PK_3_face_blend_bad_blend_tol_c

22337

The blend tolerance supplied is non-positive.

PK_3_face_blend_bad_guide_c

22333

The wire guide given by the application is invalid. Associated data may be returned as an edge or vertex in 'topols' and a vector in 'points' representing a point where the guide is unsuitable.

PK_3_face_blend_bad_help_c

22346

Supplied help point does not determine a unique blend sheet from a multiple set of sheets that have been found. It lies equidistant to two or more sheets.

PK_3_face_blend_bad_orient_c

22335

The application has supplied an unsuitable orientation.

PK_3_face_blend_bad_prop_tol_c

22338

The propagation tolerance supplied is non-positive.

PK_3_face_blend_bad_wall_c

22334

The application has supplied an invalid wall of faces. The associated data in 'topols' is the invalid array of faces.

PK_3_face_blend_face_face_c

22341

The blend, which has been attached, has caused a face-face inconsistency. The associated value in 'topols' is an array containing a pair of clashing faces.

PK_3_face_blend_fail_c

22332

The blend could not be created for an unspecified reason.

PK_3_face_blend_inconsistent_c

22343

The application has supplied inconsistent data.

PK_3_face_blend_ok_c

22330

The requested blend succeeded.

PK_3_face_blend_plane_insuff_c

22345

The application has supplied a limit or capping plane which is not sufficient to trim the blend. For example, if the blend is closed, the application must supply two limit planes.

PK_3_face_blend_plane_origin_c

22344

The application has supplied a limit or capping plane whose origin does not determine a unique location at which to trim the blend.

PK_3_face_blend_self_int_c

22342

The blend contains face(s) with self intersecting geometry. The associated value in 'topols' is an array containing the blend faces with self-intersecting surfaces.

PK_3_face_blend_sheet_c

22331

The blend has partially succeeded. Blend sheet bodies have been created. The walls have not been modified. The associated data is a vector in 'points' and topological entities in 'topols'. These indicate the region where the blend failed.

PK_3_face_blend_sheet_clash_c

22339

The blend sheet(s) intersect one another and hence could not be attached. The associated data is a vector in 'points' and topological entities in 'topols'. These indicate which sheet(s) clashed and a point at which they clashed.

PK_3_face_blend_unoriented_c

22336

The orientation of a wall was given as

PK_3_face_blend_wall_clash_c

22340

The blend, which has been attached, has combined input bodies and has produced a face-face inconsistency elsewhere in the model. The associated value in 'topols' is an array containing a pair of clashing faces.

PK_abort_frustrum_error_c

3

Abort requested to handle error in frustrum

PK_abort_runtime_error_c

2

Abort requested to handle runtime error

PK_abort_user_interrupt_c

1

Abort requested to handle user interrupt

PK_achieved_cont_no_c

23631

The resultant B-surface has a level lower than that requested by the user.

PK_achieved_cont_yes_c

23630

The resultant B-surface has the level of continuity requested by the user.

PK_ATTDEF_callback_normal_c

22050

Normal callback - application processes the attributes.

PK_ATTDEF_callback_read_only_c

22051

Read-only callback - Parasolid processes the attributes.

PK_ATTDEF_cb_on_any_c

23031

The attdef callback function is called with any attribute definition.

PK_ATTDEF_cb_on_mismatch_c

23030

The attdef callback function is called only with mismatched attribute definitions.

PK_ATTDEF_class_01_c

5801

attribute is independent of physical size and position of entity to which it is attached (e.g. density)

PK_ATTDEF_class_02_c

5802

attribute is dependent on entity size but not on position (e.g. weight)

PK_ATTDEF_class_03_c

5803

attribute may vary with position or orientation (e.g. moment of inertia)

PK_ATTDEF_class_04_c

5804

attribute transforms with its owner but is otherwise independent of the size and shape of its owner (e.g. start point or direction of movement of the tool that cuts a face)

PK_ATTDEF_class_05_c

5805

attribute transforms with its owner provided its owner is not changed in other ways (e.g. centre of gravity)

PK_ATTDEF_class_06_c

5806

as for PK_ATTDEF_class_01_c, attribute is independent of physical size and position of the entity to which it is attached. However this class of attribute supports multiple values - one entity may have a list of attributes of the same type attached

PK_ATTDEF_class_07_c

5807

as for PK_ATTDEF_class_04_c, attribute transforms with its owner, but is otherwise independent of size and shape of the owner. However this class supports multiple values - an entity may have a list of attributes of the same type attached.

PK_ATTDEF_class_internal_c

5800

attribute is only used internally.

PK_ATTDEF_mismatch_fail_c

23440

fail if any mismatched attribute definitions are found

PK_ATTDEF_mismatch_ignore_c

23441

do not receive mismatched attribute definitions and their associated attributes

PK_ATTRIB_field_change_mod_c

26591

The field of the attribute has been modified since the preceding pmark.

PK_ATTRIB_field_change_new_c

26590

The field of the attribute has been created since the preceding pmark.

PK_ATTRIB_field_axis_c

5907

No description Available

PK_ATTRIB_field_coordinate_c

5905

No description Available

PK_ATTRIB_field_direction_c

5906

No description Available

PK_ATTRIB_field_entity_c

5908

No description Available

PK_ATTRIB_field_integer_c

5901

No description Available

PK_ATTRIB_field_pointer_c

5909

No description Available

PK_ATTRIB_field_real_c

5902

No description Available

PK_ATTRIB_field_string_c

5903

No description Available

PK_ATTRIB_field_ustring_c

5910

No description Available

PK_ATTRIB_field_vector_c

5904

No description Available

PK_ATTRIB_no_roll_diff_ignore_c

26290

do nothing

PK_ATTRIB_no_roll_diff_report_c

26291

produce a PK_REPORT_1_no_roll_diff_c report record containing the changed attributes

PK_ATTRIB_no_roll_diff_c

26302

attribute has a field of a different length to that which it had when set to be a no-roll attribute, as a result of rolling over a delta which was created when the attribute was not a no-roll attribute

PK_ATTRIB_no_roll_invalid_c

26303

attribute roll state is invalid

PK_ATTRIB_no_roll_set_c

26300

attribute does not roll

PK_ATTRIB_no_roll_unset_c

26301

attribute does roll

PK_ATTRIB_reset_continue_c

26600

The callback has finished successfully and scanning should continue.

PK_ATTRIB_reset_failed_c

26601

The callback has encountered a problem, so scanning the partition should be stopped and an error returned.

PK_BB_event_change_attrib_c

14409

attrib owned by entity changed

PK_BB_event_change_c

14403

entity changed

PK_BB_event_copy_c

14407

entity copied

PK_BB_event_create_c

14401

entity created

PK_BB_event_delete_c

14402

entity deleted

PK_BB_event_merge_c

14405

entities merged

PK_BB_event_split_c

14404

entities split

PK_BB_event_transfer_c

14406

entities transferred

PK_BB_event_transform_c

14408

entity transformed

PK_BB_status_off_c

14501

bulletin board off and clear contents

PK_BB_status_on_c

14502

bulletin board on to record entities

PK_BB_status_user_field_c

14503

bulletin board on to record entities and user fields.

PK_BCURVE_clamp_constant_c

24012

If a subsequence of 'positions' lie in the same clamp plane, then the resultant spline will also remain coincident with that clamp plane between those positions.

PK_BCURVE_clamp_extreme_c

24011

The resultant bcurve will have the same property as with PK_BCURVE_clamp_constant_c. Furthermore, if a supplied position p is such that the previous and next positions lie on the same side of a clamp plane passing through p, then the resultant spline will also lie on the same side of that clamp plane between the adjacent positions.

PK_BCURVE_clamp_no_c

24010

The resultant bcurve will not be clamped.

PK_BCURVE_extend_failure_c

23073

Internal algorithm failure

PK_BCURVE_extend_ok_c

23070

Extension succeeded

PK_BCURVE_extend_partial_c

23072

Only part of the extension was performed

PK_BCURVE_extend_unextended_c

23071

No extension necessary

PK_BCURVE_extension_distance_c

23081

Extend by a given arc length distance.

PK_BCURVE_extension_none_c

23080

No extension requested.

PK_BCURVE_extension_parm_ratio_c

23083

Extend parameter boundary by a ratio of the current parameter range. 'value' is the proportion of the current parameter range.

PK_BCURVE_extension_to_parm_c

23082

Extend to a given absolute parameter value.

PK_BCURVE_fit_err_closest_c

21092

match sample point to closest point on bcurve

PK_BCURVE_fit_err_none_c

21090

don't calculate any errors on bcurve

PK_BCURVE_fit_err_parm_c

21091

match sample point to point on bcurve with equal parameter

PK_BCURVE_fit_eval_chain_c

21081

use internal chain-of-curves evaluator

PK_BCURVE_fit_eval_user_c

21080

use user-supplied evaluator function

PK_BCURVE_fit_bad_break_parm_c

21109

invalid break parameters supplied

PK_BCURVE_fit_bad_chain_c

21110

invalid chain data supplied

PK_BCURVE_fit_bad_err_method_c

21107

invalid error method supplied

PK_BCURVE_fit_bad_eval_type_c

21108

invalid eval type supplied

PK_BCURVE_fit_bad_fit_parm_c

21111

invalid fit parameters supplied

PK_BCURVE_fit_bad_n_curves_c

21104

invalid number of curves supplied

PK_BCURVE_fit_bad_range_c

21105

invalid range supplied

PK_BCURVE_fit_bad_tolerance_c

21106

invalid tolerance supplied

PK_BCURVE_fit_eval_failure_c

21103

evaluator function failed

PK_BCURVE_fit_failure_c

21101

unspecified failure

PK_BCURVE_fit_other_failed_c

21102

failed due to another curve failing

PK_BCURVE_fit_success_c

21100

fit succeeded

PK_BCURVE_fitted_bad_eval_type_c

23205

invalid eval type supplied

PK_BCURVE_fitted_bad_interp_parm_c

23206

invalid interpolation parameters supplied

PK_BCURVE_fitted_bad_range_c

23203

invalid range supplied

PK_BCURVE_fitted_bad_tolerance_c

23204

invalid tolerance supplied

PK_BCURVE_fitted_eval_failure_c

23202

evaluator function failed

PK_BCURVE_fitted_failure_c

23201

unspecified failure

PK_BCURVE_fitted_success_c

23200

fit succeeded

PK_BCURVE_form_arbitrary_c

8651

The curve shape is not special.

PK_BCURVE_form_circular_c

8653

The curve corresponds to a circular arc.

PK_BCURVE_form_elliptic_c

8654

The curve corresponds to an elliptic arc.

PK_BCURVE_form_hyperbolic_c

8656

The curve corresponds to a hyperbolic arc.

PK_BCURVE_form_parabolic_c

8655

The curve corresponds to a parabolic arc.

PK_BCURVE_form_polyline_c

8652

The curve is piecewise linear.

PK_BCURVE_form_unset_c

8650

The curve shape has not been calculated.

PK_BCURVE_overdefined_fail_c

23110

Fail if the spline is overdefined.

PK_BCURVE_overdefined_insert_c

23111

The resultant B-curve will have knots inserted, additional to those specified by the user, such that the position, parameter and derivative conditions can be met.

PK_BCURVE_spline_stat_approx_c

24171

The resultant B-curve approximates the input constraints.

PK_BCURVE_spline_stat_exact_c

24170

The resultant B-curve interpolates the input constraints exactly.

PK_BCURVE_spline_stat_not_fit_c

24172

The resultant B-curve is unable to meet the input constraints within tolerances.

PK_BCURVE_spline_bad_derivs_c

23093

An invalid derivative has been supplied. The indices of the bad derivatives in the 'derivs' array are returned in

PK_BCURVE_spline_bad_knots_c

23096

The knot values are inconsistent with the parameter range in 'param_interval' or are not monotonically increasing.

PK_BCURVE_spline_bad_params_c

23095

A parameter value in 'parameters' lies outside the 'param_interval' or the increasing with respect to the order of the corresponding positions. For periodic curves, this error is also given if the start and end of the parameters. The index of the incorrect value in 'parameters' is returned in

PK_BCURVE_spline_degree_c

23092

The degree is negative or too low for the derivative conditions imposed.

PK_BCURVE_spline_failure_c

23091

Failed to create the spline.

PK_BCURVE_spline_high_mult_c

23097

The knot multiplicity is too high for the given 'degree'. The index of the incorrect knot in 'knots' is returned in 'fault_values'.

PK_BCURVE_spline_many_derivs_c

23094

Too many derivatives of a given order. The order of the overabundant derivatives is returned in 'fault_values'.

PK_BCURVE_spline_ok_c

23090

Successfully created the spline.

PK_BCURVE_spline_overdefined_c

23098

The position, parameter and derivative conditions (locally) overdefine a spline of the given knotset.

PK_behaviour_status_ok_c

25910

behaviour set as requested

PK_behaviour_status_unknown_c

25911

unknown value detected when behaviour set

PK_bend_merge_in_c

22631

Faces in the given set of faces with operation type PK_FACE_change_type_bend_c will be merged together if feasible. Vertices on the boundary of the merged face will be merged if feasible, additional faces will not be merged to achieve this.

PK_bend_merge_no_c

22630

No bend-specific merging will be performed. Merging may still occur when healing is required to ensure integrity of the final part.

PK_bend_merge_out_c

22632

Faces included in the given set of faces with operation type PK_FACE_change_type_bend_c, and faces that are not, but share at least one common edge with those faces, will be merged if feasible. Faces not in the given set and sharing only a vertex with faces in the given set will not be merged. Vertices on the boundary of the merged face will be merged if feasible, additional faces will not be merged to achieve this.

PK_blend_cap_type_at_edge_c

25312

The end of the blend is capped by surfaces swept from the geometry of the edge(s) of the blend face at the identified end of the blend.

PK_blend_cap_type_beyond_c

25311

Planar cap faces are placed beyond the terminating edge of the blend face into the adjoining face(s).

PK_blend_cap_type_within_c

25310

Planar cap faces are placed within the blend face approximately 10% from the end of the blend.

PK_blend_check_fa_fa_no_c

21060

don't do any face-face inconsistency checks

PK_blend_check_fa_fa_yes_c

21061

do all of the face-face inconsistency checks

PK_blend_check_fa_no_c

21050

don't do any face checks

PK_blend_check_fa_yes_c

21051

perform all of the face checks

PK_blend_check_su_X_no_c

21040

don't check any surfaces

PK_blend_check_su_X_not_bsurf_c

21041

check all surfaces except B-surfaces

PK_blend_check_su_X_yes_c

21042

check all surfaces

PK_blend_check_full_c

18381

and ensure blend boundaries are legal

PK_blend_check_vertex_c

18380

check for consistency at vertices

PK_blend_convexity_any_c

8600

The blend may be either convex or concave

PK_blend_convexity_concave_c

8603

The blend is concave

PK_blend_convexity_convex_c

8602

The blend is convex

PK_blend_cs_disc_c

18491

disc blend

PK_blend_cs_isoparameter_c

18492

isoparameter blend

PK_blend_cs_rolling_ball_c

18490

rolling ball blend

PK_blend_delete_cap_no_c

24100

Do not use capping

PK_blend_delete_cap_planar_c

24109

Cap with a plane

PK_blend_delete_keep_no_c

24250

Discard the blend at the face end associated with the cap.

PK_blend_delete_keep_yes_c

24251

Keep the blend at this cap and discard the other end of the blend

PK_blend_distant_unders_no_c

25481

Do not identify blends with non-adjacent unders.

PK_blend_distant_unders_yes_c

25480

Identify blends with non-adjacent unders

PK_blend_edge_update_0_c

22190

for updating v9.1 to v12.1 models

PK_blend_edge_update_10_c

23811

for updating v19.1 models

PK_blend_edge_update_11_c

23812

for updating v20.0 models

PK_blend_edge_update_12_c

23813

for updating v21.0 models

PK_blend_edge_update_13_c

23814

for updating v22.0 to v22.1 models

PK_blend_edge_update_14_c

23815

for updating v23.0 models

PK_blend_edge_update_15_c

23816

for updating v23.1 models

PK_blend_edge_update_16_c

23817

for updating v24.0 models

PK_blend_edge_update_17_c

23818

for updating v24.1 models

PK_blend_edge_update_18_c

23819

for updating v25.0 models

PK_blend_edge_update_19_c

23820

for updating v25.1 models

PK_blend_edge_update_1_c

22191

for updating v13.0 models

PK_blend_edge_update_20_c

23821

for updating v26.0 models

PK_blend_edge_update_2_c

22193

for updating v13.2 to v15.0 models

PK_blend_edge_update_3_c

22194

for updating v15.1 to v16.0 models

PK_blend_edge_update_4_c

22195

for updating v16.1 models

PK_blend_edge_update_5_c

22196

for updating v17.0 models

PK_blend_edge_update_6_c

22197

for updating v17.1 models

PK_blend_edge_update_7_c

22198

for updating v18.0 models

PK_blend_edge_update_8_c

22199

for updating v18.1 models

PK_blend_edge_update_9_c

23810

for updating v19.0 models

PK_blend_edge_update_default_c

22192

use latest functionality

PK_blend_edge_update_v261_c

23822

for updating v26.1 models

PK_blend_edge_update_v270_c

23823

for updating v27.0 models

PK_blend_edge_update_v271_c

23824

for updating v27.1 models

PK_blend_edge_update_v280_c

23825

for updating v28.0 models

PK_blend_fault_2_edge_c

16056

vertex blend ends on illegal 2 edge vertex

PK_blend_fault_apex_range_c

25422

A large range value has resulted in an apex-range/angle blend becoming ill-defined.

PK_blend_fault_bad_cap_c

18396

plane a capping plane could not be used body a capping sheet body could not be used face an inappropriate limit face has been supplied fin an inappropriate limit fin has been supplied

PK_blend_fault_bad_end_c

16066

vertex undetermined problem at end of blend

PK_blend_fault_bsurf_c

16058

face blend requires invalid extension of B-surface

PK_blend_fault_chamfer_c

16057

edge geometry unsuited to asymmetric chamfer ranges

PK_blend_fault_chamfer_intsec_c

16070

vertex can't intersect chamfers at vertex

PK_blend_fault_cliffedge_c

16074

cliff edge blend range inconsistent with cliff edge

PK_blend_fault_conic_c

18394

edge geometry unsuited to asymmetric conic ranges

PK_blend_fault_edge_c

16061

edge adjoining edge not blended

PK_blend_fault_edge_intsec_c

16071

edge end boundary intersects unblended edge

PK_blend_fault_end_c

16069

vertex blend has illegal end boundary

PK_blend_fault_face_c

16067

face range of blend on face too large

PK_blend_fault_face_face_c

18393

face the blend has produced a face-face inconsistency

PK_blend_fault_face_not_g1_c

25421

face an underlying surface is not smooth

PK_blend_fault_g2_collar_setb_c

25420

Attempted to fix curvature-continuous blend with a collar setback set.

PK_blend_fault_g2_vx_blend_c

18399

Attempted to fix curvature-continuous blend with vertex blending enabled.

PK_blend_fault_g2_with_cliff_c

18398

No description Available

PK_blend_fault_general_c

16055

vertex edge has non-manifold vertex

PK_blend_fault_loop_c

16062

blend completely overlaps edge loop

PK_blend_fault_no_blend_c

18390

edge has no blend

PK_blend_fault_no_fault_c

18391

blend is OK

PK_blend_fault_obsolete_c

16052

unsupported V1 or V2 blend

PK_blend_fault_other_edge_c

16072

edge illegal blend on other edge prevented full check

PK_blend_fault_overlap_c

16063

overlapping blends

PK_blend_fault_overlap_edge_c

16064

edge unblended edge overlapped by blend

PK_blend_fault_overlap_end_c

16068

vertex illegal overlap on end boundary

PK_blend_fault_range_c

16059

edge range inconsistent with adjacent blended edge

PK_blend_fault_repaired_c

18395

group The blend succeeded. Some of the blend surfaces have been repaired because they would otherwise have been self-intersecting. 'fault_topol' will contain the group of faces that have been repaired. The group will also contain any faces created by requesting that Parasolid patch a limit. It is your application's responsibility to delete this group after use. This value will only ever be returned if PK_BODY_fix_blends was called with

PK_blend_fault_rho_too_large_c

18397

face A large rho value has resulted in the blend cross section curvature being too flat compared to the underlying surface(s)

PK_blend_fault_self_int_c

18392

face the blend has produced a self-intersecting surface

PK_blend_fault_sheet_c

16054

edge is laminar

PK_blend_fault_singularity_c

16051

vertex blend ends on surface singularity

PK_blend_fault_tangent_c

16073

blend on tangent edge

PK_blend_fault_type_c

16060

edge blend type inconsistent with adjacent blended edge, or attempted to fix a G2 edge blend at the same time as a non-G2 edge blend, or attempted to fix a blend set by PK_EDGE_set_blend_chain at the same time as blend set by PK_EDGE_set_blend_variable.

PK_blend_fault_unknown_c

16065

unspecified numerical problem with blend

PK_blend_fault_vertex_c

16053

vertex configuration of edges at vertex is too complicated

PK_blend_follow_branch_no_c

24161

if at least one of a branch face's adjacent blend faces is supplied then the blend chain will only propagate onto the supplied adjacent blend faces. If none of the branch face's adjacent blend faces are supplied then the blend chain propagates onto all adjacent blend faces.

PK_blend_follow_branch_yes_c

24160

allow propagation outwards from supplied branch faces on to all chains adjacent to the branch face

PK_blend_group_rib_by_face_c

21031

group ribs by blend face

PK_blend_group_rib_by_parms_c

21032

group ribs by parameter intervals on spine

PK_blend_group_rib_no_c

21030

don't group ribs

PK_blend_identify_dependent_c

22244

blends not in the face set but dependent on faces within the given face set are identified.

PK_blend_identify_exc_chain_c

22241

minimal chains of blends starting within the given face set and excluding final branch faces.

PK_blend_identify_inc_chain_c

22242

minimal chains of blends starting within the given face set and including final branch faces.

PK_blend_identify_max_chain_c

22243

maximal chains of blends starting within the given face set.

PK_blend_identify_within_c

22240

only blend faces within the given face set are identified

PK_blend_inside_tight_blends_c

22991

Create blends on faces that are too tightly curved, provided that these faces are themselves blend-like.

PK_blend_inside_tight_faces_c

22992

Create blends on faces that are too tightly curved throughout the region of the blend.

PK_blend_inside_tight_no_c

22990

Do not create blends on faces that are too tightly curved.

PK_blend_inside_tight_partial_c

22993

Create blends on faces that are too tightly curved over part of the region of the blend.

PK_blend_laminar_trim_bound_c

24741

The blend of the sheet body is trimmed to remain continuous with the wider of the underlying surfaces only. The edge of the sheet will follow constant parameter lines of the blend surface.

PK_blend_laminar_trim_edges_c

24740

The blend of the sheet body is trimmed to remain continuous with the edges of each of the underlying surfaces.

PK_blend_limit_patch_no_c

25041

Do not try patching the blend in the region of the corresponding limit.

PK_blend_limit_patch_yes_c

25040

Try patching the blend in the region of the corresponding limit.

PK_blend_limit_type_edge_c

24930

The associated limit point in the PK_blend_limit_data_t structure specifies an edge limit. The direction of the limit is specified by the associated direction vector.

PK_blend_limit_type_overlap_c

24931

The associated limit point in the PK_blend_limit_data_t structure specifies an overlap limit. The associated direction vector in the same structure is ignored

PK_blend_order_concave_convex_c

23122

Apply concave blends first

PK_blend_order_convex_concave_c

23123

Apply convex blends first

PK_blend_order_maj_convexity_c

23121

Apply blends on edges of majority convexity first

PK_blend_order_min_convexity_c

23120

Apply blends on edges of minority convexity first

PK_blend_order_unset_c

23124

Parasolid decides the order in which blends are applied.

PK_blend_orientation_before_c

22320

The blend lies in the direction of the face normals.

PK_blend_orientation_behind_c

22321

The blend lies in the direction opposite the face normals.

PK_blend_orientation_unknown_c

22322

Parasolid will attempt to determine the correct orientation.

PK_blend_output_rib_also_c

21023

return ribs as well as blends

PK_blend_output_rib_at_help_c

21024

return a single rib at the help point but no blends

PK_blend_output_rib_no_c

21020

don't return ribs

PK_blend_output_rib_on_fail_c

21021

return ribs in failed blend faces

PK_blend_output_rib_only_c

21022

return ribs but no blends

PK_blend_output_sheet_no_c

22720

A blend sheet body will not be created.

PK_blend_output_sheet_on_fail_c

22722

If the call to PK_BODY_fix_blends returns a 'fault' other than PK_blend_fault_no_fault_c, a blend sheet body (possibly disjoint) may be created and the blend faces referencing the sheet body returned. The original body is left unchanged. If the call to PK_BODY_fix_blends returns the 'fault' PK_blend_fault_no_fault_c, blend faces will be fixed to the original body and a blend sheet body is not created.

PK_blend_output_sheet_yes_c

22721

A blend sheet body (possibly disjoint) will be created and the blend faces referencing the sheet body returned. The original body is left unchanged. This occurs regardless of the 'fault' returned from PK_BODY_fix_blends.

PK_blend_ov_cliff_end_no_c

18460

prevent cliff end edge overflow

PK_blend_ov_cliff_end_yes_c

18461

enable cliff end edge overflow

PK_blend_ov_cliff_any_c

18452

enable cliff edge overflow for any convexity

PK_blend_ov_cliff_diff_c

18451

enable cliff edge overflow for different convexity

PK_blend_ov_cliff_no_c

18450

prevent cliff edge overflow

PK_blend_ov_exp_cliff_no_c

23500

prevent cliff edge overflow

PK_blend_ov_exp_cliff_yes_c

23501

enable cliff edge overflow

PK_blend_ov_notch_no_c

18470

prevent notch overflow

PK_blend_ov_notch_yes_c

18471

enable notch overflow

PK_blend_ov_smooth_any_c

18442

enable smooth overflow for any convexity

PK_blend_ov_smooth_diff_c

18441

enable smooth overflow for different convexity

PK_blend_ov_smooth_no_c

18440

prevent smooth overflow

PK_blend_params_face_offset_c

25461

A blend or chamfer defined by two offsets. The offsets are measured from the boundaries of the blend or chamfer to the intersection the face normals. For a blend, the two offsets must be equal.

PK_blend_params_none_c

25460

There are no additional parameters.

PK_blend_prevent_sharp_no_c

23790

Do not prevent sharp edges

PK_blend_prevent_sharp_report_c

23792

Attempt to prevent sharp edges and report any faces that have been modified in the function return arguments

PK_blend_prevent_sharp_yes_c

23791

Attempt to prevent sharp edges

PK_blend_propagate_no_c

18410

do not propagate

PK_blend_propagate_yes_c

18411

propagate

PK_blend_range_angle_c

26322

range represents the angle made by the chord between the contact points and the tangent plane of the contact point on the relevant side of the blend

PK_blend_range_apex_range_c

26321

range represents the distance to the blend's apex

PK_blend_range_face_offset_c

26320

range represents the face offset distances

PK_blend_render_rib_no_c

18430

don't draw ribs

PK_blend_render_rib_yes_c

18431

draw ribs - separation 'ribspace'

PK_blend_repair_fa_X_no_c

23340

Do not repair self-intersecting blends

PK_blend_repair_fa_X_yes_c

23341

Attempt to repair self-intersecting blends

PK_blend_repair_su_X_no_c

22710

Do not repair self-intersecting blends

PK_blend_repair_su_X_report_c

22712

Attempt to repair self-intersecting blends and report whether any surfaces have been repaired in the function returned arguments

PK_blend_repair_su_X_yes_c

22711

Attempt to repair self-intersecting blends

PK_blend_report_blends_no_c

25471

Do not create Parasolid reports for identified blend faces.

PK_blend_report_blends_yes_c

25470

Create Parasolid reports for identified blend faces.

PK_blend_report_extended_no_c

26631

Do not report any chamfer faces that are extended outside of their natural width.

PK_blend_report_extended_yes_c

26630

Report any chamfer faces that are extended outside of their natural width.

PK_blend_report_repaired_no_c

25031

Do not return the repaired blend faces in a separate list. (default).

PK_blend_report_repaired_yes_c

25030

Return the repaired blend faces in a separate list.

PK_blend_rho_absolute_c

22850

rho is independent of the angle subtended by the blend.

PK_blend_rho_centre_c

22852

rho is the radius of curvature at the centre of the blend cross-section.

PK_blend_rho_relative_c

22851

rho is relative to the angle subtended by the blend. A value of 0.5 will give the least tension ellipse (circle) solution.

PK_blend_run_out_angle_c

24750

Trim the blend at the isoline where the angle subtended by the blend equals the given run out angle.

PK_blend_run_out_no_c

24751

Do not stop the blend in shallow regions

PK_blend_set_tol_no_c

22381

A tolerance is never applied when fixing blends.

PK_blend_set_tol_yes_c

22380

A tolerance will be applied when fixing blends if the blend would fail otherwise. A suitable tolerance is evaluated within Parasolid, and applied if the evaluated tolerance is less than the user-supplied maximum tolerance (default 1.0e-05).

PK_blend_setback_collar_all_c

23130

The setback vertex patch configuration will include collar faces on every blended edge at the vertex. This can only be used for non-G2 edge blends.

PK_blend_setback_collar_none_c

23131

The setback vertex patch configuration will not include any collar faces

PK_blend_size_angle_c

26312

size represents the angle made by the chord between the contact points and the tangent plane of the contact point on the relevant side of the blend

PK_blend_size_apex_range_c

26311

size represents the range to the blend's apex

PK_blend_size_face_offset_c

26310

size represents the face offset distances

PK_blend_suggest_limit_no_c

24780

The data will not be returned.

PK_blend_suggest_limit_patch_c

24782

The data will be returned. Parasolid will attempt to return limits suitable for patching. Whether or not a limit is suitable for patching will be indicated by information in the report.

PK_blend_suggest_limit_yes_c

24781

The data will be returned. The limits returned should not be considered suitable for patching.

PK_blend_tolerance_improved_c

24131

reduces the tolerance of new edges

PK_blend_tolerance_standard_c

24130

default tolerance setting of new edges

PK_blend_track_edges_laminar_c

24091

Return tracking for laminar edges

PK_blend_track_edges_no_c

24090

Do not return tracking for laminar edges

PK_blend_track_type_basic_c

24210

Basic tracking information will be returned. Default behaviour.

PK_blend_track_type_unders_c

24211

Tracking data will be returned regarding the underlying topologies or geometries upon the original body or capping entities from which a blend face has arisen.

PK_blend_transfer_topol_no_c

21770

delete all topology in the blended out region

PK_blend_transfer_topol_yes_c

21771

preserve topology in the blended out region

PK_blend_trim_extent_all_c

24380

Consider the extent of all three walls during trimming to determine the blend extent.

PK_blend_trim_extent_sides_c

24381

When trimming in three face blending ignore the extent of the central wall, and only use the left and right side walls to determine the blend extent.

PK_blend_trim_long_c

17421

Long trim to walls. The blend end boundaries will be the constant parameter lines determined by the wall boundaries such that the blend is as long as possible.

PK_blend_trim_no_c

17401

Do not trim blend. The blend will not be trimmed to the wall extent. Its end boundaries will be constant parameter lines.

PK_blend_trim_short_c

17420

Short trim to walls. The blend end boundaries will be the constant parameter lines determined by the wall boundaries such that the blend is as short as possible.

PK_blend_trim_to_walls_c

17402

Trim blend to walls. The blend end boundaries will be determined by the wall boundaries.

PK_blend_type_ball_constant_c

18401

constant radius rolling ball blend

PK_blend_type_ball_variable_c

18402

variable radius rolling ball blend

PK_blend_type_chain_c

18404

blend defined over a chain of edges

PK_blend_type_chamfer_c

18403

chamfer

PK_blend_type_no_c

18400

not blended

PK_blend_update_0_c

21070

for updating v9.1 models

PK_blend_update_10_c

24221

for updating v21.0 models

PK_blend_update_11_c

24222

for updating v22.0 models

PK_blend_update_12_c

24223

for updating v22.1 models

PK_blend_update_13_c

24224

for updating v23.0 models

PK_blend_update_14_c

24225

for updating v23.1 models

PK_blend_update_15_c

24226

for updating v24.0 models

PK_blend_update_16_c

24227

for updating v24.1 models

PK_blend_update_17_c

24228

for updating v25.0 models

PK_blend_update_18_c

24229

for updating v25.1 models

PK_blend_update_19_c

24230

for updating v26.0 models

PK_blend_update_1_c

21071

for updating v10.0 - v13.0 models

PK_blend_update_2_c

21073

for updating v13.2 - v14.0 models

PK_blend_update_3_c

21074

for updating v14.1 - v15.1 models

PK_blend_update_4_c

21075

for updating v16.0 - v17.0 models

PK_blend_update_5_c

21076

for updating v17.1 models

PK_blend_update_6_c

21077

for updating v18.0 models

PK_blend_update_7_c

21078

for updating v18.1 models

PK_blend_update_8_c

21079

for updating v19.0 models

PK_blend_update_9_c

24220

for updating v19.1 - v20.0 models

PK_blend_update_default_c

21072

activate latest functionality

PK_blend_update_v261_c

24231

for updating v26.1 models

PK_blend_update_v270_c

24232

for updating v27.0 models

PK_blend_update_v271_c

24233

for updating v27.1 models

PK_blend_update_v280_c

24234

for updating v28.0 models

PK_blend_use_master_faces_no_c

25560

Create all blends which go through any pair of faces from the left and right wall.

PK_blend_use_master_faces_yes_c

25561

Create only those blends which go through the first face of either wall other wall (default).

PK_blend_vary_linear_c

18421

No description Available

PK_blend_vary_smooth_c

18420

No description Available

PK_blend_walls_attach_c

17404

Trim the side walls and attach blend. Only the side walls will be trimmed by the blend. The blend will be attached to the side walls. If the side walls lie in different bodies the bodies will be combined, with the body containing the left wall being considered as the target body. If 'left_sense' and 'right_sense' are not the same, the body containing the right wall will be negated in order to produce a consistent result.

PK_blend_walls_preview_c

18481

Do not trim walls. The walls will not be trimmed. The blend will not be attached to the walls but will be created as a separate sheet body. This separate sheet body will only be returned if it could have been attached if

PK_blend_walls_solid_c

17417

Trim the side walls, attach blend and make solid. As for PK_blend_walls_attach_c, with the addition that if the result of the blending operation encloses a volume then a solid body will be created. Otherwise a sheet body will be returned.

PK_blend_walls_trim_both_c

17403

Trim the side walls. These side walls will be trimmed by the blend boundaries. The blend will not be attached to any wall but will be created as a separate sheet body. This token is only valid if the side walls for the blend are from different bodies. Note that in the case of three-face blends the centre wall is either left untouched or completely removed after the operation.

PK_blend_walls_trim_no_c

18480

Do not trim walls. The walls will not be trimmed. The blend will not be attached to the walls but will be created as a separate sheet body.

PK_blend_xs_disc_c

18491

disc blend

PK_blend_xs_isoparameter_c

18492

isoparameter blend

PK_blend_xs_rolling_ball_c

18490

rolling ball blend

PK_blend_xs_shape_chamfer_c

22203

shape is linear, with position continuity

PK_blend_xs_shape_conic_c

22201

shape is conic, with tangent continuity

PK_blend_xs_shape_g2_c

22202

shape is curvature continuous

PK_blend_xs_shape_unset_c

22200

shape is implied by other fields

PK_BODY_config_child_c

25202

The body belongs to a compound body, has no child bodies and has at least one region.

PK_BODY_config_compound_c

25201

The body belongs to a partition and either it has at least one child body or it has no regions.

PK_BODY_config_standard_c

25200

The body belongs to a partition, has no child bodies and has at least one region.

PK_BODY_curve_nmnl_no_c

21200

Do not create nominal geometry on body

PK_BODY_curve_nmnl_yes_c

21201

Allow creation of nominal geometry body

PK_BODY_extension_distance_c

22760

Extend by a distance

PK_BODY_extension_target_c

22761

Extend to intersect a target entity

PK_BODY_fault_bad_body_c

15102

PK_CLASS_body appears in classes none array but not at the first position

PK_BODY_fault_bad_fa_sh_rg_c

15118

see "Extra Faults" below face

PK_BODY_fault_bad_loop_c

15113

the start and end vertices of the loop edges in a loop, taking sense into account, do not match up

PK_BODY_fault_bad_region_c

15117

is not returned by these functions If a face is used twice with the same sense PK_BODY_fault_extra_parent_c is returned. If a face is not used with both senses,

PK_BODY_fault_bad_shells_c

15114

two faces sharing an edge are in edge different shells

PK_BODY_fault_bad_wire_c

15112

disconnected wire - in a wire with none two loops, the loops do not match

PK_BODY_fault_disjoint_shell_c

15115

the faces in a shell are not all shell connected

PK_BODY_fault_duplicate_child_c

15105

a parent-child relation is repeated parent

PK_BODY_fault_empty_region_c

15119

see "Extra Faults" below region If an edge is used twice as a child with the same sense

PK_BODY_fault_extra_child_c

15108

a parent has too many children parent

PK_BODY_fault_extra_parent_c

15111

is returned.

PK_BODY_fault_missing_child_c

15107

a parent has too few children parent

PK_BODY_fault_missing_parent_c

15110

is returned. If an edge has fins in the same face with the same sense, or if an edge has more than two fins in the same face, then PK_BODY_fault_extra_parent_c is returned. If a loop has a mixture of edges and vertices as children or has more than one vertex as children PK_BODY_fault_extra_child_c is returned. If a shell has a vertex and a face or an edge, or it has more than one vertex then PK_BODY_fault_extra_child_c is returned. If a vertex has a shell parent and any other parent then

PK_BODY_fault_no_fault_c

15101

success - valid topological body none created

PK_BODY_fault_non_manifold_c

15116

non-manifold vertex vertex

PK_BODY_fault_unknown_c

15103

unknown fault none

PK_BODY_fault_unknown_child_c

15104

unknown child none

PK_BODY_fault_wrong_child_c

15106

is returned. If a loop has more than one vertex as children PK_BODY_fault_extra_child_c is returned. If a vertex has edges and loops as parents,

PK_BODY_fault_wrong_parent_c

15109

is returned. If a vertex has more than one loop as parent, PK_BODY_fault_extra_parent_c is returned. If a loop has as children a ring edge (one with zero or one vertices) and another edge, PK_BODY_fault_bad_loop_c is returned.

PK_BODY_keep_as_facet_no_c

26621

The operation can return a body with both classic and facet geometry even if the input body is purely facet.

PK_BODY_keep_as_facet_yes_c

26620

The operation will return a purely facet body when the input body is purely facet.

PK_BODY_knit_completed_c

15701

Knitting fully applied the knit pattern in conformance with the received options.

PK_BODY_knit_not_completed_c

15702

Knitting did not fully apply the knit pattern and options.

PK_BODY_loft_clamp_face_c

21542

The tangents are specified around the profile or across the guide by those of faces bordering on to it.

PK_BODY_loft_clamp_no_c

21540

The tangents across the profile or guide are not constrained.

PK_BODY_loft_clamp_planar_c

21543

The tangents are constrained to be parallel to a single plane

PK_BODY_loft_clamp_vec_face_c

21544

The tangent directions across the profile or guide are constrained at the vertices supplied in the vector clamp. Tangents are specified around the profile or across the guide elsewhere by the face clamp.

PK_BODY_loft_clamp_vec_planar_c

21545

The tangent directions across the profile or guide are constrained at the vertices supplied in the vector clamp. Tangents are specified around the profile or across the guide elsewhere to be parallel with the single plane from the planar clamp.

PK_BODY_loft_clamp_vector_c

21541

The tangents across the profile or guide are constrained at its vertices to be the values specified

PK_BODY_loft_clamped_c

21532

Constrain the curvature according to the supplied clamp conditions. This option may only be used for clamps of type PK_BODY_loft_clamp_face_c or PK_BODY_loft_clamp_vec_face_c.

PK_BODY_loft_natural_c

21530

Apply natural ( zero ) curvature across the boundary profile.

PK_BODY_loft_unconstrained_c

21531

Apply no constraint on the curvature across the profile.

PK_BODY_loft_deriv_mag_round_c

22772

Vary default clamp magnitudes smoothly across profile sections with an aim to produce a more rounded shape across the entire loft. This is the recommended value.

PK_BODY_loft_deriv_mag_single_c

22770

Use a single default clamp magnitude value across profile sections.

PK_BODY_loft_deriv_mag_smooth_c

22771

Vary default clamp magnitudes smoothly across profile sections.

PK_BODY_loft_bad_clamp_c

22000

Unsuitable derivative conditions specified on either the profiles or the guides. For example, if vector clamps are declared on profiles whose vertices and edges touch those of an adjacent profile, then PK_BODY_loft_deriv_mag_smooth_c; and vector clamp.

PK_BODY_loft_bad_end_conds_c

22002

General fault detected in end conditions

PK_BODY_loft_bad_guide_match_c

22004

Guide wire vertices do not intersect with profile vertices correctly

PK_BODY_loft_bad_guide_wire_c

22003

Fault detected in a guide wire

PK_BODY_loft_bad_match_c

21559

Unsuitable profile mappings detected

PK_BODY_loft_bad_profile_c

21552

Invalid loft profile

PK_BODY_loft_bad_profile_type_c

22001

Profile with incorrect body properties such as type, closure and orientation

PK_BODY_loft_bad_simplify_c

22005

Simplify option is invalid

PK_BODY_loft_check_failure_c

21554

Fault detected in generated body

PK_BODY_loft_failure_c

21551

Internal algorithm failure

PK_BODY_loft_geom_degen_c

21557

Lofted body has degeneracy in at least one of its geometries

PK_BODY_loft_geom_self_int_c

21555

Lofted body has self intersection in at least one of its geometries

PK_BODY_loft_ok_c

21550

Lofted body created without problems

PK_BODY_loft_small_profile_c

21558

Profile is too small to loft

PK_BODY_loft_surf_failure_c

21553

Failed to created lofted surface

PK_BODY_loft_topol_self_int_c

21556

Lofted body has an invalid contact between two of its faces, edges, or vertices

PK_BODY_loft_update_0_c

22520

for updating v13.2 and earlier models

PK_BODY_loft_update_1_c

22521

for updating v14.0 and v14.1 models

PK_BODY_loft_update_2_c

22522

for updating v15.0 models

PK_BODY_loft_update_3_c

22524

for updating v15.1 to v24.1 models

PK_BODY_loft_update_4_c

22525

for updating v25.0 to v26.0 models

PK_BODY_loft_update_default_c

22523

activate latest functionality

PK_BODY_loft_update_v261_c

22526

for updating v26.1 models

PK_BODY_loft_update_v270_c

22527

for updating v27.0 models

PK_BODY_loft_update_v271_c

22528

for updating v27.1 models

PK_BODY_loft_update_v280_c

22529

for updating v28.0 models

PK_BODY_make_from_copy_c

26510

Make bodies from copies of the given topologies.

PK_BODY_make_from_original_c

26511

Make bodies from the given topologies replacing each topology in the original body with its copy.

PK_BODY_owb_gap_fill_linear_c

21221

No description Available

PK_BODY_owb_gap_fill_natural_c

21222

No description Available

PK_BODY_owb_gap_fill_round_c

21220

No description Available

PK_BODY_patterned_success_c

26990

The operation was successful.

PK_BODY_pick_axial_c

20901

measure pick distance along ray

PK_BODY_pick_axial_location_c

20903

measure pick distance along ray in either direction from the ray location

PK_BODY_pick_radial_c

20900

measure pick distance perpendicular to ray

PK_BODY_pick_ratio_c

20902

measure pick distance using a combination of axial and ratio methods

PK_BODY_sewing_assy_extend_c

24192

consider edges' face orientations to choose the right edge pair for gluing and perform additional heuristics if the face orientations provide no clear candidate edge-pair for gluing. This heuristic chooses the edge pair which provides the greatest opportunity to extend the match along neighbouring laminar edges.

PK_BODY_sewing_assy_no_c

24190

no extra action taken. Default behaviour.

PK_BODY_sewing_assy_orient_c

24191

consider edge's face orientation to try to determine a suitable edge pair for gluing. If this is inconclusive make no attempt to glue any of the matched edges.

PK_BODY_sewing_gen_loc_manf_c

24241

The behaviour of the sewing on general input bodies is controlled by the generalised topologies session flag All general input bodies are accepted. PK_BODY_sew_bodies sews general bodies where their laminar boundaries meet in a locally manifold configuration. If this configuration is non-oriented the sewing operation is not expected to adjust the orientations to produce a manifold configuration but will glue them together. All manifold general inputs are converted into sheets and all non-manifold general inputs are returned as unsewn bodies.

PK_BODY_sewing_gen_no_c

24240

If non-manifold general inputs are present, then the sewing operation will fail with PK_ERROR_unsuitable_topology, otherwise all manifold general inputs are converted into sheets. Default behaviour.

PK_BODY_sewing_non_manifold_c

18061

- more than two sheets meet at given edges

PK_BODY_sewing_non_oriented_c

18062

- sewing given edges would twist sheet once

PK_BODY_sewing_overlapping_c

18060

- found sheets overlapping along given edges

PK_BODY_sewing_unspecified_c

18063

- other internal failure encountered

PK_BODY_sewing_remove_cert_c

18078

- Identify, with reasonable certainty, sheets duplicated to within the tolerance specified by the gap width bound passed to PK_BODY_sew_bodies. PK_BODY_sewing_remove_cert_c will be slower and more successful in identifying duplicates than PK_BODY_sewing_remove_poss_c due to a greater effort made in comparing sheets.

PK_BODY_sewing_remove_none_c

18076

- Don't bother at all

PK_BODY_sewing_remove_poss_c

18077

- Identify possible duplicates to within modeller precision.

PK_BODY_sewing_any_c

18073

- make sheet least general possible ( i.e. prefer in order: solid, sheet, general )

PK_BODY_sewing_general_c

18072

- leave sheets as general bodies ( always )

PK_BODY_sewing_sheet_c

18071

- leave results as sheets unless non-manifold

PK_BODY_sewing_solid_c

18070

- make closed sheets into solids

PK_BODY_simplify_analytic_c

21520

Try to make local simplifications to produce analytic surfaces

PK_BODY_simplify_no_c

21521

Attempt no simplifications

PK_BODY_simplify_swept_spun_c

21522

Try to make local simplifications to produce analytic, swept or spun surfaces

PK_BODY_simplify_yes_c

21520

No description Available

PK_BODY_smoothness_exact_c

23020

Edges are regarded as g1 smooth only if they meet at an angle less than session angle precision.

PK_BODY_smoothness_relax_c

23021

The criterion for edges being regarded as g1 smooth is relaxed from the strict session angle precision to a larger angle set internally within Parasolid.

PK_BODY_sweep_align_arclength_c

21563

This option may only be used if at least one guide is supplied. This indicates that points on the path and guides are matched according to the proportional arc length distance along the path and guides.

PK_BODY_sweep_align_normal_c

21560

Keep profile at fixed angle to path tangent, unless 'have_lock_direction' is set to PK_LOGICAL_true and 'lock_type' equals PK_sweep_lock_path_and_dir_c or PK_sweep_lock_path_c, in which case the profile will be kept at a fixed angle to the path tangent projected into the plane perpendicular to 'lock_direction'. If guides are supplied, then each corresponding guide point will be a fixed distance from the plane passing through the path position, and perpendicular to the path tangent (or the projected path tangent, if a lock direction is supplied).

PK_BODY_sweep_align_parallel_c

21561

Keep profile at fixed angle to global axes. If guides are supplied, then each corresponding guide point will be a fixed distance from a plane passing through the path position, and which has a fixed orientation.

PK_BODY_sweep_align_parm_c

21562

This option may only be used if at least one guide is supplied. This indicates that points on the path and guides will be matched according to the proportional parameter distance of the underlying edge curve. This option requires that the path and guides all have only one edge each.

PK_BODY_sweep_fair_default_c

22213

Activate latest functionality.

PK_BODY_sweep_fair_no_c

22210

The method of sweeping is not improved. This should be used for updating models up to v13.0 that did not use the PK_BODY_sweep_fair_twist_c option.

PK_BODY_sweep_fair_twist_2_c

22212

This should be used for updating v13.2 models that used the PK_BODY_sweep_fair_default_t option.

PK_BODY_sweep_fair_twist_c

22211

This should be used for v12.1 and v13.0 models that used this option.

PK_BODY_sweep_bad_guide_c

21594

Invalid, unsuitable or missing sweep guide

PK_BODY_sweep_bad_guide_clamp_c

26161

Invalid or unsuitable guide clamp

PK_BODY_sweep_bad_lock_dir_c

21592

The lock direction is parallel to the path at some point

PK_BODY_sweep_bad_lock_face_c

21599

Invalid or unsuitable lock face supplied

PK_BODY_sweep_bad_match_c

21595

Unsuitable profile mappings in 'matches', or incorrect length of 'profile_matches' in

PK_BODY_sweep_bad_path_c

21582

Invalid or unsuitable sweep path

PK_BODY_sweep_bad_profile_c

21583

Invalid or unsuitable sweep profile

PK_BODY_sweep_bad_trim_point_c

21596

Either a trim point has not been supplied when required, or the trim point is such that a unique set of faces to be trimmed to cannot be determined.

PK_BODY_sweep_bad_vertex_c

21591

Invalid or unsuitable vertex supplied

PK_BODY_sweep_check_failure_c

21586

Fault detected in generated body

PK_BODY_sweep_curve_failure_c

21585

Failed to create profile curve

PK_BODY_sweep_failure_c

21581

Internal algorithm failure

PK_BODY_sweep_geom_degen_c

21589

Swept body has degeneracy in at least one of its geometries.

PK_BODY_sweep_geom_self_int_c

21587

Swept body has self intersection in at least one of its geometries.

PK_BODY_sweep_non_c2_c

21593

Swept body was created, but some of the geometry is non-c2 even though PK_continuity_c2_c and the path is c2 at the corresponding point. The positions on the path corresponding to these c2 discontinuities are returned in the corresponding edges or vertices are returned in the 'fault_entities' array.

PK_BODY_sweep_non_g1_failure_c

21597

Failed to handle non-G1 path

PK_BODY_sweep_ok_c

21580

Swept body created without problems

PK_BODY_sweep_repaired_c

21598

Swept body was created, and some of the swept surfaces have been repaired because they would otherwise have been self- intersecting. The 'fault_entities' array will contain the list of faces that have been repaired. This value will only ever be returned if PK_BODY_make_swept_body_2 was called with 'repair' set to PK_sweep_repair_report_c. If PK_continuity_c2_c, then any positions where the path is c2 but the swept geometry is non-c2 will also be returned in the edges or vertices returned in the corresponding entries of the

PK_BODY_sweep_small_profile_c

21590

Profile is too small to sweep

PK_BODY_sweep_surf_failure_c

21584

Failed to create swept surface

PK_BODY_sweep_topol_self_int_c

21588

Swept body has an invalid contact between two of its faces, edges, or vertices.

PK_BODY_sweep_torsion_failure_c

26160

Sweep along closed path with torsion does not close: end profile rotates such that it is not within tolerance of the start profile. Returned body consists of profiles at start and end of sweep, instead of failed swept body.

PK_BODY_sweep_law_curve_c

21572

The law is a continuous scalar valued function. It is specified by a 1-dimensional B-spline curve parameterised to the values of the scalar law. If the path is composed of a single C1 smooth edge then the parameter values are mapped linearly onto the path's parameterisation.

PK_BODY_sweep_law_curve_inv_c

21573

The law is a continuous scalar valued function. It is specified by a 1-dimensional B-spline curve that represents the inverse of the function, i.e. it is parameterised over the values of the law and evaluates to values in the range [0 1]. If the path is composed of a single C1 smooth edge then the evaluated values are mapped linearly onto the path's parameterisation.

PK_BODY_sweep_law_discrete_c

21571

The law is specified by giving a discrete set of values to be interpolated at the vertices of the path.

PK_BODY_sweep_law_none_c

21570

The law structure is empty/unused.

PK_BODY_sweep_scale_both_c

22542

Scale both the size of the profile and its relative position to the path.

PK_BODY_sweep_scale_posn_c

22540

Scale the relative position of the profile to the path, but maintain the size of the profile.

PK_BODY_sweep_scale_size_c

22541

Scale the size of the profile, but maintain the relative position of the profile to the path.

PK_BODY_sweep_update_0_c

24450

for updating v22.0 and earlier models

PK_BODY_sweep_update_1_c

24452

for updating v22.1 - v24.0 models

PK_BODY_sweep_update_2_c

24453

for updating v24.1 models

PK_BODY_sweep_update_3_c

24454

for updating v25.0 - v26.0 models

PK_BODY_sweep_update_default_c

24451

activate latest functionality

PK_BODY_sweep_update_v261_c

24455

for updating v26.1 models

PK_BODY_sweep_update_v270_c

24456

for updating v27.0 models

PK_BODY_sweep_update_v271_c

24457

for updating v27.1 models

PK_BODY_sweep_update_v280_c

24458

for updating v28.0 models

PK_BODY_topology_columns_c

21831

Produces columns of faces corresponding to the profile edges. For a single profile, the result is a column of faces for each edge in the profile. For multiple profiles, the result is a column of faces for each set of corresponding edges in the profiles. Each column of faces will contain the minimum number of faces.

PK_BODY_topology_grid_c

21832

Produces a grid of faces. Additional edges may be created, so that the number of faces in each column of faces is equal to or greater than the number produced with PK_BODY_topology_columns_c.

PK_BODY_topology_minimal_c

21830

Produce the minimum number of faces (default).

PK_BODY_type_prefer_general_c

26532

The resulting body type will be general.

PK_BODY_type_prefer_original_c

26533

The result of the operation should be a body of the same type as the target if possible.

PK_BODY_type_prefer_sheet_c

26531

The result of the operation should be a sheet body if possible.

PK_BODY_type_prefer_solid_c

26530

The result of the operation should be a solid body if possible.

PK_BODY_type_acorn_c

5606

a topologically zero dimensional manifold body containing two or more isolated vertices.

PK_BODY_type_compound_c

5609

a compound body containing zero or more child bodies

PK_BODY_type_empty_c

5608

a body consisting solely of an unbounded void region.

PK_BODY_type_general_c

5605

a body which is non-manifold and/or of mixed topological dimensionality.

PK_BODY_type_minimum_c

5603

a topologically zero dimensional manifold body containing a single isolated vertex.

PK_BODY_type_sheet_c

5602

a topologically two dimensional manifold body containing one or more connected sets of faces, where any edge is at the junction of no more than two faces.

PK_BODY_type_solid_c

5601

a topologically three dimensional manifold body containing one or more disjoint and separate solid regions. All faces form a boundary between a solid and a void region.

PK_BODY_type_unspecified_c

5607

the body type is not specified.

PK_BODY_type_wire_c

5604

a topologically one dimensional manifold body containing one or more connected sets of edges, where any vertex is at the junction of no more than two edges.

PK_boolean_check_fa_no_c

21800

do not perform any face checks

PK_boolean_check_fa_yes_c

21801

perform individual face checks

PK_boolean_fence_back_c

18211

keep bodies behind

PK_boolean_fence_front_c

18210

keep bodies in front

PK_boolean_fence_none_c

18212

keep all bodies

PK_boolean_intersect

15901

No description Available

PK_boolean_intersect_c

15901

intersect target and tool entities

PK_boolean_subtract

15902

No description Available

PK_boolean_subtract_c

15902

subtract tool entity from target entity

PK_boolean_unite

15903

No description Available

PK_boolean_unite_c

15903

unite target and tool entities

PK_boolean_impose_no_c

26780

Neither body imposes

PK_boolean_impose_target_c

26781

Target material imposes on tool material

PK_boolean_impose_tools_c

26782

Tool material imposes on target material

PK_boolean_match_style_auto_c

21992

match conditions automatically selected

PK_boolean_match_style_basic_c

21990

original match specification

PK_boolean_match_style_relax_c

21991

relax the match conditions

PK_boolean_match_contains_c

18251

first region contains second region

PK_boolean_match_exact_c

18250

regions match exactly

PK_boolean_match_imprinted_c

18253

regions have been imprinted

PK_boolean_match_overlap_c

18252

regions overlap

PK_boolean_match_update_0_c

23390

for updating pre-V17.1 models

PK_boolean_match_update_dflt_c

23391

use latest functionality

PK_boolean_material_default_c

22832

material side implied by body type

PK_boolean_material_inside_c

22831

face normals point away from solid material

PK_boolean_material_none_c

22830

neither side of face is solid material

PK_boolean_material_outside_c

22833

face normals point into solid material

PK_boolean_no_effect_advanced_c

23161

No effect reported wherever possible.

PK_boolean_no_effect_basic_c

23160

Reporting when a no effect boolean occurs (i.e. the target is unaffected by the tools) is compatible with V16.1 and earlier.

PK_boolean_prefer_general_c

22924

The resulting body type will be general.

PK_boolean_prefer_original_c

22922

The result of the boolean should be a body of the same type as the target if possible.

PK_boolean_prefer_sheet_c

22921

The result of the boolean should be a sheet body if possible.

PK_boolean_prefer_simplest_c

22925

The resulting body type will be the simplest possible.

PK_boolean_prefer_solid_c

22920

The result of the boolean should be a solid body if possible.

PK_boolean_prefer_wire_c

22923

The result of the boolean should be a wire body if possible.

PK_boolean_exclude

15905

No description Available

PK_boolean_exclude_c

15905

exclude regions from the result

PK_boolean_include

15906

No description Available

PK_boolean_include_c

15906

include regions in the result

PK_boolean_mixed_selection_c

15948

mixed include and exclude region selection

PK_boolean_off_c

15949

turns off the selection facility

PK_boolean_report_failure_c

21600

general failure

PK_boolean_report_imprint_fail_c

21607

face imprinting operation failed

PK_boolean_report_inside_out_c

21610

operation would result in an inside out solid body

PK_boolean_report_intersect_fail_c

21608

face clashing operation failed

PK_boolean_report_invalid_face_c

21609

invalid face detected

PK_boolean_report_invalid_match_c

21606

invalid matched region specified

PK_boolean_report_non_manifold_c

21605

operation would result in non-manifold body

PK_boolean_report_opposed_sheets_c

21601

attempt to unite opposed sheets

PK_boolean_report_partial_coi_c

21603

failure due to partial coincidence

PK_boolean_report_solid_has_void_c

21602

solid has illegal void

PK_boolean_report_t_sheet_c

21604

operation would result in T-sheet

PK_boolean_result_failed_c

21653

The boolean failed. The 'bodies' array will be returned as null. The report structures must be inspected to determine the reason for the failure and to identify the location of the failure. If this status is returned, the input bodies may have been modified and the application cannot assume that they are in a valid state.

PK_boolean_result_imprint_c

21656

The boolean succeeded, however the target body is unchanged except that it may have gained some mergeable edges or vertices.

PK_boolean_result_is_tool_c

21655

No description Available

PK_boolean_result_multiple_c

21657

This value is deprecated and is only returned when asking the session to behave as an earlier version.

PK_boolean_result_no_clash_c

21651

The boolean succeeded, however there was no interaction between any of the target and tool entities. This means that, taking the material side settings into account, none of the target and tool entities clashed with one another. Also, none of the resulting entities contain solid regions with bounding shells that come from more than one of any of the target or tool entities.

PK_boolean_result_no_effect_c

21652

The boolean succeeded, however the tools had no effect on the target, and therefore the target body is returned unchanged.

PK_boolean_result_not_solid_c

21654

The boolean succeeded, however the resultant entities cannot be converted into solid bodies.

PK_boolean_result_success_c

21650

The boolean succeeded and the resultant entities are returned within the 'bodies' array.

PK_boolean_select_adjacent_c

21001

specified region may be on or adjacent to imprinted topology

PK_boolean_select_propagate_c

21002

region selection will be propagated to new regions if the specified region is split

PK_boolean_select_specific_c

21000

specified region must not be on or adjacent to imprinted topology

PK_boolean_track_type_basic_c

23540

Tracking records are compatible with v17.1 and earlier. Tracking records associated with edges generated by imprint completion contain information regarding the original topology upon which they are imprinted only.

PK_boolean_track_type_comp_c

23541

Tracking records for edges generated by imprint completion contain information regarding the original topology upon which they are imprinted; additionally implied information regarding the topology on the other body is included. This is the topology on the other body which caused the imprint from which completion is occurring.

PK_boolean_update_0_c

24940

for updating v23.1 and earlier models

PK_boolean_update_1_c

24942

for updating v24.0 models

PK_boolean_update_2_c

24943

for updating v24.1 models

PK_boolean_update_3_c

24944

for updating v25.0 models

PK_boolean_update_4_c

24945

for updating v25.1 models

PK_boolean_update_5_c

24946

for updating v26.0 models

PK_boolean_update_default_c

24941

activate latest functionality

PK_boolean_update_v261_c

24947

for updating v26.1 models

PK_boolean_update_v270_c

24948

for updating v27.0 models

PK_boolean_update_v271_c

24949

for updating v27.1 models

PK_boolean_update_v280_c

25750

for updating v28.0 models

PK_bound_side_both_c

22980

Both sides should be in the first division.

PK_bound_side_in_c

22982

The inside should be in the first division.

PK_bound_side_out_c

22981

The outside should be in the first division.

PK_bound_body_c

21854

option is given then Parasolid will find candidate faces on

PK_bound_distance_c

21850

the extrusion is bounded by a copy of the non-negative. Putting the bound in the opposite direction to the 'path' vector is achieved by setting 'forward' in the PK_bound_def_t structure to PK_LOGICAL_false. This may only be used when 'extruded_body' is PK_ENTITY_null.

PK_bound_face_c

21853

the extrusion is bounded by the given face, and, if necessary, whatever adjacent faces are required to complete a division. The face and any necessary adjacent faces are not affected by the operation.

PK_bound_none_c

21855

the corresponding end of 'extruded_body' is not altered by this operation. Can only be used when

PK_bound_sheet_c

21851

the extrusion is bounded by its intersection with the given sheet body. When the profile is a wire or sheet body, the bounding sheet body is destroyed by the operation.

PK_bound_surf_c

21852

the extrusion is bounded by a given surface. The surface may be given explicitly, or a face may be given, in which case the face's surface will be used. The division may extend beyond the face on the face's surface. The surface is not affected by the operation.

PK_BSURF_constrained_failure_c

24001

unspecified failure

PK_BSURF_constrained_not_fit_c

24002

unable to fit to within tolerances

PK_BSURF_constrained_success_c

24000

fit succeeded

PK_BSURF_fitted_bad_eval_type_c

23235

invalid eval type supplied

PK_BSURF_fitted_bad_range_c

23233

invalid range supplied

PK_BSURF_fitted_bad_tolerance_c

23234

invalid tolerance supplied

PK_BSURF_fitted_eval_failure_c

23232

evaluator function failed

PK_BSURF_fitted_failure_c

23231

unspecified failure

PK_BSURF_fitted_success_c

23230

fit succeeded

PK_BSURF_fitted_u_interp_parm_c

23236

invalid u interpolation parameter supplied

PK_BSURF_fitted_v_interp_parm_c

23237

invalid v interpolation parameter supplied

PK_BSURF_form_arbitrary_c

8701

The surface shape is not special.

PK_BSURF_form_conical_c

8704

The surface is a piece of cone.

PK_BSURF_form_cylindrical_c

8703

The surface is a piece of cylinder.

PK_BSURF_form_gen_cone_c

8709

The surface is a generalised cone. The above is not supported at v7.0 and will be translated as 'unset'.

PK_BSURF_form_planar_c

8702

The surface is a piece of plane.

PK_BSURF_form_quadric_c

8710

The surface is quadric.

PK_BSURF_form_revolved_c

8707

The surface is a b-spline curve revolved.

PK_BSURF_form_ruled_c

8708

The surface is ruled.

PK_BSURF_form_spherical_c

8705

The surface is a piece of sphere.

PK_BSURF_form_swept_c

8711

The surface is a b-spline curve swept.

PK_BSURF_form_toroidal_c

8706

The surface is a piece of torus.

PK_BSURF_form_unset_c

8700

The surface shape has not been calculated.

PK_chain_optimise_for_reblend_c

25271

The blend chains identified are processed to support reblending operations The aim is to avoid identifying smoothly varying transitions between genuine constant radius blend chains as adjacent smoothly-connected chains of different constant radius. Faces identified to be transitional are removed from the blend chains.

PK_chain_optimise_none_c

25270

No processing is performed.

PK_change_edge_method_entity_c

25720

The geometry for the edge curve and any associated step face is determined from the user supplied entities.

PK_change_edge_method_proj_c

25723

The geometry for the edge curve is generated by projecting the existing or user supplied curve onto the new face along the normals of the new face. This method is unsupported for step face generation.

PK_change_edge_method_ruled_c

25722

The geometry for the edge curve is generated by sweeping the existing curve along the original face normals to produce a ruled surface and intersecting with the new face. Any step face will have this ruled surface as its surface.

PK_change_edge_method_swept_c

25721

The geometry for the edge curve is generated by sweeping the existing or user supplied curve in a specific direction and intersecting with the new face. Any step face will have the surface of this sweep as its surface.

PK_change_track_edges_laminar_c

24821

Track laminar edges.

PK_change_track_edges_no_c

24820

Do not track edges.

PK_check_attribs_no_c

25230

Do not check system attributes.

PK_check_attribs_yes_c

25231

Check the validity of system attributes are within valid ranges, and that only legal characters are used in string fields).

PK_check_bgeom_no_c

18290

don't do B geometry validity checks

PK_check_bgeom_yes_c

18291

check continuity of B-geometry

PK_check_corrupt_no_c

18360

don't do data structure corruption checks

PK_check_corrupt_yes_c

18361

check for corrupt data structure and check identifiers

PK_check_extra_faults_0_c

24720

return version 0 check fault states

PK_check_extra_faults_1_c

24721

return version 1 check fault states

PK_check_extra_faults_latest_c

24722

return latest check fault states

PK_check_fa_fa_no_c

18340

don't do face-face consistency checks

PK_check_fa_fa_yes_c

18341

do face-face consistency checks

PK_check_fa_X_no_c

18320

don't do face self intersection checks

PK_check_fa_X_yes_c

18321

do face self intersection tests

PK_check_geom_basic_c

18281

check for invalid or degenerate geometry

PK_check_geom_full_c

18283

as for PK_check_geom_lazy_c but ignore the results of pre-V5 checks

PK_check_geom_lazy_c

18282

check for invalid, degenerate or self-intersecting geometry

PK_check_geom_no_c

18280

don't do geometry validity checks

PK_check_geom_yes_c

18284

do all geometry checks regardless of previous checks or interface parameters

PK_check_loops_no_c

18330

don't do loops checks

PK_check_loops_yes_c

18331

check for loop consistency of faces

PK_check_mesh_basic_c

25941

check for corrupt or non-manifold meshes, degenerate or flat mfacets and bad mvertex normals

PK_check_mesh_no_c

25940

don't do mesh validity checks

PK_check_mesh_yes_c

25942

check for self-intersections and slits in addition to basic checks

PK_check_nmnl_geom_no_c

23650

don't do nominal geometry checks

PK_check_nmnl_geom_yes_c

23651

do nominal geometry checks

PK_check_returns_0_c

23661

return version 0 check fault information

PK_check_returns_1_c

23662

return version 1 check fault information

PK_check_returns_2_c

23663

return version 2 check fault information

PK_check_returns_3_c

23664

return version 3 check fault information

PK_check_returns_4_c

23665

return version 4 check fault information

PK_check_returns_5_c

23666

return version 5 check fault information

PK_check_returns_latest_c

23660

return latest check fault information

PK_check_sh_no_c

18350

don't do shell consistency checks

PK_check_sh_yes_c

18351

check for inside-out or inconsistent shells

PK_check_size_box_no_c

18310

don't do size box violation checks

PK_check_size_box_yes_c

18311

do size box violation checks

PK_ASSEMBLY_state_bad_type_c

24620

No description Available

PK_ASSEMBLY_state_corrupt_c

22895

assembly data structure is corrupt

PK_ASSEMBLY_state_cyclic_ref_c

24621

assembly structure contains cyclic references

PK_ASSEMBLY_state_invalid_id_c

26773

assembly has invalid or duplicate identifiers

PK_ATTDEF_state_bad_name_c

13841

an attribute definition name is not transmissible in text XT format

PK_ATTRIB_state_bad_data_len_c

13844

a field of a system attribute has an invalid amount of data filled

PK_ATTRIB_state_bad_string_c

13842

an attribute string field is not transmissible in text XT format

PK_ATTRIB_state_bad_ustring_c

13845

a Unicode string in a system attribute is invalid

PK_ATTRIB_state_byte_oor_c

13846

a byte field of a system attribute is out of (valid) range

PK_ATTRIB_state_empty_field_c

13847

a required field in a system attribute contains no data

PK_ATTRIB_state_int_oor_c

13848

an integer field of a system attribute is out of (valid) range

PK_ATTRIB_state_invalid_att_c

13843

a system attribute has invalid data

PK_ATTRIB_state_non_unit_vec_c

13849

a vector field required to be of unit length is not

PK_ATTRIB_state_p_vector_oor_c

13852

a position vector field is out of range

PK_ATTRIB_state_real_oor_c

13850

a real field of a system attribute is out of (valid) range

PK_ATTRIB_state_short_oor_c

13851

a short field of a system attribute is out of (valid) range

PK_BB_state_corrupt_c

22891

bulletin board is corrupt

PK_BCURVE_state_bad_dimen_c

25768

Control vertex dimension should be 3 or 4

PK_BCURVE_state_bad_knot_seq_c

25767

Knot sequence is not monotonic

PK_BCURVE_state_close_knots_c

22899

bcurve has knot values closer than allowed.

PK_BCURVE_state_knot_bad_mult_c

25764

bad multiplicity for the given knot

PK_BCURVE_state_knot_count_c

25766

number of knots != number of vertices + degree + 1

PK_BCURVE_state_knot_periodic_c

25762

The knot periodicity condition is violated

PK_BCURVE_state_knot_vx_count_c

25765

number of vertices < degree + 1

PK_BCURVE_state_vx_periodic_c

25761

The control vertices do not satisfy the periodic condition

PK_BLENDSF_state_bad_spine_c

25769

The spine does not lie on the offset surface

PK_BODY_state_bad_regions_c

13835

regions of body are inconsistent

PK_BODY_state_bad_type_c

24622

body is of wrong type

PK_BODY_state_corrupt_c

13802

data structure is corrupt

PK_BODY_state_inside_out_c

13801

body is inside out

PK_BODY_state_invalid_ident_c

13836

body has invalid or duplicate identifiers

PK_BODY_state_no_region_c

24623

body has no regions

PK_BODY_state_no_shell_c

24624

body has no shell

PK_BODY_state_no_solid_reg_c

24625

body is solid but has no solid region

PK_BODY_state_ok_but_alt_type_c

24712

Body is ok but of an alternative type to that specified

PK_BODY_state_ok_c

16401

OK

PK_BODY_state_region_1_solid_c

24626

body's first region is not void ( i.e. most likely solid but could be empty )

PK_BODY_state_shell_not_first_c

24627

the first shell of the body is not the returned first shell of a solid region

PK_BODY_state_wrong_ext_reg_c

24628

manifold solid body has wrong external region, the returned region is the region of the first shell of a face in the first shell of the body. This region should coincide with the first region of the body

PK_BODY_state_wrong_num_regs_c

24629

body has wrong number of regions

PK_BSURF_state_bad_dimen_c

25780

Control vertex dimension should be 3 or 4

PK_BSURF_state_bad_uknot_seq_c

25778

u knots sequence is not monotonic

PK_BSURF_state_bad_vknot_seq_c

25779

v knots sequence is not monotonic

PK_BSURF_state_bad_vx_uperiod_c

25801

The periodicity condition in u for the control vertices is violated

PK_BSURF_state_bad_vx_vperiod_c

25802

The periodicity condition in v for the control vertices is violated

PK_BSURF_state_close_u_knots_c

22900

bsurface has u knot values closer than allowed.

PK_BSURF_state_close_v_knots_c

22901

bsurface has v knot values closer than allowed.

PK_BSURF_state_knot_vx_count_c

25771

number of control vertices < degree + 1

PK_BSURF_state_uknot_bad_mult_c

25774

bad multiplicity for the given u knot

PK_BSURF_state_uknot_count_c

25776

number of u knots != number of vertices + degree + 1

PK_BSURF_state_uknot_periodic_c

25772

The u knot periodicity condition is violated

PK_BSURF_state_uknot_vx_count_c

25799

No description Available

PK_BSURF_state_vknot_bad_mult_c

25775

bad multiplicity for the given v knot

PK_BSURF_state_vknot_count_c

25777

number of v knots != number of vertices + degree + 1

PK_BSURF_state_vknot_periodic_c

25773

The v knot periodicity condition is violated

PK_BSURF_state_vknot_vx_count_c

25800

No description Available

PK_BSURF_state_vx_periodic_c

25770

The control vertices do not satisfy the periodic condition

PK_CIRCLE_state_bad_radius_c

25781

Radius outside of the accepted range

PK_CURVE_state_inconsistent_c

16403

inconsistent directions of loops of curves

PK_EDGE_state_bad_face_order_c

13832

on a non-manifold edge, the face order around the edge does not match the order of the faces' surfaces around the edge

PK_EDGE_state_bad_fins_c

24630

edge has bad fins

PK_EDGE_state_bad_order_c

16406

edges incorrectly ordered at vertex

PK_EDGE_state_bad_polyline_c

26570

polyline not valid for edge

PK_EDGE_state_bad_sp_nmnl_c

13839

spcurve not within edge's tolerance of nominal geometry

PK_EDGE_state_bad_spcurve_c

13820

spcurves not within edge's tolerance

PK_EDGE_state_bad_tol_c

24631

edge has tolerance but it is smaller than the working precision

PK_EDGE_state_bad_vertex_c

13818

vertex does not lie on edge's curve

PK_EDGE_state_bad_vertex_nmnl_c

13838

vertex does not lie on nominal geometry

PK_EDGE_state_bad_wire_ed_ed_c

13831

two wireframe edges intersect at a position other than a vertex

PK_EDGE_state_fin_bad_ring_c

24632

edge is ring edge ( has no vertex) but the returned fin has a next or previous fin of edge which is not a fin of this ring edge.

PK_EDGE_state_fin_ed_next_pos_c

24633

next fin of edge has same sense as fin

PK_EDGE_state_fin_ed_not_ed_c

24634

edge has a fin (which is returned) whose owner is not the edge

PK_EDGE_state_fin_not_pos_c

24635

the first fin of the edge does not have positive sense

PK_EDGE_state_open_c

13817

open or non-periodic curve on ring edge

PK_EDGE_state_open_nmnl_c

13837

open or non-periodic nominal geometry on ring edge

PK_EDGE_state_reversed_c

13819

curve in wrong direction for edge

PK_EDGE_state_reversed_nmnl_c

13840

nominal geometry in wrong direction

PK_EDGE_state_single_vertex_c

24636

edge has one fin with vertex and one fin without vertex

PK_EDGE_state_touch_edge_c

22902

two edges which share common vertices touch at a position other than at those vertices

PK_EDGE_state_vertices_touch_c

13821

vertices of edge touch

PK_EDGE_state_wire_corrupt_c

24637

wire frame edge is corrupt

PK_ENTITY_state_bad_owner_c

24639

entity has wrong owner, should be the returned one

PK_ENTITY_state_has_att_group_c

24640

entity has an attribute or group which it is not allowed to own

PK_ENTITY_state_in_group_c

24713

entity is a member of a group of which it is not allowed to be a member

PK_ENTITY_state_invalid_c

13808

the entity, usually geometric, is invalid

PK_ENTITY_state_shared_c

24641

entity wrongly has more than one owners

PK_FACE_state_bad_edge_c

13823

edge does not lie on face's surface

PK_FACE_state_bad_edge_order_c

13824

the edge order around the face does not match the order of the edges' curves around the face.

PK_FACE_state_bad_face_face_c

13816

face face inconsistency, where there is an intersection between two faces that is not along a shared edge or vertex.

PK_FACE_state_bad_loops_c

13826

loops inconsistent

PK_FACE_state_bad_vertex_c

13822

vertex does not lie on face's surface

PK_FACE_state_bad_wire_fa_ed_c

13830

a wireframe edge intersects a face at a position other than a vertex

PK_FACE_state_check_fail_c

13829

checker failure during face/face check

PK_FACE_state_diff_sh_same_rg_c

24642

face has two distinct shells which incorrectly belong to the same region

PK_FACE_state_disjoint_mesh_c

25937

face has a disjoint mesh attached

PK_FACE_state_edge_moebius_c

24643

face is a moebius strip, the orientation of the edge's two fins are the same when the face meets them

PK_FACE_state_no_vtx_at_sing_c

13825

a surface singularity has no accompanying vertex

PK_FACE_state_redundant_c

16402

face redundant with respect to tolerances

PK_FACE_state_self_int_c

13804

face is self intersecting

PK_FACE_state_wrong_sense_c

24646

face has badly defined sense

PK_FIN_state_bad_c

24647

fin in bad state

PK_FIN_state_bad_ed_fins_c

24648

repeatedly asking for the next fin of the edge does not return to the first fin

PK_FIN_state_corrupt_c

24649

fin is corrupt

PK_FIN_state_ed_next_is_fin_c

24650

next fin of edge (entity_2) is the fin itself

PK_FIN_state_edge_diff_vertex_c

24651

the two fins have the same sense, belong to the same edge but point to different vertices

PK_FIN_state_no_ed_next_in_sh_c

24652

no next fin of edge even though both are known to lie in the same shell

PK_FIN_state_non_zero_ident_c

24653

fin must not have identifier

PK_FIN_state_not_ed_next_prev_c

24654

previous fin of (next fin of edge) is not the fin itself despite the body being either solid or a sheet body

PK_FIN_state_not_lp_next_prev_c

24655

previous fin of (next fin in loop) is not the fin itself

PK_FIN_state_vx_not_vx_c

24656

positive fin of edge terminating at vertex does not point to the vertex

PK_FIN_state_wrong_vertex_c

24657

fin should be pointing to the returned vertex

PK_GEOM_state_bad_dep_type_c

24658

geometry has a dependent which is not geometry

PK_GEOM_state_bad_geom_owner_c

24659

geometry has a geometric owner which is neither curve nor surface

PK_GEOM_state_bad_owner_c

24660

geometry has wrong owner, the required owner is returned

PK_GEOM_state_bad_topol_owner_c

24661

geometry's owner is of wrong type

PK_GEOM_state_corrupt_c

22893

geometry is corrupt

PK_GEOM_state_degenerate_c

13806

degenerate geometry

PK_GEOM_state_dup_geom_owner_c

24662

geometry's owner appears more than once as owner of the geometry

PK_GEOM_state_not_owners_dep_c

24663

geometry is not a geometric dependant of its geometric owner

PK_GEOM_state_not_owning_dep_c

24664

geometry is not a geometric owner of its geometric dependant

PK_GEOM_state_outside_box_c

25782

The geometry is outside the size box

PK_GEOM_state_self_int_c

13805

self intersecting geometry

PK_GROUP_state_bad_c

24665

group in bad state

PK_INSTANCE_state_bad_transf_c

24666

instance transform invalid

PK_INSTANCE_state_bad_type_c

24667

instance is of wrong type

PK_INSTANCE_state_corrupt_c

24668

No description Available

PK_ITEM_state_unattached_c

22898

item is not attached to any owner

PK_KI_LIST_state_corrupt_c

22892

KI list is corrupt

PK_LATTICE_state_bad_graph_c

26571

lattice has an invalid graph

PK_LATTICE_state_bad_lball_c

26572

geometry of an lball is invalid

PK_LATTICE_state_bad_lrod_c

26573

geometry of an lrod is invalid

PK_LATTICE_state_corrupt_c

26574

lattice is corrupt

PK_LATTICE_state_disjoint_c

26575

lattice is disjoint

PK_LATTICE_state_dup_lrod_c

26576

lattice has more than one lrod between the same pair of lballs.

PK_LATTICE_state_isolated_c

26577

lattice has an isolated lball

PK_LATTICE_state_lrod_end_c

26578

lrod radius at the end of an lrod is greater than that of the lball

PK_LATTICE_state_no_lballs_c

26579

lattice has no lballs

PK_LATTICE_state_no_lrods_c

26770

lattice has no lrods

PK_LATTICE_state_self_int_c

26771

lattice is self-intersecting

PK_LATTICE_state_short_lrod_c

26772

lballs of an lrod intersect

PK_LINE_state_bad_unit_vec_c

25783

The direction vector is not a unit vector

PK_LOOP_state_invalid_c

16405

invalid loop combination for surface type

PK_LOOP_state_isolated_has_cu_c

24669

the curve belongs to an isolated vertex

PK_LOOP_state_not_closed_c

24707

the start and end vertices of the edges in the loop, taking sense into account, do not match

PK_MESH_state_bad_mvx_normal_c

25930

mesh vertex normal opposed to adjacent mfacet normals

PK_MESH_state_corrupt_c

25931

mesh is corrupt

PK_MESH_state_degen_mfacet_c

25932

mfacet has a zero length mfin

PK_MESH_state_flat_mfacet_c

25933

mfacet has zero area

PK_MESH_state_non_manifold_c

25934

mesh is non-manifold

PK_MESH_state_not_created_c

25939

mesh could not be created from facets

PK_MESH_state_not_loaded_c

25938

mesh could not be received

PK_MESH_state_self_int_c

25935

mesh is self-intersecting

PK_MESH_state_slit_c

25936

mesh has a slit

PK_OFFSET_state_bad_dist_c

25784

the offset distance parameter is less than the accepted minimum.

PK_OFFSET_state_under_non_g1_c

25786

the underlying surface has a singularity region

PK_OFFSET_state_under_sense_c

25785

the senses of the offset and its underlying surface disagree

PK_PARTITION_state_corrupt_c

22896

partition is corrupt

PK_PARTITION_state_xref_c

22897

two partitions reference a single item

PK_PART_state_bad_attrib_c

24670

part has faulty attribute

PK_PART_state_bad_attrib_list_c

24671

part has faulty attribute list

PK_PART_state_bad_state_c

24672

part's state is badly defined

PK_PART_state_corrupt_c

24673

corrupt part

PK_PART_state_has_key_c

24674

part wrongly has key

PK_PART_state_no_key_c

24675

part wrongly lacks key

PK_REGION_state_bad_shells_c

13828

inconsistent shells

PK_REGION_state_no_shell_c

24676

region has no shell and it is not the unique region of an infinite void body

PK_REGION_state_wrongly_solid_c

24677

sheet or wire body has solid region

PK_SESSION_state_corrupt_c

22890

session is corrupt

PK_SHELL_state_bad_body_c

24678

shell's body inconsistent with shell

PK_SHELL_state_bad_fa_orient_c

24679

shell has face which is inconsistent with the shell

PK_SHELL_state_bad_sh_sh_c

13834

shell shell inconsistency

PK_SHELL_state_bad_topol_geom_c

13833

a topological entity belonging to a shell is not geometrically within the shell

PK_SHELL_state_bad_wf_acorn_c

24680

shell of solid body or sheet body but has a wireframe edge and/or acorn vertex (one of which is returned)

PK_SHELL_state_bad_wf_c

24681

shell of wire body either has an inconsistent face or neither a vertex nor an edge

PK_SHELL_state_closed_bad_fa_c

24682

shell's face fields are inconsistent with a closed shell

PK_SHELL_state_ed_fa_in_acorn_c

24683

shell has a vertex and should be an acorn shell, however the shell also has faces and or edges (one of which is returned)

PK_SHELL_state_eds_fragmented_c

24684

shell has a wireframe edge which does not belong to the set of connected faces and wireframe edges of the shell

PK_SHELL_state_fas_fragmented_c

24685

shell has a face which does not belong to the set of connected faces and wireframe edges of the shell

PK_SHELL_state_no_vx_ed_fa_c

24686

shell does not have any vertices, edges or faces

PK_SHELL_state_not_owning_vx_c

24687

acorn shell contains vertex, however the the owner of the vertex is not the shell

PK_SHELL_state_open_bad_fa_c

24688

shell's face fields are inconsistent with an open shell

PK_SHELL_state_reg_meet_at_ed_c

24689

two shells (one of which is returned) of the same region meet at an edge

PK_SHELL_state_reg_meet_at_vx_c

24690

two shells (one of which is returned) of the same region meet at a vertex

PK_SHELL_state_sheet_no_fa_c

24691

shell belongs to sheet body but has no face

PK_SHELL_state_too_many_fas_c

24692

shell belongs to wire body but has face

PK_SPCURVE_state_bad_dimen_c

25793

The spcurve has invalid control vertex point dimension. It can have the values 2 or 3.

PK_SPCURVE_state_bad_linear_c

25760

The linear bcurve has more than one segment

PK_SPCURVE_state_non_c1_x_u_c

25790

The spcurve crosses a constant u parameter line where the surface is non C1

PK_SPCURVE_state_non_c1_x_v_c

25791

The spcurve crosses a constant v parameter line where the surface is non C1

PK_SPCURVE_state_non_g1_c

25792

The spcurve is not G1

PK_SPCURVE_state_non_g1_x_u_c

25788

The spcurve crosses a constant u parameter line where the surface is non G1

PK_SPCURVE_state_non_g1_x_v_c

25789

The spcurve crosses a constant v parameter line where the surface is non G1

PK_SPCURVE_state_surf_span_c

25787

A section of the spcurve is outside the surface

PK_SPUN_state_profile_x_axis_c

25794

The spun profile should not cross its axis.

PK_SWEPT_state_bad_min_rad_c

25795

The swept surface minimal radius of curvature is smaller than the accepted minimum.

PK_TOPOL_state_bad_box_c

24693

topology has invalid box (a box is defined by a high and low coordinate, in this case one of the high coordinate values is lower than its corresponding low coordinate value)

PK_TOPOL_state_bad_closed_c

22903

topology's geometry is closed but not periodic

PK_TOPOL_state_bad_geom_share_c

24694

two edges or two faces share the same geometry, where their mutual order is inconsistent

PK_TOPOL_state_bad_owner_type_c

24695

topology has owner of bad type

PK_TOPOL_state_check_fail_c

13812

checker failure

PK_TOPOL_state_extra_child_c

24708

parent has too many children

PK_TOPOL_state_extra_parent_c

24709

child has too many parents

PK_TOPOL_state_missing_parent_c

24710

child has too few parents

PK_TOPOL_state_no_geom_c

13803

missing geometry

PK_TOPOL_state_not_G1_c

13827

topology's geometry is not G1 continuous

PK_TOPOL_state_parm_degen_c

22906

topology's geometry has an invalid parametric degeneracy in the u and v parameter directions

PK_TOPOL_state_phys_degen_c

22909

topology's geometry has an invalid physical degeneracy in the u and v parameter directions

PK_TOPOL_state_share_no_geom_c

24696

the returned edge or face does not have any geometry attached however it believes it is sharing some geometry with at least one other (returned) edge or face.

PK_TOPOL_state_size_box_c

13810

some or all of entity is outside size box

PK_TOPOL_state_u_parm_degen_c

22904

topology's geometry has an invalid parametric degeneracy in the u parameter direction

PK_TOPOL_state_u_phys_degen_c

22907

topology's geometry has an invalid physical degeneracy in the u parameter direction

PK_TOPOL_state_v_parm_degen_c

22905

topology's geometry has an invalid parametric degeneracy in the v parameter direction

PK_TOPOL_state_v_phys_degen_c

22908

topology's geometry has an invalid physical degeneracy in the v parameter direction

PK_TOPOL_state_wrong_child_c

24711

child is of the wrong class

PK_TRANSF_state_corrupt_c

22894

transform is corrupt

PK_TRCURVE_state_ends_match_c

25798

Trimmed curve parameters do not match end points

PK_TRCURVE_state_ends_open_c

25796

Open trimmed curve has the same bounds

PK_TRCURVE_state_ends_order_c

25797

Trimmed curve end points not in order

PK_VERTEX_state_bad_fin_c

24697

vertex has inconsistent fins

PK_VERTEX_state_bad_isolated_c

24698

vertex declared isolated vertex of a solid body but is not isolated

PK_VERTEX_state_bad_tol_c

24699

vertex has tolerance but it is smaller than working precision

PK_VERTEX_state_fin_chains_c

24700

traversing the chain of fins entering a vertex gives inconsistent results

PK_VERTEX_state_non_manifold_c

24701

vertex is not manifold

PK_VERTEX_state_not_dep_of_sh_c

24702

vertex is acorn vertex but its owning shell does not admit to owning it

PK_VERTEX_state_owner_not_sh_c

24703

vertex is acorn but its owner is not a shell

PK_VERTEX_state_sheet_corrupt_c

24704

vertex is a vertex of a sheet body, the data structure is corrupt

PK_VERTEX_state_too_many_eds_c

24705

vertex is vertex of wire body and it has more than two edges

PK_VERTEX_state_wf_ed_bad_sh_c

24706

at vertex there is a wireframe edge which should belong to the returned shell

PK_check_top_geo_edge_c

18301

just check curve/edge consistency

PK_check_top_geo_face_c

18302

just check surface/face consistency

PK_check_top_geo_no_c

18300

don't check geometry/topology consistency

PK_check_top_geo_yes_c

18303

check both curve/edge and surface/face consistency

PK_check_vx_on_cu_all_c

24760

Checking is enforced for all vertices.

PK_check_vx_on_cu_none_c

24761

Checking is suppressed for all vertices.