change an existing General Flange feature's parameters to
the parameters given in user_data. The caller should first call
UF_MODL_ask_gflange to get the current parameters for the general flange,
then change the elements that need to be changed, and then call
UF_MODL_edit_gflange

Return

Return code:
= 0 No error
= not 0 Error code

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_edit_gflange
(

tag_t gflange_tag,
UF_MODL_gflange_data_p_t gflange_data

)

tag_t	gflange_tag	Input	general flange tag
UF_MODL_gflange_data_p_t	gflange_data	Input	general flange data

UF_MODL_edit_hole_type (view source)

Defined in: uf_modl_holes.h

Overview

Changes the type of hole feature. New fields are initialized to zero. If
you want to change these fields, you need to edit their expressions.

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_edit_hole_type
(

tag_t hole_feature,
UF_MODL_hole_type_e_t new_hole_type

)

tag_t	hole_feature	Input	Hole feature
UF_MODL_hole_type_e_t	new_hole_type	Input	New hole type. Valid types are: UF_SIMPLE_HOLE UF_COUNTER_BORE_HOLE UF_COUNTER_SUNK_HOLE

UF_MODL_edit_hollow (view source)

Defined in: uf_modl_hollow.h

Overview

Edit a hollow feature.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_edit_hollow
(

tag_t feature_id,
int type,
double tolerance,
char * thickness,
int n_pierced_faces,
tag_t * pierced_faces,
int n_boundary_faces,
tag_t * boundary_faces,
int n_offset_faces,
tag_t * offset_faces,
char * * offset_thickness

)

tag_t	feature_id	Input	Feature identifier for the hollow feature.
int	type	Input	Hollow type: 1 = face 2 = region 3 = body
double	tolerance	Input	Tolerance
char *	thickness	Input	Default hollow thickness
int	n_pierced_faces	Input	Number of pierced or seed faces
tag_t *	pierced_faces	Input	Array of pierced face identifiers
int	n_boundary_faces	Input	Number of boundary faces
tag_t *	boundary_faces	Input	Array of boundary face identifiers
int	n_offset_faces	Input	Number of offset faces
tag_t *	offset_faces	Input	Array of offset face identifiers
char * *	offset_thickness	Input	Array of offset thickness expressions

UF_MODL_edit_import_body_feature (view source)

Defined in: uf_modl_import_body.h

Overview

Edit the input tag.

The argument input_tag can be NULL_TAG, in which case the current work part is updated as an Interop
part. The update can either be from an out-of-date foreign part file, a specified different foreign
part file, or deleting the reference to the foreign part file.

The argument can be the tag of a part, in which case that part is updated as an Interop part. The
update can either be from an out-of-date foreign part file, a specified different foreign part file,
or deleting the reference to the foreign part file.

Or it can be the tag of a feature, in which case the feature is determined to be an Interop feature
or an import body feature. If the feature is an Interop feature, then the part of the feature is updated.
The update can either be from an out-of-date foreign part file, a specified different foreign part file,
or deleting the reference to the foreign part file. If the feature is an import body feature, then it is
editted by either reimporting the body from an out of date file, importing the body from a new file, or
deleting the reference to the file and converting the import body feature to an unparameterized feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_import_body_feature
(

tag_t input_tag,
UF_MODL_import_body_feature_edit_option_t edit_option,
const char * import_body_filename

)

tag_t	input_tag	Input	Object to edit
UF_MODL_import_body_feature_edit_option_t	edit_option	Input	Update, redefine or delete link
const char *	import_body_filename	Input	Import body file name, if redefine link

UF_MODL_edit_import_body_features (view source)

Defined in: uf_modl_import_body.h

Overview

Edit features in loaded part files.

If the current work part is an Interop part then that part will be updated from an out-of-date foreign
part file or deleting the reference to the foreign part file.

If the current work part is not an Interop part then import body features are editted by either
reimporting the body from an out of date file or deleting the reference to the file and converting
the import body feature to an unparameterized feature. This is done for all loaded parts.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_import_body_features
(

UF_MODL_import_body_feature_edit_option_t edit_option

)

edit_option

Input

Update or delete link

UF_MODL_edit_impr_faces_parms (view source)

Defined in: uf_modl_simplify.h

Overview

Edit an existing imprint faces feature according to the specified data,
which must have been created at an earlier timestamp than the feature.
It is not possible to edit an imprint feature to be on a different body.
If the <n_imprint_faces> parm is 0 or the <imprint_datum_plane> parm is
NULL_TAG, then the corresponding feature parm will be unchanged by the edit.

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_edit_impr_faces_parms
(

tag_t feature_tag,
UF_MODL_imprint_faces_data_p_t parms

)

tag_t	feature_tag	Input	The imprint feature
UF_MODL_imprint_faces_data_p_t	parms	Input	New parameters of the imprint feature

UF_MODL_edit_impr_loop_parms (view source)

Defined in: uf_modl_simplify.h

Overview

Edit an existing imprint loop feature according to the specified data,
which must have been created at an earlier timestamp than the feature.
It is not possible to edit an imprint feature to be on a different body.
If the <imprint_face> parm or the <imprint_datum_plane> parm is NULL_TAG,
then the corresponding feature parm will be unchanged by the edit.

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_edit_impr_loop_parms
(

tag_t feature_tag,
UF_MODL_imprint_loop_data_p_t parms

)

tag_t	feature_tag	Input	The imprint feature
UF_MODL_imprint_loop_data_p_t	parms	Input	New parameters of the imprint feature

UF_MODL_edit_inset_flange (view source)

Defined in: uf_modl_smd.h

Overview

Modifies the size and shape of a Sheet Metal Design inset flange
feature. By populating the set of parameters with similar and/or
updated values, the feature can be altered.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_edit_inset_flange
(

tag_t feature_tag,
UF_MODL_inset_flange_data_p_t parameters

)

tag_t	feature_tag	Input	Object identifier of flange feature.
UF_MODL_inset_flange_data_p_t	parameters	Input	Modified set of parameters which represent the new size and shape of the feature.

UF_MODL_edit_instantiated_udf (view source)

Defined in: uf_modl_udf.h

Overview

Function description:
User function for editing a UDF instantaited feature.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

It can accept single UDF references and Smart Collectors and Sections in
UF_MODL_udf_ref_data_t.

Note that a Smart Section in ref_data must be deleted when a Smart Section is
created as a new UDF parent for the editing purpose.

See Also

UF_MODL_ask_instantiated_udf

History

This function was originally released in NX3.

Required License(s)

gateway

int UF_MODL_edit_instantiated_udf
(

tag_t udf_insert_tag,
logical explosion,
UF_MODL_udf_exp_data_t * exp_data,
UF_MODL_udf_ref_data_t * ref_data

)

tag_t	udf_insert_tag	Input	Tag of UDF instantiated feature
logical	explosion	Input	Flag of explosion
UF_MODL_udf_exp_data_t *	exp_data	Input	Expression data
UF_MODL_udf_ref_data_t *	ref_data	Input	Parent data

UF_MODL_edit_law_extension (view source)

Defined in: uf_modl_freeform.h

Overview

Edits existing Law Extension feature based on the Law Extension Open API
data structure.

Environment

Internal and External

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_edit_law_extension
(

UF_MODL_lawext_data_p_t law_extension_data,
tag_t law_extension

)

UF_MODL_lawext_data_p_t	law_extension_data	Input	Law Extension Open API data structure.
tag_t	law_extension	Input	Law Extension feature object identifier.

UF_MODL_edit_linear_iset (view source)

Defined in: uf_modl_isets.h

Overview

Edits an instance linear set feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_linear_iset
(

tag_t feature_obj_id,
char * number_in_x,
char * distance_x,
char * number_in_y,
char * distance_y

)

tag_t	feature_obj_id	Input	Linear instance set feature identifier
char *	number_in_x	Input	Number in XC direction
char *	distance_x	Input	Spacing in XC direction
char *	number_in_y	Input	Number in YC direction
char *	distance_y	Input	Spacing in YC direction

UF_MODL_edit_linked_exterior (view source)

Defined in: uf_linked_exterior.h

Overview

This function edits a Linked Exterior feature.

See Also

UF_MODL_create_linked_exterior
UF_MODL_ask_linked_exterior
UF_MODL_identify_exterior_using_hl
UF_MODL_identify_exterior_using_rays

Environment

Internal and External

History

Released in V18.0

Required License(s)

solid_modeling

int UF_MODL_edit_linked_exterior
(

tag_t feature_tag,
UF_MODL_linked_ext_p_t ext_data

)

tag_t	feature_tag	Input	Feature tag
UF_MODL_linked_ext_p_t	ext_data	Input	Feature data

UF_MODL_edit_local_scale (view source)

Defined in: uf_modl_dfo.h

Overview

This function edits a local scale feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_local_scale
(

tag_t feature_tag,
UF_MODL_dfo_scale_type_t type,
UF_MODL_dfo_region_p_t region,
tag_t so_point,
tag_t so_dir,
tag_t so_csys,
char factors [ 3 ] [ UF_MAX_EXP_BUFSIZE ]

)

tag_t	feature_tag	Input	feature_tag to be edited
UF_MODL_dfo_scale_type_t	type	Input	scale type
UF_MODL_dfo_region_p_t	region	Input	faces to be operated
tag_t	so_point	Input	smart point
tag_t	so_dir	Input	smart direction
tag_t	so_csys	Input	smart coordinate system
char	factors [ 3 ] [ UF_MAX_EXP_BUFSIZE ]	Input	scale factors

UF_MODL_edit_mirror_pattern_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function edits a mirror pattern_face feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_mirror_pattern_face
(

tag_t feature_tag,
UF_MODL_dfo_region_p_t region,
tag_t mirror_plane

)

tag_t	feature_tag	Input	the feature
UF_MODL_dfo_region_p_t	region	Input	region
tag_t	mirror_plane	Input	mirror plane

UF_MODL_edit_mirror_set (view source)

Defined in: uf_modl.h

Overview

This function edits the mirror set. It will replace all the features
and the mirror plane of the mirror set feature.

Environment

Internal and External

History

Released in V16.0

Required License(s)

solid_modeling

int UF_MODL_edit_mirror_set
(

tag_t mirror_set,
tag_t * features,
int number_of_features,
tag_t mirror_plane

)

tag_t	mirror_set	Input	The tag of the mirror feature
tag_t *	features	Input	Array of features to mirror
int	number_of_features	Input	Number of features in the array
tag_t	mirror_plane	Input	The mirror plane can be a face or a datum plane

UF_MODL_edit_move_region (view source)

Defined in: uf_modl_dfo.h

Overview

This function edits a move_region feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_move_region
(

tag_t feature_tag,
UF_MODL_transform_type_t type,
UF_MODL_dfo_region_p_t region,
void * transf_data

)

tag_t	feature_tag	Input	feature tag to be edited
UF_MODL_transform_type_t	type	Input	transformation type
UF_MODL_dfo_region_p_t	region	Input	faces to be operated
void *	transf_data	Input	transformation data, can be of following types: UF_MODL_transf_pp_p_t - point to point translation UF_MODL_transf_dist_p_t - translation along direction UF_MODL_transf_angle_p_t - rotation about axis UF_MODL_transf_aa_p_t - rotation between two axes

UF_MODL_edit_offset_region (view source)

Defined in: uf_modl_dfo.h

Overview

This function edits an offset_region feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_edit_offset_region
(

tag_t feature_tag,
UF_MODL_dfo_region_p_t region,
char * offset

)

tag_t	feature_tag	Input	feature_tag to be edited
UF_MODL_dfo_region_p_t	region	Input	faces to be operated
char *	offset	Input	offset value, in expression string

UF_MODL_edit_patch_body_parms (view source)

Defined in: uf_modl.h

Overview

Edits a patch feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_patch_body_parms
(

tag_t feature,
tag_t new_target,
tag_t new_tool,
tag_t new_face,
int new_reverse

)

tag_t	feature	Input	Feature to edit
tag_t	new_target	Input	New target body to replace the old target body
tag_t	new_tool	Input	New tool body to replace the old tool body
tag_t	new_face	Input	New face to replace the old face
int	new_reverse	Input	New reverse direction: 1 = Reverse 0 = No Reverse

UF_MODL_edit_plane (view source)

Defined in: uf_modl.h

Overview

Edits the data of a plane.

Environment

Internal and External

See Also

UF_MODL_ask_plane
UF_MODL_create_plane
Refer to example

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_edit_plane
(

tag_t plane_tag,
double origin_point [ 3 ] ,
double plane_normal [ 3 ]

)

tag_t	plane_tag	Input	Plane
double	origin_point [ 3 ]	Input	New origin point of the plane
double	plane_normal [ 3 ]	Input	New Normal of the plane

UF_MODL_edit_points_parms (view source)

Defined in: uf_modl.h

Overview

Replace the points in a Points Feature

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_edit_points_parms
(

tag_t feature_tag,
int num_points,
tag_t * points

)

tag_t	feature_tag	Input	Feature tag
int	num_points	Input	Number of points
tag_t *	points	Input	Array of point tags

UF_MODL_edit_quilt (view source)

Defined in: uf_modl_freeform.h

Overview

Edits a quilt surface.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_quilt
(

UF_MODL_quilt_type_t quilt_data,
UF_MODL_quilt_data_structures_p_u quilt_structure_po,
tag_t quilt_surface

)

UF_MODL_quilt_type_t	quilt_data	Input	Type of quilt surface UF_MODL_CURVE_MESH_ALONG_FIXED_VECTOR UF_MODL_CURVE_MESH_ALONG_DRIVER_NORMALS UF_MODL_B_SURFACE_ALONG_FIXED_VECTOR UF_MODL_B_SURFACE_ALONG_DRIVER_NORMALS UF_MODL_SELF_REFIT
UF_MODL_quilt_data_structures_p_u	quilt_structure_po	Input	Pointer to structure containing the defining data of the quilt surface.
tag_t	quilt_surface	Input	Object identifier of quilt surface to be edited

UF_MODL_edit_reblend_face (view source)

Defined in: uf_modl_dfo.h

Overview

Edit a reblend face feature data

Environment

Internal and External

History

V19 release

Required License(s)

gateway

int UF_MODL_edit_reblend_face
(

tag_t feature_eid,
UF_MODL_reblend_face_data_p_t reblend_data

)

tag_t	feature_eid	Input	Feature object identifier of a created reblend face
UF_MODL_reblend_face_data_p_t	reblend_data	Input	User defining reblend face feature data

UF_MODL_edit_rectangular_pattern_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function edits a rectangular pattern_face feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_edit_rectangular_pattern_face
(

tag_t feature_tag,
UF_MODL_dfo_region_p_t region,
tag_t x_axis,
tag_t y_axis,
int num_x,
int num_y,
char * x_offset,
char * y_offset

)

tag_t	feature_tag	Input	the feature
UF_MODL_dfo_region_p_t	region	Input	region
tag_t	x_axis	Input	x-axis to define offset
tag_t	y_axis	Input	y-axis
int	num_x	Input	number along XC
int	num_y	Input	number along YC, only for type==0
char *	x_offset	Input	offset along XC
char *	y_offset	Input	offset along YC

UF_MODL_edit_refit_face_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Edits existing Refit Face feature based on the Refit Face Open API data
structure.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_refit_face_feature
(

UF_MODL_refit_face_data_p_t refit_data,
tag_t refit

)

UF_MODL_refit_face_data_p_t	refit_data	Input	Refit Face Open API data structure.
tag_t	refit	Input	Refit Face feature object identifier.

UF_MODL_edit_replace_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function edits a replace_face feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_replace_face
(

tag_t feature_tag,
tag_t * target_faces,
int num_target,
tag_t * non_blend_faces,
int num_non_blend,
tag_t tool_face,
logical reverse_direction

)

tag_t	feature_tag	Input	the feature
tag_t *	target_faces	Input	faces to be operated, NULL if won't change
int	num_target	Input	number of faces, 0 if won't change
tag_t *	non_blend_faces	Input	adjacent tangent faces which are not blends, NULL if won't change
int	num_non_blend	Input	number of non-blend faces, 0 if won't change
tag_t	tool_face	Input	tool face
logical	reverse_direction	Input	reverse direction of the tool face or not

UF_MODL_edit_resize_face (view source)

Defined in: uf_modl_dfo.h

Overview

This function edits a resize_face feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_edit_resize_face
(

tag_t feature_tag,
tag_t * target_faces,
int num_target,
tag_t * non_blend_faces,
int num_non_blend,
char * new_parameter

)

tag_t	feature_tag	Input	the feature
tag_t *	target_faces	Input	faces to be operated, NULL if won't change
int	num_target	Input	number of faces, 0 if won't change
tag_t *	non_blend_faces	Input	adjacent tangent faces which are not blends, NULL if won't change
int	num_non_blend	Input	number of non-blend faces, 0 if won't change
char *	new_parameter	Input	new diameter for cylindrical/spherical faces, or half angle

UF_MODL_edit_ripedge (view source)

Defined in: uf_modl_smd.h

Overview

Edit Edge Rip

Environment

Internal and External

History

Released in NX3.0

Required License(s)

sheet_metal_design

int UF_MODL_edit_ripedge
(

tag_t ripedge_tag,
UF_MODL_ripedge_data_p_t ripedge_ufdata

)

tag_t	ripedge_tag	Input	The ripedge tag
UF_MODL_ripedge_data_p_t	ripedge_ufdata	Input	Data supplied by the user to edit the ripedge feature

UF_MODL_edit_rough_offset (view source)

Defined in: uf_modl_freeform.h

Overview

This function will edit a rough offset feature.

Environment

Internal and External
See Also: UF_MODL_ask_rough_offset
UF_MODL_create_rough_offset
UF_MODL_free_rough_offset

History

Released in V18.0

Required License(s)

solid_modeling

int UF_MODL_edit_rough_offset
(

tag_t feature_tag,
UF_MODL_rough_offset_p_t parms

)

tag_t	feature_tag	Input	Feature to be queried
UF_MODL_rough_offset_p_t	parms	Input	New parameters for changing a Rough Offset feature

UF_MODL_edit_scale (view source)

Defined in: uf_modl.h

Overview

This function will edit a scale feature.

Environment

Internal and External

See Also

UF_MODL_create_scale

History

Released in V16.0

Required License(s)

solid_modeling

int UF_MODL_edit_scale
(

UF_SCALE_TYPE_t type,
tag_t tag,
tag_t so_point,
tag_t so_dir,
tag_t so_csys,
char factors [ 3 ] [ UF_MAX_EXP_BUFSIZE ]

)

UF_SCALE_TYPE_t	type	Input	The new type of scale feature to be edited to: UF_SCALE_TYPE_UNIFORM UF_SCALE_TYPE_AXISYMMETRIC UF_SCALE_TYPE_GENERAL
tag_t	tag	Input	The tag of an existing scale feature to be edited
tag_t	so_point	Input	This is the tag of a smart point to use as the origin of the scale feature. If a NULL_TAG is passed, the default origin will be the origin of the WCS. This argument is ignored for UF_SCALE_TYPE_GENERAL scale features.
tag_t	so_dir	Input	This is a tag of a smart point to be used as the direction of the scale for a UF_SCALE_TYPE_AXISYMMETRIC scale feature. It is ignored for all other scale features. If a NULL_TAG is passed for an axisymmetric scale feature, then the default will be the Z-axis of the WCS.
tag_t	so_csys	Input	This is the tag of a smart CSYS to be used for a UF_SCALE_TYPE_GENERAL scale feature. This parameter is ignored for all other scale features. If a NULL_TAG is passed for a general scale feature, then the default will be the WCS.
char	factors [ 3 ] [ UF_MAX_EXP_BUFSIZE ]	Input	An array of strings that define the scale factors.These scale factors may include expressions. For a uniform scale feature, there is only one string to use as a scale factor. For an axisymmetric scale feature, two factor strings must be passed in, the first being the scale factor along the axis, and the second being the scale factor in the other direction. For a general scale feature, there will be three strings passed in this array, the first being the scale in the x-axis, the second being the scale in the y-axis and the third being the scale in the z-axis.

UF_MODL_edit_section_surface (view source)

Defined in: uf_modl_freeform.h

Overview

Edits the section surface Open API data structure.

Environment

Internal and External

History

V15.0 changes: The UF_MODL_secsrf_data_t structure was enhanced.

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_edit_section_surface
(

UF_MODL_secsrf_data_p_t section_surface_data,
tag_t section_surface

)

UF_MODL_secsrf_data_p_t	section_surface_data	Input	Section Surface Open API Data Structure
tag_t	section_surface	Input	Section Surface Feature object identifier.

UF_MODL_edit_set_hide_state (view source)

Defined in: uf_modl.h

Overview

Edit the hide state of a feature set.

Environment

Internal and External

History

Released in V16.0

Required License(s)

solid_modeling

int UF_MODL_edit_set_hide_state
(

tag_t set,
int * hide_state

)

tag_t	set	Input	The tag of the feature set
int *	hide_state	Input / Output	Integer value for hide state: 1 is for hidden. Returns the previous state of the feature set

UF_MODL_edit_set_members (view source)

Defined in: uf_modl.h

Overview

Edit, or replace, the members of a feature set.

Environment

Internal and External

History

Released in V16.0

Required License(s)

solid_modeling

int UF_MODL_edit_set_members
(

tag_t set,
tag_t * features,
int number_of_feature

)

tag_t	set	Input	The tag of the feature set
tag_t *	features	Input	An array of input features representing the set members
int	number_of_feature	Input	Number of features in the array

UF_MODL_edit_sew_sheet_body (view source)

Defined in: uf_modl.h

Overview

Modifies data of the input sew sheet bodies feature to the specified
tool bodies and tolerance conditions specified in the inputs.

Environment

Internal and External

History

Original release was in V16.0.1.

Required License(s)

solid_modeling

int UF_MODL_edit_sew_sheet_body
(

tag_t feature_obj_eid,
tag_t new_target_eid,
int tool_body_count,
tag_t * tool_body_eids,
double tolerance

)

tag_t	feature_obj_eid	Input	Feature object id of sew feature.
tag_t	new_target_eid	Input	The NX eid of the the new target sheet body. This option will be available in V17.
int	tool_body_count	Input	Number of tool sheet bodies
tag_t *	tool_body_eids	Input	Array of NX eids of sheet bodies
double	tolerance	Input	Distance tolerance for approximations

UF_MODL_edit_sew_solid_body (view source)

Defined in: uf_modl.h

Overview

Modifies data of the input sew solid bodies feature to the specified
tool and target faces and tolerance conditions specified in the inputs.

Environment

Internal and External

History

Original release was in V16.0.1.

Required License(s)

solid_modeling

int UF_MODL_edit_sew_solid_body
(

tag_t feature_obj_eid,
int target_faces_count,
tag_t * target_faces,
int tool_faces_count,
tag_t * tool_faces,
double tolerance

)

tag_t	feature_obj_eid	Input	Feature object id of trimmed sheet.
int	target_faces_count	Input	Number of faces on the target body to be sewn
tag_t *	target_faces	Input	Array of NX eids of faces on the target body to be sewn. This array must be freed by calling UF_free.
int	tool_faces_count	Input	Number of faces on the tool body to be sewn
tag_t *	tool_faces	Input	Array of NX eids of faces on the tool body to be sewn. This array must be freed by calling UF_free.
double	tolerance	Input	Distance tolerance for approximations.

UF_MODL_edit_silhouette_flange (view source)

Defined in: uf_modl_freeform.h

Overview

Edits existing Silhouette Flange feature based on the Silhouette Flange Open API
data structure.

Environment

Internal and External

History

First released in NX3

Required License(s)

solid_modeling

int UF_MODL_edit_silhouette_flange
(

UF_MODL_sflange_data_p_t sflange_data,
tag_t sflange_tag

)

UF_MODL_sflange_data_p_t	sflange_data	Input	Silhouette Flange Open API data structure.
tag_t	sflange_tag	Input	Silhouette Flange feature object identifier.

UF_MODL_edit_simplify_parms (view source)

Defined in: uf_modl_simplify.h

Overview

Edit an existing simplify feature according to the specified data, which
must have been created at an earlier timestamp than the feature. Faces and
edges which are already parameters of the simplify feature, but which have
no associated geometry at present, are retained as its parameters after the
edit. If the feature cannot be edited to the specified parameters because
one or more faces could not be removed, the ifail UF_MODL_SIMPL_HEAL_FAILED
is returned, and the array <failing_wound_edges> will contain the tags of
the edges which could not be healed (and must be freed using UF_free()). It
is not possible to edit a simplify feature to be on a different body.

If the expression passed in as <max_hole_dia_expression> is different from
the previous expression used, and the old expression is an unused system
expression, the old expression will be deleted. The expression's value can
be changed by the normal expression editing routines.

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_edit_simplify_parms
(

tag_t feature_tag,
UF_MODL_simpl_data_p_t simpl_parms,
int * n_failing_wound_edges,
tag_t * * failing_wound_edges

)

tag_t	feature_tag	Input	The simplify feature
UF_MODL_simpl_data_p_t	simpl_parms	Input	New parameters of the simplify feature
int *	n_failing_wound_edges	Output	The number of failing wound edges
tag_t * *	failing_wound_edges	Output to UF_free	Array of failing wound edges. This must be freed by calling UF_free.

UF_MODL_edit_slot_type (view source)

Defined in: uf_modl_slots.h

Overview

Changes the type of slot feature. New fields are initialized as
indicated in the table above. If you want to change these fields, you
need to edit their expressions.

Environment

Internal and External

See Also

Refer to example

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_edit_slot_type
(

tag_t slot_feature,
UF_MODL_slot_type_e_t new_slot_type

)

tag_t	slot_feature	Input	Slot feature
UF_MODL_slot_type_e_t	new_slot_type	Input	New slot type. Valid types are: UF_RECTANGULAR_SLOT UF_BALL_END_SLOT, UF_U_SLOT UF_T_SLOT, UF_DOVE_TAIL_SLOT

UF_MODL_edit_smbend (view source)

Defined in: uf_modl_smd.h

Overview

Edits an existing smbend feature.

Environment

Internal and External

Return

Return code:
= 0 No error
= not 0 Error code

History

Originally released in V17.0

Required License(s)

sheet_metal_design

int UF_MODL_edit_smbend
(

tag_t bend_tag,
UF_MODL_smbend_data_p_t user_data

)

tag_t	bend_tag	Input	tag of the bend feature to be edited
UF_MODL_smbend_data_p_t	user_data	Input	new user data for the bend

UF_MODL_edit_smbend_corner (view source)

Defined in: uf_modl_smd.h

Overview

This procedure uses data from the user to edit an existing smbend feature
that was created by converting a corner.

Return

Return code:
= 0 No Error
= not 0 Error code

Environment

External

History

Originally released in V17.0.3

Required License(s)

sheet_metal_design

int UF_MODL_edit_smbend_corner
(

tag_t bend_tag,
UF_MODL_smbend_corner_data_p_t user_data

)

tag_t	bend_tag	Input	tag of the bend feature to be edited
UF_MODL_smbend_corner_data_p_t	user_data	Input	new user data for the bend

UF_MODL_edit_smbend_cylinder (view source)

Defined in: uf_modl_smd.h

Overview

This procedure uses data from the user to edit an existing smbend feature
that was created by converting a cylindrical face.

Return

Return code:
= 0 No Error
= not 0 Error code

Environment

External

History

Originally released in V17.0.3

Required License(s)

sheet_metal_design

int UF_MODL_edit_smbend_cylinder
(

tag_t bend_tag,
UF_MODL_smbend_cylinder_data_p_t user_data

)

tag_t	bend_tag	Input	tag of the bend feature to be edited
UF_MODL_smbend_cylinder_data_p_t	user_data	Input	new user data for the bend

UF_MODL_edit_smcorner (view source)

Defined in: uf_modl_smd.h

Overview

Edit smcorner

Environment

Internal and External

History

Released in NX3.0

Required License(s)

sheet_metal_design

int UF_MODL_edit_smcorner
(

tag_t smcorner_tag,
UF_MODL_smcorner_data_p_t smcorner_ufdata

)

tag_t	smcorner_tag	Input	The smcorner tag
UF_MODL_smcorner_data_p_t	smcorner_ufdata	Input	Data supplied by the user to edit the smcorner feature

UF_MODL_edit_smcutout (view source)

Defined in: uf_modl_smd.h

Overview

Changes the parameter data of an existing sheet metal cutout (SMCutout) feature
by providing the object identifier associated to the SMCutout feature and a new
SMCutout parameter data structure.

Environment

Internal and External

See Also

UF_MODL_smcutout_data_p_t

History

Original release was in V15.0

Required License(s)

sheet_metal_design

int UF_MODL_edit_smcutout
(

tag_t cutout_tag,
UF_MODL_smcutout_data_p_t user_data

)

tag_t	cutout_tag	Input	Tag of cutout to change
UF_MODL_smcutout_data_p_t	user_data	Input	New data for cutout parms

UF_MODL_edit_smd_flange (view source)

Defined in: uf_modl_smd.h

Overview

Modifies the size and shape of a Sheet Metal Design flange feature.
The caller should use UF_MODL_ask_flange_parms to get the current parameters
and by changing the required parameters, the feature can be altered.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_edit_smd_flange
(

tag_t feature_tag,
UF_MODL_flange_data_p_t parameters

)

tag_t	feature_tag	Input	Object identifier of flange feature.
UF_MODL_flange_data_p_t	parameters	Input	Modified set of parameters which represent the new size and shape of the feature.

UF_MODL_edit_smhole (view source)

Defined in: uf_modl_smd.h

Overview

Edits an existing sheet metal hole.

Environment

Internal and External

See Also

UF_MODL_smhole_data_p_t

History

Original release was in V14.0.

Required License(s)

sheet_metal_design

int UF_MODL_edit_smhole
(

tag_t hole_tag,
UF_MODL_smhole_data_p_t user_data

)

tag_t	hole_tag	Input	Tag of the SMHole to edit
UF_MODL_smhole_data_p_t	user_data	Input	Pointer to user's modified UF_MODL_smhole_data_s data structure

UF_MODL_edit_smpunch (view source)

Defined in: uf_modl_smd.h

Overview

Change an existing SMPunch feature's parameters to
the parameters given in user_data. The caller should first call
UF_MODL_ask_smpunch to get the current parameters for the punch, then
change the elements that need to be changed, and then call
UF_MODL_edit_smpunch.

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

gateway

int UF_MODL_edit_smpunch
(

UF_MODL_smpunch_data_p_t user_data,
tag_t punch_tag

)

UF_MODL_smpunch_data_p_t	user_data	Input	Data describing the punch edits.
tag_t	punch_tag	Input	The object identifier of the punch feature to be modified.

UF_MODL_edit_smslot (view source)

Defined in: uf_modl_smd.h

Overview

Edits an existing sheet metal slot.

Environment

Internal and External

See Also

UF_MODL_smslot_data_p_t

History

Original release was in V14.0.

Required License(s)

gateway

int UF_MODL_edit_smslot
(

tag_t slot_tag,
UF_MODL_smslot_data_p_t user_data

)

tag_t	slot_tag	Input	Tag of the SMSlot to edit
UF_MODL_smslot_data_p_t	user_data	Input	Pointer to user's modified UF_MODL_smslot_data_s data structure

UF_MODL_edit_snip_surface_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Edits an existing Snip Surface feature based on an Open API data structure.

Environment

Internal and External

History

First released in NX2

Required License(s)

solid_modeling

int UF_MODL_edit_snip_surface_feature
(

UF_MODL_snipsrf_feature_data_p_t usr_data,
tag_t snip

)

UF_MODL_snipsrf_feature_data_p_t	usr_data	Input
tag_t	snip	Input

UF_MODL_edit_solid_punch (view source)

Defined in: uf_modl_smd.h

Overview

Edit solid punch

Return

Return code :

Environment

Internal and External

History

Released in NX2.0

Required License(s)

sheet_metal_design

int UF_MODL_edit_solid_punch
(

tag_t smspunch_tag,
UF_MODL_solid_punch_data_p_t smspunch_ufdata

)

tag_t	smspunch_tag	Input	The solidpunch tag
UF_MODL_solid_punch_data_p_t	smspunch_ufdata	Input	Data supplied by the user to edit the solid punch feature

UF_MODL_edit_stycorner (view source)

Defined in: uf_modl_freeform.h

Overview

Edit an Styled Corner Surface Feature using its NX Open API data structure.

Environment

Internal and External

History

First released in NX3

Required License(s)

solid_modeling

int UF_MODL_edit_stycorner
(

UF_MODL_stycorner_data_p_t styled_corner_data,
tag_t frec_tag

)

UF_MODL_stycorner_data_p_t	styled_corner_data	Input	Styled corner NX Open API data structure.
tag_t	frec_tag	Input	the object identifier to be edited

UF_MODL_edit_styled_sweep_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Edits existing Styled Sweep feature based on the Styled Sweep Open API data
structure.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_edit_styled_sweep_feature
(

UF_MODL_styled_sweep_data_p_t styled_sweep_data,
tag_t styswp

)

UF_MODL_styled_sweep_data_p_t	styled_sweep_data	Input	Styled Sweep Open API data structure.
tag_t	styswp	Input	Styled Sweep feature object identifier.

UF_MODL_edit_subdiv_face (view source)

Defined in: uf_modl.h

Overview

Replaces a curve in a subdivided face feature with another curve. At
the end of the edit for a subdivided face, a UF_MODL_update should
be called to perform an update.

Environment

Internal and External

See Also

UF_MODL_update

Required License(s)

solid_modeling

int UF_MODL_edit_subdiv_face
(

const int edit_flag,
const tag_t feature_obj_id,
const tag_t remove_curve,
const tag_t add_curve,
const double vector [ 3 ]

)

const int	edit_flag	Input	Edit flag 1 = replace curve others for future use
const tag_t	feature_obj_id	Input	Feature object identifier of a subdivide face
const tag_t	remove_curve	Input	Curve to remove from the subdivide face feature
const tag_t	add_curve	Input	Curve to add to the subdivide face feature
const double	vector [ 3 ]	Input	Projection vector (Not used)

UF_MODL_edit_sweep_curves (view source)

Defined in: uf_modl_sweep.h

Overview

Removes and adds profile and guide curves of a sweep that can be one of the
following types, Extruded, Revolved, Sweep (along a Guide) and Cable/Tube.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_edit_sweep_curves
(

tag_t sweep_id,
int n_profile_curves_removed,
tag_t * profile_curves_removed,
int n_profile_curves_added,
tag_t * profile_curves_added,
int n_guide_curves_removed,
tag_t * guide_curves_removed,
int n_guide_curves_added,
tag_t * guide_curves_added

)

tag_t	sweep_id	Input	sweep object identifier
int	n_profile_curves_removed	Input	number of the curves to be removed from the sweep profile, 0 if no curve.
tag_t *	profile_curves_removed	Input	curves to be removed from the sweep profile, NULL if no curve.
int	n_profile_curves_added	Input	number of the curves to be added to the sweep profile, 0 if no curve.
tag_t *	profile_curves_added	Input	curves to be added to the sweep profile, NULL if no curve.
int	n_guide_curves_removed	Input	number of the curves to be removed from the sweep guide, 0 if no curve.
tag_t *	guide_curves_removed	Input	curves to be removed from the sweep guide, NULL if no curve.
int	n_guide_curves_added	Input	number of the curves to be added to the sweep guide, 0 if no curve.
tag_t *	guide_curves_added	Input	curves to be added to the sweep guide, NULL if no curve.

UF_MODL_edit_symb_thread (view source)

Defined in: uf_modl.h

Overview

Edits a thread feature. This function will need a data structure as input.
Before calling this function, you can call UF_MODL_ask_symb_thread_parms
to check the existing thread parameters.

Only if a thread is created by the option "manual input" instead of "choose from table",
you can edit pitch, angle, minor and major diameters. Manual defined thread
has an empty callout, so you can know whether a thread is created by "manual input"
by checking if the callout is NULL, but you can not simply set callout = NULL.

For internal thread, argument "internal_thread" should be set as "TRUE" in parameters
which is pointer to thread parameter structure UF_MODL_symb_thread_data_s.

As any other editing function, you may need to call UF_MODL_update to view
your feature changes for internal Open API applications.

Environment

Internal and External

See Also

UF_MODL_symb_thread_data_p_t

History

This function is new to V14.0.

Required License(s)

solid_modeling

int UF_MODL_edit_symb_thread
(

tag_t thread_obj_id,
UF_MODL_symb_thread_data_p_t parameters

)

tag_t	thread_obj_id	Input	Thread object id
UF_MODL_symb_thread_data_p_t	parameters	Input	Pointer to thread parameter structure UF_MODL_symb_thread_data_s

UF_MODL_edit_taper_from_edges (view source)

Defined in: uf_modl_taper.h

Overview

Edit a taper from edges

Environment

Internal and External

History

Originally released in V17.0

Required License(s)

gateway

int UF_MODL_edit_taper_from_edges
(

tag_t feature_eid,
int type,
tag_t direction_tag,
const char * angle_str,
logical taper_all_instances,
int num_edges,
tag_t edges [ ] ,
double dist_tol,
double angle_tol

)

tag_t	feature_eid	Input	feature eid of created taper
int	type	Input	taper type
tag_t	direction_tag	Input	taper direction
const char *	angle_str	Input	taper angle
logical	taper_all_instances	Input	tapering all instances
int	num_edges	Input	number of edges
tag_t	edges [ ]	Input	array of edges
double	dist_tol	Input	tolerance of distance
double	angle_tol	Input	tolerance of angle

UF_MODL_edit_trimmed_sheet (view source)

Defined in: uf_modl_freeform.h

Overview

Modifies data of the input trimmed sheet feature to the specified
boundary and regional conditions specified in the inputs.

Environment

Internal and External

History

Original release was in V13.0.

Required License(s)

solid_modeling

int UF_MODL_edit_trimmed_sheet
(

tag_t feature_obj_eid,
int bounding_object_count,
tag_t * bounding_objects,
UF_MODL_vector_p_t projection_method,
int point_key,
int point_count,
double point_coords [ ] ,
double tolerance

)

tag_t	feature_obj_eid	Input	Feature object id of trimmed sheet.
int	bounding_object_count	Input	Number of trimming boundary objects
tag_t *	bounding_objects	Input	Array of NX eids of trimming objects
UF_MODL_vector_p_t	projection_method	Input	A variant record of the following int reverse_vector, UF_MODL_vector_type_t vector_type, where vector_type = UF_MODL_VECTOR_DIRECTION: project along a fixed vector, a vector, double[3], is required. UF_MODL_VECTOR_DIRECTION_EXACT_GEOMETRY: project along a fixed vector, a vector, double[3], is required, NX will produce exact geometry. UF_MODL_VECTOR_AXIS: project along a datum axis, an NX eid of the datum axis is required. UF_MODL_VECTOR_AXIS_EXACT_GEOMETRY: project along a datum axis, an NX eid of the datum axis is required, NX will produce exact geometry. UF_MODL_VECTOR_FACE_NORMALS project along face normals, no other input is needed. UF_MODL_VECTOR_FACE_NORMALS_EXACT_GEOMETRY project along face normals, no other input is needed, NX will produce exact geometry when ever possible.
int	point_key	Input	Points define regions to: 0 = retain; 1 = discard
int	point_count	Input	Number of region points
double	point_coords [ ]	Input	Array of region points on the sheet to be trimmed. This array contains 3point_count entries.
double	tolerance	Input	Distance tolerance for approximations.

UF_MODL_edit_wrap_assembly (view source)

Defined in: uf_modl.h

Overview

This function edits a Wrap Assembly feature.

Environment

Internal and External

History

Released in V17.0

Required License(s)

solid_modeling

int UF_MODL_edit_wrap_assembly
(

tag_t feature_tag,
UF_MODL_wrap_assem_p_t wrap_data

)

tag_t	feature_tag	Input	Feature tag
UF_MODL_wrap_assem_p_t	wrap_data	Input	Feature data

UF_MODL_edit_wrap_geometry (view source)

Defined in: uf_modl.h

Overview

This function edits a Wrap Geometry feature.

Environment

Internal and External

History

Released in V16.0

Required License(s)

solid_modeling

int UF_MODL_edit_wrap_geometry
(

tag_t feature_tag,
UF_MODL_wrap_geom_p_t wrap_data

)

tag_t	feature_tag	Input	Feature tag
UF_MODL_wrap_geom_p_t	wrap_data	Input	Feature data

UF_MODL_eval_exp (view source)

Defined in: uf_modl_expressions.h

Overview

The input to UF_MODL_eval_exp is a character string containing the
name of the expression. What is returned to the user is the numeric
value of the expression.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_eval_exp
(

char * exp_name,
double * exp_value

)

char *	exp_name	Input	Name of expression to be evaluated.
double *	exp_value	Output	Result of evaluation.

UF_MODL_evaluate_curve (view source)

Defined in: uf_modl_curves.h

Overview

Evaluates a curve for position and derivatives. The derivative types
can be found in uf_modl.h.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_evaluate_curve
(

tag_t curve_id,
double * param,
int * deriv_flag,
double pos_and_deriv [ ]

)

tag_t	curve_id	Input	Object identifier for the curve
double *	param	Input	Parameter at which to evaluate
int *	deriv_flag	Input	Number of derivatives to evaluate. UF_MODL_LOC = Return the point UF_MODL_LOC_1STDERV = Return the point and 1st derivative UF_MODL_LOC_1STDERV_2NDDERV = Return the point, 1st and 2nd derivative
double	pos_and_deriv [ ]	Output	Position and derivative. Dimension of the array = 3 (deriv_flag+1)

UF_MODL_evaluate_face (view source)

Defined in: uf_modl.h

Overview

Computes the requested derivatives of a face at the given parameter
values.

Environment

Internal and External

See Also

Refer example

Required License(s)

solid_modeling

int UF_MODL_evaluate_face
(

tag_t face_tag,
int deriv_request,
double parms [ 2 ] ,
UF_MODL_SRF_VALUE_p_t eval_result

)

tag_t	face_tag	Input	Face tag
int	deriv_request	Input	order of the derivative to be computed: UF_MODL_EVAL - position UF_MODL_EVAL_DERIV1 - position and first partial UF_MODL_EVAL_DERIV2 - position, first partial and second partial UF_MODL_EVAL_DERIV3 - position, first, second and third partials Defaults to UF_MODL_EVAL_DERIV2 for Blend faces UF_MODL_EVAL_UNIT_NORMAL - position, first partials and unitized normal. UF_MODL_EVAL_NORMAL - position, first partials and the ununitized normal. UF_MODL_EVAL_ALL - position, normals and all the partials up to the third order. Defaults to UF_MODL_EVAL_DERIV2 for Blend faces
double	parms [ 2 ]	Input	u,v values at which derivatives are to be computed.
UF_MODL_SRF_VALUE_p_t	eval_result	Output	Pointer to the structure containing position and derivatives: srf_pos[3] - position srf_du[3] - d/du srf_dv[3] - d/dv srf_unormal[3] - unit normal srf_d2u[3] - d2/du2 srf_dudv[3] - d2/dudv srf_d2v[3] - d2/dv2 srf_d3u[3] - d3/du3 srf_d2udv[3] - d3/du2dv srf_dud2v[3] - d3/dud2v srf_d3v[3] - d3/dv3 srf_normal[3] - d/du X d/dv

UF_MODL_evaluate_parm (view source)

Defined in: uf_modl.h

Overview

Evaluates the parm structure at the given parameter value. If the parm method
type is UF_MODL_PARM_CONSTANT, the value returned is the same regardless of
the parameter value that is passed in.

Environment

Internal and External

History

Original release was in V13.0.

Required License(s)

solid_modeling

int UF_MODL_evaluate_parm
(

UF_MODL_parm_p_t parm,
double parameter,
double * value

)

UF_MODL_parm_p_t	parm	Input	Pointer to parm structure to evaluate
double	parameter	Input	Parameter at which to evaluate. Must be between 0 and 1.
double *	value	Output	Value of parm at given parameter.

UF_MODL_export_exp (view source)

Defined in: uf_modl_expressions.h

Overview

Exports expressions to a file. You input a file specification (path and
filename).

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_export_exp
(

char * file_spec

)

char *

file_spec

Input

File name specification to export expressions into.
NOTE: if the file already exists, an error code is
returned and the file is not overwritten.

UF_MODL_export_udf (view source)

Defined in: uf_modl_udf.h

Overview

Exports a user defined feature part. Note that you must use the
UF_MODL_boolean_udf to actually perform the Boolean operation
specified by the sign parameter.

User Defined Features (UDFs) allow you to define the shape and
function of features. This gives you the ability to create a library of
features tailored to your needs.

Four Open API routines provide support for the creation of User
Defined Features. These routines generally reflect the interactive
UDF functionality. Please see user-defined features in the Modeling
User Manual for more information and examples. The Open API
routines are UF_MODL_export_udf, UF_MODL_import_udf, UF_MODL_set_udf_parms
and UF_MODL_boolean_udf. In addition, there is one inquiry routine
UF_MODL_ask_udf_parms.

All UDFs must be predefined (created) and saved as a user-defined
feature file. You use the UF_MODL_export_udf to create the file. You
retrieve a UDF using UF_MODL_import_udf and use UF_MODL_set_udf_parms
to change the predefined feature parameters and UF_MODL_boolean_udf to
make the UDF part of your model. You can also use the relative position
routines (see UF_MODL_register_rpo and UF_MODL_unregister_rpo) to position
your UDF on your part.

To create a UDF file, you must first create a model using the existing
functions (Open API, GRIP, or interactively). This entire model,
including expressions, is the new UDF you wish to define. The UDF
must be created in the absolute coordinate space. The origin (0,0,0) is
considered the feature's origin.

After the geometry is defined, you use UF_MODL_export_udf to
create a user feature output file. The UDF file contains the geometry
as well as information on the input parameters (i.e. those parameters
that you let other users change when the UDF is brought into their
parts) and the attachment method.

The UDF file has the same name as the part name but with the ".udf"
extension. For example, if your part name were "name_of_file.prt",
then the udf file name would be "name_of_file.udf". Input parameters
are those parameters you wish to be entered during the creation of a
model as a feature. The input parameters are specified by the ip_prompts,
ip_names, and number_of_elements arguments.

All variables not entered as input variables become constants or they
can be controlled using expressions established before saving the
UDF file. For example, let's say your UDF consists of a block where
p0 represents the width, p1 represents the length, and p2 represents
the height. You have determined that you wish the width and length to
be specified when bringing in the UDF, but you wish the height to
always be the width plus twice the length.

In your creation of the block, you would have predefined p2 = p0 +
2p1. But you need to specify to the UFD file that p0 and p1 are the
input parameters. You specify the variables or expressions in the
ip_names argument. You can alias these expressions using the
ip_prompts arguments.

When specifying the input parameters when importing the UDF, you
set the parameters using the alias prompt name. An error occurs if
you specify variables that do not exist in the model and the UDF file
is not created. In our preceding example, you would specify the inputs
parameters as follows:
int number2 = number_of_elements = 2;
char ip_prompts[number2] = { "width", "length" };
char ip_names[number2] = { "p0", "p1" };

You specify the attachment method that the UDF is to perform when
brought into your model. The options are create, add, subtract, and
intersect (UF_NULLSIGN, UF_POSITIVE, UF_NEGATIVE, and UG_UNSIGNED
respectively).

After the feature is saved, you need to specify data when bringing the
UDF into your part. With UF_MODL_import_udf, you specify the udf
part file name and the destination csys and point. The routine returns
the tag of the UDF. The destination csys is the orientation in which
the feature is brought into the part. The destination point is the
location at which the system places the origin of the UDF.

UF_MODL_set_udf_parms sets the values for UDF predefined parameter names
(prompts). An error results if you provide an incorrect parameter name.
You can use UF_MODL_ask_udf_parms to inquire the names and current
setting of the input parameters.

Finally, you use UF_MODL_boolean_udf to specify the planar face on the UDF
(tool body) that is to be placed directly on the planar body (target body).
You also need to determine what is the x-direction on the planar tool face
to define the coordinate system for the relative positioning constraints.
The normal to the planar tool face is the z-axis and is used with the
x-direction to fully specify the relative positioning dimension coordinate
system. Before applying the boolean, you may wish to register the relative
position to allow you to specify the position of the udf. If the attachment
method is "create," then you do not need to specify the planar faces.
However, you must call UF_MODL_boolean_udf for every imported UDF regardless
of the type of Boolean operation performed.

Note: This routine works only with old-style Pre-V15 UDFs

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_export_udf
(

char * * ip_prompts,
char * * ip_names,
int number_of_elements,
UF_FEATURE_SIGN sign

)

char * *	ip_prompts	Input	Pointer to array of pointers to ip prompts.
char * *	ip_names	Input	Pointer to array of pointers to ip variable names.
int	number_of_elements	Input	Number of elements in array.
UF_FEATURE_SIGN	sign	Input	The attachment method sign. Valid options: UF_NULLSIGN = 0, create new target solid UF_POSITIVE = 1, add to target solid UF_NEGATIVE = 2, subtract from target solid UF_UNSIGNED = 3 intersect with target solid

UF_MODL_extract_face (view source)

Defined in: uf_modl_form_features.h

Overview

Extracts the given face into the work part. If the face given is in the
work part, then the extracted face is associative to the given face (i.e.
if the given face is moved, the extracted face moves with it). If the
given face is an occurrence of a face that's not in the work part, then
the face is created without having any associativity.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_extract_face
(

tag_t face,
int mode,
tag_t * sheet_body

)

tag_t	face	Input	Face to be extracted. Can be an occurrence.
int	mode	Input	Type of extraction to perform. 0 = new_face should be the same type of face as the given face. 1 = new_face should be a cubic polynomial approximation of the given face. 2 = new_face should be a b-surface representation of the given face.
tag_t *	sheet_body	Output	Sheet body created, this sheet is created in the work part.

UF_MODL_feature_can_be_copied (view source)

Defined in: uf_modl.h

Overview

Ask if a feature can be copied

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_feature_can_be_copied
(

tag_t feature_eid,
logical * copy_flag

)

tag_t	feature_eid	Input	Features identifier
logical *	copy_flag	Output	flag TRUE/FALSE;

UF_MODL_fix_bsurface_data (view source)

Defined in: uf_modl_bsurf.h

Overview

This function inspects the b-surface data for degeneracies. If it finds
any, it attempts to fix them by moving one or more control points. The
fixed-up data is returned in the same memory as the supplied data.

Environment

Internal and External

See Also

UF_BREP_attach_geometry
Structure UF_MODL_state_t which is a type define of UF_CURVE_state_t

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_fix_bsurface_data
(

double degen_toler,
UF_MODL_bsurface_p_t bsurface,
int * num_states,
UF_MODL_state_p_t * states

)

double	degen_toler	Input	threshold for reporting fixes: fixes less than this value are not reported
UF_MODL_bsurface_p_t	bsurface	Input	b-surface for which to remove degeneracies
int *	num_states	Output	number of states in the states array
UF_MODL_state_p_t *	states	Output to UF_free	states, some of original spline, some of output spline; if NULL is provided no states are returned. This must be freed by calling UF_free.

UF_MODL_form_features (view source)

Defined in: uf_modl_smd.h

Overview

This routine will set the state of an array of formable features
so that the features will be fully formed.
The given feaure tags must be tags of Flange, Inset Flange,
General Flange, SMBridge, or SMBend feature.

The caller of this routine may start an update cycle (if any of the features
are not already in their fully formed state) by using UF_MODL_update.

Return

Return code:
=0 : Successful
>0 : Failing error number
<0 : Failing error number
= UF_MODL_ERR_NOT_A_FORMABLE_FEATURE : The given tag was not
the tag of a formable
feature.

Environment

Internal and External

See Also

UF_MODL_unform_features

History

Originally released in V18.0

Required License(s)

sheet_metal_design

int UF_MODL_form_features
(

const int n_features,
const tag_t * const feature_tag_array,
logical * const is_update_required

)

const int	n_features	Input	The number of features tags in the array.
const tag_t * const	feature_tag_array	Input	The array of formable feature tags.
logical * const	is_update_required	Output	If update is required.

UF_MODL_free_bead (view source)

Defined in: uf_modl_smd.h

Overview

Frees all the memory associated with the parameters returned from
UF_MODL_ask_bead.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_free_bead
(

)

UF_MODL_project_curves_p_t	centerline	Input	Pointer to information to define the centerline of the bead.
UF_MODL_faces_p_t	placement_faces	Input	Pointer to information to define the faces where the bead is to be placed.
UF_MODL_offset_trans_faces_p_t	secondary_faces	Input	Pointer to information to define the optional secondary faces for the bead.
UF_MODL_bead_section_plane_p_t	section_plane	Input	Pointer to direction information to define the normal of the orientation plane of the bead sections.
UF_MODL_vector_p_t	section_axis	Input	Pointer to direction information to define the centerline of the bead cross section.
UF_MODL_bead_section_parms_p_t	section_parms	Input	Pointer to information to define the cross sectional shape of the bead.

UF_MODL_free_bsurf_data (view source)

Defined in: uf_modl_bsurf.h

Overview

Frees the B-surface data.

Environment

Internal and External

See Also

Refer to example
UF_MODL_create_bsurf_thru_pts
UF_MODL_ask_bsurf

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_free_bsurf_data
(

UF_MODL_bsurface_p_t bsurf

)

UF_MODL_bsurface_p_t

bsurf

Input

B-surf data to be freed

UF_MODL_free_compare_data (view source)

Defined in: uf_mdlcmp.h

Overview

Function Name: UF_MODL_free_compare_data

Function Description:
Free model compare map data. Frees the memory allocated for the mapping
data structure containing the output of the compare results.

Input:
mapping_data - Pointer to the mapping data structure

Output:
None

Returns

0 : successful, >0 : failing error number

Environment

Internal and External

History

This function was originally released in NX 2.0

Required License(s)

solid_modeling

int UF_MODL_free_compare_data
(

UF_MODL_compare_part_map_data_t * mapping_data

)

UF_MODL_compare_part_map_data_t *

mapping_data

Input

UF_MODL_free_compare_data_3 (view source)

Defined in: uf_mdlcmp.h

Overview

Function Name: UF_MODL_free_compare_data_3

Function Description:
Free model compare map data. Frees the memory allocated for the mapping
data structure containing the output of the compare results.

Input:
mapping_data - Pointer to the mapping data structure UF_MODL_compare_part_map_data_3_t

Output:
None

Returns

0 : successful, >0 : failing error number

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_free_compare_data_3
(

UF_MODL_compare_part_map_data_3_t * mapping_data

)

UF_MODL_compare_part_map_data_3_t *

mapping_data

Input

UF_MODL_free_general_pad (view source)

Defined in: uf_modl_pads.h

Overview

Frees all the memory associated with the parameters returned from
UF_MODL_ask_general_pad.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_free_general_pad
(

UF_MODL_faces_p_t placement_faces,
UF_MODL_offset_trans_faces_p_t top_faces,
UF_MODL_pocketpad_outline_p_t outline,
UF_MODL_parm_p_t placement_radius,
UF_MODL_parm_p_t top_radius

)

UF_MODL_faces_p_t	placement_faces	Input	The faces used to define the shape of the pad at the placement faces. The first face is used to determine the target body.
UF_MODL_offset_trans_faces_p_t	top_faces	Input	The definition of the top of the pad. The top can either be an offset or translation of the specified faces. If it is desired to have the top be an offset or translate of the placement faces, then just set the UF_MODL_faces_p_t pointer within this input i structure to the placement_faces pointer value.
UF_MODL_pocketpad_outline_p_t	outline	Input	The definition of the curves used to define the shape of the pad. The shape can be defined by a single set of curves at either the placement face or the top face, and then the other curves are derived with a taper angle. The shape can also be defined by specifying curves at both the placement face and the top face.
UF_MODL_parm_p_t	placement_radius	Input	The specification of the radius desired between the side of the pad and the placement face.
UF_MODL_parm_p_t	top_radius	Input	The specification of the radius desired between the side of the pad and the top of the pad.

UF_MODL_free_general_pocket (view source)

Defined in: uf_modl_pockets.h

Overview

Frees all the memory associated with the parameters returned from
UF_MODL_ask_general_pocket. Refer to the description of
UF_MODL_create_general_pocket for an example of how to use this function.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_free_general_pocket
(

UF_MODL_faces_p_t placement_faces,
UF_MODL_offset_trans_faces_p_t floor_faces,
UF_MODL_pocketpad_outline_p_t outline,
UF_MODL_parm_p_t placement_radius,
UF_MODL_parm_p_t floor_radius

)

UF_MODL_faces_p_t	placement_faces	Input	The faces used to define the shape of the pocket at the placement faces. The first face is used to determine the target body.
UF_MODL_offset_trans_faces_p_t	floor_faces	Input	The definition of the floor of the pocket. The floor can either be an offset or translation of the specified faces. If it is desired to have the floor be an offset or translate of the placement faces, then just set i the UF_MODL_faces_p_t pointer within this input structure to the placement_faces pointer value.
UF_MODL_pocketpad_outline_p_t	outline	Input	The definition of the curves used to define the shape of the pocket. The shape can be defined by a single set of curves at either the placement face or the floor face, and then the other curves are derived with a taper angle. The shape can also be defined by specifying curves at both the placement face and the floor face.
UF_MODL_parm_p_t	placement_radius	Input	The specification of the radius desired between the side of the pocket and the placement face.
UF_MODL_parm_p_t	floor_radius	Input	The specification of the radius desired between the side of the pocket and the floor of the pocket.

UF_MODL_free_gflange_data (view source)

Defined in: uf_modl_smd.h

Overview

Frees the memory allocated to general flange data structure
This function is called after the UF_MODL_ask_gflange routine to
free memory allocated to members of gflange_data structure.

Return

Return code:
= 0 No Error
= not 0 Error code

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_free_gflange_data
(

UF_MODL_gflange_data_p_t gflange_data

)

UF_MODL_gflange_data_p_t

gflange_data

Input

general flange data structure

UF_MODL_free_law (view source)

Defined in: uf_modl_curves.h

Overview

Free the dtat struct for uf_law_parms

Required License(s)

gateway

void UF_MODL_free_law
(

void * uf_law_parms

)

void *

uf_law_parms

Input

UF_MODL_free_law_extension (view source)

Defined in: uf_modl_freeform.h

Overview

Deallocates memory used for a Law Extension Open API data structure.
The flag free_laws, is used to decide if distance and angle laws are to be
freed. If the laws are not freed in this function, user may use
UF_MODL_free_law() to free the laws individually.

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_free_law_extension
(

UF_MODL_lawext_data_p_t law_extension_data,
logical free_laws

)

UF_MODL_lawext_data_p_t	law_extension_data	Input	Law Extension Open API data structure to be freed.
logical	free_laws	Input	If TRUE, frees distance and angle law else not

UF_MODL_free_quilt (view source)

Defined in: uf_modl_freeform.h

Overview

This routine should be called after a call to UF_MODL_ask_quilt in
order to free the space allocated by this routine.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_free_quilt
(

UF_MODL_quilt_type_t quilt_data,
UF_MODL_quilt_data_structures_u * quilt_structures_p

)

UF_MODL_quilt_type_t	quilt_data	Input	Type of quilt surface UF_MODL_CURVE_MESH_ALONG_FIXED_VECTOR UF_MODL_CURVE_MESH_ALONG_DRIVER_NORMALS UF_MODL_B_SURFACE_ALONG_FIXED_VECTOR UF_MODL_B_SURFACE_ALONG_DRIVER_NORMALS UF_MODL_SELF_REFIT
UF_MODL_quilt_data_structures_u *	quilt_structures_p	Input	Pointer to structure containing the defining data of the quilt surface.

UF_MODL_free_refit_face_feature_data (view source)

Defined in: uf_modl_freeform.h

Overview

Deallocates memory used for a Refit Face Open API data structure.

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_free_refit_face_feature_data
(

UF_MODL_refit_face_data_p_t refit_data

)

UF_MODL_refit_face_data_p_t

refit_data

Input

Refit Face Open API data structure.

UF_MODL_free_rough_offset_data (view source)

Defined in: uf_modl_freeform.h

Overview

This function will free the entity list in the parameters data structure of a rough offset feature.

Environment

Internal and External
See Also: UF_MODL_create_rough_offset
UF_MODL_ask_rough_offset
UF_MODL_edit_rough_offset

History

Released in V18.0

Required License(s)

gateway

void UF_MODL_free_rough_offset_data
(

UF_MODL_rough_offset_p_t parms

)

UF_MODL_rough_offset_p_t

parms

Input

parameters to be deleted

UF_MODL_free_silhouette_flange (view source)

Defined in: uf_modl_freeform.h

Overview

Deallocates memory used for a Silhouette Flange Open API data structure.

Environment

Internal and External

History

First released in NX3

Required License(s)

gateway

void UF_MODL_free_silhouette_flange
(

UF_MODL_sflange_data_p_t sflange_data

)

UF_MODL_sflange_data_p_t

sflange_data

Input

Silhouette Flange Open API
data structure to be freed.

UF_MODL_free_snip_surface_feature_data (view source)

Defined in: uf_modl_freeform.h

Overview

Deallocates memory used for a Snip Surface Open API data structure.

Environment

Internal and External

History

First released in NX2

Required License(s)

gateway

void UF_MODL_free_snip_surface_feature_data
(

UF_MODL_snipsrf_feature_data_p_t usr_data_ptr

)

UF_MODL_snipsrf_feature_data_p_t

usr_data_ptr

Input

UF_MODL_free_string_list (view source)

Defined in: uf_modl_utilities.h

Overview

Frees a string list structure.

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_free_string_list
(

UF_STRING_p_t string_list

)

UF_STRING_p_t

string_list

Input

Pointer to string list structure

UF_MODL_free_styled_sweep_feature_data (view source)

Defined in: uf_modl_freeform.h

Overview

Deallocates memory used for a Styled Sweep Open API data structure.

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_free_styled_sweep_feature_data
(

UF_MODL_styled_sweep_data_p_t styled_sweep_data

)

UF_MODL_styled_sweep_data_p_t

styled_sweep_data

Input

Styled Sweep Open API data structure.

UF_MODL_free_symb_thread_data (view source)

Defined in: uf_modl.h

Overview

This routine frees symbolic thread data structure UF_MODL_symb_thread_data_t filled by
UF_MODL_ask_symb_thread_parms.

Environment

Internal and External

See Also

please see example
UF_MODL_symb_thread_data_t

History

NX10.0.0

Required License(s)

gateway

void UF_MODL_free_symb_thread_data
(

UF_MODL_symb_thread_data_p_t thread

)

UF_MODL_symb_thread_data_p_t

thread

Input

Pointer to thread parameter structure
UF_MODL_symb_thread_data_s

UF_MODL_free_udfs_def_data (view source)

Defined in: uf_modl_udf.h

Overview

This function frees the definition data of a UDF.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_free_udfs_def_data
(

UF_MODL_udfs_def_data_p_t udfs_data

)

UF_MODL_udfs_def_data_p_t

udfs_data

Input

- Data to be freed

UF_MODL_genflg_ask_num_states (view source)

Defined in: uf_modl_smd.h

Overview

UF_MODL_genflg_ask_num_states

Returns the number of states in a given feature.

Environment

Internal and External

History

Released in NX3.0

Required License(s)

gateway

int UF_MODL_genflg_ask_num_states
(

tag_t genflg,
int * num_states

)

tag_t	genflg	Input	Genflg frec
int *	num_states	Output	number of states

UF_MODL_genflg_ask_state_data (view source)

Defined in: uf_modl_smd.h

Overview

UF_MODL_genflg_ask_state_data

Gives the state info data for a given state index.

Environment

Internal and External

History

Released in NX3.0

Required License(s)

gateway

int UF_MODL_genflg_ask_state_data
(

tag_t genflg,
int state_index,
UF_MODL_genflg_state_data_p_t state

)

tag_t	genflg	Input	Genflg frec to create new state
int	state_index	Input	State to be inquired
UF_MODL_genflg_state_data_p_t	state	Output	state info

UF_MODL_genflg_create_state (view source)

Defined in: uf_modl_smd.h

Overview

UF_MODL_genflg_create_state

Create a new state in the genflg feature.

Environment

Internal and External

History

Released in NX3.0

Required License(s)

advanced_sheet_metal_design

int UF_MODL_genflg_create_state
(

tag_t genflg,
UF_MODL_genflg_state_data_p_t state,
int* state_index

)

tag_t	genflg	Input	Genflg frec tag
UF_MODL_genflg_state_data_p_t	state	Input	State data structure
int*	state_index	Output	created state index

UF_MODL_genflg_delete_state (view source)

Defined in: uf_modl_smd.h

Overview

UF_MODL_genflg_delete_state

Deletes the state for a given state index.

Environment

Internal and External

History

Released in NX3.0

Required License(s)

advanced_sheet_metal_design

int UF_MODL_genflg_delete_state
(

tag_t genflg,
int state_index

)

tag_t	genflg	Input	Genflg frec to create new state
int	state_index	Input	state to be delted

UF_MODL_genflg_edit_state (view source)

Defined in: uf_modl_smd.h

Overview

UF_MODL_genflg_edit_state

Edit the state of given general flange feature.

Environment

Internal and External

History

Released in NX3.0

Required License(s)

advanced_sheet_metal_design

int UF_MODL_genflg_edit_state
(

tag_t genflg,
int state_index,
UF_MODL_genflg_state_data_p_t state

)

tag_t	genflg	Input	Genflg frec to create new state
int	state_index	Input	state index to be edited
UF_MODL_genflg_state_data_p_t	state	Input	state info to be edited

UF_MODL_get_curve_edge_direction (view source)

Defined in: uf_modl_utilities.h

Overview

Compute the direction flag for a curve or edge

The direction flag is computed base on the input point and
the input curve or edge. We assign UF_MODL_CURVE_START_FROM_BEGIN ,
if the input point is closer to the starting point than the end
point of the curve, and UF_MODL_CURVE_START_FROM_END, otherwise.

If the curve or edge is closed and the point is on both end points, we
assign UF_MODL_CURVE_START_FROM_END.

Return

error code

Environment

Internal and External

See Also

Refer to example

Required License(s)

solid_modeling

int UF_MODL_get_curve_edge_direction
(

double end_point [ 3 ] ,
tag_t curve_edge_eid,
int * direction

)

double	end_point [ 3 ]	Input	: The input endpoint
tag_t	curve_edge_eid	Input	: The input curve or edge
int *	direction	Output	: Ouput direction

UF_MODL_get_dimension_data (view source)

Defined in: uf_modl_expressions.h

Overview

This function is used to extract the data to create a drafting dimension for
a parametric expression associated with the given feature.

Note this function can not be used with Extruded Features.

Environment

Internal and External

History

Originally released in V17.0

Required License(s)

gateway

int UF_MODL_get_dimension_data
(

tag_t exp,
tag_t feature_tag,
UF_MODL_dimension_data_p_t dim_data

)

tag_t	exp	Input	The expression tag for which we want to create the dimension
tag_t	feature_tag	Input	The feature which owns the expression.
UF_MODL_dimension_data_p_t	dim_data	Output to UF_free	The structure which contains the dimension data. This structure must be allocated by the user. The member array dim_data->top_array must be freed by calling UF_free.

UF_MODL_hide_parent_curves (view source)

Defined in: uf_modl_curves.h

Overview

This routine hides the parent NX curves of an input feature.
If the fourth parameter is null, this routine will blank all
the parent NX curves of the feature.

If the fourth parameter is not null, it is assumed to be an array
of UF_MODL_display_info_t structures returned by
UF_MODL_show_parent_curves.
This routine will restore the curves in this array to their original
layers and blank status.

Environment

Internal and External

See Also

UF_MODL_show_parent_curves

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_hide_parent_curves
(

tag_t feature_tag,
int n_unch_disp_stat,
UF_MODL_disp_info_p_t unch_parents_disp_status,
int n_ch_disp_stat,
UF_MODL_disp_info_p_t * ch_parents_disp_status

)

tag_t	feature_tag	Input	Input feature record eid
int	n_unch_disp_stat	Input	The number of parent NX curves whose original display status are in the array unch_parents_disp_status. Usually, this is an output from UF_MODL_show_parent_curves.
UF_MODL_disp_info_p_t	unch_parents_disp_status	Input	If NULL, then all of the NX curves used to construct the feature will be blanked. If not NULL this is an array of structures that contain the original display status for the parent NX curves. The display status for each parent NX curve will be restored to the original values in this array. Normally this array is an output from UF_MODL_show_parent_curves
int	n_ch_disp_stat	Input	The number of parent NX curves whose original display status are in the array ch_parents_disp_status. Usually, this is an output from UF_MODL_show_parent_ curves.
UF_MODL_disp_info_p_t *	ch_parents_disp_status	Input	If NULL, then all of the NX curves used to construct the feature will be blank. If not NULL this is an array of structures that contain the original display status for the parent NX curves. The display status for each parent NX curve will be restored to the original values in this array. Normally this array is an output from UF_MODL_show_parent_curves

UF_MODL_identify_exterior_using_hl (view source)

Defined in: uf_linked_exterior.h

Overview

This function identifies Exterior Faces from the array of bodies using
a hidden line solution. The context of the bodies is determined from
the xforms given.

See Also

UF_MODL_create_linked_exterior
UF_MODL_ask_linked_exterior
UF_MODL_edit_linked_exterior
UF_MODL_identify_exterior_using_rays

Environment

Internal and External

History

Released in V18.0

Required License(s)

solid_modeling

int UF_MODL_identify_exterior_using_hl
(

int num_bodies,
tag_t * bodies,
tag_t * xforms,
int num_dirs,
double direction [ ] [ 3 ] ,
double chordal_tol,
int resolution,
int * num_faces,
tag_t * * faces,
int * * body_index

)

int	num_bodies	Input	Number of tags in the bodies array.
tag_t *	bodies	Input	Array of body tags to identify faces from.
tag_t *	xforms	Input	Array of xforms. One for each body, determines the position of the body relative to its source geometry. NULL_TAG implies no transformation.
int	num_dirs	Input	Number of directions
double	direction [ ] [ 3 ]	Input	Direction to apply hidden line solution from
double	chordal_tol	Input	Chordal tolerance for edges
int	resolution	Input	Determines how many hatch lines drawn per face. May be one of: UF_LINKED_HL_RES_COARSE UF_LINKED_HL_RES_NORMAL UF_LINKED_HL_RES_FINE UF_LINKED_HL_RES_VERY_FINE
int *	num_faces	Input / Output	Number of tags in the faces array. If input is > 0 will reallocate and add external faces to existing output arrays
tag_t * *	faces	Output to UF_free	Array of face tags.
int * *	body_index	Output to UF_free	Array of indices giving the body/xform the face came from.

UF_MODL_identify_exterior_using_rays (view source)

Defined in: uf_linked_exterior.h

Overview

This function identifies Exterior Faces from the array of transformed
bodies by firing a ray at each face. The context of the bodies is
determined from the xforms given. The code will not fire rays
at input faces already identified as exterior.

See Also

UF_MODL_create_linked_exterior
UF_MODL_ask_linked_exterior
UF_MODL_edit_linked_exterior
UF_MODL_identify_exterior_using_hl

Environment

Internal and External

History

Released in V18.0

Required License(s)

solid_modeling

int UF_MODL_identify_exterior_using_rays
(

int num_bodies,
tag_t * bodies,
tag_t * xforms,
double origin [ 3 ] ,
double chordal_tol,
int ray_type,
int * num_faces,
tag_t * * faces,
int * * body_index

)

int	num_bodies	Input	Number of tags in the bodies array.
tag_t *	bodies	Input	Array of body tags to identify faces from.
tag_t *	xforms	Input	Array of xforms. One for each body, determines the position of the body relative to its source geometry. NULL_TAG implies no transformation.
double	origin [ 3 ]	Input	Point to fire rays from from when ray_type = UF_LINKED_RAY_FROM_POINT
double	chordal_tol	Input	Chordal tolerance for edges
int	ray_type	Input	Determines orign of rays fired at each face. May be one of: UF_LINKED_RAY_ALONG_NORMS UF_LINKED_RAY_ABOVE_NORMS UF_LINKED_RAY_FROM_POINT
int *	num_faces	Input / Output	Number of tags in the faces array. If input is > 0 will reallocate and add external faces to existing output arrays
tag_t * *	faces	Output to UF_free	Array of exterior faces.
int * *	body_index	Output to UF_free	Array of indices giving the body/xform the face came from.

UF_MODL_import_exp (view source)

Defined in: uf_modl_expressions.h

Overview

Imports expressions from a file. Input a file specification. This
routine does not automatically update the database. After you use this
routine, call UF_MODL_update to update the database.

Environment

Internal and External

See Also

UF_MODL_update

Required License(s)

gateway

int UF_MODL_import_exp
(

char * file_spec,
int new_def

)

char *	file_spec	Input	File name specification to import expressions from.
int	new_def	Input	Flag designating action to be taken if a name read from the file is already used for an expression. 0 = ok to replace existing definition 1 = must not exist. If it does, quit reading and give an error. 2 = delete all imports that are not used.

UF_MODL_import_udf (view source)

Defined in: uf_modl_udf.h

Overview

Imports a user defined feature part. You must call UF_MODL_boolean_udf for
every UDF that you import.
Note: This routine works only with old-style Pre-V15 UDFs

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_import_udf
(

char * filename,
double dest_csys [ 9 ] ,
double dest_point [ 3 ] ,
tag_t * udf_id

)

char *	filename	Input	User defined feature file name to import (with .udf extension).
double	dest_csys [ 9 ]	Input	CSYS for importing the file.
double	dest_point [ 3 ]	Input	Origin point of the CSYS.
tag_t *	udf_id	Output	Feature obj_id of created user defined feature.

UF_MODL_init_edge_blend_mult (view source)

Defined in: uf_modl_blends.h

Overview

Initialize the multiple radius blend data structure
Initial values assigned :
blend_instanced = FALSE
num_setback = 0
num_var_rad = 0
num_stopshort = 0
vrb_tolerance = APRTOL
smooth_overflow = TRUE
cliff_overflow = TRUE
notch_overflow = TRUE
allow_twist_patches = TRUE
soften_vertices = FALSE
var_radius_data = NULL
setback_data = NULL
stopshort_data = NULL
edge_data = NULL
var_edges = NULL

Environment

Internal and External

History

NX3.0 Release

Required License(s)

gateway

void UF_MODL_init_edge_blend_mult
(

UF_MODL_edge_blend_mult_data_p_t blend_data

)

UF_MODL_edge_blend_mult_data_p_t

blend_data

Input

User defining blend data

UF_MODL_init_edge_blend_point_mult (view source)

Defined in: uf_modl_blends.h

Overview

Initializes the Point data for variable radius blends
Initial values assigned :
parameter = 0.0
radius = 0.25
radius_exp = NULL
status = 1

Environment

Internal and External

History

NX3.0 Release

Required License(s)

gateway

void UF_MODL_init_edge_blend_point_mult
(

UF_MODL_blend_point_data_p_t point_data

)

UF_MODL_blend_point_data_p_t

point_data

Input

User defining blend data

UF_MODL_init_edge_blend_set_mult (view source)

Defined in: uf_modl_blends.h

Overview

Initializes the Blend Set(Chainset) data
Initial values assigned :
edge_collector = NULL
edges = NULL
num_edges = 0
radius = 0.25
radius_exp = NULL
status = 1

Environment

Internal and External

History

NX3.0 Release

Required License(s)

gateway

void UF_MODL_init_edge_blend_set_mult
(

UF_MODL_edge_blend_set_p_t blend_set

)

UF_MODL_edge_blend_set_p_t

blend_set

Input

User defining blend data

UF_MODL_init_edge_blend_setback_mult (view source)

Defined in: uf_modl_blends.h

Overview

Initializes the Setback data
Initial values assigned :
distance = 0.5
distance_exp = NULL
edge = NULL_TAG
from_start = true
status = 1

Environment

Internal and External

History

NX3.0 Release

Required License(s)

gateway

void UF_MODL_init_edge_blend_setback_mult
(

UF_MODL_edge_blend_setback_data_p_t sb_data

)

UF_MODL_edge_blend_setback_data_p_t

sb_data

Input

User defining blend data

UF_MODL_init_edge_blend_stopshort_mult (view source)

Defined in: uf_modl_blends.h

Overview

Initializes the StopShort data
Initial values assigned :
distance = 20
distance_exp = NULL
edge = NULL
from_start = true
status = 1

Environment

Internal and External

History

NX3.0 Release

Required License(s)

gateway

void UF_MODL_init_edge_blend_stopshort_mult
(

UF_MODL_edge_blend_stopshort_data_p_t ss_data

)

UF_MODL_edge_blend_stopshort_data_p_t

ss_data

Input

User defining blend data

UF_MODL_init_face_blend_data (view source)

Defined in: uf_modl_blends.h

Overview

Initialize face blend create data

Environment

Internal and External

See Also

The initial values UF_MODL_init_face_blend_data assigned to
data structure UF_MODL_face_blend_create_data_t.

first_set = NULL
first_set_size = 0
flip_first_normal = FALSE
second_set = NULL
second_set_size = 0
flip_second_normal = FALSE
propagate = FALSE
cliff_edges = NULL
n_cliff_edges = 0
thls = NULL
n_thls = 0
proj_on_first_set = TRUE
end_overflow = TRUE
blend_tolerance = system distance tolerance
trim_option = UF_TRIM_AND_ATTACH
radius_type = UF_CONSTANT
default_radius = "0.25"
thls_1 = NULL
n_thls_1 = 0
law_parameters = NULL

History

Originally released in V16.0

Required License(s)

gateway

void UF_MODL_init_face_blend_data
(

UF_MODL_face_blend_create_data_p_t create_data

)

UF_MODL_face_blend_create_data_p_t

create_data

Input

Data describing the blend.

UF_MODL_init_ripedge_ufdata (view source)

Defined in: uf_modl_smd.h

Overview

Initialize the Edge Rip UF data. This will load the default values for
creation of Edge Rip feature.

Environment

Internal and External

History

Released in NX3.0

Required License(s)

gateway

void UF_MODL_init_ripedge_ufdata
(

UF_MODL_ripedge_data_p_t ripedge_ufdata

)

UF_MODL_ripedge_data_p_t

ripedge_ufdata

Input / Output

Edge Rip UF data

UF_MODL_init_section_surface (view source)

Defined in: uf_modl_freeform.h

Overview

Initializes the section surface Open API data structure. It is to be
used in conjunction with UF_MODL_create_section_surface and
UF_MODL_edit_section_surface.

Environment

Internal and External

History

V15.0 changes: The UF_MODL_secsrf_data_t structure was enhanced.

Required License(s)

solid_modeling

int UF_MODL_init_section_surface
(

UF_MODL_secsrf_data_p_t section_surface_data

)

UF_MODL_secsrf_data_p_t

section_surface_data

Input / Output

Section Surface Open API Data
Structure

UF_MODL_init_silhouette_flange_data (view source)

Defined in: uf_modl_freeform.h

Overview

Initializes Silhouette Flange Open API data structure.

Environment

Internal and External

History

First released in NX4

Required License(s)

solid_modeling

int UF_MODL_init_silhouette_flange_data
(

UF_MODL_sflange_data_p_t sflange_data

)

UF_MODL_sflange_data_p_t

sflange_data

Output

Silhouette Flange Open API
data structure.

UF_MODL_init_smcorner_ufdata (view source)

Defined in: uf_modl_smd.h

Overview

Initialize the SMCorner UF data. This will load the default values for
creation of SMCorner feature.

Environment

Internal and External

History

Released in NX3.0

Required License(s)

gateway

void UF_MODL_init_smcorner_ufdata
(

UF_MODL_smcorner_data_p_t smcorner_ufdata

)

UF_MODL_smcorner_data_p_t

smcorner_ufdata

Input / Output

SMCorner UF data

UF_MODL_init_string_list (view source)

Defined in: uf_modl_utilities.h

Overview

Initializes a string list structure.

Return

void

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_init_string_list
(

UF_STRING_p_t string_list1

)

UF_STRING_p_t

string_list1

Input

Pointer to string list structure

UF_MODL_init_stycorner_data (view source)

Defined in: uf_modl_freeform.h

Overview

Initialize data for Styled Corner Surface Feature NX Open API data structure.

The following values are set for the Styled Corner data:
--------------------------------------------------------
.num_base_faces = 0;
.base_faces = NULENT;

.blend_faces[3] = NULTAG;

.is_rectangular = 0;
.interior_opt = 0;
.trim_attach_opt = 0;

.boundary_conds[4]= 1;

.crv_opt[4].depth = .500;
.crv_opt[4].skew = .500;

.crv_opt[4].start_tagmag = 1.0;
.crv_opt[4].end_tagmag = 1.0;

.crv_opt[4].shape_control = 1;

.trim_curve_opt[2] = 2;

.interior_iso_u_crv_end_params[2]= 0.5;
.interior_iso_v_crv_end_params[2]= 0.5;

.dist_tol = 0.001;
.angle_tol = 0.1;
--------------------------------------------------------

Environment

Internal and External

History

First released in NX3

Required License(s)

solid_modeling

int UF_MODL_init_stycorner_data
(

UF_MODL_stycorner_data_p_t styled_corner_data

)

UF_MODL_stycorner_data_p_t

styled_corner_data

Input / Output

Styled corner NX Open
API data structure.

UF_MODL_initialize_compare_data (view source)

Defined in: uf_mdlcmp.h

Overview

Function Name: UF_MODL_initialize_compare_data

Function Description:
Initialize compare map data. Initializes memory allocated for the
mapping data structure containing output of the model compare results.

Input/Output:
mapping_data - Pointer to the mapping data structure

Returns
0 : successful, >0 : failing error number

Environment

Internal and External

History

This function was originally released in NX 2.0

Required License(s)

solid_modeling

int UF_MODL_initialize_compare_data
(

UF_MODL_compare_part_map_data_t * mapping_data

)

UF_MODL_compare_part_map_data_t *

mapping_data

Input / Output

UF_MODL_intersect_bodies (view source)

Defined in: uf_modl.h

Overview

Intersect two bodies.

UF_MODL_intersect_bodies_with_retained_options honors the setting of the
"Boolean Face Properties from" option of the Modeling Preferences dialog,
but UF_MODL_intersect_bodies always applies the display properties of
the target body to new faces.

Environment

Internal and External

See Also

Refer to example
UF_MODL_intersect_bodies_with_retained_options

Required License(s)

solid_modeling

int UF_MODL_intersect_bodies
(

tag_t target,
tag_t tool,
int * num_result,
tag_t * * resulting_bodies

)

tag_t	target	Input	Target body
tag_t	tool	Input	Tool body
int *	num_result	Output	Number of resultant bodies
tag_t * *	resulting_bodies	Output to UF_free	Resultant bodies. This array must be freed by calling UF_free.

UF_MODL_intersect_bodies_with_retained_options (view source)

Defined in: uf_modl.h

Overview

Intersect two bodies with options to keep the original target body, tool body, or both bodies.

Environment

Internal and External

See Also

Refer to example ,
UF_MODL_intersect_bodies.

History

Release version 19.

Required License(s)

solid_modeling

int UF_MODL_intersect_bodies_with_retained_options
(

tag_t original_target,
tag_t original_tool,
logical retain_target_body,
logical retain_tool_body,
tag_t * frec_eid

)

tag_t	original_target	Input	Original target body
tag_t	original_tool	Input	Original tool body
logical	retain_target_body	Input	Indicate whether to retain the target body. If TRUE - the resulting body is the new body and target body is retained, FALSE - the resulting body is the modified target body.
logical	retain_tool_body	Input	Indicate whether to retain the tool body. If TRUE - the tool body is not consumed. FALSE - the tool body is consumed
tag_t *	frec_eid	Output	The resulting feature record tag

UF_MODL_intersect_curve_to_curve (view source)

Defined in: uf_modl.h

Overview

Determines the intersection between the two input curves, and outputs information describing the intersection.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_intersect_curve_to_curve
(

tag_t curve1_id,
tag_t curve2_id,
int* num_intersections,
double* * data

)

tag_t	curve1_id	Input	first curve or edge to intersect
tag_t	curve2_id	Input	second curve or edge to intersect
int*	num_intersections	Output	number of intersections
double* *	data	Output to UF_free	This array must be freed by calling UF_free. It is a one dimensional array whose size is num_intersections 5 data[5i + 0], data[5i + 1] and data[5i + 2] holds the coordinates of the point data[5i + 3] holds the parameter of first curve or edge data[5i + 4] holds the parameter of second curve or edge

UF_MODL_intersect_curve_to_face (view source)

Defined in: uf_modl.h

Overview

Determines the intersection between the curve and face, then outputs information describing the intersection.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_intersect_curve_to_face
(

tag_t curve_id,
tag_t face_id,
int* num_intersections,
double* * data

)

tag_t	curve_id	Input	curve or edge to intersect
tag_t	face_id	Input	face to intersect
int*	num_intersections	Output	number of intersections
double* *	data	Output to UF_free	This array must be freed by calling UF_free. It is a one dimensional array whose size is num_intersections 6 data[6i + 0], data[6i + 1] and data[6i + 2] holds the coordinates of the point data[6i + 3] holds the parameter of first curve or edge data[6i + 4] holds the u parameter of face data[6i + 5] holds the v parameter of face

UF_MODL_intersect_curve_to_plane (view source)

Defined in: uf_modl.h

Overview

Determines the intersection between the curve and plane and
outputs information describing the intersection.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_intersect_curve_to_plane
(

tag_t curve_id,
tag_t plane_id,
int* num_intersections,
double* * data

)

tag_t	curve_id	Input	curve or edge to intersect
tag_t	plane_id	Input	plane curve to intersect
int*	num_intersections	Output	number of intersections
double* *	data	Output to UF_free	This array must be freed by calling UF_free. It is a one dimensional array whose size is num_intersections 4 data[4i + 0], data[4i + 1] and data[4i + 2] holds the coordinates of the point data[4i + 3] holds the parameter of first curve or edge

UF_MODL_intersect_objects (view source)

Defined in: uf_modl.h

Overview

Determines the intersection between the two input objects and
outputs information describing the intersection.

Environment

Internal and External

See Also

For example and intersection description see
example and table

Required License(s)

solid_modeling

int UF_MODL_intersect_objects
(

tag_t object_1,
tag_t object_2,
double tolerance,
int * num_intersections,
UF_MODL_intersect_info_p_t * * intersections

)

tag_t	object_1	Input	First object to participate in the intersection.
tag_t	object_2	Input	Second object to participate in the intersection
double	tolerance	Input	Tolerance used to determine if the objects intersect. Any time object 1 passes within this distance of object 2, it is considered an intersection. This tolerance is a distance tolerance in the units of the current work part. This input variable will only be used when object_1 or object_2 is a point. All other cases will use the Parasolid tolerance.
int *	num_intersections	Output	Number of intersections found
UF_MODL_intersect_info_p_t * *	intersections	Output to UF_free	Array of intersection information found, the memory allocated for this array and each element of the array should be freed with UF_free.

UF_MODL_is_body_convergent (view source)

Defined in: uf_modl.h

Overview

Given a body, function returns true if body is a convergent body

Environment

Internal and External

History

NX11.0.0

Required License(s)

solid_modeling

int UF_MODL_is_body_convergent
(

tag_t body,
logical * is_convergent_body

)

tag_t	body	Input	body to check
logical *	is_convergent_body	Output	TRUE if a body is convergent body, else FALSE

UF_MODL_is_body_feature (view source)

Defined in: uf_modl.h

Overview

Is feature a body feature? That is does the feature create a body or is
it applied to a body.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_is_body_feature
(

tag_t feature,
logical * is_body_feature

)

tag_t	feature	Input	feature to check
logical *	is_body_feature	Output	TRUE if a body feature, else FALSE

UF_MODL_is_browseable_feature (view source)

Defined in: uf_modl.h

Overview

Given a feature, ask if the feature is browseable feature.

Environment

Internal and External

History

NX8.0.3

Required License(s)

gateway

int UF_MODL_is_browseable_feature
(

tag_t feature_tag,
logical report_inactive_feature,
logical report_feature_unable_to_make_current,
logical * is_browseable

)

tag_t	feature_tag	Input	The feature whose browseable status is to be checked.
logical	report_inactive_feature	Input	TRUE: Inactive feature is reported as browseable. FALSE: Inactive feature is not reported as browseable.
logical	report_feature_unable_to_make_current	Input	TRUE: Feature that cannot be made current is reported as browseable. FALSE: Feature that cannot be made current is not reported as browseable.
logical *	is_browseable	Output	True if the feature is browseable, false otherwise.

UF_MODL_is_datum_axis_reversed (view source)

Defined in: uf_modl_datum_features.h

Overview

Indicates if the datum axis is reversed in term of its direction. Each
datum axis has two directions: "regular" and "opposite". Here, a
"regular" datum axis direction would be the one displayed during
creation in an interactive session just before a user selects the apply
button. Similarly, an "opposite" datum axis direction signifies the
direction which is opposite to the regular one. If the current datum
axis direction is an opposite one, then the datum axis is reversed.

Environment

Internal and External

See Also

UF_MODL_is_datum_plane_reversed

History

Original release was in V14.0.

Required License(s)

gateway

int UF_MODL_is_datum_axis_reversed
(

tag_t datum_axis_tag,
logical * reversed

)

tag_t	datum_axis_tag	Input	tag of the datum axis to reverse
logical *	reversed	Output	TRUE = this means that the datum axis direction is reversed. FALSE = this means that the datum axis direction is not reversed.

UF_MODL_is_datum_plane_reversed (view source)

Defined in: uf_modl_datum_features.h

Overview

Indicates if the datum plane is reversed in term of its normal
direction. Each datum plane has two normal directions: "regular" and
"opposite". Here, a "regular" datum plane direction would be the one
displayed during creation in an interactive session just before a user
selects the apply button. Similarly, an "opposite" datum plane
direction signifies the direction which is opposite to the regular one. If
the current datum plane direction is an opposite one, then the datum
plane is reversed.

Environment

Internal and External

History

Original release was in V14.0.

Required License(s)

gateway

int UF_MODL_is_datum_plane_reversed
(

tag_t datum_plane_tag,
logical * reversed

)

tag_t	datum_plane_tag	Input	tag of the datum plane to reverse
logical *	reversed	Output	TRUE = Indicates the datum plane direction is reversed. FALSE = Indicates the datum plane direction is not reversed.

UF_MODL_is_exp_in_part (view source)

Defined in: uf_modl_expressions.h

Overview

Is the expression in the part?

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_is_exp_in_part
(

tag_t object_in_search_part,
const char * left_hand_side,
logical * is_exp_in_part

)

tag_t	object_in_search_part	Input	determines which part to search in
const char *	left_hand_side	Input	left hand side of expression
logical *	is_exp_in_part	Output	TRUE if expression is in part

UF_MODL_is_feature_a_hidden_set_member (view source)

Defined in: uf_modl.h

Overview

Is the feature a hidden member of a feature set, or sets?

Environment

Internal and External

History

Released in NX6.0

Required License(s)

gateway

int UF_MODL_is_feature_a_hidden_set_member
(

tag_t feature,
logical * hidden_member

)

tag_t	feature	Input	Tag of feature
logical *	hidden_member	Output	Return TRUE if the feature is a hidden member of a set. Otherwise, return FALSE.

UF_MODL_is_feature_a_set_member (view source)

Defined in: uf_modl.h

Overview

Is the feature a member of a feature set, or sets?

Environment

Internal and External

History

Released in V16.0

Required License(s)

gateway

int UF_MODL_is_feature_a_set_member
(

tag_t feature,
int * flag

)

tag_t	feature	Input	Tag of feature
int *	flag	Output	Return 1 if the feature is a member of a set. Otherwise, return 0.

UF_MODL_is_geometric_expression (view source)

Defined in: uf_modl_expressions.h

Overview

Queries whether the specified expression is a geometric expression.

Environment

Internal and External

See Also

UF_MODL_ask_owning_feat_of_exp
Refer to example

History

This function was originally released in V15.0.

Required License(s)

gateway

int UF_MODL_is_geometric_expression
(

tag_t exp_tag,
logical * flag

)

tag_t	exp_tag	Input	Tag of expression to query
logical *	flag	Output	TRUE if this expression is a geometric expression

UF_MODL_is_import_body_feature (view source)

Defined in: uf_modl_import_body.h

Overview

Is input_tag an import body feature or involved with an Interop part/feature?

The argument input_tag can be NULL_TAG, in which case the current work part is determined
to be an Interop part. It can be the tag of a part, in which case that part is determined
to be an Interop part. Or it can be the tag of a feature, in which case the feature is determined
to be an Interop feature or an import body feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_is_import_body_feature
(

tag_t input_tag,
logical * is_import_body_feature

)

tag_t	input_tag	Input	The tag to check
logical *	is_import_body_feature	Output	TRUE if Interop or an import body feature, else FALSE

UF_MODL_isodivide_face (view source)

Defined in: uf_modl_freeform.h

Overview

Iso-divides a B-surface using the specified parameter and direction.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_isodivide_face
(

tag_t * sheet_id,
double div_param,
int div_dir,
tag_t * second_sheet_id

)

tag_t *	sheet_id	Input / Output	Input: Face or body identifier of the sheet to be divided Output: First sheet identifier after division
double	div_param	Input	Division value: 0 < div_param < 1 divides the surface into two pieces.
int	div_dir	Input	Division direction: 0 = constant U 1 = constant V
tag_t *	second_sheet_id	Output	Second sheet identifier after division

UF_MODL_isotrim_face (view source)

Defined in: uf_modl_freeform.h

Overview

Trims or extends a B-surface depending on the trim parameter
values specified. The maximum values must be greater than the
minimum values.

The function trims when the parameter values lie in the range
between 0 and 1. The function extends when the parameter values are
outside the range 0 and 1 (e.g. Umin = -0.1 and Umax = 1.1 would
extend a B-surface in the U direction). Some B-surfaces, when extended
with large trim parameter values, may give unpredictable results.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_isotrim_face
(

tag_t * sheet_id,
double trim_param [ 4 ]

)

tag_t *	sheet_id	Input / Output	Face or body identifier of the sheet to be trimmed, on output the identifier of the first face.
double	trim_param [ 4 ]	Input	Trim parameters: trim_param[0] = U minimum value trim_param[1] = U maximum value trim_param[2] = V minimum value trim_param[3] = V maximum value

UF_MODL_matchedge_ask_data (view source)

Defined in: uf_modl_freeform.h

Overview

Inquires Match Edge feature and populates Match Edge Open API data structure.
The memory allocated for the structure may be freed using UF_MODL_matchedge_free_data().

Enviroment: Internal and External.

History

Original release was in NX2.0.

Required License(s)

gateway

int UF_MODL_matchedge_ask_data
(

tag_t medge_tag,
UF_MODL_matchedge_data_p_t * uf_medge

)

tag_t	medge_tag	Input	Match Edge feature object identifier
UF_MODL_matchedge_data_p_t *	uf_medge	Output to UF_free	Match Edge Open API data structure

UF_MODL_matchedge_check (view source)

Defined in: uf_modl_freeform.h

Overview

Computes the edge/edeg deviations after using UF_MODL_matchedge_create_feature()
or UF_MODL_matchedge_edit_feature().

Enviroment: Internal and External.

History

Original release was in NX2.0.

Required License(s)

solid_modeling and studio_free_form

int UF_MODL_matchedge_check
(

UF_MODL_matchedge_data_t* uf_data,
int continuity,
int num_pnts,
double* deviation

)

UF_MODL_matchedge_data_t*	uf_data	Input	Match Edge Open API data structure
int	continuity	Input	0, 1, 2, or 3, for desired continuity check
int	num_pnts	Input	number of points used in computing deviations
double*	deviation	Output	array of deviations, its length is 1 + continuity, deviation[0] for G0 deviation, deviation[1] for G1 deviation in degree, deviation[2] for relative G2 deviation, deviation[3] for relative G3 deviation

UF_MODL_matchedge_create_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Creates Match Edge feature from the Match Edge Open API data structure.
The returned integer is error status: 0 for no error; 1 for no memory; 2 for creation failure; 3 for others.
The memory allocated for uf_data can be freed using UF_MODL_matchedge_free_data().

Enviroment: Internal and External.

History

Original release was in NX2.0.

Required License(s)

solid_modeling and studio_free_form

int UF_MODL_matchedge_create_feature
(

UF_MODL_matchedge_data_p_t uf_data,
tag_t * frec_tag

)

UF_MODL_matchedge_data_p_t	uf_data	Input	Match Edge Open API data structure
tag_t *	frec_tag	Output	Match Edge feature object identifier

UF_MODL_matchedge_edit_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Edits existing Match Edge feature based on the Match Edge Open API data structure.
The returned integer is error status: 0 for no error; 1 for no memory; 2 for creation failure; 3 for others.
The memory allocated for uf_data can be freed using UF_MODL_matchedge_free_data().

Enviroment: Internal and External.

History

Original release was in NX2.0.

Required License(s)

solid_modeling and studio_free_form

int UF_MODL_matchedge_edit_feature
(

UF_MODL_matchedge_data_p_t uf_data,
tag_t frec_tag

)

UF_MODL_matchedge_data_p_t	uf_data	Input	Match Edge Open API data structure
tag_t	frec_tag	Input	Match Edge feature object identifier

UF_MODL_matchedge_free_data (view source)

Defined in: uf_modl_freeform.h

Overview

Deallocates memory used for a Match Edge Open API data structure.

Enviroment: Internal and External.

History

Original release was in NX2.0.

Required License(s)

gateway

void UF_MODL_matchedge_free_data
(

UF_MODL_matchedge_data_p_t medge_data

)

UF_MODL_matchedge_data_p_t

medge_data

Input

Match Edge Open API data structure to be freed

UF_MODL_model_compare (view source)

Defined in: uf_mdlcmp.h

Overview

Function Name: UF_MODL_model_compare

Function Description:
Compare parts. Compare bodies from the same part file or from different part files.

Input:
part1 - tag of part1
body_eid_part1 - Body eid from part 1, if NULL, all bodies from part 1
Bodies from the part must pass examine geometry check.
transform_1 - Transform for body_eid_part_1. Transformation needed to
convert body 1 into the same co-ordinate system as body 2.
Initialize with UF_MTX4_identity if bodies are defined in
the same coordinate system.
NOTE
Applicable only if part 1 and part 2 are not related and
body_eid_part1 and body_eid_part2 are not NULL. If they are
NULL, there should be only one body in part1 and part2.
part2 - tag of part2
body_eid_part2 - Body eid from part 2, if NULL, all bodies from part 2
Bodies from the part must pass examine geometry check.
transform_2 - Transform for body_eid_part_2. Transformation needed to
convert body 2 into the same co-ordinate system as body 1.
Initialize with UF_MTX4_identity if bodies are defined in
the same coordinate system.
NOTE
Applicable only if part 1 and part 2 are not related and
body_eid_part1 and body_eid_part2 are not NULL. If they are
NULL, there should be only one body in part1 and part2.
compare_feat_and_exp - Whether to compare features and expressions. Applicable
only if part1 and part2 are related.
accuracy - Accuracy setting for comparison
tolerance - Tolerance to be used to determine if two geometries can be
considered coincident
identical_face_rule - Rule for classifying faces as identical
changeduniquefacerule - Rule for classifying related faces as changed or unique
launch_ui - Whether to launch ui
NOTE
This option is not yet supported

Output:
mapping_data - Mapping data, result of the comparison
Note: Caller is responsible for freing the mapping data

Returns

0 : successful, >0 : failing error number

Environment

Internal and External

History

This function was originally released in NX 2.0
Please use the new version UF_MODL_model_compare_2 from NX 3.0 onwards

Required License(s)

solid_modeling

int UF_MODL_model_compare
(

tag_t part1,
tag_t body_eids_part1,
double transform_1 [ 16 ] ,
tag_t part2,
tag_t body_eids_part2,
double transform_2 [ 16 ] ,
logical compare_feat_and_exp,
UF_MODL_compare_accuracy_t accuracy,
double tolerance,
UF_MODL_compare_identicalface_rule_t identical_face_rule,
UF_MODL_compare_changeduniqueface_rule_t uniquechangedfacerule,
logical launch_ui,
UF_MODL_compare_part_map_data_t * mapping_data

)

tag_t	part1	Input
tag_t	body_eids_part1	Input
double	transform_1 [ 16 ]	Input
tag_t	part2	Input
tag_t	body_eids_part2	Input
double	transform_2 [ 16 ]	Input
logical	compare_feat_and_exp	Input
UF_MODL_compare_accuracy_t	accuracy	Input
double	tolerance	Input
UF_MODL_compare_identicalface_rule_t	identical_face_rule	Input
UF_MODL_compare_changeduniqueface_rule_t	uniquechangedfacerule	Input
logical	launch_ui	Input
UF_MODL_compare_part_map_data_t *	mapping_data	Output

UF_MODL_model_compare_2 (view source)

Defined in: uf_mdlcmp.h

Overview

Function Name: UF_MODL_model_compare_2

Function Description:
Compare parts. Compare bodies from the same part file or from different part files.
This new function takes in an compare options structure as input. An additional
option, continue_if_examine_geom_fails can be set in addition to the existing
options. Use this function from NX3.0 onwards instead of UF_MODL_model_compare.

Input:
part1 - tag of part1
body_eid_part1 - Body eid from part 1, if NULL, all bodies from part 1
Bodies from the part must pass examine geometry check.
transform_1 - Transform for body_eid_part_1. Transformation needed to
convert body 1 into the same co-ordinate system as body 2.
Initialize with UF_MTX4_identity if bodies are defined in
the same coordinate system.
NOTE
Applicable only if part 1 and part 2 are not related and
body_eid_part1 and body_eid_part2 are not NULL. If they are
NULL, there should be only one body in part1 and part2.
part2 - tag of part2
body_eid_part2 - Body eid from part 2, if NULL, all bodies from part 2
Bodies from the part must pass examine geometry check.
transform_2 - Transform for body_eid_part_2. Transformation needed to
convert body 2 into the same co-ordinate system as body 1.
Initialize with UF_MTX4_identity if bodies are defined in
the same coordinate system.
NOTE
Applicable only if part 1 and part 2 are not related and
body_eid_part1 and body_eid_part2 are not NULL. If they are
NULL, there should be only one body in part1 and part2.
compare_options - Comparison options. Use macro UF_MODL_INIT_COMPARE_OPTIONS
to initialize default options

Output:
mapping_data - Mapping data, result of the comparison
Note: Caller is responsible for freing the mapping data

Returns

0 : successful, >0 : failing error number

Environment

Internal and External

History

This function was originally released in NX 3.0

Note:
New status UF_MODL_COMP_ENT_NOT_COMPARED will be set for
- Features which do not contribute
to topology in the final part
- Faces and edges which are small or
sliver relative to the tolerance

Required License(s)

solid_modeling

int UF_MODL_model_compare_2
(

tag_t part1,
tag_t body_eids_part1,
double transform_1 [ 16 ] ,
tag_t part2,
tag_t body_eids_part2,
double transform_2 [ 16 ] ,
UF_MODL_compare_options_p_t compare_options,
UF_MODL_compare_part_map_data_t * mapping_data

)

tag_t	part1	Input
tag_t	body_eids_part1	Input
double	transform_1 [ 16 ]	Input
tag_t	part2	Input
tag_t	body_eids_part2	Input
double	transform_2 [ 16 ]	Input
UF_MODL_compare_options_p_t	compare_options	Input
UF_MODL_compare_part_map_data_t *	mapping_data	Output

UF_MODL_model_compare_3 (view source)

Defined in: uf_mdlcmp.h

Overview

Function Name: UF_MODL_model_compare_3

Function Description:
Used as a replacement for UF_MODL_model_compare_2 in the common API.
Open C API programs may continue to use the original
UF_MODL_model_compare_2 function.

Compare parts. Compare bodies from the same part file or from different part files.
This new function takes in an compare options structure as input. An additional
option, continue_if_examine_geom_fails can be set in addition to the existing
options.

Input:
part1 - tag of part1
body_eid_part1 - Body eid from part 1, if NULL, all bodies from part 1
Bodies from the part must pass examine geometry check.
transform_1 - Transform for body_eid_part_1. Transformation needed to
convert body 1 into the same co-ordinate system as body 2.
Initialize with UF_MTX4_identity if bodies are defined in
the same coordinate system.
NOTE
Applicable only if part 1 and part 2 are not related and
body_eid_part1 and body_eid_part2 are not NULL. If they are
NULL, there should be only one body in part1 and part2.
part2 - tag of part2
body_eid_part2 - Body eid from part 2, if NULL, all bodies from part 2
Bodies from the part must pass examine geometry check.
transform_2 - Transform for body_eid_part_2. Transformation needed to
convert body 2 into the same co-ordinate system as body 1.
Initialize with UF_MTX4_identity if bodies are defined in
the same coordinate system.
NOTE
Applicable only if part 1 and part 2 are not related and
body_eid_part1 and body_eid_part2 are not NULL. If they are
NULL, there should be only one body in part1 and part2.
compare_options - Comparison options. Use macro UF_MODL_INIT_COMPARE_OPTIONS
to initialize default options

Output:
mapping_data - Mapping data, result of the comparison
Note: Caller is responsible for freeing the mapping data, by calling
UF_MODL_free_compare_data_3

Returns

0 : successful, >0 : failing error number

Environment

Internal and External

History

This function is just a wrapper over UF_MODL_model_compare_2.

Note:
New status UF_MODL_COMP_ENT_NOT_COMPARED will be set for
- Features which do not contribute
to topology in the final part
- Faces and edges which are small or
sliver relative to the tolerance

Required License(s)

solid_modeling

int UF_MODL_model_compare_3
(

)

tag_t	part1	Input
tag_t	body_eids_part1	Input
double	transform_1 [ 16 ]	Input
tag_t	part2	Input
tag_t	body_eids_part2	Input
double	transform_2 [ 16 ]	Input
UF_MODL_compare_options_p_t	compare_options	Input
UF_MODL_compare_part_map_data_3_p_t *	mapping_data	Output to UF_free	Call UF_MODL_free_compare_data_3 to free mapping data.

UF_MODL_move_feature (view source)

Defined in: uf_modl.h

Overview

Moves a list of features. The input is a list of feature identifiers, the
mode in which you want to move them, and the coordinate system
describing the move. The only type of output from this routine is the
normal error return from the program call.

POINT_TO_POINT option
real_data[0][3] Holds 3 elements to the "from point".
real_data[1][3] Holds 3 elements to the "to point".

AXIS_TO_AXIS option
real_data[0][6] Holds 6 element the first 3 is a point the next 3 elements
are the from vector
real_data[1][3] Holds 3 element to the to vector

CSYS_TO_CSYS option
The CSYS matrices in real_data are not rotation matrices,
but describe the orientation of the x, y, and z axes of the coordinate
system. In other words, if real_data[0] = { 1,2,3, 1,0,0, 0,1,0, 0,0,1 },
the coordinate system has origin (1,2,3). Its X axis is the vector
(1,0,0); Y axis is (0,1,0); and Z axis is (0,0,1).

The last nine components are not a rotation matrix but are, in fact,
the inverse of the CSYS rotation matrix. Also, the data in
real_data[0]) (as with all CMOD arrays representing matrices) is
column oriented. That is, matrices look like:
(Element1 Element4
Element2 Element5
Element3 Element6)

Whenever most Modeling operations are performed in Open API, the
system usually takes care of updating the database. However when you
move a feature this is not true. As a result, we recommend that after
moving a feature using the routine UF_MODL_move_feature, you should
update the database by calling routine UF_MODL_update.

Environment

Internal and External

See Also

UF_MODL_update

Required License(s)

solid_modeling

int UF_MODL_move_feature
(

uf_list_p_t cmtag,
int mode,
double real_data [ 2 ] [ 12 ]

)

uf_list_p_t	cmtag	Input	Linked list of tags for features to be moved.
int	mode	Input	Option specifying how move is to be done. POINT_TO_POINT ( 0 ) AXIS_TO_AXIS ( 1 ) CSYS_TO_CSYS ( 2 )
double	real_data [ 2 ] [ 12 ]	Input	CSYS describing the move. real_data[0] holds 12 element reference coordinate system matrix (first three elements translation, remainder is rotation). real_data[1] holds 12 element destination coordinate system matrix.

UF_MODL_mswp_ask_extrude (view source)

Defined in: uf_modl_mswp.h

Overview

This is to inquire the data for an extrude feature.

Environment

Internal and External

See Also

UF_MODL_mswp_edit_extrude, UF_MODL_mswp_create_extrude.

Required License(s)

gateway

int UF_MODL_mswp_ask_extrude
(

tag_t feature,
UF_MODL_mswp_extrude_p_t extrude

)

tag_t	feature	Input	Extrude feature to be asked
UF_MODL_mswp_extrude_p_t	extrude	Output	Data for the Extrude feature.

UF_MODL_mswp_create_extrude (view source)

Defined in: uf_modl_mswp.h

Overview

This is to create an extrude feature based on the input data.

Environment

Internal and External

See Also

UF_MODL_mswp_edit_extrude, UF_MODL_mswp_ask_extrude.

Required License(s)

gateway

int UF_MODL_mswp_create_extrude
(

UF_MODL_mswp_extrude_p_t extrude,
int * num_features,
tag_t * * features

)

UF_MODL_mswp_extrude_p_t	extrude	Input	Input data to be used to create Extrude feature.
int *	num_features	Output	Number of features
tag_t * *	features	Output to UF_free	List of feature identifiers created. This must be freed by caller.

UF_MODL_mswp_edit_extrude (view source)

Defined in: uf_modl_mswp.h

Overview

This is to edit an extrude feature with given data. The good practice to
edit a feature is to follow the following steps:

Call UF_MODL_mswp_ask_extrude to get the data
Make necessary changes to the data
Call UF_MODL_mswp_edit_extrude

Environment

Internal and External

See Also

UF_MODL_mswp_ask_extrude, UF_MODL_mswp_create_extrude.

Required License(s)

gateway

int UF_MODL_mswp_edit_extrude
(

tag_t feature,
UF_MODL_mswp_extrude_p_t extrude

)

tag_t	feature	Input / Output	Extrude feature to be edited
UF_MODL_mswp_extrude_p_t	extrude	Input	Data for the Extrude feature.

UF_MODL_mswp_init_extrude_data (view source)

Defined in: uf_modl_mswp.h

Overview

This is to initialize the data structure for an extrude feature with the
following default values and options.

Section NULL_TAG
Direction NULL_TAG
Limit Type UF_MODL_MSWP_LIMIT_DISTANCE
Start Limit Distance 0.0/0.0 [in/mm]
End Limit Distance 1.0/25.0 [in/mm]
Taper Type UF_MODL_MSWP_TAPER_NONE
Offset Type UF_MODL_MSWP_OFFSET_NONE
Boolean Sign UF_NULLSIGN [create]
Boolean Target NULL_TAG

Environment

Internal and External

See Also

UF_MODL_mswp_create_extrude, UF_MODL_mswp_edit_extrude, UF_MODL_mswp_ask_extrude.

Required License(s)

gateway

int UF_MODL_mswp_init_extrude_data
(

UF_MODL_mswp_extrude_p_t extrude

)

UF_MODL_mswp_extrude_p_t

extrude

Input / Output

The extrude data structure to be initialized.

UF_MODL_operations (view source)

Defined in: uf_modl.h

Overview

Performs a Boolean operation between two bodies.
NOTE: UF_NULLSIGN, which usually indicates create, defaults to
UF_POSITIVE (add to target solid).

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_operations
(

tag_t target,
tag_t tool,
UF_FEATURE_SIGN sign

)

tag_t	target	Input	Target solid.
tag_t	tool	Input	Tools solid.
UF_FEATURE_SIGN	sign	Input	The sign of the operation to be performed. UF_NULLSIGN = same as UF_POSITIVE UF_POSITIVE = add to target solid UF_NEGATIVE = subtract from target solid UF_UNSIGNED = intersect with target solid

UF_MODL_paste_features (view source)

Defined in: uf_modl.h

Overview

Paste an array of features into the current work part.

Environment

Internal and External

See Also

UF_MODL_copy_paste_features

History

This function is replaced by UF_MODL_copy_paste_features.

Required License(s)

solid_modeling

int UF_MODL_paste_features
(

tag_t * feature_array,
int num_features,
tag_t * old_parents,
tag_t * new_parents,
int num_parents,
int expression_transfer_mode,
int parent_transfer_mode

)

tag_t *	feature_array	Input	Array of features identifier
int	num_features	Input	Number of features
tag_t *	old_parents	Input	Array of old parents
tag_t *	new_parents	Input	Array of new parent
int	num_parents	Input	Number of refrences
int	expression_transfer_mode	Input	Type of expression copy - 0 = New, 1 = link, 2 = instance
int	parent_transfer_mode	Input	Type of reference copy - 0 = New, 1 = link, 2 = instance

UF_MODL_patch_body (view source)

Defined in: uf_modl.h

Overview

Replaces a set of faces on a body by patching in the faces of a sheet
body. The outer edges of the sheet must lie on or near faces of the
target. The faces on the "reverse" side of the tool sheet are removed
and replaced by the sheet body.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_patch_body
(

tag_t target_body,
tag_t tool_sheet,
int reverse,
tag_t * feature_obj_id

)

tag_t	target_body	Input	Object id of target body to be patched
tag_t	tool_sheet	Input	Object id of sheet body to patch into target
int	reverse	Input	Patch direction flag: UF_MODL_ALONG_NORMAL - along surface normal of tool_sheet UF_MODL_OPPOSITE_NORMAL - opposite surface normal of tool_sheet
tag_t *	feature_obj_id	Output	Feature object identifier of created patch feature

UF_MODL_preview_simplify (view source)

Defined in: uf_modl_simplify.h

Overview

Preview a simplification feature. This returns lists of the faces that
will be retained and removed if the feature is applied. The arrays
retained_faces> and <removed_faces> are allocated, and should be freed
afterwards by the caller with UF_free().

If a path can be traced from any retained face to any removed face without
crossing the boundary, the ifail UF_MODL_SIMPL_FACE_NOT_REMOVED is returned.
In this case, for each such removed face an array of faces is returned.
This array gives a path between the removed face and an explicitly retained
face which does not cross any boundaries. These arrays must be freed by
the caller with UF_free(). The retained and removed faces are still
returned.

If there are no leaks, <n_leaks> is 0, and <n_leak_faces> and <leak_faces>
are NULL. Note that the preview cannot detect possible heal failures
which may show up when the simplify is applied.

If the simplification feature already exists, but is suppressed, this
routine will still give the correct results. If it already exists and
is not suppressed, the removed faces will not be present in the solid,
and the result is unlikely to be useful.

Environment

Internal and External.

History

This function was originally released in V15.0

Required License(s)

solid_modeling

int UF_MODL_preview_simplify
(

UF_MODL_simpl_data_p_t simpl_parms,
int * n_retained_faces,
tag_t * * retained_faces,
int * n_removed_faces,
tag_t * * removed_faces,
int * n_leaks,
int * * n_leak_faces,
tag_t * * * leak_faces

)

UF_MODL_simpl_data_p_t	simpl_parms	Input	Parameters of the potential simplify feature
int *	n_retained_faces	Output	Number of faces that will be retained
tag_t * *	retained_faces	Output to UF_free	Faces that will be retained. This array must be freed by calling UF_free.
int *	n_removed_faces	Output	Number of faces that will be removed
tag_t * *	removed_faces	Output to UF_free	Faces that will be removed. This array must be freed by calling UF_free.
int *	n_leaks	Output	The number of leaks
int * *	n_leak_faces	Output to UF_free	The number of faces in the path of each leak. This array must be freed by calling UF_free.
tag_t * * *	leak_faces	Output to UF_free	The faces in the path of each leak. This array must be freed by calling UF_free.

UF_MODL_prom_map_object_down (view source)

Defined in: uf_modl_promotions.h

Overview

Given a promoted solid body, face, or edge, maps this body, face, or
edge down to the corresponding object on the base body. Returns a
NULL_TAG if there is no such object. An example where this could
happen is if a face is created as part of creating a feature at the
assembly level. In this case, There is no base face corresponding to
the promoted face. This routine maps across a single level of
promotions. This routine needs to be called multiple times to map
down multiple promotion levels.

Environment

Internal and External

See Also

Refer example

Required License(s)

solid_modeling

int UF_MODL_prom_map_object_down
(

tag_t prom_tag,
tag_t * base_tag

)

tag_t	prom_tag	Input	tag of a promoted body, face, or edge.
tag_t *	base_tag	Output	tag of the base body, face, or edge corresponding to the given promoted geometry

UF_MODL_prom_map_object_up (view source)

Defined in: uf_modl_promotions.h

Overview

Finds the promoted version of the given base body, face, or edge on the
promoted version of the solid given by the feature record. If no such edge or
face exists then a NULL_TAG is returned. An example where this could happen is
if an edge is modeled away on the promotion. This routine expects prototypes,
not occurrences and maps across a single level of promotions. This routine
needs to be called multiple times to map up multiple promotion levels.

Environment

Internal and External

See Also

Refer example

Required License(s)

solid_modeling

int UF_MODL_prom_map_object_up
(

tag_t base_tag,
tag_t prom_feat_tag,
tag_t * prom_tag

)

tag_t	base_tag	Input	tag of a base body, face, or edge
tag_t	prom_feat_tag	Input	tag of a promotion feature record
tag_t *	prom_tag	Output	tag of the promoted version of the given body, face, or edge in the given promotion

UF_MODL_put_list_item (view source)

Defined in: uf_modl_utilities.h

Overview

Adds the input object identifier to the end of the list that you input.
NOTE: Duplicate tags added to the list are ignored.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_put_list_item
(

uf_list_p_t list,
tag_t obj_id

)

uf_list_p_t	list	Input	List of object identifiers.
tag_t	obj_id	Input	Object identifier to put into list

UF_MODL_reattach_dir_ref (view source)

Defined in: uf_modl.h

Overview

This routine is used to redefine the directional reference.

Environment

Internal and External

See Also

UF_MODL_udf_mapping_f_p_t

Required License(s)

solid_modeling

int UF_MODL_reattach_dir_ref
(

tag_t feature_eid,
tag_t ref_eid,
int ref_is_horizontal,
logical delete_rpo

)

tag_t	feature_eid	Input	the feature being reattached
tag_t	ref_eid	Input	new directional reference
int	ref_is_horizontal	Input	1: reference is horizontal; 0: reference is vertical
logical	delete_rpo	Input	1 if the rpo dims are to be deleted

UF_MODL_reattach_target_face (view source)

Defined in: uf_modl.h

Overview

This routine redefines a target face.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_reattach_target_face
(

tag_t feature_eid,
tag_t face_eid,
double point [ 3 ] ,
int flip,
logical delete_rpo

)

tag_t	feature_eid	Input	the feature being reattached
tag_t	face_eid	Input	new target placement face
double	point [ 3 ]	Input	new feature position
int	flip	Input	1: if the datum plane is flipped, else 0
logical	delete_rpo	Input	1 if the rpo dims are to be deleted

UF_MODL_reattach_thru_faces (view source)

Defined in: uf_modl.h

Overview

Redefines the first thru/trim face.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_reattach_thru_faces
(

tag_t feature_eid,
int number_of_faces,
tag_t face_eids [ ] ,
logical delete_rpo

)

tag_t	feature_eid	Input	the feature being reattached
int	number_of_faces	Input	the number of trim/thru faces to be redefined
tag_t	face_eids [ ]	Input	the new thru/trim faces
logical	delete_rpo	Input	1 if the rpo dims are to be deleted

UF_MODL_reattach_tool_face (view source)

Defined in: uf_modl.h

Overview

Reattaches the new tool placement face.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_reattach_tool_face
(

tag_t feature_eid,
tag_t face_eid,
logical delete_rpo

)

tag_t	feature_eid	Input	the feature being reattached
tag_t	face_eid	Input	the new tool placement face
logical	delete_rpo	Input	TRUE, if the rpo dims are to be deleted

UF_MODL_record_feature_update_warnings (view source)

Defined in: uf_modl.h

Overview

The option determines whether feature update warnings will be recorded in the feature update report.
User should set this value back to "false" after using it.

Environment

Internal and External

History

NX8.5.1

Required License(s)

gateway

int UF_MODL_record_feature_update_warnings
(

logical warning_option

)

logical

warning_option

Input

TRUE indicates that feature update warnings will be recorded.

UF_MODL_redefine_replace_faces (view source)

Defined in: uf_modl.h

Overview

Replaces the current set of input faces with the set of faces input
through the parameter faces.

Environment

Internal and External

See Also

Refer to example

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_redefine_replace_faces
(

tag_t feature_eid,
int number_of_faces,
tag_t face_eids [ ]

)

tag_t	feature_eid	Input	OFFSET or HOLLOW feature
int	number_of_faces	Input	Number of faces in faces array
tag_t	face_eids [ ]	Input	Array of faces to replace the current input faces in the feature.

UF_MODL_redefine_rpo_constraint (view source)

Defined in: uf_modl_sketch.h

Overview

This function can be used to redefine the tool and target objects referenced
by a relative positioning constraint of a feature. The input parameter
constraint is the constraint whose target and tool objects have to be redefined.
All the constraints that have been applied to a feature can be obtained by
using UF_MODL_ask_constraints. Use UF_MODL_ask_constraint_type to verify the
type of constraint.

Parameters tangent2arc1 (target qualifier) and tangent2arc2 (tool_qualifier)
allow settings for specifying which end point of the tool and target objects
to use. Use UF_MODL_ask_edge_verts to determine the order of the end points
for tool or target objects that are edges.

Some features can be positioned using the centerline of the feature. You may i
use the centerline of a feature by passing in a NULL_TAG as the tool object.
The centerline must be qualified as either the horizontal or vertical
centerline, using the first or last endpoint. The following features allow the
centerline to be used as a tool edge: Slot, Groove, Rectangular Pad, and
Rectangular Pocket. The Groove feature has only a vertical centerline.

Environment

Internal and External.

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_redefine_rpo_constraint
(

tag_t constraint,
tag_t eid_target,
int tangent2arc1,
tag_t eid_tool,
int tangent2arc2

)

tag_t	constraint	Input	the constraint being redefined
tag_t	eid_target	Input	the new target object
int	tangent2arc1	Input	the target qualifier
tag_t	eid_tool	Input	the new tool object
int	tangent2arc2	Input	the new tool qualifier

UF_MODL_redefine_trim_faces (view source)

Defined in: uf_modl_udf.h

Overview

Respecifies trim faces for a UDF. All the old trim faces are replaced
by new trim faces. The UDF should have been trimmed when it was
originally imported.

Note: This routine works only with old-style Pre-V15 UDFs

Environment

Internal and External

See Also

UF_MODL_boolean_udf

Required License(s)

solid_modeling

int UF_MODL_redefine_trim_faces
(

tag_t udf_id,
int n_trim_faces,
tag_t trim_faces [ ] ,
logical delete_rpo

)

tag_t	udf_id	Input	udf id which is returned from UF_MODL_boolean_udf()
int	n_trim_faces	Input	number of trim faces
tag_t	trim_faces [ ]	Input	array of trim faces
logical	delete_rpo	Input	flag to indicate whether to delete rpo or not

UF_MODL_register_cliff_blend (view source)

Defined in: uf_modl_blends.h

Overview

Required License(s)

solid_modeling

int UF_MODL_register_cliff_blend
(

UF_MODL_cliff_blend_f_t var_routine

)

UF_MODL_cliff_blend_f_t

var_routine

Input

Routine name. You define the routine. The system
calls the routine like this:
error = routine((tag_t) obj_id, tag_t cliff)
where obj_id is the new blend that was just created.
Therefore, you should define the routine like this:
int routine(tag_t obj_id, tag_t cliff)
and the routine returns an error if it failed. If the
returned error is != 0, then the new form feature is
deleted and an error is returned..

UF_MODL_register_rpo_routine (view source)

Defined in: uf_modl_sketch.h

Overview

Registers a routine for relative positioning. This allows you to register
a routine into the Open API environment so that you can
constrain a feature during creation time. Subsequently, every time a
form feature is created, this registered routine is called.
To register a routine named user_rpo_routine(), the call is:

UF_MODL_register_rpo_routine(user_rpo_routine)
where user_rpo_routine is defined as:
int user_rpo_routine(tag_t obj_id)

Calling this function will prevent an internal Open API shared library from
being unloaded, and overrides the setting of the user supplied function,
ufusr_ask_unload.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_register_rpo_routine
(

UF_MODL_rpo_f_p_t routine

)

UF_MODL_rpo_f_p_t

routine

Input

Routine name. You define the routine. The system
calls the routine like this:
error = routine((tag_t) obj_id)
where obj_id is the new feature that was just
created. Therefore, you should define the routine
like this:
int routine(tag_t obj_id)
and the routine returns an error if it failed. If the
returned error is != 0, then the new form feature is
deleted and an error is returned..

UF_MODL_register_udf_mapping_routine (view source)

Defined in: uf_modl_udf.h

Overview

Register a routine for UDF obtaining mapping data. This allows you to register
a routine into the Open API environment so that you can select some
objects that need to be mapped at UDF instantiation or editing if a mapping
between old UDF parents and new UDF parents is necessary. Subsequently,
every time a UDF feature is instantiated or edited, this registered routine
is called. To register a routine named user_udf_mapping_routine(), the call
is:

UF_MODL_register_udf_mapping_routine(user_udf_mapping_routine)
where user_udf_mapping_routine is defined as:
int user_udf_mapping_routine()

Calling this function will prevent an internal Open shared library from
being unloaded, and overrides the setting of the user supplied function,
ufusr_ask_unload.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_unregister_udf_mapping_routine

History

This function was originally released in NX3.

Required License(s)

solid_modeling

int UF_MODL_register_udf_mapping_routine
(

UF_MODL_udf_mapping_f_p_t routine

)

routine

Input

Routine name. You define the routine.
The system calls the routine like this:
UF_MODL_udf_mapping_f_p_t routine
(tag_t udf_feature_tag,
UF_MODL_udf_ref_data_t ref_data)

where udf_feature_tag is a tag of the enquiring
UDF defintion feature (for instantiation)
or instantiated feature (for editing),
and ref_data is the output of this UDF parent
data including mapping data that the user needs
to obtain.

The routine returns an error if it failed.
If the returned error is != 0, then it is
successful.

UF_MODL_register_var_blend (view source)

Defined in: uf_modl_blends.h

Overview

Required License(s)

solid_modeling

int UF_MODL_register_var_blend
(

UF_MODL_var_blend_f_t routine

)

UF_MODL_var_blend_f_t

routine

Input

Routine name. You define the routine. The system
calls the routine like this:
error = routine(tag_t obj_id,
double points[100][3],
char radii[100][256],
int smooth_overflow
int cliff_overflow
int notch_overflow
double vrb_tol
int number_pts)
where obj_id is each edge on the list that was
provided to UF_MODL_create_blend. Therefore,
you should define the routine like this:
int routine(tag_t obj_id,
double points[100][3],
char radii[100][256],
int smooth_overflow
int cliff_overflow
int notch_overflow
double vrb_tol
int number_pts)
and the routine returns an error if it failed. If the
returned error is != 0, then the new form feature is
deleted and an error is returned..

UF_MODL_remove_thru_faces (view source)

Defined in: uf_modl.h

Overview

Removes the thru faces from a hole or slot feature.

Environment

Internal and External

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_remove_thru_faces
(

tag_t feature_eid

)

feature_eid

Input

The object identifier of the feature from which
the thru faces will be removed.

UF_MODL_rename_exp (view source)

Defined in: uf_modl_expressions.h

Overview

Renames an existing expression. You input the old and new expression names.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_rename_exp
(

char * old_exp_name,
char * new_exp_name

)

char *	old_exp_name	Input	Name of expression to be renamed.
char *	new_exp_name	Input	New name for expression.

UF_MODL_reorder_feature (view source)

Defined in: uf_modl.h

Overview

Reorders features in the modeling application. Note that this routine
performs an update. Routine UF_MODL_ask_body_feats returns features in the
current creation order.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_reorder_feature
(

tag_t reference_feature,
uf_list_p_t reposition_features,
int method

)

tag_t	reference_feature	Input	Pivot feature.
uf_list_p_t	reposition_features	Input	List of features to reorder.
int	method	Input	Reorder method: 1 = Before 2 = After

UF_MODL_replace_body_data (view source)

Defined in: uf_modl.h

Overview

Replaces the body of an unparameterized feature with a copy of
another body. Both bodies must be single face sheet bodies.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_replace_body_data
(

tag_t original_feature,
tag_t new_body

)

tag_t	original_feature	Input	Feature Object Identifier of unparameterized feature which is to have its body replaced. Must be a single face sheet body.
tag_t	new_body	Input	Object Identifier of the single face sheet body to copy.

UF_MODL_replace_boolean_body (view source)

Defined in: uf_modl.h

Overview

Replaces the tool body and target body of a boolean feature.

Environment

Internal and External

See Also

Refer to example

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_replace_boolean_body
(

tag_t boolean_feature_obj_id,
UF_MODL_boolean_body_e_t type,
tag_t new_body

)

tag_t	boolean_feature_obj_id	Input	The object identifier of a boolean feature to be modified.
UF_MODL_boolean_body_e_t	type	Input	The type of body: UF_MODL_TARGET_BODY UF_MODL_TOOL_BODY
tag_t	new_body	Input	The body tag of the new body which will replace either the target or the tool body.

UF_MODL_replace_feat_strings (view source)

Defined in: uf_modl.h

Overview

Edits the string structure of a feature. The following restrictions apply:
1. The valid features for this function are:
Curve Mesh
Thru Curves
Ruled
Swept
Bounded Plane
2. Only the Replace option may be used with Ruled and Bounded Plane features.
3. When adding a new string at the beginning of a surface, use index = 0.
4. The string input must be the entire string being changed, even if
only one curve within a multi-curve string is changing. If you
wish to edit one curve in a multi-curve string, you must build the
entire new string.
5. This function does not perform an update of the feature. You
should call UF_MODL_update after you have completed all your
string edit operations.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_replace_feat_strings
(

tag_t feature_obj_id,
int option,
UF_STRING_p_t string,
int string_set,
int index

)

tag_t	feature_obj_id	Input	Feature object identifier
int	option	Input	Operation to be performed UF_MODL_STRING_ADD = Add a string UF_MODL_STRING_REMOVE = Remove a string UF_MODL_STRING_REPLACE = Replace a string
UF_STRING_p_t	string	Input	Pointer to the string structure of a single string to add or replace.
int	string_set	Input	Set of strings on which to perform the operation, especially when the feature has more than 1 set of strings If feature = Thru Curve Mesh: 1 = Primary Curves 2 = Cross Curves If feature = Freeform Sweep 1 = Guide Curves 2 = Section Curves All others: string_set = 1
int	index	Input	Index at which to perform the operation starting at index=1 If UF__MODL_STRING_ADD, add the string after the index If UF_MODL_STRING_REMOVE or UF_MODL_STRING_REPLACE, remove or replace at the index

UF_MODL_replace_features (view source)

Defined in: uf_modl.h

Overview

This function replaces the features in original_features[] by the
features in replacement_features[] or the copies of features in
replacement_features[] if original_features[] are features on bodies,
curve features and datum features. The children of the original_features[]
will be reparented to the replacement_features[] or copies.

The original features will be deleted.

original_features[] can contain: features on the same body, curve features,
datum plane and datum axis features.

replacement_features[] must contain: features on other bodies (if
original_features[] contains features on a body), other curve features
(if original_features[] contains curve features) and other datum plane
and other datum axis features (if original_features[] contains datum plane
or datum axis features).

Note that original_features[] and replacement_features[] must contain
features that are in the same part file. Also, for features on a body, the
parents of each of the features in replacement_features[] must be either
another feature in the replacement_features[] or must be a feature which
is before the earliest feature in the original_features[].

parent_map[] maps entities created by the original_features[] to the
corresponding entities on the replacement_features[]. In addition to the
original_features[] and replacement_features[] you will have to provide a map
of edges and faces on the original_features[] to the corresponding edges and
faces of the replacement_features[].

You will specify the map as a array of objects of type
UF_MODL_replace_features_t described below. The children of the
original_features[] will be reparented to copies of the corresponding
entities on the replacement_features[] that are specified in the parent_map[].

Calling this function with return_map as true does not perform the replacement
but returns a parent_map[] each of whose original_entity elements are edges
and faces created by original_features[]. Only those edges and faces that are
parents of downstream features are returned in the parent_map[]. The
replacement_entity elements of all the structures in the parent_map[] are 0.
You will have to assign the appropriate replacement_entity for each of
the structures returned in the parent_map[] before calling this function with
return_map as false to perform the actual replace.

Environment

Internal and External

See Also

Refer to example

History

New in v17.0

Required License(s)

solid_modeling

int UF_MODL_replace_features
(

tag_t * original_features,
int n_original_features,
tag_t * replacement_features,
int n_replm_features,
logical return_map,
logical use_copy_of_replacement,
UF_MODL_replace_features_t * * parent_map,
int * n_parent_map

)

tag_t *	original_features	Input	Array of features to replace
int	n_original_features	Input	number of original_features
tag_t *	replacement_features	Input	Array of replacement features
int	n_replm_features	Input	number of replacement_features
logical	return_map	Input	return_map = true - return in parent_map[] the edges and faces created by the original_features[] which have to be mapped to the corresponding edges and faces on the replacement_features[] return_map = false - perform the replace
logical	use_copy_of_replacement	Input	use_copy_of_replacement = false - Use the replacement features directly to replace the original features use_copy_of_replacement = true - Copy the replacement features and use the copy of the replacement feature to replace the original features
UF_MODL_replace_features_t * *	parent_map	Input / Output	Map of edges and faces created by the original_features[] to corresponding edges and faces on the replacement_features[]
int *	n_parent_map	Input / Output	number of elements in (parent_map)[]

UF_MODL_replace_sweep_strings (view source)

Defined in: uf_modl_sweep.h

Overview

This function will replace the profile and/or guide curves/edges of
a sweep feature that can be one of the following types, Extruded,
Revolved, Sweep (Along a Guide), Cable/Tube.

The original and replacement curves/edges in the arrays original_profile/
guide_objs and new_profile/guide_objs have to be contiguous. The
original strings will be replaced in the order of the original_profile/
guide_objs array by the corresponding strings in the new_profile/guide_objs
array. If n_original_profile/guide_objs > n_new_profile/guide_objs,
the last (n_original_profile/guide_objs - n_new_profile/guide_objs)
strings in the original_profile/guide_objs array will be removed from
the sweep featur's profile/guide. If
n_original_profile/guide_objs < n_new_profile/guide_objs, the last
(n_new_profile/guide_objs - n_original_profile/guide_objs) strings in the
new profile/guide array will be added to the feature.

It is suggested to use this function instead of UF_MODL_edit_sweep_curves
if possible as UF_MODL_replace_sweep_strings has the edge/face tracking
information retained when possible.

Environment

Internal and External

See Also

UF_MODL_edit_sweep_curves

History

Released in V15.0

Required License(s)

solid_modeling

int UF_MODL_replace_sweep_strings
(

tag_t sweep_feature_id,
int n_original_profile_objs,
tag_t * original_profile_objs,
int n_new_profile_objs,
tag_t * new_profile_objs,
int n_original_guide_objs,
tag_t * original_guide_objs,
int n_new_guide_objs,
tag_t * new_guide_objs

)

tag_t	sweep_feature_id	Input	Feature object identifier of sweep
int	n_original_profile_objs	Input	Number of contiguous original curves/edges in the profile of the sweep feature to be replaced
tag_t *	original_profile_objs	Input	An array of contiguous original curves/edges in the profile of the sweep feature to be replaced
int	n_new_profile_objs	Input	Number of contiguous curves/edges to replace the curves/edges in the original_profile_objs.
tag_t *	new_profile_objs	Input	An array of contiguous curves/edges to replace the curves/edges in the original_profile_objs.
int	n_original_guide_objs	Input	Number of contiguous original curves/edges in the guide of the sweep feature to be replaced.
tag_t *	original_guide_objs	Input	An array of contiguous original curves/edges in the guide of the sweep feature to be replaced.
int	n_new_guide_objs	Input	Number of contiguous curves/edges to replace the curves/edges in the original_guide_objs.
tag_t *	new_guide_objs	Input	An array of contiguous curves/edges to replace the curves/edges in the original_guide_objs.

UF_MODL_require_udf_mapping_for_edit (view source)

Defined in: uf_modl_udf.h

Overview

Ask if a mapping between old UDF parents and new parents is needed at editing.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_register_udf_mapping_routine
UF_MODL_unregister_udf_mapping_routine

History

This function was originally released in NX3.

Required License(s)

solid_modeling

int UF_MODL_require_udf_mapping_for_edit
(

tag_t udf_insert_tag,
logical * mapping_is_required,
int * mapping_num_objects,
tag_t * * mapping_objects

)

tag_t	udf_insert_tag	Input	Tag of UDF instantiated feature
logical *	mapping_is_required	Output	TRUE: a mapping is required
int *	mapping_num_objects	Output	Number of mapping objects
tag_t * *	mapping_objects	Output to UF_free	Array of mapping objects

UF_MODL_require_udf_mapping_for_insert (view source)

Defined in: uf_modl_udf.h

Overview

Ask if a mapping between old UDF parents and new parents is needed at instantiation.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_register_udf_mapping_routine
UF_MODL_unregister_udf_mapping_routine

History

This function was originally released in NX3.

Required License(s)

solid_modeling

int UF_MODL_require_udf_mapping_for_insert
(

tag_t udf_define_tag,
logical * mapping_is_required,
int * mapping_num_objects,
tag_t * * mapping_objects

)

tag_t	udf_define_tag	Input	Tag of UDF definition feature
logical *	mapping_is_required	Output	TRUE: a mapping is required
int *	mapping_num_objects	Output	Number of mapping objects
tag_t * *	mapping_objects	Output to UF_free	Array of mapping objects

UF_MODL_reverse_datum_axis (view source)

Defined in: uf_modl_datum_features.h

Overview

Reverses the direction of a datum axis.

Environment

Internal and External

See Also

UF_MODL_reverse_datum_plane

History

Original release was in V14.0.

Required License(s)

solid_modeling

int UF_MODL_reverse_datum_axis
(

tag_t datum_axis_tag

)

datum_axis_tag

Input

Tag of the datum axis to reverse.

UF_MODL_reverse_datum_plane (view source)

Defined in: uf_modl_datum_features.h

Overview

Reverses the normal direction of a datum plane. The function UF_MODL_update
must be called to actually apply the reversal.

Environment

Internal and External

See Also

UF_MODL_update

Required License(s)

solid_modeling

int UF_MODL_reverse_datum_plane
(

tag_t datum_plane_tag

)

datum_plane_tag

Input

Tag of the datum plane to reverse.

UF_MODL_reverse_dir_ref (view source)

Defined in: uf_modl.h

Overview

Redefines the directional reference of a feature.

Environment

Internal and External

History

Originally released in V15.0

Required License(s)

solid_modeling

int UF_MODL_reverse_dir_ref
(

tag_t feature_eid,
tag_t ref_eid,
int ref_is_horizontal,
logical delete_rpo,
logical reverse

)

tag_t	feature_eid	Input	the feature being reattached
tag_t	ref_eid	Input	the new directional reference
int	ref_is_horizontal	Input	1: reference is horizontal, 0: reference is vertical
logical	delete_rpo	Input	1: delete rpo dims
logical	reverse	Input	1: to reverse directional reference

UF_MODL_set_angle_tolerance (view source)

Defined in: uf_modl.h

Overview

Sets the angle tolerance found in the Modeling Preferences dialog box.

Return

Void.

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_set_angle_tolerance
(

double * tolerance,
int * err_flag

)

double *	tolerance	Input	Angle tolerance. Value must be greater than e-10 (greater than zero).
int *	err_flag	Output	Error code: 0 = No error 1 = Invalid value, tolerance not changed

UF_MODL_set_body_density (view source)

Defined in: uf_modl.h

Overview

Set the density of a body.
The input must be a body tag.
If the body is in the context of an assembly, it is the caller function's
responsibility to retrieve the body tag before this function can be called, i.e.,
if body is an occurrence, then the body tag must be retrieved first.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_set_body_density
(

tag_t body,
UF_MODL_density_units_t units,
double density

)

tag_t	body	Input	solid/sheet body
UF_MODL_density_units_t	units	Input	the unit of 'density'
double	density	Input	density of body

UF_MODL_set_body_type_pref (view source)

Defined in: uf_modl.h

Overview

Changes the current setting for the sheet/solid body type modeling
preference. This preference is used when creating bodies through
curves to allow you to control the type of body created. The body type
option is used in the Through Curve Mesh, Through Curves, Extruded
Body, Body of Revolution, Swept, Section Surface and Ruled Free
Form Feature creation options.

Environment

Internal and External

See Also

UF_MODL_ask_body_type_pref

Required License(s)

solid_modeling

int UF_MODL_set_body_type_pref
(

int body_type

)

int

body_type

Input

Desired setting of the body type preference:
UF_MODL_SOLID_BODY
UF_MODL_SHEET_BODY

UF_MODL_set_bsurf_knot_display (view source)

Defined in: uf_modl_bsurf.h

Overview

Set the B-surface knot flag.

Environment

Internal and External

History

Originally released in NX5.0

Required License(s)

solid_modeling

int UF_MODL_set_bsurf_knot_display
(

tag_t face,
logical state

)

tag_t	face	Input	Face tag of B-surface to be set pole flag
logical	state	Input	surface knot flag status

UF_MODL_set_bsurf_pole_display (view source)

Defined in: uf_modl_bsurf.h

Overview

Set the B-surface pole flag.

Environment

Internal and External

History

Originally released in NX2.0

Required License(s)

solid_modeling

int UF_MODL_set_bsurf_pole_display
(

tag_t face,
logical state

)

tag_t	face	Input	Face tag of B-surface to be set pole flag
logical	state	Input	surface pole flag status

UF_MODL_set_containment (view source)

Defined in: uf_modl.h

Overview

If UF_MODL_ask_uv_points_containment will be called multiple times for the same face
then this function, in conjunction with UF_MODL_unset_containment, will improve
the performance of the computations.

Call this function before to your calls to UF_MODL_ask_uv_points_containment

Environment

Internal and External

See Also

Refer to example

History

Originally released in NX8.0.2

Required License(s)

gateway

int UF_MODL_set_containment
(

tag_t face_eid

)

face_eid

Input

face which will be used in multiple UF_MODL_ask_uv_points_containment calls

UF_MODL_set_current_feature (view source)

Defined in: uf_modl.h

Overview

Define the current feature. Any newly created feature will be created right
after this feature. When a new feature is created, it is made the current
feature.

Environment

Internal and External

History

This function was originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_set_current_feature
(

tag_t feature_id

)

UF_MODL_shape_pattern_client_dialog_data_p_t

feature_id

Input

Feature which is to be made the current
feature.

UF_MODL_set_curve_fit_method (view source)

Defined in: uf_modl_curves.h

Overview

Sets the curve fit method modeling preference.

Environment

Internal and External

See Also

UF_MODL_ask_curve_fit_method

History

This function was originally released in V15.0

Required License(s)

solid_modeling

int UF_MODL_set_curve_fit_method
(

int fit_method

)

int

fit_method

Input

curve fit method 0=cubic, 1=quintic

UF_MODL_set_datum_csys_scaling (view source)

Defined in: uf_modl_datum_features.h

Overview

This function sets the "fixed size" display of datum CSYS feature. If "Fixed size component" toggle
in the CSYS constructor dialog is ON, then the datum CSYS will not be resized relative to the view.

If unsuccessful returns error code

Environment

Internal and External

History

NX3.0.1

Required License(s)

solid_modeling

int UF_MODL_set_datum_csys_scaling
(

const tag_t datum_csys_tag,
const logical scaling_on

)

const tag_t	datum_csys_tag	Input	Tag of datum CSYS feature
const logical	scaling_on	Input	If TRUE, datum CSYS with fixed size would be displayed

UF_MODL_set_datum_csys_visibility (view source)

Defined in: uf_modl_datum_features.h

Overview

This function sets the visibility of datum CSYS feature based on the logical value of
input argument "visibility"
If unsuccessful returns error code

Environment

Internal and External

History

NX3.0.1

Required License(s)

solid_modeling

int UF_MODL_set_datum_csys_visibility
(

const tag_t datum_csys_tag,
const logical visibility

)

const tag_t	datum_csys_tag	Input	Tag of datum CSYS feature
const logical	visibility	Input	If TRUE, datum CSYS with components would be visible

UF_MODL_set_default_density (view source)

Defined in: uf_modl.h

Overview

Sets the global solid density to the input value. The density units can be
any one of the following:

UF_MODL_pounds_inches
UF_MODL_pounds_feet
UF_MODL_grams_centimeters
UF_MODL_kilograms_meters

Environment

Internal and External

See Also

Refer to example
UF_MODL_ask_default_density

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_set_default_density
(

double density,
UF_MODL_density_units_t units

)

double	density	Input	default density
UF_MODL_density_units_t	units	Input	units of 'density'

UF_MODL_set_distance_tolerance (view source)

Defined in: uf_modl.h

Overview

Sets the distance tolerance found in the Modeling Preferences dialog box.

Return

Void.

Environment

Internal and External

Required License(s)

gateway

void UF_MODL_set_distance_tolerance
(

double * tolerance,
int * err_flag

)

double *	tolerance	Input	Distance tolerance. Value must be greater than metric 1e-5 or English 3e-7.
int *	err_flag	Output	Error code: 0 = No error 1 = Invalid value, tolerance not changed

UF_MODL_set_dynamic_update (view source)

Defined in: uf_modl.h

Overview

Changes the current setting for the modeling dynamic update preference. This
preference is used when editing a curve or a bridge curve feature from which
we can derive visible sheet or solid bodies.

If UF_MODL_NO_DYNAMIC_UPDATE is used, NX will not update the children
features of the curve. If UF_MODL_DYNAMIC_UPDATE_INCREMENTAL or
UF_MODL_DYNAMIC_UPDATE_CONTINUOUS is used, NX will dynamically update
the children, depending on the immediate children preference, of the curve
each time the mouse stops moving or moves, respectively.

Environment

Internal and External

History

V17.0

Required License(s)

solid_modeling

int UF_MODL_set_dynamic_update
(

int update_type

)

int

update_type

Input

Desired setting for dynamic update:
UF_MODL_NO_DYNAMIC_UPDATE,
UF_MODL_DYNAMIC_UPDATE_INCREMENTAL,
UF_MODL_DYNAMIC_UPDATE_CONTINUOUS

UF_MODL_set_face_blend_law_radii (view source)

Defined in: uf_modl_blends.h

Overview

Set face blend law radii

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_set_face_blend_law_radii
(

tag_t feature,
double * radii_values,
int rad_num

)

tag_t	feature	Input	The object identifier of the blend
double *	radii_values	Input	Array of new law radii values
int	rad_num	Input	Number of new radii

UF_MODL_set_face_blend_law_range1_radii (view source)

Defined in: uf_modl_blends.h

Overview

Set conic face blend law radii for offset1

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_set_face_blend_law_range1_radii
(

tag_t feature,
double * radii_values,
int rad_num

)

tag_t	feature	Input	The object identifier of the blend
double *	radii_values	Input	Array of new law radii values
int	rad_num	Input	Number of new radii

UF_MODL_set_face_blend_law_range2_radii (view source)

Defined in: uf_modl_blends.h

Overview

Set conic face blend law radii for offset2

Environment

Internal and External

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_set_face_blend_law_range2_radii
(

tag_t feature,
double * radii_values,
int rad_num

)

tag_t	feature	Input	The object identifier of the blend
double *	radii_values	Input	Array of new law radii values
int	rad_num	Input	Number of new radii

UF_MODL_set_feat_tolerance (view source)

Defined in: uf_modl.h

Overview

Sets the given tolerance to the input feature.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_set_feat_tolerance
(

tag_t feature_obj_id,
double tolerance,
logical update_part

)

tag_t	feature_obj_id	Input	Feature to set
double	tolerance	Input	Distance tolerance to set in the feature
logical	update_part	Input	Indicate whether to update the part. If TRUE - Part will get updated by calling UF_MODL_update, FALSE - Part will not get updated, User has to update the part. User can set the tolerance of multiple features and then update the part by calling UF_MODL_update at end or pass the update_part flag as true for last feature

UF_MODL_set_flange_proc_factor (view source)

Defined in: uf_modl_smd.h

Overview

Sets the process factor for a specified flange feature.

Environment

Internal and External

Required License(s)

sheet_metal_design

int UF_MODL_set_flange_proc_factor
(

tag_t flange,
double proc_factor

)

tag_t	flange	Input	Object identifier for the flange feature.
double	proc_factor	Input	Process factor

UF_MODL_set_free_form_result (view source)

Defined in: uf_modl_freeform.h

Overview

Sets the free form construction result preference. This preference
controls free form feature creation in the Through Curves, Through
Curves Mesh, Swept, and Ruled functions. If the free form
construction result is 0 and the selected curves are coplanar, a
bounded plane is created. Otherwise, a B-surface is created.

Environment

Internal and External

Required License(s)

solid_modeling and ( free_form_modeling or nx_freeform_1 )

int UF_MODL_set_free_form_result
(

int free_form_result

)

int

free_form_result

Input

free form construction result preference
0 = create bounded plane, if selected curves are coplanar.
1 = always create B-surface.

UF_MODL_set_immediate_children (view source)

Defined in: uf_modl.h

Overview

Changes the current setting for the modeling immediate children preference.
This preference is used when editing curve whose is parent of features that
create sheet and/or solid bodies and the modeling dynamic update is either
UF_MODL_DYNAMIC_UPDATE_INCREMENTAL or UF_MODL_DYNAMIC_UPDATE_CONTINUOUS.

If the user edits a curve through edit feature or edit bridge curve feature,
this preference is not applicable. If UF_MODL_UPDATE_FIRST_LEVEL is used,
NX will update the first visible sheet or solid bodies that can be
derived from the curve. If UF_MODL_UPDATE_ALL, NX will update all
features related to the editing curve.

Environment

Internal and External

History

V17.0

Required License(s)

solid_modeling

int UF_MODL_set_immediate_children
(

int update_level

)

int

update_level

Input

Desired setting for immediate children:
UF_MODL_UPDATE_FIRST_LEVEL,
UF_MODL_UPDATE_ALL

UF_MODL_set_midsrf_feature_create_method (view source)

Defined in: uf_modl_freeform.h

Overview

Sets the creation&trim method (either advanced or classic)

Environment

Internal and External

History

Originally released in NX5.0

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_set_midsrf_feature_create_method
(

tag_t feature_obj_id,
int adv_crt_and_trm

)

tag_t	feature_obj_id	Input	Midsurface Feature tag
int	adv_crt_and_trm	Input	choice of advanced create and trim

UF_MODL_set_rpo_refernce (view source)

Defined in: uf_modl_ugopenint.h

Overview

Set the reference object and location for RPO operations. This function can be used to
control where a form feature will be positioned, if RPO is needed for the feature.
For example, if it is called before UF_MODL_create_instantiated_udf, the system will
position the new UDF instance at the given place.

Environment

Internal and External

History

V17.0

Required License(s)

solid_modeling

int UF_MODL_set_rpo_refernce
(

tag_t reference,
double point [ 3 ] ,
int flip

)

tag_t	reference	Input	the tag of the reference object, which can be a face or edge
double	point [ 3 ]	Input	the point to position a feature
int	flip	Input	flip the direction or not, only valid for edge

UF_MODL_set_show_report_reference (view source)

Defined in: uf_modl.h

Overview

Set the show report reference option. The option determines whether feature
failure and warning will be shown in the feature update report.

Environment

Internal and External

History

NX8.0.3

Required License(s)

gateway

int UF_MODL_set_show_report_reference
(

logical reportReference

)

logical

reportReference

Input

TRUE indicates report reference will be shown, FALSE otherwise.

UF_MODL_set_suppress_exp_tag (view source)

Defined in: uf_modl_expressions.h

Overview

Links the parameter suppress expression to the feature.

The value of the specified expression tag must match the current
suppression state of the specified feature. If the feature is unsuppressed
then the expression value must be 1. If feature is suppressed then the
expression value must not be 1.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_set_suppress_exp_tag
(

tag_t feature_tag,
tag_t expression_tag

)

tag_t	feature_tag	Input	Feature object id
tag_t	expression_tag	Input	Suppress expression tag

UF_MODL_set_sweep_axis (view source)

Defined in: uf_modl_sweep.h

Overview

Given an extrude or revolve feature, this function sets the direction

Environment

Internal and External

History

Originally released in V15.0

Required License(s)

solid_modeling

int UF_MODL_set_sweep_axis
(

tag_t feature_id,
double dir [ 3 ]

)

tag_t	feature_id	Input	The feature ID.
double	dir [ 3 ]	Input	The new direction of the extrude or revolve feature.

UF_MODL_set_sweep_tolerances (view source)

Defined in: uf_modl_sweep.h

Overview

Given an extrude or revolve feature, this function sets the new tolerances.

Environment

Internal and External

History

Originally released in V15.0

Required License(s)

solid_modeling

int UF_MODL_set_sweep_tolerances
(

tag_t feature_id,
double * tolerance

)

tag_t	feature_id	Input	The feature ID.
double *	tolerance	Output	The new chaining and distance tolerance.

UF_MODL_set_udf_parms (view source)

Defined in: uf_modl_udf.h

Overview

Sets the parameters of a user defined feature part. This function can
only be called once for each udf.
Note: This routine works only with old-style Pre-V15 UDFs

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_set_udf_parms
(

tag_t udf_id,
char * * prompt,
char * * values,
int number_of_parms

)

tag_t	udf_id	Input	Feature obj_id.
char * *	prompt	Input	The user defined feature prompt.
char * *	values	Input	The user defined feature values.
int	number_of_parms	Input	Number of parameters in the arrays.

UF_MODL_set_update_fail_option (view source)

Defined in: uf_modl.h

Overview

Sets the current fail option in case an update failure occurs. This
allows the user to specify the update behavior in advance, should an
error occur in the middle of a modeling update. It would be as if a
user in interactive NX had selected the UNDO, SUPPRESS,
SUPPRESS ALL, ACCEPT_ALL or INTERRUPT button in the Edit
During Update dialog.

The user can also set a variable of UGII_UPDATE_FAIL_OPTION before running
an NX Open API and set it to any of the values defined in UF_MODL_update_option_e.

Environment

Internal and External

See Also

Refer to table

History

Original release was in V14.0.

Required License(s)

solid_modeling

int UF_MODL_set_update_fail_option
(

UF_MODL_update_option_t new_fail_option

)

UF_MODL_update_option_t

new_fail_option

Input

Sets the update fail option to the
given value.

UF_MODL_set_xform_tag_of_datum_csys (view source)

Defined in: uf_modl_datum_features.h

Overview

This function sets the tag of the XFORM into the csys of a datum_csys

If unsuccessful returns error code

Environment

Internal and External

History

NX3

Required License(s)

gateway

int UF_MODL_set_xform_tag_of_datum_csys
(

tag_t datum_csys_feature,
tag_t xform_tag

)

tag_t	datum_csys_feature	Input	Tag of datum csys feature
tag_t	xform_tag	Input	xform tag to be set in datum_csys_tag

UF_MODL_shape_pattern_create_dialog (view source)

Defined in: uf_modl_ugopenint.h

Overview

Function Description : This function will create a user interface
dialog to allow users to choose a Shape Pattern from a thumbnail list

Return

Error code

Environment

Internal & External

History

Originally released in NX503

Required License(s)

gateway

int UF_MODL_shape_pattern_create_dialog
(

UF_MODL_shape_pattern_client_dialog_data_p_t pClientData,
int * response

)

UF_MODL_shape_pattern_client_dialog_data_p_t	pClientData	Input / Output	Client Data for Shape Pattern UI
int *	response	Output	UI response: UF_UI_OK or UF_UI_CANCEL

UF_MODL_shape_pattern_free_client_data (view source)

Defined in: uf_modl_ugopenint.h

Overview

The following function will free the client data for shape pattern
which is used for UF_MODL_shape_pattern_create_dialog

Return

Error code

Environment

Internal & External

See Also

UF_MODL_shape_pattern_init_client_data

History

Originally released in NX503

Required License(s)

solid_modeling

int UF_MODL_shape_pattern_free_client_data
(

UF_MODL_shape_pattern_client_dialog_data_p_t pClientData

)

pClientData

Input

Shape Pattern data structure
to be freed

UF_MODL_shape_pattern_init_client_data (view source)

Defined in: uf_modl_ugopenint.h

Overview

The following function will initialize the client data for shape pattern
which is used for UF_MODL_shape_pattern_create_dialog

Return

Error code

Environment

Internal & External

See Also

UF_MODL_shape_pattern_free_client_data

History

Originally released in NX503

Required License(s)

solid_modeling

int UF_MODL_shape_pattern_init_client_data
(

UF_MODL_shape_pattern_client_dialog_data_p_t pClientData

)

UF_MODL_shape_pattern_client_dialog_data_p_t

pClientData

Input / Output

Shape Pattern data structure
to be initialized

UF_MODL_show_parent_curves (view source)

Defined in: uf_modl_curves.h

Overview

This routine shows the parent NX curves of an input feature.
The customer default variable Solids_MoveCurvesToOtherLayer,
defined in ug_english.def and ug_metric.def will control the
behavior of this routine.

If Solids_MoveCurvesToOtherLayer = on, this routine
will unblank all parent NX curves of the selected feature,
and will move the parent NX curves that lie on the non-selectable
layers to the work layer.

If Solids_MoveCurvesToOtherLayer = off, this routine
unblank all parent NX curves of the selected feature, and
will change the mask of all non-selectable layers on which
the parent NX curves lie to be selectable layers.

If selectable is TRUE and the parent NX curves are on visible but
non-selectable layers, this routine will either move these
parent NX curves to the work layer or change the mask of the
layers according to the value of Solids_MoveCurvesToOtherLayer.

Environment

Internal and External

See Also

UF_MODL_hide_parent_curves

History

Originally released in V16.0.

Required License(s)

solid_modeling

int UF_MODL_show_parent_curves
(

tag_t feature_tag,
logical selectable,
int * n_unch_disp_stat,
UF_MODL_disp_info_p_t * unch_parents_disp_status,
int * n_ch_disp_stat,
UF_MODL_disp_info_p_t * ch_parents_disp_status

)

tag_t	feature_tag	Input	Input feature record eid
logical	selectable	Input	The parent curves are to be selectable
int *	n_unch_disp_stat	Output	The number of parent curves whose display status were unchanged after the show action
UF_MODL_disp_info_p_t *	unch_parents_disp_status	Input / Output to UF_free	If NULL is passed in, then nothing is returned. If a pointer is passed in, then an array of UF_MODL_disp_info_t structures will be allocated, one for each parent curve whose display status was unchanged. The UF_MODL_disp_info_t structure will have the original display information for the parent curve. This array can then be passed to UF_MODL_hide_parent_curves to restore the curves to their original display status. This array must be freed by the caller by calling UF_free.
int *	n_ch_disp_stat	Output	The number of parent curves whose display status were changed after the show action, i.e. the layer number or blank status was changed by this function.
UF_MODL_disp_info_p_t *	ch_parents_disp_status	Input / Output to UF_free	If NULL is passed in, then nothing is returned. If a pointer is passed in, then an array of UF_MODL_disp_info_t structures will be allocated, one for each parent curve whose display status was changed. The UF_MODL_disp_info_t structure will have the original display information for the parent curve.This array can then be passed to UF_MODL_hide_parent_curves to restore the curves to their original display status. This array must be freed by the caller by calling UF_free.

UF_MODL_smooth_bsurface_data (view source)

Defined in: uf_modl_bsurf.h

Overview

Makes a bsurface continuous to cont_order_x, where x refers to the u
or v direction. The order of continuity may be any non-negative
integer up to (but not including) the corresponding degrees of the
bsurface. Selection of a given cont_order implies that all lower order
continuities are to be achieved. The order of continuity is the number
of derivatives that are required to exist at all points of the bsurface, in
the corresponding u and v directions.

NX prefers surfaces to be continuous at least to order 1, in a
manner called in this documentation G1+. It is stronger than
mathematical G1, but is not quite C1. For G1+, at any row or column
corresponding to a knot value with multiplicity equal to the degree of
the surface in that direction, both tangent vectors (with respect to u
and with respect to v) must have the same direction, but not
necessarily the same length (if they are the same length, continuity C1 exists).

At any point in the surface, if cont_order_x cannot be achieved in the
corresponding direction, the highest continuity Cn within tolerance is
achieved. If C1 cannot be achieved, G1+ is achieved within tolerance
and a state code is returned. If G1+ cannot be achieved an error is returned.

Any seam that has any angle larger than ang_toler is not smoothed, even if
it's distance is within tolerance. Any seam that would require a change larger
than dist_toler is not smoothed. Any seam that can be smoothed is smoothed
even all of them cannot be smoothed.

Any knot that has a multiplicity high enough to make it possible for
the surface to be discontinuous at the corresponding row or column of
poles is checked. If the row or column of poles can be treated in such
poles is checked. If the row or column of poles can be treated in such
a way as to make the surface continuous to the given orders without
changing the shape more than toler, it is made so in u and v. If the
bsurface is closed in either or both u and v, the closure is also
checked.

Continuity is achieved using a mathematical process called knot
removal.
Use this function conservatively. In particular, if simplification is to be
done when the geometry is attached or edited, use this function only if
the geometry has some problem that prevents its use. Knot removal
may make the bsurface's equivalent surface (such as a cone)
unrecognizable by the simplifier. It can also have a long running time
(at orders of continuity greater than 1), because at every point where
a change is made the surface must be evaluated to check that the
change is within tolerance.

Bsurfaces that have end knots with a multiplcity greater than the order of the
surface in that direction, or have interior knots with a multiplicity greater
than surface order-1 in the respective directions, are not continuous, that is,
they have gaps. Such bsurfaces are not of general utility in CAD/CAM work.
NX cannot create them. This function may be used to "clean" up such
bsurfaces.

Environment

Internal and External

See Also

UF_BREP_attach_geometry
Structure UF_MODL_state_t which is a type define of UF_CURVE_state_t

History

This function was originally released in V15.0.

Required License(s)

solid_modeling

int UF_MODL_smooth_bsurface_data
(

int cont_order_u,
int cont_order_v,
double dist_toler,
double ang_toler,
UF_MODL_bsurface_p_t bsurf,
int * num_states,
UF_MODL_state_p_t * states

)

int	cont_order_u	Input	order of continuity to achieve in the u direction
int	cont_order_v	Input	order of continuity to achieve in the v direction
double	dist_toler	Input	distance tolerance not to be exceeded
double	ang_toler	Input	angular tolerance not to be exceeded
UF_MODL_bsurface_p_t	bsurf	Input	spline surface data to make continuous
int *	num_states	Output	number of states in states array
UF_MODL_state_p_t *	states	Output to UF_free	state values for smoothing operation; if NULL is provided no states are returned. This array must be freed by calling UF_free.

UF_MODL_sort_features (view source)

Defined in: uf_modl_utilities.h

Overview

Sort features by order of update. Notice that if feature1 updates before
feature2 then it is legal for feature2 to reference feature1. This can be used
in a selection filter during edit.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_sort_features
(

tag_t feature1,
tag_t feature2,
int * result

)

tag_t	feature1	Input	first feature
tag_t	feature2	Input	second feature
int *	result	Output	-1 if feature1 updates before feature2 0 if feature1 equals feature2 1 if feature1 updates after feature2

UF_MODL_split_body (view source)

Defined in: uf_modl.h

Overview

Split one or more bodies with a cutting plane or a body face.

Environment

Internal and External

See Also

Refer to example

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_split_body
(

int num_bodies,
tag_t * bodies,
tag_t cutting_body,
int * num_split_bodies,
tag_t * * split_bodies

)

int	num_bodies	Input	Number of bodies to be split
tag_t *	bodies	Input	Bodies to be split
tag_t	cutting_body	Input	Cutting plane or a sheet body
int *	num_split_bodies	Output	Number of the split bodies
tag_t * *	split_bodies	Output to UF_free	Returned split bodies. This array must be freed by calling UF_free.

UF_MODL_split_body_retain_tool (view source)

Defined in: uf_modl.h

Overview

Split one or more bodies with a cutting plane or a body face and retain the tool body.

Environment

Internal and External

See Also

Refer to example

History

Originally released in NX304

Required License(s)

solid_modeling

int UF_MODL_split_body_retain_tool
(

int num_bodies,
tag_t * bodies,
tag_t cutting_body,
int * num_split_bodies,
tag_t * * split_bodies

)

int	num_bodies	Input	Number of bodies to be split
tag_t *	bodies	Input	Bodies to be split
tag_t	cutting_body	Input	Cutting plane or a sheet body
int *	num_split_bodies	Output	Number of the split bodies
tag_t * *	split_bodies	Output to UF_free	Returned split bodies. This array must be freed by calling UF_free.

UF_MODL_subtract_bodies (view source)

Defined in: uf_modl.h

Overview

Subtract two bodies.

UF_MODL_subtract_bodies_with_retained_options honors the setting of the
"Boolean Face Properties from" option of the Modeling Preferences dialog,
but UF_MODL_subtract_bodies always applies the display properties of
the target body to new faces.

Environment

Internal and External

See Also

Refer to example
UF_MODL_subtract_bodies_with_retained_options

Required License(s)

solid_modeling

int UF_MODL_subtract_bodies
(

tag_t target,
tag_t tool,
int * num_result,
tag_t * * resulting_bodies

)

tag_t	target	Input	Target body
tag_t	tool	Input	Tool body
int *	num_result	Output	Number of resultant bodies
tag_t * *	resulting_bodies	Output to UF_free	Resultant bodies. These must be free by calling UF_free.

UF_MODL_subtract_bodies_with_retained_options (view source)

Defined in: uf_modl.h

Overview

Subtract two bodies with options to keep the original target body, tool body, or both bodies.

Note: This function does not use the Modeling tolerance. The default tolerance used in the
Boolean operation is 0.01mm (1.0e-5 m).

Environment

Internal and External

See Also

Refer to example ,
UF_MODL_subtract_bodies.

History

Release version 19.

Required License(s)

solid_modeling

int UF_MODL_subtract_bodies_with_retained_options
(

tag_t original_target,
tag_t original_tool,
logical retain_target_body,
logical retain_tool_body,
tag_t * frec_eid

)

tag_t	original_target	Input	Original target body
tag_t	original_tool	Input	Original tool body
logical	retain_target_body	Input	Indicate whether to retain the target body. If TRUE - the resulting body is the new body and target body is retained, FALSE - the resulting body is the modified target body.
logical	retain_tool_body	Input	Indicate whether to retain the tool body. If TRUE - the tool body is not consumed. FALSE - the tool body is consumed
tag_t *	frec_eid	Output	The resulting feature record tag

UF_MODL_suppress_feature (view source)

Defined in: uf_modl.h

Overview

Suppresses a list of features. Note that the system adds all implied
features and performs an update.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_suppress_feature
(

uf_list_p_t feature_list

)

UF_MODL_SWEEP_TRIM_object_p_t

feature_list

Input

List of features to suppress.

UF_MODL_SWEEP_free_trim_data (view source)

Defined in: uf_modl_sweep.h

Overview

Free the sweep trimming data.

Environment

Internal and External

See Also

UF_MODL_SWEEP_free_trim_data

History

Original release was in NX6.0

Required License(s)

gateway

int UF_MODL_SWEEP_free_trim_data
(

UF_MODL_SWEEP_TRIM_object_p_t trim_object

)

trim_object

UF_MODL_trace_a_ray (view source)

Defined in: uf_modl.h

Overview

Fires a ray at a list of transformed (optionally) bodies and returns information
about each face that is hit. A ray that is tangent to the interior of a
face, but does not cross through the face is not considered a hit. The lists
containing returned information are in the order of its distance from the
origin of the ray, the closest first.

The caller is responsible for freeing hit_list with UF_free.

Environment

Internal and External

See Also

Refer to example

History

Originally released in V16.0

Required License(s)

solid_modeling

int UF_MODL_trace_a_ray
(

int num_bodies,
tag_t * bodies,
double origin [ 3 ] ,
double direction [ 3 ] ,
double transform [ 16 ] ,
int num_desired,
int * num_results,
UF_MODL_ray_hit_point_info_p_t * hit_list

)

int	num_bodies	Input	The number of bodies that are to be hit
tag_t *	bodies	Input	Array of body tags that are to be hit. This array is dimensioned to num_bodies.
double	origin [ 3 ]	Input	Point from which the ray is fired.
double	direction [ 3 ]	Input	The direction the ray is fired.
double	transform [ 16 ]	Input	Transformation needed to convert bodies into the same co-ordinate system as the ray. Initialize with UF_MTX4_identity. Only rotation and translation are allowed.
int	num_desired	Input	Maximum number of hit points desired. A value of zero requests that all hit points be returned.
int *	num_results	Output	number of hit points found
UF_MODL_ray_hit_point_info_p_t *	hit_list	Output to UF_free	A pointer to an array of structures where each array element will contain information about each hit. The first element in this array will contain hit point information that is closest to the origin of the ray and the rest of the elements will contain points that continue in order of increasing distance. The caller must free this array by calling UF_free.

UF_MODL_TREX_ask_trim_extend (view source)

Defined in: uf_modl_trex.h

Overview

Queries a trim and extend feature.

Returns the creation data for a trim / extend feature. Refer to UF_MODL_trex_input_p_t for
detailed information on the contents.

If successful, it returns the input data associated with the feature. If not successful,
it returns a valid error code.

Return

0 : if successful
!=0 : if there is a failure. Refer to TREX_ error codes in in uf_modl_error.h.

Environment

Internal and External

History

Originally released in NX 2.0.1

Required License(s)

gateway

int UF_MODL_TREX_ask_trim_extend
(

tag_t feature,
UF_MODL_TREX_appl_data_p_t feature_data

)

tag_t	feature	Input	The trim/extend feature tag
UF_MODL_TREX_appl_data_p_t	feature_data	Output to UF_free	The feature data

UF_MODL_TREX_create_trex_feature (view source)

Defined in: uf_modl_trex.h

Overview

Creates a trim and extend feature.

This is a complete interface to create a trim/extend feature. Extends the
target by a given distance or until a target. If extended until a tool then
the target will be trimmed by the tool and optionally can modify the tool
also to make a corner between the target and the tool.

Following types of collectors allowed for a target and tool.
1. A connected set of free edges
2. A connected set of faces
a) Could be a whole sheet body
b) A connected set of faces of a sheet body

The collector is a Smart Container. For edges the collector should be created
with UF_MODL_create_smart_wireframe_container. For faces the collector should
be created with UF_MODL_create_smart_face_container.

For now only "Body Faces" are allowed for face collectors.

In case of "connected set of free edges" required extension distances are
computed internally. No extensions are done if they are "a set of faces".

If successful, it returns the tag for the feature created. If not successful,
it returns a valid error code.

Return

0 : if successful
!=0 : if there is a failure. Refer to TREX_ error codes in in uf_modl_error.h.

Environment

Internal and External

See Also

History

Originally released in NX 2.0.1

Required License(s)

gateway

int UF_MODL_TREX_create_trex_feature
(

UF_MODL_TREX_appl_data_p_t feature_data,
tag_t* feature

)

UF_MODL_TREX_appl_data_p_t	feature_data	Input	: Pointer to the structure containing defining data for the trim extend operation
tag_t*	feature	Output	: trim extend feature identifier

UF_MODL_TREX_edit_trex_feature (view source)

Defined in: uf_modl_trex.h

Overview

Edits a trim and extend feature.

Edits the parameters of a trim/extend feature. All the creation parameters are available
for editing also. One can query for the creation parameters by calling UF_MODL_TREX_ask_trim_extend.

Return

0 : if successful
!=0 : if there is a failure. Refer to TREX_ error codes in in uf_modl_error.h.

Environment

Internal and External

See Also

History

Originally released in NX 2.0.1

Required License(s)

gateway

int UF_MODL_TREX_edit_trex_feature
(

UF_MODL_TREX_appl_data_p_t feature_data,
tag_t feature

)

UF_MODL_TREX_appl_data_p_t	feature_data	Input	Pointer to the structure containing defining data for the trimextend operation
tag_t	feature	Input	Offset curve on face identifier

UF_MODL_TREX_free_trex_data (view source)

Defined in: uf_modl_trex.h

Overview

Frees the trim and extend feature input data.

Return

0 : if successful
!=0 : if there is a failure. Refer to TREX_ error codes in in uf_modl_error.h.

Environment

Internal and External

See Also

UF_MODL_TREX_appl_data_p_t

History

Originally released in NX 2.0.1

Required License(s)

gateway

int UF_MODL_TREX_free_trex_data
(

UF_MODL_TREX_appl_data_p_t feature_data

)

feature_data

UF_MODL_TREX_init_trex_data (view source)

Defined in: uf_modl_trex.h

Overview

Initializes the trim and extend feature input data.

Return

0 : if successful
!=0 : if there is a failure. Refer to TREX_ error codes in in uf_modl_error.h.

Environment

Internal and External

See Also

UF_MODL_TREX_appl_data_p_t

History

Originally released in NX 2.0.1

Required License(s)

gateway

int UF_MODL_TREX_init_trex_data
(

UF_MODL_TREX_appl_data_p_t feature_data

)

feature_data

UF_MODL_TREX_init_trex_data_set (view source)

Defined in: uf_modl_trex.h

Overview

Initializes the trim and extend target tool data set.

Return

0 : if successful
!=0 : if there is a failure. Refer to TREX_ error codes in in uf_modl_error.h.

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_TREX_init_trex_data_set
(

UF_MODL_TREX_data_set_p_t feature_data_set

)

UF_MODL_TREX_data_set_p_t

feature_data_set

UF_MODL_trim_body (view source)

Defined in: uf_modl.h

Overview

Trims a solid body.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_trim_body
(

tag_t target_body,
tag_t tool_tag,
int direction_flag,
tag_t * trim_feature

)

tag_t	target_body	Input	Target body to be trimmed.
tag_t	tool_tag	Input	Tag of face, datum plane, or plane to be used for trim.
int	direction_flag	Input	0 = Accept default direction 1 = Reverse direction
tag_t *	trim_feature	Output	Resultant trim_feature identifier tag

UF_MODL_trim_midsrf_feature (view source)

Defined in: uf_modl_freeform.h

Overview

Trims the face pair feature in a midsurface feature.

Environment

Internal and External

Required License(s)

( solid_modeling or nx_masterfem )

int UF_MODL_trim_midsrf_feature
(

tag_t midsrf_feature_obj_id

)

UF_MODL_udf_mapping_data_p_t

midsrf_feature_obj_id

Input

Midsurface Feature tag

UF_MODL_trim_sheet (view source)

Defined in: uf_modl.h

Overview

Trims a sheet body to a collection of curves, faces, or planes. The
curves can be projected along surface normals or along a vector.
Points on the sheet body define which region(s) of the sheet are to be
kept or discarded by the trim. If it can be determined that a trim
failure has occurred because there were gaps between the trimming
geometry, then the system returns the positions of those gaps with the
corresponding return code.

The UF_MODL_trim_object_t data structure defines the objects used to trim the
sheet body. If the object is a curve, then the projection method must be
defined.

Environment

Internal and External

See Also

See example

Required License(s)

solid_modeling

int UF_MODL_trim_sheet
(

tag_t sheet_body_tag,
int count_bounding_objects,
UF_MODL_trim_object_t * * bounding_objects,
double projection_vector [ 3 ] ,
int point_key,
int point_count,
double point_coords [ ] ,
double tolerance,
int * number_gap_points,
double * * gap_points

)

tag_t	sheet_body_tag	Input	Tag of sheet body to trim.
int	count_bounding_objects	Input	Number of trimming objects.
UF_MODL_trim_object_t * *	bounding_objects	Input	Array of pointers to structures holding trimming object data.
double	projection_vector [ 3 ]	Input	Vector for curves projected along a vector.
int	point_key	Input	Points define regions to: 0 = discard 1 = keep
int	point_count	Input	Number of points. (Number of regions.)
double	point_coords [ ]	Input	Array of points on the sheet. (3 point_count values.)
double	tolerance	Input	Distance tolerance for any approximations.
int *	number_gap_points	Output	Number of points returned in gap_points.
double * *	gap_points	Output to UF_free	Array of points showing positions of gaps. (3 number_gap_points values.) This array must be freed by calling UF_free.

UF_MODL_udf_default_edit_mapping_tool (view source)

Defined in: uf_modl_ugopenint.h

Overview

Create a default UDF mapping tool and let users to select mapping objects at
editing.

Environment

Internal

History

This function was originally released in NX3.

Required License(s)

solid_modeling

int UF_MODL_udf_default_edit_mapping_tool
(

tag_t udf_insert_tag,
UF_MODL_udf_ref_data_p_t ref_data

)

tag_t	udf_insert_tag	Input	UDF instantiated feature
UF_MODL_udf_ref_data_p_t	ref_data	Input / Output	UDF parent data

UF_MODL_udf_default_insert_mapping_tool (view source)

Defined in: uf_modl_ugopenint.h

Overview

Create a default UDF mapping tool and let users to select mapping objects at
instantiation.

Environment

Internal

History

This function was originally released in NX3.

Required License(s)

solid_modeling

int UF_MODL_udf_default_insert_mapping_tool
(

tag_t udf_define_tag,
UF_MODL_udf_ref_data_p_t ref_data

)

tag_t	udf_define_tag	Input	UDF definition feature
UF_MODL_udf_ref_data_p_t	ref_data	Input / Output	UDF parent data

UF_MODL_udf_free_exp_data (view source)

Defined in: uf_modl_udf.h

Overview

This function frees the expression data of a UDF.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_ask_instantiated_udf

History

This function was originally released in NX3.

Required License(s)

gateway

void UF_MODL_udf_free_exp_data
(

UF_MODL_udf_exp_data_p_t exp_data

)

UF_MODL_udf_exp_data_p_t

exp_data

Input

- The UDF expression data to be freed

UF_MODL_udf_free_mapping_data (view source)

Defined in: uf_modl_udf.h

Overview

This function frees the mapping data of a UDF.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_ask_instantiated_udf

History

This function was originally released in NX3.

Required License(s)

gateway

void UF_MODL_udf_free_mapping_data
(

UF_MODL_udf_mapping_data_p_t mapping_data

)

mapping_data

Input

- The UDF mapping data to be freed

UF_MODL_udf_free_ref_data (view source)

Defined in: uf_modl_udf.h

Overview

This function frees the reference data of a UDF.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_ask_instantiated_udf

History

This function was originally released in NX3.

Required License(s)

gateway

void UF_MODL_udf_free_ref_data
(

UF_MODL_udf_ref_data_p_t ref_data

)

UF_MODL_udf_ref_data_p_t

ref_data

Input

- The UDF reference data to be freed

UF_MODL_udf_init_exp_data (view source)

Defined in: uf_modl_udf.h

Overview

This function is to initialize the expression data of a UDF.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_create_instantiated_udf1, UF_MODL_edit_instantiated_udf

History

This function was originally released in NX3.

Required License(s)

gateway

void UF_MODL_udf_init_exp_data
(

UF_MODL_udf_exp_data_p_t exp_data

)

UF_MODL_udf_exp_data_p_t

exp_data

Input / Output

The UDF expression data to be initialized

UF_MODL_udf_init_insert_data_from_def (view source)

Defined in: uf_modl_udf.h

Overview

Function description:

User function for initializing UDF instantiation data from
a UDF definition feature. Note that the following attributes are only
filled out (i.e. memory and content).

num_exps (UF_MODL_udf_exp_data_t)
old_exps (UF_MODL_udf_exp_data_t)
num_refs (UF_MODL_udf_ref_data_t)
old_refs (UF_MODL_udf_ref_data_t)
reverse_refs_dir (UF_MODL_udf_ref_data_t)
num_mapping_objs (UF_MODL_udf_mapping_data_t)
reverse_objs_dir (UF_MODL_udf_mapping_data_t)
old_output_objs (UF_MODL_udf_mapping_data_t)
old_output_objs_index (UF_MODL_udf_mapping_data_t)

The memory of the following attributes must be allocated by the user
and their contents must be inputted by the user for further applications
such as the instantiation of a UDF feature and etc.

new_exp_values (UF_MODL_udf_exp_data_t)
new_refs (UF_MODL_udf_ref_data_t)
new_output_objs (UF_MODL_udf_mapping_data_t)
new_output_objs_index (UF_MODL_udf_mapping_data_t)

Environment

Internal and External

It can accept single UDF references and Smart Collectors and Sections in
UF_MODL_udf_ref_data_t.

Note: This routine works only with new-style UDFs released in V15

See Also

UF_MODL_ask_instantiated_udf

History

This function was originally released in NX3.

Required License(s)

gateway

int UF_MODL_udf_init_insert_data_from_def
(

tag_t udf_define_tag,
UF_MODL_udf_exp_data_t * exp_data,
UF_MODL_udf_ref_data_t * ref_data

)

tag_t	udf_define_tag	Input	Tag of UDF definition feature
UF_MODL_udf_exp_data_t *	exp_data	Output to UF_free	Expression data
UF_MODL_udf_ref_data_t *	ref_data	Output to UF_free	Parent data

UF_MODL_udf_init_mapping_data (view source)

Defined in: uf_modl_udf.h

Overview

This function is to initialize the mapping data of a UDF.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_create_instantiated_udf1, UF_MODL_edit_instantiated_udf

History

This function was originally released in NX3.

Required License(s)

gateway

void UF_MODL_udf_init_mapping_data
(

UF_MODL_udf_mapping_data_p_t mapping_data

)

UF_MODL_udf_mapping_data_p_t

mapping_data

Input / Output

The UDF mapping data to be initialized

UF_MODL_udf_init_ref_data (view source)

Defined in: uf_modl_udf.h

Overview

This function is to initialize the reference data of a UDF.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_create_instantiated_udf1, UF_MODL_edit_instantiated_udf

History

This function was originally released in NX3.

Required License(s)

gateway

void UF_MODL_udf_init_ref_data
(

UF_MODL_udf_ref_data_p_t ref_data

)

UF_MODL_udf_ref_data_p_t

ref_data

Input / Output

The UDF reference data to be initialized

UF_MODL_udf_rpo_menu (view source)

Defined in: uf_modl_ugopenint.h

Overview

Opens the default rpo menu for udf instantiation or feature paste.
This function should only be used to position new style UDFs or during
copy/paste of features.

Environment

Internal

History

This function was originally released in V17.0.2.

Required License(s)

solid_modeling

int UF_MODL_udf_rpo_menu
(

tag_t feature_eid

)

feature_eid

Input

Feature to reposition

UF_MODL_udfs_ask_def_data (view source)

Defined in: uf_modl_udf.h

Overview

This function gets the data of a given UDFS feature.
To free the members of the data structure UF_MODL_udfs_def_data_p_t, please
call function UF_MODL_free_udfs_def_data.
Note: The features of udfs have the same name as the udf.
This routine works only with new-style UDFs released in V15

Environment

Internal and External

Required License(s)

gateway

int UF_MODL_udfs_ask_def_data
(

tag_t feature_tag,
UF_MODL_udfs_def_data_p_t udfs_data

)

tag_t	feature_tag	Input	feature tag - Tag of UDFS feature
UF_MODL_udfs_def_data_p_t	udfs_data	Output to UF_free	- Data for redefinition

UF_MODL_udfs_create_def (view source)

Defined in: uf_modl_udf.h

Overview

This function creates a new udfs feature by given data.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_udfs_create_def
(

tag_t * feature_tag,
UF_MODL_udfs_def_data_p_t udfs_data

)

tag_t *	feature_tag	Input	feature tag - Tag of UDFS feature
UF_MODL_udfs_def_data_p_t	udfs_data	Input	- Data for redefinition

UF_MODL_udfs_redefine_def (view source)

Defined in: uf_modl_udf.h

Overview

This function redefines a given UDFS feature. It also reorders the
feature as the "youngest" one in the file.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_udfs_redefine_def
(

tag_t feature_tag,
UF_MODL_udfs_def_data_p_t udfs_data

)

tag_t	feature_tag	Input	feature tag - Tag of UDFS feature
UF_MODL_udfs_def_data_p_t	udfs_data	Input	- Data for redefinition

UF_MODL_unclock_instance (view source)

Defined in: uf_modl_isets.h

Overview

Unclocks the particular instance feature input as the feature object identifier.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_unclock_instance
(

tag_t feature_obj_id

)

feature_obj_id

Input

Object identifier for instance

UF_MODL_unclock_iset (view source)

Defined in: uf_modl_isets.h

Overview

Unclocks the entire instance set input as the feature object identifier.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_unclock_iset
(

tag_t feature_obj_id

)

feature_obj_id

Input

Object identifier for the instance set

UF_MODL_unform_features (view source)

Defined in: uf_modl_smd.h

Overview

This routine will set the state of an array of formable features
so that the features will be fully unformed.
The given feaure tags must be tags of Flange, Inset Flange,
General Flange, SMBridge, or SMBend feature.

The caller of this routine may start an update cycle (if any of the features
are not already in their fully unformed state) by using UF_MODL_update.

Return

Return code:
=0 : Successful
>0 : Failing error number
<0 : Failing error number
= UF_MODL_ERR_NOT_A_FORMABLE_FEATURE : The given tag was not
the tag of a formable
feature.

Environment

Internal and External

See Also

UF_MODL_form_features

History

Originally released in V18.0

Required License(s)

sheet_metal_design

int UF_MODL_unform_features
(

const int n_features,
const tag_t * const feature_tag_array,
logical * const is_update_required

)

const int	n_features	Input	The number of features tags in the array.
const tag_t * const	feature_tag_array	Input	The array of formable feature tags.
logical * const	is_update_required	Output	If update is required.

UF_MODL_unite_bodies (view source)

Defined in: uf_modl.h

Overview

Unite two bodies.

UF_MODL_unite_bodies_with_retained_options honors the setting of the
"Boolean Face Properties from" option of the Modeling Preferences dialog,
but UF_MODL_unite_bodies always applies the display properties of
the target body to new faces.

Environment

Internal and External

See Also

Refer to example
UF_MODL_unite_bodies_with_retained_options

Required License(s)

solid_modeling

int UF_MODL_unite_bodies
(

tag_t target,
tag_t tool

)

tag_t	target	Input	Target and resultant body
tag_t	tool	Input	Tool body

UF_MODL_unite_bodies_with_retained_options (view source)

Defined in: uf_modl.h

Overview

Unites two bodies with options to keep the original target body, tool body, or both bodies.

Environment

Internal and External

See Also

Refer to example ,
UF_MODL_unite_bodies.

History

Release version 19.

Required License(s)

solid_modeling

int UF_MODL_unite_bodies_with_retained_options
(

tag_t original_target,
tag_t original_tool,
logical retain_target_body,
logical retain_tool_body,
tag_t * frec_eid

)

tag_t	original_target	Input	Original target body
tag_t	original_tool	Input	Original tool body
logical	retain_target_body	Input	Indicate whether to retain the target body. If TRUE - the resulting body is the new body and target body is retained, FALSE - the resulting body is the modified target body.
logical	retain_tool_body	Input	Indicate whether to retain the tool body. If TRUE - the tool body is not consumed. FALSE - the tool body is consumed
tag_t *	frec_eid	Output	The resulting feature record tag

UF_MODL_unregister_cliff_blend (view source)

Defined in: uf_modl_blends.h

Overview

Used to unregister any previously set cliff blend routine.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_unregister_cliff_blend
(

void

)

UF_MODL_unregister_rpo_routine (view source)

Defined in: uf_modl_sketch.h

Overview

Unregisters a routine for relative positioning.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_unregister_rpo_routine
(

void

)

UF_MODL_unregister_udf_mapping_routine (view source)

Defined in: uf_modl_udf.h

Overview

Unregisters a routine for relative positioning.

Note: This routine works only with new-style UDFs released in V15

Environment

Internal and External

See Also

UF_MODL_register_udf_mapping_routine
UF_MODL_unregister_udf_mapping_routine

History

This function was originally released in NX3.

Required License(s)

solid_modeling

int UF_MODL_unregister_udf_mapping_routine
(

void

)

UF_MODL_unregister_var_blend (view source)

Defined in: uf_modl_blends.h

Overview

Used to unregister any previously set variable radius blend routine.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_unregister_var_blend
(

void

)

UF_MODL_unset_containment (view source)

Defined in: uf_modl.h

Overview

If UF_MODL_ask_uv_points_containment will be called multiple times for the same face
then this function, in conjunction with UF_MODL_set_containment, will improve
the performance of the computations.

Call this function after to your calls to UF_MODL_ask_uv_points_containment

Environment

Internal and External

See Also

Refer to example

History

Originally released in NX8.0.2

Required License(s)

gateway

int UF_MODL_unset_containment
(

tag_t face_eid

)

face_eid

Input

face which was used in multiple UF_MODL_ask_uv_points_containment calls

UF_MODL_unset_suppress_exp_tag (view source)

Defined in: uf_modl_expressions.h

Overview

Unsets suppress expression tag from the input feature.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_unset_suppress_exp_tag
(

tag_t feature_tag

)

feature_tag

Input

Feature object id

UF_MODL_unsuppress_feature (view source)

Defined in: uf_modl.h

Overview

Unsuppress a list of features. Note that the system adds all depended
features and performs an update.

Environment

Internal and External

Required License(s)

solid_modeling

int UF_MODL_unsuppress_feature
(

uf_list_p_t feature_list

)