| abl_remote_ints |
Sets the use of the global Boolean for entity-entity blending.
|
| abl_require_on_support |
Sets whether or not both sides of a blend must be on their supports.
|
| adaptive_grid |
Removes redundant facet edges after grid mode faceting.
|
| adaptive_triangles |
Controls whether triangles are divided by refinements.
|
| address_debug |
Sets the form of output addresses.
|
| add_bl_atts |
Controls whether or not blend attributes are left on blend faces.
|
| align_corners |
Controls the alignment method of corners in a profile; used with option
match_corners.
|
| all_free_edges |
Determines whether all edges on coincident faces are processed as free edges.
|
| annotations |
Controls whether annotation entities are created.
|
| api_checking |
Controls whether or not arguments to APIs are checked.
|
| approx_eval |
Evaluates spline approximation instead of procedural surfaces.
|
| approx_vbl_offset |
Sets whether or not approximations can be used for vertex blends.
|
| backup_boxes |
Sets backup of mesh boxes.
|
| bb_immediate_close |
Controls whether or not a bulletin board is closed off immediately when the call is made to the
close_bulletin_board function.
|
| bhl_smooth_edges |
Controls handling of discontinuous edges during stitching.
|
| bhl_smooth_surfaces |
Controls the optional repair of discontinuous B-spline surfaces during the preprocess phase of healing.
|
| binary_format |
Controls the format to use when writing
ACIS part save files as binary.
|
| binary_read_format |
Controls the format to use when reading
ACIS part save files as binary.
|
| blend_make_simple |
Sets whether or not blends are simplified, if possible.
|
| blend_mix_convexity |
Controls how blending handles mixed convexity edges.
|
| bl_cap_box_factor |
Sets the size of the box used by the new capping algorithm.
|
| bl_envelope_surf |
Controls the type of blend surface used when a variable-radius blend is created.
|
| bl_new_capping |
Sets whether or not the new capping algorithm is used.
|
| bl_new_technology |
This is an internal testing option that sets how the new internal blending algorithms are used.
|
| bl_preview_approx_sf |
Sets whether or not
api_preview_blends should use the spline approximation of any underlying surfaces in computing the preview sheet.
|
| bl_preview_tightness |
Sets how tight the blend preview is to the true blend.
|
| bl_remote_ints |
Sets whether or not global interference checking is performed.
|
| bl_tb_autoblend |
Determines whether autosetback uses
api_set_vblend_autoblend or
api_set_vblend_auto in the
ACIS Test Harness.
|
| bl_tb_preview |
Determines whether blend previews are shown as blend attributes are applied in the
ACIS Test Harness.
|
| brief_comp_debug |
Sets how much information about a
compcurv is printed.
|
| brief_curve_debug |
Sets how much information about a curve is printed.
|
| brief_mesh_debug |
Sets how much information about a mesh is printed.
|
| brief_pcurve_debug |
Sets how much information about a pcurve is printed.
|
| brief_surface_debug |
Sets how much information about a spline surface is printed.
|
| cap_preference |
Determines whether capping tries to use as many or as few capping faces as possible.
|
| careful |
Controls whether or not extra geometry/topology checking is done.
|
| cell_granularity |
Determines how connected double sided faces are grouped.
|
| check_abort |
Determines whether to abort entity checking.
|
| check_ee_int_always |
Controls when edge/edge intersections are performed during face/face checking.
|
| check_ff_int |
Sets additional validity checking of the body.
|
| check_ff_tangent_int |
Sets additional validity checking of the body.
|
| check_level |
Controls the amount of entity checking performed.
|
| check_output |
Determines the level of output generated by the body checker.
|
| common_facet_edge |
Allows the faceter to create facets that have a facet edge shared twice.
|
| compress_bb |
Controls bulletin board compression.
|
| cone_param_lines |
Enables or disables the display of parameter lines on cones in the
Test Harness.
|
| cone_param_range_v |
Controls whether to use a more accurate algorithm for computing cone surface parameter range.
|
| cone_silhouettes |
Enables or disables display of a cone silhouette in the
Test Harness.
|
| convert_on_restore |
Controls whether to convert wires from the old to the new format during a restore operation.
|
| crash |
Sets crash on error.
|
| d3sil_approx_sf |
Determines whether to calculate the surface silhouette on the approximating surface.
|
| d3_checks |
Evaluates D-Cubed geometric checks for legality of curves and surfaces.
|
| debug_absolute_addresses |
Controls how memory address for pointers are returned for debugging: as absolute or relative, and as hex or long integer.
|
| delete_forward_states |
Controls whether to delete all forward delta states.
|
| dup_seam_nodes |
Controls whether or not duplicate indexed nodes are created on the surface seams.
|
| error_no_input_tag |
Controls whether or not an error occurs if inputs are not tagged (when annotations are activated).
|
| extend_mergeable_edges |
Controls whether or not mergeable edges are extended.
|
| fast_distribute |
Controls how to do distributed history (when distributed history is activated, using
api_part_set_distribution_mode or
part:set-distributed-history).
|
| fitol_curve_interp |
Sets the fit tolerance for spline curve interpolation.
|
| fix_pcurves |
Controls whether or not pcurves are corrected when validity checks are performed.
|
| force_capping |
Determines whether blending will fail or force a cap in some special cases.
|
| full_error_msg |
Controls the amount of information issues for ACIS error messages.
|
| fuzzy_angle |
Sets the angle criterion for deciding if a nontangent intersection should be treated as fuzzy.
|
| hh_do_stitch_tolerant_edges |
Controls whether or not tolerant edges are produced after the stitching phase of healing.
|
| hh_skip_gen_spline_solver |
Controls whether or not the generic spline solver sub-phase of the geometry building phase of healing is performed.
|
| history_checks |
Controls how history checks are reported.
|
| ihl_lines |
Sets the drawing of hidden lines on or off.
|
| ihl_lines_style |
Sets the drawing line style of hidden lines.
|
| ihl_occlusion |
Sets the removal of overlapping segments in a viewing configuration on or off.
|
| ihl_occlusion_tol |
Sets the tolerance for occlusion.
|
| ihl_wire |
Sets hidden line removal for wires.
|
| intcurve_save_approx_level |
Controls the level of information stored in the SAT file for intcurves.
|
| journal_result_limit |
Sets the maximum number of characters used to journal the result of a Scheme operation when journaling is turned on.
|
| keep_second_edge |
Sets whether or not the second edge will be kept for merging.
|
| keep_second_face |
Sets whether or not the second face will be kept for merging.
|
| loft_estimate_tanfacs |
Controls the calculation of tangency factors for lofted bodies.
|
| logging |
Sets whether bulletin boards and delta states are to be visible at the application level.
|
| lop_check_invert |
Controls the checking of invalid faces made in
LOP.
|
| lop_convert_pipe |
Sets conversion of pipe spline surface.
|
| lop_error_return_all |
Controls whether or not all entities (including "dead" entities) are returned in "error info" objects.
|
| lop_fail_on_no_part_inv_sf |
Controls whether or not a local operation fails when a face surface can only be partially offset.
|
| lop_ff_error_prevent_roll |
Controls whether or not errors in local operations face/face checks cause a roll back.
|
| lop_ff_int |
Sets additional validity checking of the body.
|
| lop_merge_vertex |
Sets merging of redundant vertices.
|
| lop_prefer_nearest_sol |
Controls whether the nearest or farthest solution is preferred when picking between multiple solutions in the tweak algorithm.
|
| lop_prefer_same_convexity_sol |
Controls whether to pick a solution that most closely matches the original edge convexities, or that has the least common edge convexities.
|
| lop_repair_self_int |
Controls whether or not self-intersections are repaired on the bodies that result from local operations and shelling.
|
| lop_sort_on_convexity |
Controls whether sorting of solutions proceeds on convexity and then distance or on distance and then on convexity.
|
| lop_stack_limit |
Controls how much recursion can be done in the
LOP code.
|
| lop_use_euclidean_dist_score |
Controls whether Euclidean or parametric distance is used when scoring different solutions.
|
| match_corners |
Controls the alignment method of corners in a profile; used with option
align_corners.
|
| merge |
Sets merging of common geometry.
|
| merge_spline_vertex |
Sets merging of spline edges connected by a two-edge vertex.
|
| merge_wirecoedges |
Obsolete: Use
skin_options instead
Controls whether or not the G1 vertices of wire profiles are removed.
|
| mesh_param_lines |
Enables or disables display of parameter lines on a mesh in the
Test Harness.
|
| mesh_silhouettes |
Enables or disables display of a mesh silhouette in the
Test Harness.
|
| miter_type |
Sets the style for a corner mitering in a sweep operation.
|
| mmgrfile |
Sets the name of the file to which to write memory manager debugging and memory leak auditing information.
|
| mmgrfill |
Enables or disables pattern filling of unallocated memory by the memory manager.
|
| mmgrlog |
Enables or disables writing of memory manager debugging and memory leak auditing information to a file.
|
| new_cover |
Determines whether or not to use the new algorithm.
|
| new_dangling_wires |
Converts dangling wires to either new or old style.
|
| new_periodic_splitting |
Controls how the periodic face splitting algorithm is used.
|
| new_transform_method |
Sets the method used for transformations.
|
| old_draft |
Sets whether or not older draft functionality is used in sweeping.
|
| phl_back_face_culling |
Controls elimination of split faces from calculations.
|
| phl_cell_factor |
Divides the projection plane into rectangular cells.
|
| phl_draw_null_sedge |
Controls whether or not subedges are drawn as hidden.
|
| phl_lines |
Sets the drawing of hidden lines in Scheme and the
ACIS Test Harness.
|
| phl_lines_style |
Sets the style of drawing of hidden lines in Scheme and the
ACIS Test Harness.
|
| phl_occlusion |
Determines if occlusion is calculated for occluded edges.
|
| phl_rescrv |
Determines into how many subedges a given curved edge is divided, depending on its curvature.
|
| phl_reshoot |
Determines the precision of the shooting.
|
| phl_smooth_angle |
Sets the maximum angle at which two faces can meet and still be considered tangentially smooth.
|
| plane_param_lines |
Enables or disables the display of parameter lines on planes in the
Test Harness.
|
| plane_silhouettes |
Enables or disables the display of plane silhouettes in the
Test Harness.
|
| print_entity_type |
Controls how an entity is printed in Scheme output.
|
| props |
Sets insertion of a property in an elliptical cylinder or frustum (cone).
|
| rbi_remove_inv_face |
Controls the removal of inverted faces.
|
| rbi_rem_default_inside |
Controls the choice of minimum or maximum body for
api_remove_and_repair_body.
|
| regen_skin_approx |
Controls whether to regenerate the approximating surface during retrieval of a skin surface.
|
| remesh |
Sets automatic remeshing during a Boolean.
|
| rem_use_rbi |
Controls the method used to remove faces.
|
| restore_locale |
Sets the localization properties (language locale) to use when restoring save files (.sat).
|
| res_near_tangent |
Sets the tolerant modeling resolution (tolerance) for determining if an edge is considered tangent.
|
| ret_directory |
Sets the default directory for retrieve files in the
ACIS Test Harness.
|
| rh:auto-clipping |
Sets automatic clipping during rendering in Scheme.
|
| rh:auto-facetting |
Sets automatic faceting during rendering in Scheme.
|
| rh:clear-screen |
Sets screen clearing during rendering in Scheme.
|
| save_box |
Sets writing the bounding boxes to the save file.
|
| save_directory |
Sets the default directory for save files in the
ACIS Test Harness.
|
| save_entity_count |
Sets writing the entity count to the save file.
|
| save_old_sab |
Sets format for binary save files.
|
| save_unknown_subtype_as_approx |
Sets how unknown subtypes are saved in old save file formats.
|
| save_version |
Sets the
ACIS version to use for writing save files in the
ACIS Test Harness.
|
| sequence_save_files |
Sets sequence numbers in save files.
|
| show_vertices |
Visually marks vertices of a part for rendering.
|
| show_warning_msg |
Determines whether all the warning messages that the body checker generates should be added to the insanity list and displayed.
|
| silhouettes |
Enables or disables the display of silhouette lines on any surface type display of plane silhouettes in the
Test Harness.
|
| silhouette_curves |
Sets the type of silhouette curves used.
|
| sil_edges |
Controls whether silhouettes are calculated in the
Test Harness using an API or low-level code.
|
| sketch_mesh |
Sets which mesh elements are sketched in the
Test Harness.
|
| slow_bool4 |
Determines whether to regenerate pcurves.
|
| smart_offset_vertex_blend |
Controls how vertex blends are offset.
|
| sphere_param_lines |
Enables or disables the display of parameter lines on spheres in the
Test Harness.
|
| sphere_silhouettes |
Enables of disables display of a sphere silhouette in the
Test Harness.
|
| spline_param_lines |
Enables or disables the display of parameter lines on splines in the
Test Harness.
|
| spline_save_approx_level |
Controls the level of information stored in the SAT file for spline surfaces.
|
| spline_silhouettes |
Enables or disables display of a spline silhouette in the
Test Harness.
|
| split_curves |
Sets curve splitting in the
curve::split function.
|
| split_face_checking |
Controls whether or not split faces are checked for small faces.
|
| spl_edges_forward |
Controls the direction of the underlying curve and the edge sense when a spline edge is created from an input edge.
|
| stack_check_error |
Controls behavior when the stack limit is reached.
|
| string_check |
Sets how
NULL strings are handled.
|
| subsetting |
Sets the level of surface subsetting when trimming.
|
| sweep_selfint |
Sets self intersection checks while evaluating the sweep surface.
|
| sweep_split |
Sets whether or not to split a coedge when sweeping.
|
| test_centroid |
Controls whether the centroid of the triangles is checked with the surface tolerance refinement.
|
| test_share |
Sets detecting and sharing of identical objects when restoring save files.
|
| tight_sphere_box |
Sets calculation of a tight bounding box for a sphere.
|
| tight_torus_box |
Sets calculation of a tight bounding box for a torus.
|
| timing |
Sets whether or not timing information is returned.
|
| torus_param_lines |
Enables or disables the display of parameter lines on tori in the
Test Harness.
|
| torus_param_range |
Sets whether or not a box is used to find the torus parameter range.
|
| torus_silhouettes |
Enables or disables the display of torus silhouettes in the
Test Harness.
|
| triang_interior_edge |
Sets whether or not to triangulate interior bridge edges that connect holes and interior boundaries.
|
| trim_faces |
Sets the trimming of splines to the parameter bounds of the face.
|
| unhook_annotations |
Controls whether annotations are automatically unhooked from their entities.
|
| u_param_lines |
Sets the number of
u parameter lines to display in the
Test Harness.
|
| validate_lop |
Controls whether or not a taper local operation is checked (validated).
|
| vbl_check |
Sets whether or not further checks are done on vertex blend surfaces created by blending.
|
| vbl_quick_check |
Sets whether or not quick checks are done on vertex blends.
|
| vtx_blnd_simple |
Sets whether or not the new algorithm for vertex blend boundaries is used.
|
| v_blend_nsurf |
Enables or disables construction of general vertex blend surfaces.
|
| v_blend_rb |
Sets whether or not a vertex blend surface can be a rolling ball surface.
|
| v_param_lines |
Sets the number of
v parameter lines to display in the
Test Harness.
|
| warp_tolerant_hot |
Controls whether or not
api_space_warp returns tolerant edges and vertices.
|