2018-10-06 06:45:55 +00:00
/*
Open Asset Import Library ( ASSIMP )
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
2020-01-20 13:53:12 +00:00
Copyright ( c ) 2006 - 2020 , ASSIMP Development Team
2018-10-06 06:45:55 +00:00
All rights reserved .
Redistribution and use of this software in source and binary forms ,
with or without modification , are permitted provided that the
following conditions are met :
* Redistributions of source code must retain the above
copyright notice , this list of conditions and the
following disclaimer .
* Redistributions in binary form must reproduce the above
copyright notice , this list of conditions and the
following disclaimer in the documentation and / or other
materials provided with the distribution .
* Neither the name of the ASSIMP team , nor the names of its
contributors may be used to endorse or promote products
derived from this software without specific prior
written permission of the ASSIMP Development Team .
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
" AS IS " AND ANY EXPRESS OR IMPLIED WARRANTIES , INCLUDING , BUT NOT
LIMITED TO , THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
A PARTICULAR PURPOSE ARE DISCLAIMED . IN NO EVENT SHALL THE COPYRIGHT
OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT , INDIRECT , INCIDENTAL ,
SPECIAL , EXEMPLARY , OR CONSEQUENTIAL DAMAGES ( INCLUDING , BUT NOT
LIMITED TO , PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES ; LOSS OF USE ,
DATA , OR PROFITS ; OR BUSINESS INTERRUPTION ) HOWEVER CAUSED AND ON ANY
THEORY OF LIABILITY , WHETHER IN CONTRACT , STRICT LIABILITY , OR TORT
( INCLUDING NEGLIGENCE OR OTHERWISE ) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE , EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE .
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
*/
/** MACHINE-GENERATED by scripts/ICFImporter/CppGenerator.py */
2018-12-04 20:28:50 +00:00
# ifndef ASSIMP_BUILD_NO_STEP_IMPORTER
2018-10-06 06:45:55 +00:00
# include "code/Importer/StepFile/StepReaderGen.h"
namespace Assimp {
using namespace StepFile ;
namespace {
typedef EXPRESS : : ConversionSchema : : SchemaEntry SchemaEntry ;
const SchemaEntry schema_raw [ ] = {
SchemaEntry ( " absorbed_dose_measure " , NULL )
, SchemaEntry ( " acceleration_measure " , NULL )
, SchemaEntry ( " action_items " , NULL )
, SchemaEntry ( " action_method_items " , NULL )
, SchemaEntry ( " action_request_item " , NULL )
, SchemaEntry ( " ahead_or_behind " , NULL )
, SchemaEntry ( " amount_of_substance_measure " , NULL )
, SchemaEntry ( " angle_direction_reference_select " , NULL )
, SchemaEntry ( " angle_direction_reference_with_a2p3d_select " , NULL )
, SchemaEntry ( " angle_relator " , NULL )
, SchemaEntry ( " annotation_plane_element " , NULL )
, SchemaEntry ( " annotation_representation_select " , NULL )
, SchemaEntry ( " annotation_symbol_occurrence_item " , NULL )
, SchemaEntry ( " annotation_text_occurrence_item " , NULL )
, SchemaEntry ( " approval_item " , NULL )
, SchemaEntry ( " approved_item " , NULL )
, SchemaEntry ( " area_measure " , NULL )
, SchemaEntry ( " area_or_view " , NULL )
, SchemaEntry ( " attribute_classification_item " , NULL )
, SchemaEntry ( " attribute_language_item " , NULL )
, SchemaEntry ( " attribute_type " , NULL )
, SchemaEntry ( " axis2_placement " , NULL )
, SchemaEntry ( " b_spline_curve_form " , NULL )
, SchemaEntry ( " b_spline_surface_form " , NULL )
, SchemaEntry ( " base_solid_select " , NULL )
, SchemaEntry ( " blend_end_condition_select " , NULL )
, SchemaEntry ( " blend_radius_variation_type " , NULL )
, SchemaEntry ( " boolean_operand " , NULL )
, SchemaEntry ( " boolean_operator " , NULL )
, SchemaEntry ( " box_characteristic_select " , NULL )
, SchemaEntry ( " box_height " , NULL )
, SchemaEntry ( " box_rotate_angle " , NULL )
, SchemaEntry ( " box_slant_angle " , NULL )
, SchemaEntry ( " box_width " , NULL )
, SchemaEntry ( " camera_model_d3_multi_clipping_interection_select " , NULL )
, SchemaEntry ( " camera_model_d3_multi_clipping_union_select " , NULL )
, SchemaEntry ( " capacitance_measure " , NULL )
, SchemaEntry ( " category_usage_item " , NULL )
, SchemaEntry ( " cc_classified_item " , NULL )
, SchemaEntry ( " cc_person_organization_item " , NULL )
, SchemaEntry ( " cc_specified_item " , NULL )
, SchemaEntry ( " celsius_temperature_measure " , NULL )
, SchemaEntry ( " central_or_parallel " , NULL )
, SchemaEntry ( " certification_item " , NULL )
, SchemaEntry ( " certified_item " , NULL )
, SchemaEntry ( " change_request_item " , NULL )
, SchemaEntry ( " character_spacing_select " , NULL )
, SchemaEntry ( " character_style_select " , NULL )
, SchemaEntry ( " characterized_action_definition " , NULL )
, SchemaEntry ( " characterized_definition " , NULL )
, SchemaEntry ( " characterized_material_property " , NULL )
, SchemaEntry ( " characterized_product_composition_value " , NULL )
, SchemaEntry ( " characterized_product_definition " , NULL )
, SchemaEntry ( " class_usage_effectivity_context_item " , NULL )
, SchemaEntry ( " classification_item " , NULL )
, SchemaEntry ( " classified_item " , NULL )
, SchemaEntry ( " compound_item_definition " , NULL )
, SchemaEntry ( " conductance_measure " , NULL )
, SchemaEntry ( " configuration_design_item " , NULL )
, SchemaEntry ( " configured_effectivity_context_item " , NULL )
, SchemaEntry ( " configured_effectivity_item " , NULL )
, SchemaEntry ( " constructive_geometry_representation_or_shape_represenation " , NULL )
, SchemaEntry ( " context_dependent_measure " , NULL )
, SchemaEntry ( " contract_item " , NULL )
, SchemaEntry ( " contracted_item " , NULL )
, SchemaEntry ( " count_measure " , NULL )
, SchemaEntry ( " csg_primitive " , NULL )
, SchemaEntry ( " csg_select " , NULL )
, SchemaEntry ( " curve_font_or_scaled_curve_font_select " , NULL )
, SchemaEntry ( " curve_on_surface " , NULL )
, SchemaEntry ( " curve_or_annotation_curve_occurrence " , NULL )
, SchemaEntry ( " curve_or_render " , NULL )
, SchemaEntry ( " curve_style_font_select " , NULL )
, SchemaEntry ( " date_and_time_item " , NULL )
, SchemaEntry ( " date_item " , NULL )
, SchemaEntry ( " date_time_item " , NULL )
, SchemaEntry ( " date_time_or_event_occurrence " , NULL )
, SchemaEntry ( " date_time_select " , NULL )
, SchemaEntry ( " day_in_month_number " , NULL )
, SchemaEntry ( " day_in_week_number " , NULL )
, SchemaEntry ( " day_in_year_number " , NULL )
, SchemaEntry ( " defined_symbol_select " , NULL )
, SchemaEntry ( " derived_property_select " , NULL )
, SchemaEntry ( " description_attribute_select " , NULL )
, SchemaEntry ( " descriptive_measure " , NULL )
, SchemaEntry ( " dimension_count " , NULL )
, SchemaEntry ( " dimension_extent_usage " , NULL )
, SchemaEntry ( " dimensional_characteristic " , NULL )
, SchemaEntry ( " direction_count_select " , NULL )
, SchemaEntry ( " document_identifier_assigned_item " , NULL )
, SchemaEntry ( " document_reference_item " , NULL )
, SchemaEntry ( " dose_equivalent_measure " , NULL )
, SchemaEntry ( " draughting_callout_element " , NULL )
, SchemaEntry ( " draughting_model_item_association_select " , NULL )
, SchemaEntry ( " draughting_model_item_select " , NULL )
, SchemaEntry ( " draughting_titled_item " , NULL )
, SchemaEntry ( " effectivity_item " , NULL )
, SchemaEntry ( " electric_charge_measure " , NULL )
, SchemaEntry ( " electric_current_measure " , NULL )
, SchemaEntry ( " electric_potential_measure " , NULL )
, SchemaEntry ( " energy_measure " , NULL )
, SchemaEntry ( " event_occurrence_item " , NULL )
, SchemaEntry ( " external_identification_item " , NULL )
, SchemaEntry ( " fill_area_style_tile_shape_select " , NULL )
, SchemaEntry ( " fill_style_select " , NULL )
, SchemaEntry ( " font_select " , NULL )
, SchemaEntry ( " force_measure " , NULL )
, SchemaEntry ( " founded_item_select " , NULL )
, SchemaEntry ( " frequency_measure " , NULL )
, SchemaEntry ( " generalized_surface_select " , NULL )
, SchemaEntry ( " geometric_item_specific_usage_select " , NULL )
, SchemaEntry ( " geometric_set_select " , NULL )
, SchemaEntry ( " groupable_item " , NULL )
, SchemaEntry ( " hour_in_day " , NULL )
, SchemaEntry ( " id_attribute_select " , NULL )
, SchemaEntry ( " identification_item " , NULL )
, SchemaEntry ( " identifier " , NULL )
, SchemaEntry ( " illuminance_measure " , NULL )
, SchemaEntry ( " inductance_measure " , NULL )
, SchemaEntry ( " instance_usage_context_select " , NULL )
, SchemaEntry ( " invisibility_context " , NULL )
, SchemaEntry ( " invisible_item " , NULL )
, SchemaEntry ( " ir_usage_item " , NULL )
, SchemaEntry ( " knot_type " , NULL )
, SchemaEntry ( " label " , NULL )
, SchemaEntry ( " layered_item " , NULL )
, SchemaEntry ( " length_measure " , NULL )
, SchemaEntry ( " limit_condition " , NULL )
, SchemaEntry ( " list_of_reversible_topology_item " , NULL )
, SchemaEntry ( " list_representation_item " , NULL )
, SchemaEntry ( " luminous_flux_measure " , NULL )
, SchemaEntry ( " luminous_intensity_measure " , NULL )
, SchemaEntry ( " magnetic_flux_density_measure " , NULL )
, SchemaEntry ( " magnetic_flux_measure " , NULL )
, SchemaEntry ( " marker_select " , NULL )
, SchemaEntry ( " marker_type " , NULL )
, SchemaEntry ( " mass_measure " , NULL )
, SchemaEntry ( " measure_value " , NULL )
, SchemaEntry ( " mechanical_design_and_draughting_relationship_select " , NULL )
, SchemaEntry ( " mechanical_design_geometric_presentation_area_items " , NULL )
, SchemaEntry ( " mechanical_design_geometric_presentation_representation_items " , NULL )
, SchemaEntry ( " message " , NULL )
, SchemaEntry ( " minute_in_hour " , NULL )
, SchemaEntry ( " month_in_year_number " , NULL )
, SchemaEntry ( " multi_language_attribute_item " , NULL )
, SchemaEntry ( " name_attribute_select " , NULL )
, SchemaEntry ( " name_item " , NULL )
, SchemaEntry ( " non_negative_length_measure " , NULL )
, SchemaEntry ( " nonnegative_integer " , NULL )
, SchemaEntry ( " null_style " , NULL )
, SchemaEntry ( " numeric_measure " , NULL )
, SchemaEntry ( " organization_item " , NULL )
, SchemaEntry ( " orientation_basis_select " , NULL )
, SchemaEntry ( " parameter_value " , NULL )
, SchemaEntry ( " pcurve_or_surface " , NULL )
, SchemaEntry ( " person_and_organization_item " , NULL )
, SchemaEntry ( " person_organization_select " , NULL )
, SchemaEntry ( " picture_representation_item_select " , NULL )
, SchemaEntry ( " plane_angle_measure " , NULL )
, SchemaEntry ( " plane_or_planar_box " , NULL )
, SchemaEntry ( " point_and_vector_member " , NULL )
, SchemaEntry ( " point_and_vector_members " , NULL )
, SchemaEntry ( " point_path_members " , NULL )
, SchemaEntry ( " positive_integer " , NULL )
, SchemaEntry ( " positive_length_measure " , NULL )
, SchemaEntry ( " positive_plane_angle_measure " , NULL )
, SchemaEntry ( " positive_ratio_measure " , NULL )
, SchemaEntry ( " power_measure " , NULL )
, SchemaEntry ( " preferred_surface_curve_representation " , NULL )
, SchemaEntry ( " presentable_text " , NULL )
, SchemaEntry ( " presentation_representation_select " , NULL )
, SchemaEntry ( " presentation_size_assignment_select " , NULL )
, SchemaEntry ( " presentation_style_select " , NULL )
, SchemaEntry ( " presented_item_select " , NULL )
, SchemaEntry ( " pressure_measure " , NULL )
, SchemaEntry ( " product_definition_or_assembly_relationship " , NULL )
, SchemaEntry ( " product_definition_or_breakdown_element_usage " , NULL )
, SchemaEntry ( " product_definition_or_product_definition_relationship " , NULL )
, SchemaEntry ( " product_or_formation_or_definition " , NULL )
, SchemaEntry ( " project_item " , NULL )
, SchemaEntry ( " radioactivity_measure " , NULL )
, SchemaEntry ( " ratio_measure " , NULL )
, SchemaEntry ( " rendering_properties_select " , NULL )
, SchemaEntry ( " represented_definition " , NULL )
, SchemaEntry ( " requirement_assigned_item " , NULL )
, SchemaEntry ( " requirement_satisfaction_item " , NULL )
, SchemaEntry ( " requirement_source_item " , NULL )
, SchemaEntry ( " resistance_measure " , NULL )
, SchemaEntry ( " reversible_topology " , NULL )
, SchemaEntry ( " reversible_topology_item " , NULL )
, SchemaEntry ( " role_select " , NULL )
, SchemaEntry ( " rule_superseded_item " , NULL )
, SchemaEntry ( " second_in_minute " , NULL )
, SchemaEntry ( " security_classification_item " , NULL )
, SchemaEntry ( " set_of_reversible_topology_item " , NULL )
, SchemaEntry ( " set_representation_item " , NULL )
, SchemaEntry ( " shading_curve_method " , NULL )
, SchemaEntry ( " shading_surface_method " , NULL )
, SchemaEntry ( " shape_definition " , NULL )
, SchemaEntry ( " shell " , NULL )
, SchemaEntry ( " si_prefix " , NULL )
, SchemaEntry ( " si_unit_name " , NULL )
, SchemaEntry ( " size_select " , NULL )
, SchemaEntry ( " sketch_basis_select " , NULL )
, SchemaEntry ( " solid_angle_measure " , NULL )
, SchemaEntry ( " source " , NULL )
, SchemaEntry ( " source_item " , NULL )
, SchemaEntry ( " start_request_item " , NULL )
, SchemaEntry ( " string_representation_item_select " , NULL )
, SchemaEntry ( " style_context_select " , NULL )
, SchemaEntry ( " surface_side " , NULL )
, SchemaEntry ( " surface_side_style_select " , NULL )
, SchemaEntry ( " surface_style_element_select " , NULL )
, SchemaEntry ( " symbol_style_select " , NULL )
, SchemaEntry ( " text " , NULL )
, SchemaEntry ( " text_alignment " , NULL )
, SchemaEntry ( " text_delineation " , NULL )
, SchemaEntry ( " text_or_character " , NULL )
, SchemaEntry ( " text_path " , NULL )
, SchemaEntry ( " text_string_representation_item " , NULL )
, SchemaEntry ( " thermodynamic_temperature_measure " , NULL )
, SchemaEntry ( " time_interval_item " , NULL )
, SchemaEntry ( " time_measure " , NULL )
, SchemaEntry ( " tolerance_method_definition " , NULL )
, SchemaEntry ( " transformation " , NULL )
, SchemaEntry ( " transition_code " , NULL )
, SchemaEntry ( " trim_condition_select " , NULL )
, SchemaEntry ( " trim_intent " , NULL )
, SchemaEntry ( " trimming_preference " , NULL )
, SchemaEntry ( " trimming_select " , NULL )
, SchemaEntry ( " u_direction_count " , NULL )
, SchemaEntry ( " unit " , NULL )
, SchemaEntry ( " v_direction_count " , NULL )
, SchemaEntry ( " value_qualifier " , NULL )
, SchemaEntry ( " vector_or_direction " , NULL )
, SchemaEntry ( " velocity_measure " , NULL )
, SchemaEntry ( " volume_measure " , NULL )
, SchemaEntry ( " week_in_year_number " , NULL )
, SchemaEntry ( " work_item " , NULL )
, SchemaEntry ( " year_number " , NULL )
, SchemaEntry ( " measure_with_unit " , & STEP : : ObjectHelper < measure_with_unit , 2 > : : Construct )
, SchemaEntry ( " absorbed_dose_measure_with_unit " , & STEP : : ObjectHelper < absorbed_dose_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " derived_unit " , & STEP : : ObjectHelper < derived_unit , 1 > : : Construct )
, SchemaEntry ( " absorbed_dose_unit " , & STEP : : ObjectHelper < absorbed_dose_unit , 0 > : : Construct )
, SchemaEntry ( " abstract_variable " , & STEP : : ObjectHelper < abstract_variable , 0 > : : Construct )
, SchemaEntry ( " acceleration_measure_with_unit " , & STEP : : ObjectHelper < acceleration_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " acceleration_unit " , & STEP : : ObjectHelper < acceleration_unit , 0 > : : Construct )
, SchemaEntry ( " action " , & STEP : : ObjectHelper < action , 3 > : : Construct )
, SchemaEntry ( " action_assignment " , & STEP : : ObjectHelper < action_assignment , 1 > : : Construct )
, SchemaEntry ( " action_directive " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " action_method " , & STEP : : ObjectHelper < action_method , 4 > : : Construct )
, SchemaEntry ( " action_method_assignment " , & STEP : : ObjectHelper < action_method_assignment , 2 > : : Construct )
, SchemaEntry ( " action_method_relationship " , & STEP : : ObjectHelper < action_method_relationship , 4 > : : Construct )
, SchemaEntry ( " action_method_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " action_property " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " action_property_representation " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " action_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " action_request_assignment " , & STEP : : ObjectHelper < action_request_assignment , 1 > : : Construct )
, SchemaEntry ( " action_request_solution " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " action_request_status " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " action_status " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " address " , & STEP : : ObjectHelper < address , 12 > : : Construct )
, SchemaEntry ( " representation " , & STEP : : ObjectHelper < representation , 3 > : : Construct )
, SchemaEntry ( " shape_representation " , & STEP : : ObjectHelper < shape_representation , 0 > : : Construct )
, SchemaEntry ( " advanced_brep_shape_representation " , & STEP : : ObjectHelper < advanced_brep_shape_representation , 0 > : : Construct )
, SchemaEntry ( " face_surface " , & STEP : : ObjectHelper < face_surface , 2 > : : Construct )
, SchemaEntry ( " advanced_face " , & STEP : : ObjectHelper < advanced_face , 0 > : : Construct )
, SchemaEntry ( " alternate_product_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " amount_of_substance_measure_with_unit " , & STEP : : ObjectHelper < amount_of_substance_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " named_unit " , & STEP : : ObjectHelper < named_unit , 1 > : : Construct )
, SchemaEntry ( " amount_of_substance_unit " , & STEP : : ObjectHelper < amount_of_substance_unit , 0 > : : Construct )
, SchemaEntry ( " angle_direction_reference " , & STEP : : ObjectHelper < angle_direction_reference , 0 > : : Construct )
, SchemaEntry ( " representation_item " , & STEP : : ObjectHelper < representation_item , 1 > : : Construct )
, SchemaEntry ( " geometric_representation_item " , & STEP : : ObjectHelper < geometric_representation_item , 0 > : : Construct )
, SchemaEntry ( " draughting_callout " , & STEP : : ObjectHelper < draughting_callout , 1 > : : Construct )
, SchemaEntry ( " dimension_curve_directed_callout " , & STEP : : ObjectHelper < dimension_curve_directed_callout , 0 > : : Construct )
, SchemaEntry ( " angular_dimension " , & STEP : : ObjectHelper < angular_dimension , 0 > : : Construct )
, SchemaEntry ( " shape_aspect_relationship " , & STEP : : ObjectHelper < shape_aspect_relationship , 4 > : : Construct )
, SchemaEntry ( " dimensional_location " , & STEP : : ObjectHelper < dimensional_location , 0 > : : Construct )
, SchemaEntry ( " angular_location " , & STEP : : ObjectHelper < angular_location , 1 > : : Construct )
, SchemaEntry ( " dimensional_size " , & STEP : : ObjectHelper < dimensional_size , 2 > : : Construct )
, SchemaEntry ( " angular_size " , & STEP : : ObjectHelper < angular_size , 1 > : : Construct )
, SchemaEntry ( " geometric_tolerance " , & STEP : : ObjectHelper < geometric_tolerance , 4 > : : Construct )
, SchemaEntry ( " geometric_tolerance_with_datum_reference " , & STEP : : ObjectHelper < geometric_tolerance_with_datum_reference , 1 > : : Construct )
, SchemaEntry ( " angularity_tolerance " , & STEP : : ObjectHelper < angularity_tolerance , 0 > : : Construct )
, SchemaEntry ( " styled_item " , & STEP : : ObjectHelper < styled_item , 2 > : : Construct )
, SchemaEntry ( " annotation_occurrence " , & STEP : : ObjectHelper < annotation_occurrence , 0 > : : Construct )
, SchemaEntry ( " annotation_curve_occurrence " , & STEP : : ObjectHelper < annotation_curve_occurrence , 0 > : : Construct )
, SchemaEntry ( " annotation_fill_area " , & STEP : : ObjectHelper < annotation_fill_area , 1 > : : Construct )
, SchemaEntry ( " annotation_fill_area_occurrence " , & STEP : : ObjectHelper < annotation_fill_area_occurrence , 1 > : : Construct )
, SchemaEntry ( " annotation_occurrence_relationship " , & STEP : : ObjectHelper < annotation_occurrence_relationship , 4 > : : Construct )
, SchemaEntry ( " annotation_occurrence_associativity " , & STEP : : ObjectHelper < annotation_occurrence_associativity , 0 > : : Construct )
, SchemaEntry ( " annotation_plane " , & STEP : : ObjectHelper < annotation_plane , 1 > : : Construct )
, SchemaEntry ( " annotation_symbol_occurrence " , & STEP : : ObjectHelper < annotation_symbol_occurrence , 0 > : : Construct )
, SchemaEntry ( " annotation_subfigure_occurrence " , & STEP : : ObjectHelper < annotation_subfigure_occurrence , 0 > : : Construct )
, SchemaEntry ( " mapped_item " , & STEP : : ObjectHelper < mapped_item , 2 > : : Construct )
, SchemaEntry ( " annotation_symbol " , & STEP : : ObjectHelper < annotation_symbol , 0 > : : Construct )
, SchemaEntry ( " annotation_text " , & STEP : : ObjectHelper < annotation_text , 0 > : : Construct )
, SchemaEntry ( " annotation_text_character " , & STEP : : ObjectHelper < annotation_text_character , 1 > : : Construct )
, SchemaEntry ( " annotation_text_occurrence " , & STEP : : ObjectHelper < annotation_text_occurrence , 0 > : : Construct )
, SchemaEntry ( " shape_aspect " , & STEP : : ObjectHelper < shape_aspect , 4 > : : Construct )
, SchemaEntry ( " derived_shape_aspect " , & STEP : : ObjectHelper < derived_shape_aspect , 0 > : : Construct )
, SchemaEntry ( " apex " , & STEP : : ObjectHelper < apex , 0 > : : Construct )
, SchemaEntry ( " application_context " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " application_context_element " , & STEP : : ObjectHelper < application_context_element , 2 > : : Construct )
, SchemaEntry ( " application_protocol_definition " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " applied_action_assignment " , & STEP : : ObjectHelper < applied_action_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_action_method_assignment " , & STEP : : ObjectHelper < applied_action_method_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_action_request_assignment " , & STEP : : ObjectHelper < applied_action_request_assignment , 1 > : : Construct )
, SchemaEntry ( " approval_assignment " , & STEP : : ObjectHelper < approval_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_approval_assignment " , & STEP : : ObjectHelper < applied_approval_assignment , 1 > : : Construct )
, SchemaEntry ( " attribute_classification_assignment " , & STEP : : ObjectHelper < attribute_classification_assignment , 3 > : : Construct )
, SchemaEntry ( " applied_attribute_classification_assignment " , & STEP : : ObjectHelper < applied_attribute_classification_assignment , 1 > : : Construct )
, SchemaEntry ( " certification_assignment " , & STEP : : ObjectHelper < certification_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_certification_assignment " , & STEP : : ObjectHelper < applied_certification_assignment , 1 > : : Construct )
, SchemaEntry ( " classification_assignment " , & STEP : : ObjectHelper < classification_assignment , 2 > : : Construct )
, SchemaEntry ( " applied_classification_assignment " , & STEP : : ObjectHelper < applied_classification_assignment , 1 > : : Construct )
, SchemaEntry ( " contract_assignment " , & STEP : : ObjectHelper < contract_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_contract_assignment " , & STEP : : ObjectHelper < applied_contract_assignment , 1 > : : Construct )
, SchemaEntry ( " date_and_time_assignment " , & STEP : : ObjectHelper < date_and_time_assignment , 2 > : : Construct )
, SchemaEntry ( " applied_date_and_time_assignment " , & STEP : : ObjectHelper < applied_date_and_time_assignment , 1 > : : Construct )
, SchemaEntry ( " date_assignment " , & STEP : : ObjectHelper < date_assignment , 2 > : : Construct )
, SchemaEntry ( " applied_date_assignment " , & STEP : : ObjectHelper < applied_date_assignment , 1 > : : Construct )
, SchemaEntry ( " document_reference " , & STEP : : ObjectHelper < document_reference , 2 > : : Construct )
, SchemaEntry ( " applied_document_reference " , & STEP : : ObjectHelper < applied_document_reference , 1 > : : Construct )
, SchemaEntry ( " document_usage_constraint_assignment " , & STEP : : ObjectHelper < document_usage_constraint_assignment , 2 > : : Construct )
, SchemaEntry ( " applied_document_usage_constraint_assignment " , & STEP : : ObjectHelper < applied_document_usage_constraint_assignment , 1 > : : Construct )
, SchemaEntry ( " effectivity_assignment " , & STEP : : ObjectHelper < effectivity_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_effectivity_assignment " , & STEP : : ObjectHelper < applied_effectivity_assignment , 1 > : : Construct )
, SchemaEntry ( " event_occurrence_assignment " , & STEP : : ObjectHelper < event_occurrence_assignment , 2 > : : Construct )
, SchemaEntry ( " applied_event_occurrence_assignment " , & STEP : : ObjectHelper < applied_event_occurrence_assignment , 1 > : : Construct )
, SchemaEntry ( " identification_assignment " , & STEP : : ObjectHelper < identification_assignment , 2 > : : Construct )
, SchemaEntry ( " external_identification_assignment " , & STEP : : ObjectHelper < external_identification_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_external_identification_assignment " , & STEP : : ObjectHelper < applied_external_identification_assignment , 1 > : : Construct )
, SchemaEntry ( " group_assignment " , & STEP : : ObjectHelper < group_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_group_assignment " , & STEP : : ObjectHelper < applied_group_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_identification_assignment " , & STEP : : ObjectHelper < applied_identification_assignment , 1 > : : Construct )
, SchemaEntry ( " name_assignment " , & STEP : : ObjectHelper < name_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_name_assignment " , & STEP : : ObjectHelper < applied_name_assignment , 1 > : : Construct )
, SchemaEntry ( " organization_assignment " , & STEP : : ObjectHelper < organization_assignment , 2 > : : Construct )
, SchemaEntry ( " applied_organization_assignment " , & STEP : : ObjectHelper < applied_organization_assignment , 1 > : : Construct )
, SchemaEntry ( " organizational_project_assignment " , & STEP : : ObjectHelper < organizational_project_assignment , 2 > : : Construct )
, SchemaEntry ( " applied_organizational_project_assignment " , & STEP : : ObjectHelper < applied_organizational_project_assignment , 1 > : : Construct )
, SchemaEntry ( " person_and_organization_assignment " , & STEP : : ObjectHelper < person_and_organization_assignment , 2 > : : Construct )
, SchemaEntry ( " applied_person_and_organization_assignment " , & STEP : : ObjectHelper < applied_person_and_organization_assignment , 1 > : : Construct )
, SchemaEntry ( " presented_item " , & STEP : : ObjectHelper < presented_item , 0 > : : Construct )
, SchemaEntry ( " applied_presented_item " , & STEP : : ObjectHelper < applied_presented_item , 1 > : : Construct )
, SchemaEntry ( " security_classification_assignment " , & STEP : : ObjectHelper < security_classification_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_security_classification_assignment " , & STEP : : ObjectHelper < applied_security_classification_assignment , 1 > : : Construct )
, SchemaEntry ( " time_interval_assignment " , & STEP : : ObjectHelper < time_interval_assignment , 2 > : : Construct )
, SchemaEntry ( " applied_time_interval_assignment " , & STEP : : ObjectHelper < applied_time_interval_assignment , 1 > : : Construct )
, SchemaEntry ( " applied_usage_right " , & STEP : : ObjectHelper < applied_usage_right , 0 > : : Construct )
, SchemaEntry ( " approval " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " approval_date_time " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " approval_person_organization " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " approval_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " approval_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " approval_status " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " area_in_set " , & STEP : : ObjectHelper < area_in_set , 2 > : : Construct )
, SchemaEntry ( " area_measure_with_unit " , & STEP : : ObjectHelper < area_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " area_unit " , & STEP : : ObjectHelper < area_unit , 0 > : : Construct )
, SchemaEntry ( " product_definition_relationship " , & STEP : : ObjectHelper < product_definition_relationship , 5 > : : Construct )
, SchemaEntry ( " product_definition_usage " , & STEP : : ObjectHelper < product_definition_usage , 0 > : : Construct )
, SchemaEntry ( " assembly_component_usage " , & STEP : : ObjectHelper < assembly_component_usage , 1 > : : Construct )
, SchemaEntry ( " assembly_component_usage_substitute " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " assigned_requirement " , & STEP : : ObjectHelper < assigned_requirement , 1 > : : Construct )
, SchemaEntry ( " compound_representation_item " , & STEP : : ObjectHelper < compound_representation_item , 1 > : : Construct )
, SchemaEntry ( " atomic_formula " , & STEP : : ObjectHelper < atomic_formula , 0 > : : Construct )
, SchemaEntry ( " attribute_assertion " , & STEP : : ObjectHelper < attribute_assertion , 0 > : : Construct )
, SchemaEntry ( " attribute_language_assignment " , & STEP : : ObjectHelper < attribute_language_assignment , 1 > : : Construct )
, SchemaEntry ( " attribute_value_assignment " , & STEP : : ObjectHelper < attribute_value_assignment , 3 > : : Construct )
, SchemaEntry ( " attribute_value_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " auxiliary_geometric_representation_item " , & STEP : : ObjectHelper < auxiliary_geometric_representation_item , 0 > : : Construct )
, SchemaEntry ( " placement " , & STEP : : ObjectHelper < placement , 1 > : : Construct )
, SchemaEntry ( " axis1_placement " , & STEP : : ObjectHelper < axis1_placement , 1 > : : Construct )
, SchemaEntry ( " axis2_placement_2d " , & STEP : : ObjectHelper < axis2_placement_2d , 1 > : : Construct )
, SchemaEntry ( " axis2_placement_3d " , & STEP : : ObjectHelper < axis2_placement_3d , 2 > : : Construct )
, SchemaEntry ( " curve " , & STEP : : ObjectHelper < curve , 0 > : : Construct )
, SchemaEntry ( " bounded_curve " , & STEP : : ObjectHelper < bounded_curve , 0 > : : Construct )
, SchemaEntry ( " b_spline_curve " , & STEP : : ObjectHelper < b_spline_curve , 5 > : : Construct )
, SchemaEntry ( " b_spline_curve_with_knots " , & STEP : : ObjectHelper < b_spline_curve_with_knots , 3 > : : Construct )
, SchemaEntry ( " surface " , & STEP : : ObjectHelper < surface , 0 > : : Construct )
, SchemaEntry ( " bounded_surface " , & STEP : : ObjectHelper < bounded_surface , 0 > : : Construct )
, SchemaEntry ( " b_spline_surface " , & STEP : : ObjectHelper < b_spline_surface , 6 > : : Construct )
, SchemaEntry ( " b_spline_surface_with_knots " , & STEP : : ObjectHelper < b_spline_surface_with_knots , 5 > : : Construct )
, SchemaEntry ( " product_definition " , & STEP : : ObjectHelper < product_definition , 4 > : : Construct )
, SchemaEntry ( " rule_software_definition " , & STEP : : ObjectHelper < rule_software_definition , 0 > : : Construct )
, SchemaEntry ( " rule_definition " , & STEP : : ObjectHelper < rule_definition , 0 > : : Construct )
, SchemaEntry ( " back_chaining_rule " , & STEP : : ObjectHelper < back_chaining_rule , 0 > : : Construct )
, SchemaEntry ( " back_chaining_rule_body " , & STEP : : ObjectHelper < back_chaining_rule_body , 0 > : : Construct )
, SchemaEntry ( " colour " , & STEP : : ObjectHelper < colour , 0 > : : Construct )
, SchemaEntry ( " background_colour " , & STEP : : ObjectHelper < background_colour , 1 > : : Construct )
, SchemaEntry ( " beveled_sheet_representation " , & STEP : : ObjectHelper < beveled_sheet_representation , 0 > : : Construct )
, SchemaEntry ( " bezier_curve " , & STEP : : ObjectHelper < bezier_curve , 0 > : : Construct )
, SchemaEntry ( " bezier_surface " , & STEP : : ObjectHelper < bezier_surface , 0 > : : Construct )
, SchemaEntry ( " generic_expression " , & STEP : : ObjectHelper < generic_expression , 0 > : : Construct )
, SchemaEntry ( " binary_generic_expression " , & STEP : : ObjectHelper < binary_generic_expression , 1 > : : Construct )
, SchemaEntry ( " binary_numeric_expression " , & STEP : : ObjectHelper < binary_numeric_expression , 0 > : : Construct )
, SchemaEntry ( " binary_representation_item " , & STEP : : ObjectHelper < binary_representation_item , 1 > : : Construct )
, SchemaEntry ( " block " , & STEP : : ObjectHelper < block , 4 > : : Construct )
, SchemaEntry ( " expression " , & STEP : : ObjectHelper < expression , 0 > : : Construct )
, SchemaEntry ( " boolean_expression " , & STEP : : ObjectHelper < boolean_expression , 0 > : : Construct )
, SchemaEntry ( " boolean_literal " , & STEP : : ObjectHelper < boolean_literal , 1 > : : Construct )
, SchemaEntry ( " boolean_representation_item " , & STEP : : ObjectHelper < boolean_representation_item , 0 > : : Construct )
, SchemaEntry ( " boolean_result " , & STEP : : ObjectHelper < boolean_result , 3 > : : Construct )
, SchemaEntry ( " composite_curve " , & STEP : : ObjectHelper < composite_curve , 2 > : : Construct )
, SchemaEntry ( " composite_curve_on_surface " , & STEP : : ObjectHelper < composite_curve_on_surface , 0 > : : Construct )
, SchemaEntry ( " boundary_curve " , & STEP : : ObjectHelper < boundary_curve , 0 > : : Construct )
, SchemaEntry ( " bounded_pcurve " , & STEP : : ObjectHelper < bounded_pcurve , 0 > : : Construct )
, SchemaEntry ( " bounded_surface_curve " , & STEP : : ObjectHelper < bounded_surface_curve , 0 > : : Construct )
, SchemaEntry ( " founded_item " , & STEP : : ObjectHelper < founded_item , 0 > : : Construct )
, SchemaEntry ( " box_domain " , & STEP : : ObjectHelper < box_domain , 4 > : : Construct )
, SchemaEntry ( " half_space_solid " , & STEP : : ObjectHelper < half_space_solid , 2 > : : Construct )
, SchemaEntry ( " boxed_half_space " , & STEP : : ObjectHelper < boxed_half_space , 1 > : : Construct )
, SchemaEntry ( " breakdown_context " , & STEP : : ObjectHelper < breakdown_context , 0 > : : Construct )
, SchemaEntry ( " breakdown_element_group_assignment " , & STEP : : ObjectHelper < breakdown_element_group_assignment , 1 > : : Construct )
, SchemaEntry ( " breakdown_element_realization " , & STEP : : ObjectHelper < breakdown_element_realization , 0 > : : Construct )
, SchemaEntry ( " breakdown_element_usage " , & STEP : : ObjectHelper < breakdown_element_usage , 0 > : : Construct )
, SchemaEntry ( " breakdown_of " , & STEP : : ObjectHelper < breakdown_of , 0 > : : Construct )
, SchemaEntry ( " solid_model " , & STEP : : ObjectHelper < solid_model , 0 > : : Construct )
, SchemaEntry ( " manifold_solid_brep " , & STEP : : ObjectHelper < manifold_solid_brep , 1 > : : Construct )
, SchemaEntry ( " brep_with_voids " , & STEP : : ObjectHelper < brep_with_voids , 1 > : : Construct )
, SchemaEntry ( " bytes_representation_item " , & STEP : : ObjectHelper < bytes_representation_item , 0 > : : Construct )
, SchemaEntry ( " date " , & STEP : : ObjectHelper < date , 1 > : : Construct )
, SchemaEntry ( " calendar_date " , & STEP : : ObjectHelper < calendar_date , 2 > : : Construct )
, SchemaEntry ( " camera_image " , & STEP : : ObjectHelper < camera_image , 0 > : : Construct )
, SchemaEntry ( " camera_image_3d_with_scale " , & STEP : : ObjectHelper < camera_image_3d_with_scale , 0 > : : Construct )
, SchemaEntry ( " camera_model " , & STEP : : ObjectHelper < camera_model , 0 > : : Construct )
, SchemaEntry ( " camera_model_d3 " , & STEP : : ObjectHelper < camera_model_d3 , 2 > : : Construct )
, SchemaEntry ( " camera_model_d3_multi_clipping " , & STEP : : ObjectHelper < camera_model_d3_multi_clipping , 1 > : : Construct )
, SchemaEntry ( " camera_model_d3_multi_clipping_intersection " , & STEP : : ObjectHelper < camera_model_d3_multi_clipping_intersection , 1 > : : Construct )
, SchemaEntry ( " camera_model_d3_multi_clipping_union " , & STEP : : ObjectHelper < camera_model_d3_multi_clipping_union , 1 > : : Construct )
, SchemaEntry ( " camera_model_d3_with_hlhsr " , & STEP : : ObjectHelper < camera_model_d3_with_hlhsr , 1 > : : Construct )
, SchemaEntry ( " camera_model_with_light_sources " , & STEP : : ObjectHelper < camera_model_with_light_sources , 1 > : : Construct )
, SchemaEntry ( " representation_map " , & STEP : : ObjectHelper < representation_map , 2 > : : Construct )
, SchemaEntry ( " camera_usage " , & STEP : : ObjectHelper < camera_usage , 0 > : : Construct )
, SchemaEntry ( " capacitance_measure_with_unit " , & STEP : : ObjectHelper < capacitance_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " capacitance_unit " , & STEP : : ObjectHelper < capacitance_unit , 0 > : : Construct )
, SchemaEntry ( " point " , & STEP : : ObjectHelper < point , 0 > : : Construct )
, SchemaEntry ( " cartesian_point " , & STEP : : ObjectHelper < cartesian_point , 1 > : : Construct )
, SchemaEntry ( " cartesian_transformation_operator " , & STEP : : ObjectHelper < cartesian_transformation_operator , 4 > : : Construct )
, SchemaEntry ( " cartesian_transformation_operator_2d " , & STEP : : ObjectHelper < cartesian_transformation_operator_2d , 0 > : : Construct )
, SchemaEntry ( " cartesian_transformation_operator_3d " , & STEP : : ObjectHelper < cartesian_transformation_operator_3d , 1 > : : Construct )
, SchemaEntry ( " cc_design_approval " , & STEP : : ObjectHelper < cc_design_approval , 1 > : : Construct )
, SchemaEntry ( " cc_design_certification " , & STEP : : ObjectHelper < cc_design_certification , 1 > : : Construct )
, SchemaEntry ( " cc_design_contract " , & STEP : : ObjectHelper < cc_design_contract , 1 > : : Construct )
, SchemaEntry ( " cc_design_date_and_time_assignment " , & STEP : : ObjectHelper < cc_design_date_and_time_assignment , 1 > : : Construct )
, SchemaEntry ( " cc_design_person_and_organization_assignment " , & STEP : : ObjectHelper < cc_design_person_and_organization_assignment , 1 > : : Construct )
, SchemaEntry ( " cc_design_security_classification " , & STEP : : ObjectHelper < cc_design_security_classification , 1 > : : Construct )
, SchemaEntry ( " cc_design_specification_reference " , & STEP : : ObjectHelper < cc_design_specification_reference , 1 > : : Construct )
, SchemaEntry ( " celsius_temperature_measure_with_unit " , & STEP : : ObjectHelper < celsius_temperature_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " centre_of_symmetry " , & STEP : : ObjectHelper < centre_of_symmetry , 0 > : : Construct )
, SchemaEntry ( " certification " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " certification_type " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " change " , & STEP : : ObjectHelper < change , 1 > : : Construct )
, SchemaEntry ( " change_request " , & STEP : : ObjectHelper < change_request , 1 > : : Construct )
, SchemaEntry ( " character_glyph_font_usage " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " character_glyph_style_outline " , & STEP : : ObjectHelper < character_glyph_style_outline , 1 > : : Construct )
, SchemaEntry ( " character_glyph_style_stroke " , & STEP : : ObjectHelper < character_glyph_style_stroke , 1 > : : Construct )
, SchemaEntry ( " symbol_representation " , & STEP : : ObjectHelper < symbol_representation , 0 > : : Construct )
, SchemaEntry ( " generic_character_glyph_symbol " , & STEP : : ObjectHelper < generic_character_glyph_symbol , 0 > : : Construct )
, SchemaEntry ( " character_glyph_symbol " , & STEP : : ObjectHelper < character_glyph_symbol , 2 > : : Construct )
, SchemaEntry ( " character_glyph_symbol_outline " , & STEP : : ObjectHelper < character_glyph_symbol_outline , 1 > : : Construct )
, SchemaEntry ( " character_glyph_symbol_stroke " , & STEP : : ObjectHelper < character_glyph_symbol_stroke , 1 > : : Construct )
, SchemaEntry ( " general_property " , & STEP : : ObjectHelper < general_property , 3 > : : Construct )
, SchemaEntry ( " characteristic_data_column_header " , & STEP : : ObjectHelper < characteristic_data_column_header , 0 > : : Construct )
, SchemaEntry ( " general_property_relationship " , & STEP : : ObjectHelper < general_property_relationship , 4 > : : Construct )
, SchemaEntry ( " characteristic_data_column_header_link " , & STEP : : ObjectHelper < characteristic_data_column_header_link , 0 > : : Construct )
, SchemaEntry ( " characteristic_data_table_header " , & STEP : : ObjectHelper < characteristic_data_table_header , 0 > : : Construct )
, SchemaEntry ( " characteristic_data_table_header_decomposition " , & STEP : : ObjectHelper < characteristic_data_table_header_decomposition , 0 > : : Construct )
, SchemaEntry ( " group " , & STEP : : ObjectHelper < group , 2 > : : Construct )
, SchemaEntry ( " characteristic_type " , & STEP : : ObjectHelper < characteristic_type , 0 > : : Construct )
, SchemaEntry ( " characterized_class " , & STEP : : ObjectHelper < characterized_class , 0 > : : Construct )
, SchemaEntry ( " characterized_object " , & STEP : : ObjectHelper < characterized_object , 2 > : : Construct )
, SchemaEntry ( " conic " , & STEP : : ObjectHelper < conic , 1 > : : Construct )
, SchemaEntry ( " circle " , & STEP : : ObjectHelper < circle , 1 > : : Construct )
, SchemaEntry ( " circular_runout_tolerance " , & STEP : : ObjectHelper < circular_runout_tolerance , 0 > : : Construct )
, SchemaEntry ( " class_t " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " class_by_extension " , & STEP : : ObjectHelper < class_by_extension , 0 > : : Construct )
, SchemaEntry ( " class_by_intension " , & STEP : : ObjectHelper < class_by_intension , 0 > : : Construct )
, SchemaEntry ( " class_system " , & STEP : : ObjectHelper < class_system , 0 > : : Construct )
, SchemaEntry ( " effectivity_context_assignment " , & STEP : : ObjectHelper < effectivity_context_assignment , 2 > : : Construct )
, SchemaEntry ( " class_usage_effectivity_context_assignment " , & STEP : : ObjectHelper < class_usage_effectivity_context_assignment , 1 > : : Construct )
, SchemaEntry ( " classification_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " topological_representation_item " , & STEP : : ObjectHelper < topological_representation_item , 0 > : : Construct )
, SchemaEntry ( " connected_face_set " , & STEP : : ObjectHelper < connected_face_set , 1 > : : Construct )
, SchemaEntry ( " closed_shell " , & STEP : : ObjectHelper < closed_shell , 0 > : : Construct )
, SchemaEntry ( " coaxiality_tolerance " , & STEP : : ObjectHelper < coaxiality_tolerance , 0 > : : Construct )
, SchemaEntry ( " colour_specification " , & STEP : : ObjectHelper < colour_specification , 1 > : : Construct )
, SchemaEntry ( " colour_rgb " , & STEP : : ObjectHelper < colour_rgb , 3 > : : Construct )
, SchemaEntry ( " common_datum " , & STEP : : ObjectHelper < common_datum , 0 > : : Construct )
, SchemaEntry ( " comparison_expression " , & STEP : : ObjectHelper < comparison_expression , 0 > : : Construct )
, SchemaEntry ( " complex_clause " , & STEP : : ObjectHelper < complex_clause , 0 > : : Construct )
, SchemaEntry ( " complex_conjunctive_clause " , & STEP : : ObjectHelper < complex_conjunctive_clause , 0 > : : Construct )
, SchemaEntry ( " complex_disjunctive_clause " , & STEP : : ObjectHelper < complex_disjunctive_clause , 0 > : : Construct )
, SchemaEntry ( " modified_solid " , & STEP : : ObjectHelper < modified_solid , 2 > : : Construct )
, SchemaEntry ( " shelled_solid " , & STEP : : ObjectHelper < shelled_solid , 2 > : : Construct )
, SchemaEntry ( " complex_shelled_solid " , & STEP : : ObjectHelper < complex_shelled_solid , 1 > : : Construct )
, SchemaEntry ( " composite_assembly_definition " , & STEP : : ObjectHelper < composite_assembly_definition , 0 > : : Construct )
, SchemaEntry ( " composite_assembly_sequence_definition " , & STEP : : ObjectHelper < composite_assembly_sequence_definition , 0 > : : Construct )
, SchemaEntry ( " laminate_table " , & STEP : : ObjectHelper < laminate_table , 0 > : : Construct )
, SchemaEntry ( " part_laminate_table " , & STEP : : ObjectHelper < part_laminate_table , 0 > : : Construct )
, SchemaEntry ( " composite_assembly_table " , & STEP : : ObjectHelper < composite_assembly_table , 0 > : : Construct )
, SchemaEntry ( " composite_curve_segment " , & STEP : : ObjectHelper < composite_curve_segment , 3 > : : Construct )
, SchemaEntry ( " material_designation " , & STEP : : ObjectHelper < material_designation , 2 > : : Construct )
, SchemaEntry ( " composite_material_designation " , & STEP : : ObjectHelper < composite_material_designation , 0 > : : Construct )
, SchemaEntry ( " composite_shape_aspect " , & STEP : : ObjectHelper < composite_shape_aspect , 0 > : : Construct )
, SchemaEntry ( " composite_sheet_representation " , & STEP : : ObjectHelper < composite_sheet_representation , 0 > : : Construct )
, SchemaEntry ( " composite_text " , & STEP : : ObjectHelper < composite_text , 1 > : : Construct )
, SchemaEntry ( " composite_text_with_associated_curves " , & STEP : : ObjectHelper < composite_text_with_associated_curves , 1 > : : Construct )
, SchemaEntry ( " composite_text_with_blanking_box " , & STEP : : ObjectHelper < composite_text_with_blanking_box , 1 > : : Construct )
, SchemaEntry ( " composite_text_with_delineation " , & STEP : : ObjectHelper < composite_text_with_delineation , 1 > : : Construct )
, SchemaEntry ( " composite_text_with_extent " , & STEP : : ObjectHelper < composite_text_with_extent , 1 > : : Construct )
, SchemaEntry ( " compound_shape_representation " , & STEP : : ObjectHelper < compound_shape_representation , 0 > : : Construct )
, SchemaEntry ( " concentricity_tolerance " , & STEP : : ObjectHelper < concentricity_tolerance , 0 > : : Construct )
, SchemaEntry ( " concept_feature_operator " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " concept_feature_relationship " , & STEP : : ObjectHelper < concept_feature_relationship , 4 > : : Construct )
, SchemaEntry ( " concept_feature_relationship_with_condition " , & STEP : : ObjectHelper < concept_feature_relationship_with_condition , 1 > : : Construct )
, SchemaEntry ( " product_concept_feature " , & STEP : : ObjectHelper < product_concept_feature , 3 > : : Construct )
, SchemaEntry ( " conditional_concept_feature " , & STEP : : ObjectHelper < conditional_concept_feature , 1 > : : Construct )
, SchemaEntry ( " conductance_measure_with_unit " , & STEP : : ObjectHelper < conductance_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " conductance_unit " , & STEP : : ObjectHelper < conductance_unit , 0 > : : Construct )
, SchemaEntry ( " configuration_item " , & STEP : : ObjectHelper < configuration_item , 5 > : : Construct )
, SchemaEntry ( " configurable_item " , & STEP : : ObjectHelper < configurable_item , 1 > : : Construct )
, SchemaEntry ( " configuration_design " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " effectivity " , & STEP : : ObjectHelper < effectivity , 1 > : : Construct )
, SchemaEntry ( " product_definition_effectivity " , & STEP : : ObjectHelper < product_definition_effectivity , 1 > : : Construct )
, SchemaEntry ( " configuration_effectivity " , & STEP : : ObjectHelper < configuration_effectivity , 1 > : : Construct )
, SchemaEntry ( " configuration_item_relationship " , & STEP : : ObjectHelper < configuration_item_relationship , 4 > : : Construct )
, SchemaEntry ( " configuration_item_hierarchical_relationship " , & STEP : : ObjectHelper < configuration_item_hierarchical_relationship , 0 > : : Construct )
, SchemaEntry ( " configuration_item_revision_sequence " , & STEP : : ObjectHelper < configuration_item_revision_sequence , 0 > : : Construct )
, SchemaEntry ( " configured_effectivity_assignment " , & STEP : : ObjectHelper < configured_effectivity_assignment , 1 > : : Construct )
, SchemaEntry ( " configured_effectivity_context_assignment " , & STEP : : ObjectHelper < configured_effectivity_context_assignment , 1 > : : Construct )
, SchemaEntry ( " conical_stepped_hole_transition " , & STEP : : ObjectHelper < conical_stepped_hole_transition , 3 > : : Construct )
, SchemaEntry ( " elementary_surface " , & STEP : : ObjectHelper < elementary_surface , 1 > : : Construct )
, SchemaEntry ( " conical_surface " , & STEP : : ObjectHelper < conical_surface , 2 > : : Construct )
, SchemaEntry ( " connected_edge_set " , & STEP : : ObjectHelper < connected_edge_set , 1 > : : Construct )
, SchemaEntry ( " connected_face_sub_set " , & STEP : : ObjectHelper < connected_face_sub_set , 1 > : : Construct )
, SchemaEntry ( " constructive_geometry_representation " , & STEP : : ObjectHelper < constructive_geometry_representation , 0 > : : Construct )
, SchemaEntry ( " representation_relationship " , & STEP : : ObjectHelper < representation_relationship , 4 > : : Construct )
, SchemaEntry ( " constructive_geometry_representation_relationship " , & STEP : : ObjectHelper < constructive_geometry_representation_relationship , 0 > : : Construct )
, SchemaEntry ( " contact_ratio_representation " , & STEP : : ObjectHelper < contact_ratio_representation , 0 > : : Construct )
, SchemaEntry ( " invisibility " , & STEP : : ObjectHelper < invisibility , 1 > : : Construct )
, SchemaEntry ( " context_dependent_invisibility " , & STEP : : ObjectHelper < context_dependent_invisibility , 1 > : : Construct )
, SchemaEntry ( " over_riding_styled_item " , & STEP : : ObjectHelper < over_riding_styled_item , 1 > : : Construct )
, SchemaEntry ( " context_dependent_over_riding_styled_item " , & STEP : : ObjectHelper < context_dependent_over_riding_styled_item , 1 > : : Construct )
, SchemaEntry ( " context_dependent_shape_representation " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " context_dependent_unit " , & STEP : : ObjectHelper < context_dependent_unit , 1 > : : Construct )
, SchemaEntry ( " contract " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " contract_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " contract_type " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " conversion_based_unit " , & STEP : : ObjectHelper < conversion_based_unit , 2 > : : Construct )
, SchemaEntry ( " coordinated_universal_time_offset " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " csg_shape_representation " , & STEP : : ObjectHelper < csg_shape_representation , 0 > : : Construct )
, SchemaEntry ( " csg_solid " , & STEP : : ObjectHelper < csg_solid , 1 > : : Construct )
, SchemaEntry ( " currency " , & STEP : : ObjectHelper < currency , 0 > : : Construct )
, SchemaEntry ( " currency_measure_with_unit " , & STEP : : ObjectHelper < currency_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " curve_bounded_surface " , & STEP : : ObjectHelper < curve_bounded_surface , 3 > : : Construct )
, SchemaEntry ( " curve_dimension " , & STEP : : ObjectHelper < curve_dimension , 0 > : : Construct )
, SchemaEntry ( " curve_replica " , & STEP : : ObjectHelper < curve_replica , 2 > : : Construct )
, SchemaEntry ( " curve_style " , & STEP : : ObjectHelper < curve_style , 4 > : : Construct )
, SchemaEntry ( " curve_style_font " , & STEP : : ObjectHelper < curve_style_font , 2 > : : Construct )
, SchemaEntry ( " curve_style_font_and_scaling " , & STEP : : ObjectHelper < curve_style_font_and_scaling , 3 > : : Construct )
, SchemaEntry ( " curve_style_font_pattern " , & STEP : : ObjectHelper < curve_style_font_pattern , 2 > : : Construct )
, SchemaEntry ( " curve_style_rendering " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " curve_swept_solid_shape_representation " , & STEP : : ObjectHelper < curve_swept_solid_shape_representation , 0 > : : Construct )
, SchemaEntry ( " cylindrical_surface " , & STEP : : ObjectHelper < cylindrical_surface , 1 > : : Construct )
, SchemaEntry ( " cylindricity_tolerance " , & STEP : : ObjectHelper < cylindricity_tolerance , 0 > : : Construct )
, SchemaEntry ( " data_environment " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " date_and_time " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " date_representation_item " , & STEP : : ObjectHelper < date_representation_item , 0 > : : Construct )
, SchemaEntry ( " date_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " date_time_representation_item " , & STEP : : ObjectHelper < date_time_representation_item , 0 > : : Construct )
, SchemaEntry ( " date_time_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " dated_effectivity " , & STEP : : ObjectHelper < dated_effectivity , 2 > : : Construct )
, SchemaEntry ( " datum " , & STEP : : ObjectHelper < datum , 1 > : : Construct )
, SchemaEntry ( " datum_feature " , & STEP : : ObjectHelper < datum_feature , 0 > : : Construct )
, SchemaEntry ( " datum_feature_callout " , & STEP : : ObjectHelper < datum_feature_callout , 0 > : : Construct )
, SchemaEntry ( " datum_reference " , & STEP : : ObjectHelper < datum_reference , 2 > : : Construct )
, SchemaEntry ( " datum_target " , & STEP : : ObjectHelper < datum_target , 1 > : : Construct )
, SchemaEntry ( " datum_target_callout " , & STEP : : ObjectHelper < datum_target_callout , 0 > : : Construct )
, SchemaEntry ( " default_tolerance_table " , & STEP : : ObjectHelper < default_tolerance_table , 0 > : : Construct )
, SchemaEntry ( " default_tolerance_table_cell " , & STEP : : ObjectHelper < default_tolerance_table_cell , 0 > : : Construct )
, SchemaEntry ( " defined_symbol " , & STEP : : ObjectHelper < defined_symbol , 2 > : : Construct )
, SchemaEntry ( " definitional_representation " , & STEP : : ObjectHelper < definitional_representation , 0 > : : Construct )
, SchemaEntry ( " definitional_representation_relationship " , & STEP : : ObjectHelper < definitional_representation_relationship , 0 > : : Construct )
, SchemaEntry ( " definitional_representation_relationship_with_same_context " , & STEP : : ObjectHelper < definitional_representation_relationship_with_same_context , 0 > : : Construct )
, SchemaEntry ( " degenerate_pcurve " , & STEP : : ObjectHelper < degenerate_pcurve , 2 > : : Construct )
, SchemaEntry ( " toroidal_surface " , & STEP : : ObjectHelper < toroidal_surface , 2 > : : Construct )
, SchemaEntry ( " degenerate_toroidal_surface " , & STEP : : ObjectHelper < degenerate_toroidal_surface , 1 > : : Construct )
, SchemaEntry ( " derived_unit_element " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " description_attribute " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " descriptive_representation_item " , & STEP : : ObjectHelper < descriptive_representation_item , 1 > : : Construct )
, SchemaEntry ( " product_definition_context " , & STEP : : ObjectHelper < product_definition_context , 1 > : : Construct )
, SchemaEntry ( " design_context " , & STEP : : ObjectHelper < design_context , 0 > : : Construct )
, SchemaEntry ( " design_make_from_relationship " , & STEP : : ObjectHelper < design_make_from_relationship , 0 > : : Construct )
, SchemaEntry ( " diameter_dimension " , & STEP : : ObjectHelper < diameter_dimension , 0 > : : Construct )
, SchemaEntry ( " ratio_measure_with_unit " , & STEP : : ObjectHelper < ratio_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " dielectric_constant_measure_with_unit " , & STEP : : ObjectHelper < dielectric_constant_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " dimension_callout " , & STEP : : ObjectHelper < dimension_callout , 0 > : : Construct )
, SchemaEntry ( " draughting_callout_relationship " , & STEP : : ObjectHelper < draughting_callout_relationship , 4 > : : Construct )
, SchemaEntry ( " dimension_callout_component_relationship " , & STEP : : ObjectHelper < dimension_callout_component_relationship , 0 > : : Construct )
, SchemaEntry ( " dimension_callout_relationship " , & STEP : : ObjectHelper < dimension_callout_relationship , 0 > : : Construct )
, SchemaEntry ( " dimension_curve " , & STEP : : ObjectHelper < dimension_curve , 0 > : : Construct )
, SchemaEntry ( " terminator_symbol " , & STEP : : ObjectHelper < terminator_symbol , 1 > : : Construct )
, SchemaEntry ( " dimension_curve_terminator " , & STEP : : ObjectHelper < dimension_curve_terminator , 1 > : : Construct )
, SchemaEntry ( " dimension_curve_terminator_to_projection_curve_associativity " , & STEP : : ObjectHelper < dimension_curve_terminator_to_projection_curve_associativity , 0 > : : Construct )
, SchemaEntry ( " dimension_pair " , & STEP : : ObjectHelper < dimension_pair , 0 > : : Construct )
, SchemaEntry ( " dimension_related_tolerance_zone_element " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " dimension_text_associativity " , & STEP : : ObjectHelper < dimension_text_associativity , 0 > : : Construct )
, SchemaEntry ( " dimensional_characteristic_representation " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " dimensional_exponents " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " dimensional_location_with_path " , & STEP : : ObjectHelper < dimensional_location_with_path , 1 > : : Construct )
, SchemaEntry ( " dimensional_size_with_path " , & STEP : : ObjectHelper < dimensional_size_with_path , 1 > : : Construct )
, SchemaEntry ( " executed_action " , & STEP : : ObjectHelper < executed_action , 0 > : : Construct )
, SchemaEntry ( " directed_action " , & STEP : : ObjectHelper < directed_action , 1 > : : Construct )
, SchemaEntry ( " directed_dimensional_location " , & STEP : : ObjectHelper < directed_dimensional_location , 0 > : : Construct )
, SchemaEntry ( " direction " , & STEP : : ObjectHelper < direction , 1 > : : Construct )
, SchemaEntry ( " document " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " document_file " , & STEP : : ObjectHelper < document_file , 0 > : : Construct )
, SchemaEntry ( " document_identifier " , & STEP : : ObjectHelper < document_identifier , 0 > : : Construct )
, SchemaEntry ( " document_identifier_assignment " , & STEP : : ObjectHelper < document_identifier_assignment , 1 > : : Construct )
, SchemaEntry ( " document_product_association " , & STEP : : ObjectHelper < document_product_association , 4 > : : Construct )
, SchemaEntry ( " document_product_equivalence " , & STEP : : ObjectHelper < document_product_equivalence , 0 > : : Construct )
, SchemaEntry ( " document_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " document_representation_type " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " document_type " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " document_usage_constraint " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " document_usage_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " dose_equivalent_measure_with_unit " , & STEP : : ObjectHelper < dose_equivalent_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " dose_equivalent_unit " , & STEP : : ObjectHelper < dose_equivalent_unit , 0 > : : Construct )
, SchemaEntry ( " double_offset_shelled_solid " , & STEP : : ObjectHelper < double_offset_shelled_solid , 1 > : : Construct )
, SchemaEntry ( " item_defined_transformation " , & STEP : : ObjectHelper < item_defined_transformation , 4 > : : Construct )
, SchemaEntry ( " transformation_with_derived_angle " , & STEP : : ObjectHelper < transformation_with_derived_angle , 0 > : : Construct )
, SchemaEntry ( " draped_defined_transformation " , & STEP : : ObjectHelper < draped_defined_transformation , 0 > : : Construct )
, SchemaEntry ( " draughting_annotation_occurrence " , & STEP : : ObjectHelper < draughting_annotation_occurrence , 0 > : : Construct )
, SchemaEntry ( " draughting_elements " , & STEP : : ObjectHelper < draughting_elements , 0 > : : Construct )
, SchemaEntry ( " draughting_model " , & STEP : : ObjectHelper < draughting_model , 0 > : : Construct )
, SchemaEntry ( " item_identified_representation_usage " , & STEP : : ObjectHelper < item_identified_representation_usage , 5 > : : Construct )
, SchemaEntry ( " draughting_model_item_association " , & STEP : : ObjectHelper < draughting_model_item_association , 0 > : : Construct )
, SchemaEntry ( " pre_defined_colour " , & STEP : : ObjectHelper < pre_defined_colour , 0 > : : Construct )
, SchemaEntry ( " draughting_pre_defined_colour " , & STEP : : ObjectHelper < draughting_pre_defined_colour , 0 > : : Construct )
, SchemaEntry ( " pre_defined_item " , & STEP : : ObjectHelper < pre_defined_item , 1 > : : Construct )
, SchemaEntry ( " pre_defined_curve_font " , & STEP : : ObjectHelper < pre_defined_curve_font , 0 > : : Construct )
, SchemaEntry ( " draughting_pre_defined_curve_font " , & STEP : : ObjectHelper < draughting_pre_defined_curve_font , 0 > : : Construct )
, SchemaEntry ( " pre_defined_text_font " , & STEP : : ObjectHelper < pre_defined_text_font , 0 > : : Construct )
, SchemaEntry ( " draughting_pre_defined_text_font " , & STEP : : ObjectHelper < draughting_pre_defined_text_font , 0 > : : Construct )
, SchemaEntry ( " draughting_subfigure_representation " , & STEP : : ObjectHelper < draughting_subfigure_representation , 0 > : : Construct )
, SchemaEntry ( " draughting_symbol_representation " , & STEP : : ObjectHelper < draughting_symbol_representation , 0 > : : Construct )
, SchemaEntry ( " text_literal " , & STEP : : ObjectHelper < text_literal , 5 > : : Construct )
, SchemaEntry ( " text_literal_with_delineation " , & STEP : : ObjectHelper < text_literal_with_delineation , 1 > : : Construct )
, SchemaEntry ( " draughting_text_literal_with_delineation " , & STEP : : ObjectHelper < draughting_text_literal_with_delineation , 0 > : : Construct )
, SchemaEntry ( " draughting_title " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " drawing_definition " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " presentation_set " , & STEP : : ObjectHelper < presentation_set , 0 > : : Construct )
, SchemaEntry ( " drawing_revision " , & STEP : : ObjectHelper < drawing_revision , 3 > : : Construct )
, SchemaEntry ( " drawing_revision_sequence " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " presentation_representation " , & STEP : : ObjectHelper < presentation_representation , 0 > : : Construct )
, SchemaEntry ( " presentation_area " , & STEP : : ObjectHelper < presentation_area , 0 > : : Construct )
, SchemaEntry ( " drawing_sheet_revision " , & STEP : : ObjectHelper < drawing_sheet_revision , 1 > : : Construct )
, SchemaEntry ( " drawing_sheet_revision_sequence " , & STEP : : ObjectHelper < drawing_sheet_revision_sequence , 0 > : : Construct )
, SchemaEntry ( " drawing_sheet_revision_usage " , & STEP : : ObjectHelper < drawing_sheet_revision_usage , 1 > : : Construct )
, SchemaEntry ( " edge " , & STEP : : ObjectHelper < edge , 2 > : : Construct )
, SchemaEntry ( " edge_based_wireframe_model " , & STEP : : ObjectHelper < edge_based_wireframe_model , 1 > : : Construct )
, SchemaEntry ( " edge_based_wireframe_shape_representation " , & STEP : : ObjectHelper < edge_based_wireframe_shape_representation , 0 > : : Construct )
, SchemaEntry ( " edge_blended_solid " , & STEP : : ObjectHelper < edge_blended_solid , 1 > : : Construct )
, SchemaEntry ( " edge_curve " , & STEP : : ObjectHelper < edge_curve , 2 > : : Construct )
, SchemaEntry ( " edge_loop " , & STEP : : ObjectHelper < edge_loop , 0 > : : Construct )
, SchemaEntry ( " effectivity_context_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " effectivity_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " electric_charge_measure_with_unit " , & STEP : : ObjectHelper < electric_charge_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " electric_charge_unit " , & STEP : : ObjectHelper < electric_charge_unit , 0 > : : Construct )
, SchemaEntry ( " electric_current_measure_with_unit " , & STEP : : ObjectHelper < electric_current_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " electric_current_unit " , & STEP : : ObjectHelper < electric_current_unit , 0 > : : Construct )
, SchemaEntry ( " electric_potential_measure_with_unit " , & STEP : : ObjectHelper < electric_potential_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " electric_potential_unit " , & STEP : : ObjectHelper < electric_potential_unit , 0 > : : Construct )
, SchemaEntry ( " elementary_brep_shape_representation " , & STEP : : ObjectHelper < elementary_brep_shape_representation , 0 > : : Construct )
, SchemaEntry ( " ellipse " , & STEP : : ObjectHelper < ellipse , 2 > : : Construct )
, SchemaEntry ( " energy_measure_with_unit " , & STEP : : ObjectHelper < energy_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " energy_unit " , & STEP : : ObjectHelper < energy_unit , 0 > : : Construct )
, SchemaEntry ( " property_definition " , & STEP : : ObjectHelper < property_definition , 3 > : : Construct )
, SchemaEntry ( " fact_type " , & STEP : : ObjectHelper < fact_type , 0 > : : Construct )
, SchemaEntry ( " entity_assertion " , & STEP : : ObjectHelper < entity_assertion , 0 > : : Construct )
, SchemaEntry ( " enum_reference_prefix " , & STEP : : ObjectHelper < enum_reference_prefix , 0 > : : Construct )
, SchemaEntry ( " environment " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " evaluated_characteristic " , & STEP : : ObjectHelper < evaluated_characteristic , 0 > : : Construct )
, SchemaEntry ( " evaluated_degenerate_pcurve " , & STEP : : ObjectHelper < evaluated_degenerate_pcurve , 1 > : : Construct )
, SchemaEntry ( " evaluation_product_definition " , & STEP : : ObjectHelper < evaluation_product_definition , 0 > : : Construct )
, SchemaEntry ( " event_occurrence " , & STEP : : ObjectHelper < event_occurrence , 3 > : : Construct )
, SchemaEntry ( " event_occurrence_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " event_occurrence_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_concept_feature_category " , & STEP : : ObjectHelper < product_concept_feature_category , 0 > : : Construct )
, SchemaEntry ( " exclusive_product_concept_feature_category " , & STEP : : ObjectHelper < exclusive_product_concept_feature_category , 0 > : : Construct )
, SchemaEntry ( " uncertainty_qualifier " , & STEP : : ObjectHelper < uncertainty_qualifier , 2 > : : Construct )
, SchemaEntry ( " standard_uncertainty " , & STEP : : ObjectHelper < standard_uncertainty , 1 > : : Construct )
, SchemaEntry ( " expanded_uncertainty " , & STEP : : ObjectHelper < expanded_uncertainty , 1 > : : Construct )
, SchemaEntry ( " representation_item_relationship " , & STEP : : ObjectHelper < representation_item_relationship , 4 > : : Construct )
, SchemaEntry ( " explicit_procedural_representation_item_relationship " , & STEP : : ObjectHelper < explicit_procedural_representation_item_relationship , 0 > : : Construct )
, SchemaEntry ( " explicit_procedural_geometric_representation_item_relationship " , & STEP : : ObjectHelper < explicit_procedural_geometric_representation_item_relationship , 0 > : : Construct )
, SchemaEntry ( " explicit_procedural_representation_relationship " , & STEP : : ObjectHelper < explicit_procedural_representation_relationship , 0 > : : Construct )
, SchemaEntry ( " explicit_procedural_shape_representation_relationship " , & STEP : : ObjectHelper < explicit_procedural_shape_representation_relationship , 0 > : : Construct )
, SchemaEntry ( " expression_conversion_based_unit " , & STEP : : ObjectHelper < expression_conversion_based_unit , 0 > : : Construct )
, SchemaEntry ( " extension " , & STEP : : ObjectHelper < extension , 0 > : : Construct )
, SchemaEntry ( " extent " , & STEP : : ObjectHelper < extent , 0 > : : Construct )
, SchemaEntry ( " external_source " , & STEP : : ObjectHelper < external_source , 1 > : : Construct )
, SchemaEntry ( " external_class_library " , & STEP : : ObjectHelper < external_class_library , 0 > : : Construct )
, SchemaEntry ( " external_source_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " externally_defined_class " , & STEP : : ObjectHelper < externally_defined_class , 0 > : : Construct )
, SchemaEntry ( " externally_defined_colour " , & STEP : : ObjectHelper < externally_defined_colour , 0 > : : Construct )
, SchemaEntry ( " externally_defined_context_dependent_unit " , & STEP : : ObjectHelper < externally_defined_context_dependent_unit , 0 > : : Construct )
, SchemaEntry ( " externally_defined_conversion_based_unit " , & STEP : : ObjectHelper < externally_defined_conversion_based_unit , 0 > : : Construct )
, SchemaEntry ( " externally_defined_currency " , & STEP : : ObjectHelper < externally_defined_currency , 0 > : : Construct )
, SchemaEntry ( " externally_defined_item " , & STEP : : ObjectHelper < externally_defined_item , 2 > : : Construct )
, SchemaEntry ( " externally_defined_curve_font " , & STEP : : ObjectHelper < externally_defined_curve_font , 0 > : : Construct )
, SchemaEntry ( " externally_defined_dimension_definition " , & STEP : : ObjectHelper < externally_defined_dimension_definition , 0 > : : Construct )
, SchemaEntry ( " externally_defined_general_property " , & STEP : : ObjectHelper < externally_defined_general_property , 0 > : : Construct )
, SchemaEntry ( " externally_defined_hatch_style " , & STEP : : ObjectHelper < externally_defined_hatch_style , 0 > : : Construct )
, SchemaEntry ( " externally_defined_item_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " externally_defined_marker " , & STEP : : ObjectHelper < externally_defined_marker , 0 > : : Construct )
, SchemaEntry ( " picture_representation_item " , & STEP : : ObjectHelper < picture_representation_item , 0 > : : Construct )
, SchemaEntry ( " externally_defined_picture_representation_item " , & STEP : : ObjectHelper < externally_defined_picture_representation_item , 0 > : : Construct )
, SchemaEntry ( " externally_defined_representation_item " , & STEP : : ObjectHelper < externally_defined_representation_item , 0 > : : Construct )
, SchemaEntry ( " externally_defined_string " , & STEP : : ObjectHelper < externally_defined_string , 0 > : : Construct )
, SchemaEntry ( " externally_defined_symbol " , & STEP : : ObjectHelper < externally_defined_symbol , 0 > : : Construct )
, SchemaEntry ( " externally_defined_terminator_symbol " , & STEP : : ObjectHelper < externally_defined_terminator_symbol , 0 > : : Construct )
, SchemaEntry ( " externally_defined_text_font " , & STEP : : ObjectHelper < externally_defined_text_font , 0 > : : Construct )
, SchemaEntry ( " externally_defined_tile " , & STEP : : ObjectHelper < externally_defined_tile , 0 > : : Construct )
, SchemaEntry ( " externally_defined_tile_style " , & STEP : : ObjectHelper < externally_defined_tile_style , 0 > : : Construct )
, SchemaEntry ( " swept_area_solid " , & STEP : : ObjectHelper < swept_area_solid , 1 > : : Construct )
, SchemaEntry ( " extruded_area_solid " , & STEP : : ObjectHelper < extruded_area_solid , 2 > : : Construct )
, SchemaEntry ( " swept_face_solid " , & STEP : : ObjectHelper < swept_face_solid , 1 > : : Construct )
, SchemaEntry ( " extruded_face_solid " , & STEP : : ObjectHelper < extruded_face_solid , 2 > : : Construct )
, SchemaEntry ( " extruded_face_solid_with_trim_conditions " , & STEP : : ObjectHelper < extruded_face_solid_with_trim_conditions , 6 > : : Construct )
, SchemaEntry ( " extruded_face_solid_with_draft_angle " , & STEP : : ObjectHelper < extruded_face_solid_with_draft_angle , 1 > : : Construct )
, SchemaEntry ( " extruded_face_solid_with_multiple_draft_angles " , & STEP : : ObjectHelper < extruded_face_solid_with_multiple_draft_angles , 1 > : : Construct )
, SchemaEntry ( " face " , & STEP : : ObjectHelper < face , 1 > : : Construct )
, SchemaEntry ( " face_based_surface_model " , & STEP : : ObjectHelper < face_based_surface_model , 1 > : : Construct )
, SchemaEntry ( " face_bound " , & STEP : : ObjectHelper < face_bound , 2 > : : Construct )
, SchemaEntry ( " face_outer_bound " , & STEP : : ObjectHelper < face_outer_bound , 0 > : : Construct )
, SchemaEntry ( " faceted_brep " , & STEP : : ObjectHelper < faceted_brep , 0 > : : Construct )
, SchemaEntry ( " faceted_brep_shape_representation " , & STEP : : ObjectHelper < faceted_brep_shape_representation , 0 > : : Construct )
, SchemaEntry ( " fill_area_style " , & STEP : : ObjectHelper < fill_area_style , 2 > : : Construct )
, SchemaEntry ( " fill_area_style_colour " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " fill_area_style_hatching " , & STEP : : ObjectHelper < fill_area_style_hatching , 5 > : : Construct )
, SchemaEntry ( " fill_area_style_tile_coloured_region " , & STEP : : ObjectHelper < fill_area_style_tile_coloured_region , 2 > : : Construct )
, SchemaEntry ( " fill_area_style_tile_curve_with_style " , & STEP : : ObjectHelper < fill_area_style_tile_curve_with_style , 1 > : : Construct )
, SchemaEntry ( " fill_area_style_tile_symbol_with_style " , & STEP : : ObjectHelper < fill_area_style_tile_symbol_with_style , 1 > : : Construct )
, SchemaEntry ( " fill_area_style_tiles " , & STEP : : ObjectHelper < fill_area_style_tiles , 3 > : : Construct )
, SchemaEntry ( " shape_representation_relationship " , & STEP : : ObjectHelper < shape_representation_relationship , 0 > : : Construct )
, SchemaEntry ( " flat_pattern_ply_representation_relationship " , & STEP : : ObjectHelper < flat_pattern_ply_representation_relationship , 0 > : : Construct )
, SchemaEntry ( " flatness_tolerance " , & STEP : : ObjectHelper < flatness_tolerance , 0 > : : Construct )
, SchemaEntry ( " force_measure_with_unit " , & STEP : : ObjectHelper < force_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " force_unit " , & STEP : : ObjectHelper < force_unit , 0 > : : Construct )
, SchemaEntry ( " forward_chaining_rule " , & STEP : : ObjectHelper < forward_chaining_rule , 0 > : : Construct )
, SchemaEntry ( " forward_chaining_rule_premise " , & STEP : : ObjectHelper < forward_chaining_rule_premise , 0 > : : Construct )
, SchemaEntry ( " frequency_measure_with_unit " , & STEP : : ObjectHelper < frequency_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " frequency_unit " , & STEP : : ObjectHelper < frequency_unit , 0 > : : Construct )
, SchemaEntry ( " func " , & STEP : : ObjectHelper < func , 0 > : : Construct )
, SchemaEntry ( " functional_breakdown_context " , & STEP : : ObjectHelper < functional_breakdown_context , 0 > : : Construct )
, SchemaEntry ( " functional_element_usage " , & STEP : : ObjectHelper < functional_element_usage , 0 > : : Construct )
, SchemaEntry ( " functionally_defined_transformation " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " general_material_property " , & STEP : : ObjectHelper < general_material_property , 0 > : : Construct )
, SchemaEntry ( " general_property_association " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " simple_generic_expression " , & STEP : : ObjectHelper < simple_generic_expression , 0 > : : Construct )
, SchemaEntry ( " generic_literal " , & STEP : : ObjectHelper < generic_literal , 0 > : : Construct )
, SchemaEntry ( " generic_variable " , & STEP : : ObjectHelper < generic_variable , 0 > : : Construct )
, SchemaEntry ( " geometric_alignment " , & STEP : : ObjectHelper < geometric_alignment , 0 > : : Construct )
, SchemaEntry ( " geometric_set " , & STEP : : ObjectHelper < geometric_set , 1 > : : Construct )
, SchemaEntry ( " geometric_curve_set " , & STEP : : ObjectHelper < geometric_curve_set , 0 > : : Construct )
, SchemaEntry ( " geometric_intersection " , & STEP : : ObjectHelper < geometric_intersection , 0 > : : Construct )
, SchemaEntry ( " geometric_item_specific_usage " , & STEP : : ObjectHelper < geometric_item_specific_usage , 0 > : : Construct )
, SchemaEntry ( " geometric_model_element_relationship " , & STEP : : ObjectHelper < geometric_model_element_relationship , 0 > : : Construct )
, SchemaEntry ( " representation_context " , & STEP : : ObjectHelper < representation_context , 2 > : : Construct )
, SchemaEntry ( " geometric_representation_context " , & STEP : : ObjectHelper < geometric_representation_context , 1 > : : Construct )
, SchemaEntry ( " geometric_tolerance_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " geometric_tolerance_with_defined_unit " , & STEP : : ObjectHelper < geometric_tolerance_with_defined_unit , 1 > : : Construct )
, SchemaEntry ( " geometrical_tolerance_callout " , & STEP : : ObjectHelper < geometrical_tolerance_callout , 0 > : : Construct )
, SchemaEntry ( " geometrically_bounded_2d_wireframe_representation " , & STEP : : ObjectHelper < geometrically_bounded_2d_wireframe_representation , 0 > : : Construct )
, SchemaEntry ( " geometrically_bounded_surface_shape_representation " , & STEP : : ObjectHelper < geometrically_bounded_surface_shape_representation , 0 > : : Construct )
, SchemaEntry ( " geometrically_bounded_wireframe_shape_representation " , & STEP : : ObjectHelper < geometrically_bounded_wireframe_shape_representation , 0 > : : Construct )
, SchemaEntry ( " global_assignment " , & STEP : : ObjectHelper < global_assignment , 0 > : : Construct )
, SchemaEntry ( " global_uncertainty_assigned_context " , & STEP : : ObjectHelper < global_uncertainty_assigned_context , 1 > : : Construct )
, SchemaEntry ( " global_unit_assigned_context " , & STEP : : ObjectHelper < global_unit_assigned_context , 1 > : : Construct )
, SchemaEntry ( " ground_fact " , & STEP : : ObjectHelper < ground_fact , 0 > : : Construct )
, SchemaEntry ( " group_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " hardness_representation " , & STEP : : ObjectHelper < hardness_representation , 0 > : : Construct )
, SchemaEntry ( " hidden_element_over_riding_styled_item " , & STEP : : ObjectHelper < hidden_element_over_riding_styled_item , 0 > : : Construct )
, SchemaEntry ( " hyperbola " , & STEP : : ObjectHelper < hyperbola , 2 > : : Construct )
, SchemaEntry ( " id_attribute " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " identification_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " illuminance_measure_with_unit " , & STEP : : ObjectHelper < illuminance_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " illuminance_unit " , & STEP : : ObjectHelper < illuminance_unit , 0 > : : Construct )
, SchemaEntry ( " included_text_block " , & STEP : : ObjectHelper < included_text_block , 0 > : : Construct )
, SchemaEntry ( " inclusion_product_concept_feature " , & STEP : : ObjectHelper < inclusion_product_concept_feature , 0 > : : Construct )
, SchemaEntry ( " user_selected_elements " , & STEP : : ObjectHelper < user_selected_elements , 1 > : : Construct )
, SchemaEntry ( " indirectly_selected_elements " , & STEP : : ObjectHelper < indirectly_selected_elements , 1 > : : Construct )
, SchemaEntry ( " indirectly_selected_shape_elements " , & STEP : : ObjectHelper < indirectly_selected_shape_elements , 0 > : : Construct )
, SchemaEntry ( " inductance_measure_with_unit " , & STEP : : ObjectHelper < inductance_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " inductance_unit " , & STEP : : ObjectHelper < inductance_unit , 0 > : : Construct )
, SchemaEntry ( " information_right " , & STEP : : ObjectHelper < information_right , 0 > : : Construct )
, SchemaEntry ( " information_usage_right " , & STEP : : ObjectHelper < information_usage_right , 0 > : : Construct )
, SchemaEntry ( " instance_usage_context_assignment " , & STEP : : ObjectHelper < instance_usage_context_assignment , 1 > : : Construct )
, SchemaEntry ( " instanced_feature " , & STEP : : ObjectHelper < instanced_feature , 0 > : : Construct )
, SchemaEntry ( " literal_number " , & STEP : : ObjectHelper < literal_number , 1 > : : Construct )
, SchemaEntry ( " int_literal " , & STEP : : ObjectHelper < int_literal , 0 > : : Construct )
, SchemaEntry ( " integer_representation_item " , & STEP : : ObjectHelper < integer_representation_item , 0 > : : Construct )
, SchemaEntry ( " surface_curve " , & STEP : : ObjectHelper < surface_curve , 3 > : : Construct )
, SchemaEntry ( " intersection_curve " , & STEP : : ObjectHelper < intersection_curve , 0 > : : Construct )
, SchemaEntry ( " interval_expression " , & STEP : : ObjectHelper < interval_expression , 0 > : : Construct )
, SchemaEntry ( " iso4217_currency " , & STEP : : ObjectHelper < iso4217_currency , 0 > : : Construct )
, SchemaEntry ( " known_source " , & STEP : : ObjectHelper < known_source , 0 > : : Construct )
, SchemaEntry ( " laid_defined_transformation " , & STEP : : ObjectHelper < laid_defined_transformation , 0 > : : Construct )
, SchemaEntry ( " language " , & STEP : : ObjectHelper < language , 0 > : : Construct )
, SchemaEntry ( " leader_curve " , & STEP : : ObjectHelper < leader_curve , 0 > : : Construct )
, SchemaEntry ( " leader_directed_callout " , & STEP : : ObjectHelper < leader_directed_callout , 0 > : : Construct )
, SchemaEntry ( " leader_directed_dimension " , & STEP : : ObjectHelper < leader_directed_dimension , 0 > : : Construct )
, SchemaEntry ( " leader_terminator " , & STEP : : ObjectHelper < leader_terminator , 0 > : : Construct )
, SchemaEntry ( " length_measure_with_unit " , & STEP : : ObjectHelper < length_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " length_unit " , & STEP : : ObjectHelper < length_unit , 0 > : : Construct )
, SchemaEntry ( " light_source " , & STEP : : ObjectHelper < light_source , 1 > : : Construct )
, SchemaEntry ( " light_source_ambient " , & STEP : : ObjectHelper < light_source_ambient , 0 > : : Construct )
, SchemaEntry ( " light_source_directional " , & STEP : : ObjectHelper < light_source_directional , 1 > : : Construct )
, SchemaEntry ( " light_source_positional " , & STEP : : ObjectHelper < light_source_positional , 3 > : : Construct )
, SchemaEntry ( " light_source_spot " , & STEP : : ObjectHelper < light_source_spot , 6 > : : Construct )
, SchemaEntry ( " limits_and_fits " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " line " , & STEP : : ObjectHelper < line , 2 > : : Construct )
, SchemaEntry ( " line_profile_tolerance " , & STEP : : ObjectHelper < line_profile_tolerance , 0 > : : Construct )
, SchemaEntry ( " linear_dimension " , & STEP : : ObjectHelper < linear_dimension , 0 > : : Construct )
, SchemaEntry ( " simple_clause " , & STEP : : ObjectHelper < simple_clause , 0 > : : Construct )
, SchemaEntry ( " literal_conjunction " , & STEP : : ObjectHelper < literal_conjunction , 0 > : : Construct )
, SchemaEntry ( " literal_disjunction " , & STEP : : ObjectHelper < literal_disjunction , 0 > : : Construct )
, SchemaEntry ( " local_time " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " logical_literal " , & STEP : : ObjectHelper < logical_literal , 1 > : : Construct )
, SchemaEntry ( " logical_representation_item " , & STEP : : ObjectHelper < logical_representation_item , 0 > : : Construct )
, SchemaEntry ( " loop " , & STEP : : ObjectHelper < loop , 0 > : : Construct )
, SchemaEntry ( " loss_tangent_measure_with_unit " , & STEP : : ObjectHelper < loss_tangent_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " lot_effectivity " , & STEP : : ObjectHelper < lot_effectivity , 2 > : : Construct )
, SchemaEntry ( " luminous_flux_measure_with_unit " , & STEP : : ObjectHelper < luminous_flux_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " luminous_flux_unit " , & STEP : : ObjectHelper < luminous_flux_unit , 0 > : : Construct )
, SchemaEntry ( " luminous_intensity_measure_with_unit " , & STEP : : ObjectHelper < luminous_intensity_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " luminous_intensity_unit " , & STEP : : ObjectHelper < luminous_intensity_unit , 0 > : : Construct )
, SchemaEntry ( " magnetic_flux_density_measure_with_unit " , & STEP : : ObjectHelper < magnetic_flux_density_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " magnetic_flux_density_unit " , & STEP : : ObjectHelper < magnetic_flux_density_unit , 0 > : : Construct )
, SchemaEntry ( " magnetic_flux_measure_with_unit " , & STEP : : ObjectHelper < magnetic_flux_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " magnetic_flux_unit " , & STEP : : ObjectHelper < magnetic_flux_unit , 0 > : : Construct )
, SchemaEntry ( " make_from_usage_option " , & STEP : : ObjectHelper < make_from_usage_option , 3 > : : Construct )
, SchemaEntry ( " manifold_subsurface_shape_representation " , & STEP : : ObjectHelper < manifold_subsurface_shape_representation , 0 > : : Construct )
, SchemaEntry ( " manifold_surface_shape_representation " , & STEP : : ObjectHelper < manifold_surface_shape_representation , 0 > : : Construct )
, SchemaEntry ( " mass_measure_with_unit " , & STEP : : ObjectHelper < mass_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " mass_unit " , & STEP : : ObjectHelper < mass_unit , 0 > : : Construct )
, SchemaEntry ( " material_designation_characterization " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " material_property " , & STEP : : ObjectHelper < material_property , 0 > : : Construct )
, SchemaEntry ( " property_definition_representation " , & STEP : : ObjectHelper < property_definition_representation , 2 > : : Construct )
, SchemaEntry ( " material_property_representation " , & STEP : : ObjectHelper < material_property_representation , 1 > : : Construct )
, SchemaEntry ( " measure_qualification " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " measure_representation_item " , & STEP : : ObjectHelper < measure_representation_item , 0 > : : Construct )
, SchemaEntry ( " product_context " , & STEP : : ObjectHelper < product_context , 1 > : : Construct )
, SchemaEntry ( " mechanical_context " , & STEP : : ObjectHelper < mechanical_context , 0 > : : Construct )
, SchemaEntry ( " mechanical_design_and_draughting_relationship " , & STEP : : ObjectHelper < mechanical_design_and_draughting_relationship , 0 > : : Construct )
, SchemaEntry ( " mechanical_design_geometric_presentation_area " , & STEP : : ObjectHelper < mechanical_design_geometric_presentation_area , 0 > : : Construct )
, SchemaEntry ( " mechanical_design_geometric_presentation_representation " , & STEP : : ObjectHelper < mechanical_design_geometric_presentation_representation , 0 > : : Construct )
, SchemaEntry ( " mechanical_design_presentation_representation_with_draughting " , & STEP : : ObjectHelper < mechanical_design_presentation_representation_with_draughting , 0 > : : Construct )
, SchemaEntry ( " mechanical_design_shaded_presentation_area " , & STEP : : ObjectHelper < mechanical_design_shaded_presentation_area , 0 > : : Construct )
, SchemaEntry ( " mechanical_design_shaded_presentation_representation " , & STEP : : ObjectHelper < mechanical_design_shaded_presentation_representation , 0 > : : Construct )
, SchemaEntry ( " min_and_major_ply_orientation_basis " , & STEP : : ObjectHelper < min_and_major_ply_orientation_basis , 0 > : : Construct )
, SchemaEntry ( " modified_geometric_tolerance " , & STEP : : ObjectHelper < modified_geometric_tolerance , 1 > : : Construct )
, SchemaEntry ( " modified_solid_with_placed_configuration " , & STEP : : ObjectHelper < modified_solid_with_placed_configuration , 1 > : : Construct )
, SchemaEntry ( " moments_of_inertia_representation " , & STEP : : ObjectHelper < moments_of_inertia_representation , 0 > : : Construct )
, SchemaEntry ( " multi_language_attribute_assignment " , & STEP : : ObjectHelper < multi_language_attribute_assignment , 1 > : : Construct )
, SchemaEntry ( " multiple_arity_boolean_expression " , & STEP : : ObjectHelper < multiple_arity_boolean_expression , 0 > : : Construct )
, SchemaEntry ( " multiple_arity_generic_expression " , & STEP : : ObjectHelper < multiple_arity_generic_expression , 1 > : : Construct )
, SchemaEntry ( " multiple_arity_numeric_expression " , & STEP : : ObjectHelper < multiple_arity_numeric_expression , 0 > : : Construct )
, SchemaEntry ( " name_attribute " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " next_assembly_usage_occurrence " , & STEP : : ObjectHelper < next_assembly_usage_occurrence , 0 > : : Construct )
, SchemaEntry ( " non_manifold_surface_shape_representation " , & STEP : : ObjectHelper < non_manifold_surface_shape_representation , 0 > : : Construct )
, SchemaEntry ( " null_representation_item " , & STEP : : ObjectHelper < null_representation_item , 0 > : : Construct )
, SchemaEntry ( " numeric_expression " , & STEP : : ObjectHelper < numeric_expression , 0 > : : Construct )
, SchemaEntry ( " object_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " offset_curve_2d " , & STEP : : ObjectHelper < offset_curve_2d , 3 > : : Construct )
, SchemaEntry ( " offset_curve_3d " , & STEP : : ObjectHelper < offset_curve_3d , 4 > : : Construct )
, SchemaEntry ( " offset_surface " , & STEP : : ObjectHelper < offset_surface , 3 > : : Construct )
, SchemaEntry ( " one_direction_repeat_factor " , & STEP : : ObjectHelper < one_direction_repeat_factor , 1 > : : Construct )
, SchemaEntry ( " open_shell " , & STEP : : ObjectHelper < open_shell , 0 > : : Construct )
, SchemaEntry ( " ordinal_date " , & STEP : : ObjectHelper < ordinal_date , 1 > : : Construct )
, SchemaEntry ( " projection_directed_callout " , & STEP : : ObjectHelper < projection_directed_callout , 0 > : : Construct )
, SchemaEntry ( " ordinate_dimension " , & STEP : : ObjectHelper < ordinate_dimension , 0 > : : Construct )
, SchemaEntry ( " organization " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " organization_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " organization_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " organizational_address " , & STEP : : ObjectHelper < organizational_address , 2 > : : Construct )
, SchemaEntry ( " organizational_project " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " organizational_project_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " organizational_project_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " oriented_closed_shell " , & STEP : : ObjectHelper < oriented_closed_shell , 2 > : : Construct )
, SchemaEntry ( " oriented_edge " , & STEP : : ObjectHelper < oriented_edge , 2 > : : Construct )
, SchemaEntry ( " oriented_face " , & STEP : : ObjectHelper < oriented_face , 2 > : : Construct )
, SchemaEntry ( " oriented_open_shell " , & STEP : : ObjectHelper < oriented_open_shell , 2 > : : Construct )
, SchemaEntry ( " path " , & STEP : : ObjectHelper < path , 1 > : : Construct )
, SchemaEntry ( " oriented_path " , & STEP : : ObjectHelper < oriented_path , 2 > : : Construct )
, SchemaEntry ( " oriented_surface " , & STEP : : ObjectHelper < oriented_surface , 1 > : : Construct )
, SchemaEntry ( " outer_boundary_curve " , & STEP : : ObjectHelper < outer_boundary_curve , 0 > : : Construct )
, SchemaEntry ( " package_product_concept_feature " , & STEP : : ObjectHelper < package_product_concept_feature , 0 > : : Construct )
, SchemaEntry ( " parabola " , & STEP : : ObjectHelper < parabola , 1 > : : Construct )
, SchemaEntry ( " parallel_offset " , & STEP : : ObjectHelper < parallel_offset , 1 > : : Construct )
, SchemaEntry ( " parallelism_tolerance " , & STEP : : ObjectHelper < parallelism_tolerance , 0 > : : Construct )
, SchemaEntry ( " parametric_representation_context " , & STEP : : ObjectHelper < parametric_representation_context , 0 > : : Construct )
, SchemaEntry ( " partial_document_with_structured_text_representation_assignment " , & STEP : : ObjectHelper < partial_document_with_structured_text_representation_assignment , 0 > : : Construct )
, SchemaEntry ( " pcurve " , & STEP : : ObjectHelper < pcurve , 2 > : : Construct )
, SchemaEntry ( " percentage_laminate_definition " , & STEP : : ObjectHelper < percentage_laminate_definition , 0 > : : Construct )
, SchemaEntry ( " zone_structural_makeup " , & STEP : : ObjectHelper < zone_structural_makeup , 0 > : : Construct )
, SchemaEntry ( " percentage_laminate_table " , & STEP : : ObjectHelper < percentage_laminate_table , 0 > : : Construct )
, SchemaEntry ( " percentage_ply_definition " , & STEP : : ObjectHelper < percentage_ply_definition , 0 > : : Construct )
, SchemaEntry ( " perpendicular_to " , & STEP : : ObjectHelper < perpendicular_to , 0 > : : Construct )
, SchemaEntry ( " perpendicularity_tolerance " , & STEP : : ObjectHelper < perpendicularity_tolerance , 0 > : : Construct )
, SchemaEntry ( " person " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " person_and_organization " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " person_and_organization_address " , & STEP : : ObjectHelper < person_and_organization_address , 0 > : : Construct )
, SchemaEntry ( " person_and_organization_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " personal_address " , & STEP : : ObjectHelper < personal_address , 2 > : : Construct )
, SchemaEntry ( " physical_breakdown_context " , & STEP : : ObjectHelper < physical_breakdown_context , 0 > : : Construct )
, SchemaEntry ( " physical_element_usage " , & STEP : : ObjectHelper < physical_element_usage , 0 > : : Construct )
, SchemaEntry ( " presentation_view " , & STEP : : ObjectHelper < presentation_view , 0 > : : Construct )
, SchemaEntry ( " picture_representation " , & STEP : : ObjectHelper < picture_representation , 0 > : : Construct )
, SchemaEntry ( " placed_datum_target_feature " , & STEP : : ObjectHelper < placed_datum_target_feature , 0 > : : Construct )
, SchemaEntry ( " placed_feature " , & STEP : : ObjectHelper < placed_feature , 0 > : : Construct )
, SchemaEntry ( " planar_extent " , & STEP : : ObjectHelper < planar_extent , 2 > : : Construct )
, SchemaEntry ( " planar_box " , & STEP : : ObjectHelper < planar_box , 1 > : : Construct )
, SchemaEntry ( " plane " , & STEP : : ObjectHelper < plane , 0 > : : Construct )
, SchemaEntry ( " plane_angle_measure_with_unit " , & STEP : : ObjectHelper < plane_angle_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " plane_angle_unit " , & STEP : : ObjectHelper < plane_angle_unit , 0 > : : Construct )
, SchemaEntry ( " plus_minus_tolerance " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " ply_laminate_definition " , & STEP : : ObjectHelper < ply_laminate_definition , 0 > : : Construct )
, SchemaEntry ( " ply_laminate_sequence_definition " , & STEP : : ObjectHelper < ply_laminate_sequence_definition , 0 > : : Construct )
, SchemaEntry ( " ply_laminate_table " , & STEP : : ObjectHelper < ply_laminate_table , 0 > : : Construct )
, SchemaEntry ( " point_and_vector " , & STEP : : ObjectHelper < point_and_vector , 0 > : : Construct )
, SchemaEntry ( " point_on_curve " , & STEP : : ObjectHelper < point_on_curve , 2 > : : Construct )
, SchemaEntry ( " point_on_surface " , & STEP : : ObjectHelper < point_on_surface , 3 > : : Construct )
, SchemaEntry ( " point_path " , & STEP : : ObjectHelper < point_path , 0 > : : Construct )
, SchemaEntry ( " point_replica " , & STEP : : ObjectHelper < point_replica , 2 > : : Construct )
, SchemaEntry ( " point_style " , & STEP : : ObjectHelper < point_style , 4 > : : Construct )
, SchemaEntry ( " polar_complex_number_literal " , & STEP : : ObjectHelper < polar_complex_number_literal , 2 > : : Construct )
, SchemaEntry ( " poly_loop " , & STEP : : ObjectHelper < poly_loop , 1 > : : Construct )
, SchemaEntry ( " polyline " , & STEP : : ObjectHelper < polyline , 1 > : : Construct )
, SchemaEntry ( " position_tolerance " , & STEP : : ObjectHelper < position_tolerance , 0 > : : Construct )
, SchemaEntry ( " positioned_sketch " , & STEP : : ObjectHelper < positioned_sketch , 2 > : : Construct )
, SchemaEntry ( " power_measure_with_unit " , & STEP : : ObjectHelper < power_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " power_unit " , & STEP : : ObjectHelper < power_unit , 0 > : : Construct )
, SchemaEntry ( " pre_defined_symbol " , & STEP : : ObjectHelper < pre_defined_symbol , 0 > : : Construct )
, SchemaEntry ( " pre_defined_dimension_symbol " , & STEP : : ObjectHelper < pre_defined_dimension_symbol , 0 > : : Construct )
, SchemaEntry ( " pre_defined_geometrical_tolerance_symbol " , & STEP : : ObjectHelper < pre_defined_geometrical_tolerance_symbol , 0 > : : Construct )
, SchemaEntry ( " pre_defined_marker " , & STEP : : ObjectHelper < pre_defined_marker , 0 > : : Construct )
, SchemaEntry ( " pre_defined_point_marker_symbol " , & STEP : : ObjectHelper < pre_defined_point_marker_symbol , 0 > : : Construct )
, SchemaEntry ( " pre_defined_surface_condition_symbol " , & STEP : : ObjectHelper < pre_defined_surface_condition_symbol , 0 > : : Construct )
, SchemaEntry ( " pre_defined_surface_side_style " , & STEP : : ObjectHelper < pre_defined_surface_side_style , 0 > : : Construct )
, SchemaEntry ( " pre_defined_terminator_symbol " , & STEP : : ObjectHelper < pre_defined_terminator_symbol , 0 > : : Construct )
, SchemaEntry ( " pre_defined_tile " , & STEP : : ObjectHelper < pre_defined_tile , 0 > : : Construct )
, SchemaEntry ( " precision_qualifier " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " predefined_picture_representation_item " , & STEP : : ObjectHelper < predefined_picture_representation_item , 0 > : : Construct )
, SchemaEntry ( " presentation_layer_assignment " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " presentation_size " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " presentation_style_assignment " , & STEP : : ObjectHelper < presentation_style_assignment , 1 > : : Construct )
, SchemaEntry ( " presentation_style_by_context " , & STEP : : ObjectHelper < presentation_style_by_context , 1 > : : Construct )
, SchemaEntry ( " presented_item_representation " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " pressure_measure_with_unit " , & STEP : : ObjectHelper < pressure_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " pressure_unit " , & STEP : : ObjectHelper < pressure_unit , 0 > : : Construct )
, SchemaEntry ( " procedural_representation " , & STEP : : ObjectHelper < procedural_representation , 0 > : : Construct )
, SchemaEntry ( " procedural_representation_sequence " , & STEP : : ObjectHelper < procedural_representation_sequence , 3 > : : Construct )
, SchemaEntry ( " procedural_shape_representation " , & STEP : : ObjectHelper < procedural_shape_representation , 0 > : : Construct )
, SchemaEntry ( " procedural_shape_representation_sequence " , & STEP : : ObjectHelper < procedural_shape_representation_sequence , 0 > : : Construct )
, SchemaEntry ( " product " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_category " , & STEP : : ObjectHelper < product_category , 2 > : : Construct )
, SchemaEntry ( " product_class " , & STEP : : ObjectHelper < product_class , 0 > : : Construct )
, SchemaEntry ( " product_concept " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_concept_context " , & STEP : : ObjectHelper < product_concept_context , 1 > : : Construct )
, SchemaEntry ( " product_concept_feature_association " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_concept_feature_category_usage " , & STEP : : ObjectHelper < product_concept_feature_category_usage , 1 > : : Construct )
, SchemaEntry ( " product_concept_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_definition_context_association " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_definition_context_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_definition_element_relationship " , & STEP : : ObjectHelper < product_definition_element_relationship , 0 > : : Construct )
, SchemaEntry ( " product_definition_formation " , & STEP : : ObjectHelper < product_definition_formation , 3 > : : Construct )
, SchemaEntry ( " product_definition_formation_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_definition_formation_with_specified_source " , & STEP : : ObjectHelper < product_definition_formation_with_specified_source , 1 > : : Construct )
, SchemaEntry ( " product_definition_group_assignment " , & STEP : : ObjectHelper < product_definition_group_assignment , 1 > : : Construct )
, SchemaEntry ( " product_definition_occurrence_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_definition_shape " , & STEP : : ObjectHelper < product_definition_shape , 0 > : : Construct )
, SchemaEntry ( " product_definition_substitute " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " product_definition_with_associated_documents " , & STEP : : ObjectHelper < product_definition_with_associated_documents , 1 > : : Construct )
, SchemaEntry ( " product_identification " , & STEP : : ObjectHelper < product_identification , 0 > : : Construct )
, SchemaEntry ( " product_material_composition_relationship " , & STEP : : ObjectHelper < product_material_composition_relationship , 4 > : : Construct )
, SchemaEntry ( " product_related_product_category " , & STEP : : ObjectHelper < product_related_product_category , 1 > : : Construct )
, SchemaEntry ( " product_specification " , & STEP : : ObjectHelper < product_specification , 0 > : : Construct )
, SchemaEntry ( " tolerance_zone_definition " , & STEP : : ObjectHelper < tolerance_zone_definition , 2 > : : Construct )
, SchemaEntry ( " projected_zone_definition " , & STEP : : ObjectHelper < projected_zone_definition , 2 > : : Construct )
, SchemaEntry ( " projection_curve " , & STEP : : ObjectHelper < projection_curve , 0 > : : Construct )
, SchemaEntry ( " promissory_usage_occurrence " , & STEP : : ObjectHelper < promissory_usage_occurrence , 0 > : : Construct )
, SchemaEntry ( " property_definition_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " qualified_representation_item " , & STEP : : ObjectHelper < qualified_representation_item , 1 > : : Construct )
, SchemaEntry ( " qualitative_uncertainty " , & STEP : : ObjectHelper < qualitative_uncertainty , 1 > : : Construct )
, SchemaEntry ( " quantified_assembly_component_usage " , & STEP : : ObjectHelper < quantified_assembly_component_usage , 1 > : : Construct )
, SchemaEntry ( " quasi_uniform_curve " , & STEP : : ObjectHelper < quasi_uniform_curve , 0 > : : Construct )
, SchemaEntry ( " quasi_uniform_surface " , & STEP : : ObjectHelper < quasi_uniform_surface , 0 > : : Construct )
, SchemaEntry ( " radioactivity_measure_with_unit " , & STEP : : ObjectHelper < radioactivity_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " radioactivity_unit " , & STEP : : ObjectHelper < radioactivity_unit , 0 > : : Construct )
, SchemaEntry ( " radius_dimension " , & STEP : : ObjectHelper < radius_dimension , 0 > : : Construct )
, SchemaEntry ( " range_characteristic " , & STEP : : ObjectHelper < range_characteristic , 0 > : : Construct )
, SchemaEntry ( " ratio_unit " , & STEP : : ObjectHelper < ratio_unit , 0 > : : Construct )
, SchemaEntry ( " rational_b_spline_curve " , & STEP : : ObjectHelper < rational_b_spline_curve , 1 > : : Construct )
, SchemaEntry ( " rational_b_spline_surface " , & STEP : : ObjectHelper < rational_b_spline_surface , 0 > : : Construct )
, SchemaEntry ( " rational_representation_item " , & STEP : : ObjectHelper < rational_representation_item , 0 > : : Construct )
, SchemaEntry ( " real_literal " , & STEP : : ObjectHelper < real_literal , 0 > : : Construct )
, SchemaEntry ( " real_representation_item " , & STEP : : ObjectHelper < real_representation_item , 0 > : : Construct )
, SchemaEntry ( " rectangular_composite_surface " , & STEP : : ObjectHelper < rectangular_composite_surface , 0 > : : Construct )
, SchemaEntry ( " rectangular_trimmed_surface " , & STEP : : ObjectHelper < rectangular_trimmed_surface , 7 > : : Construct )
, SchemaEntry ( " referenced_modified_datum " , & STEP : : ObjectHelper < referenced_modified_datum , 1 > : : Construct )
, SchemaEntry ( " relative_event_occurrence " , & STEP : : ObjectHelper < relative_event_occurrence , 2 > : : Construct )
, SchemaEntry ( " rep_item_group " , & STEP : : ObjectHelper < rep_item_group , 0 > : : Construct )
, SchemaEntry ( " reparametrised_composite_curve_segment " , & STEP : : ObjectHelper < reparametrised_composite_curve_segment , 1 > : : Construct )
, SchemaEntry ( " representation_relationship_with_transformation " , & STEP : : ObjectHelper < representation_relationship_with_transformation , 1 > : : Construct )
, SchemaEntry ( " requirement_assigned_object " , & STEP : : ObjectHelper < requirement_assigned_object , 1 > : : Construct )
, SchemaEntry ( " requirement_assignment " , & STEP : : ObjectHelper < requirement_assignment , 0 > : : Construct )
, SchemaEntry ( " requirement_source " , & STEP : : ObjectHelper < requirement_source , 0 > : : Construct )
, SchemaEntry ( " requirement_view_definition_relationship " , & STEP : : ObjectHelper < requirement_view_definition_relationship , 0 > : : Construct )
, SchemaEntry ( " resistance_measure_with_unit " , & STEP : : ObjectHelper < resistance_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " resistance_unit " , & STEP : : ObjectHelper < resistance_unit , 0 > : : Construct )
, SchemaEntry ( " revolved_area_solid " , & STEP : : ObjectHelper < revolved_area_solid , 2 > : : Construct )
, SchemaEntry ( " revolved_face_solid " , & STEP : : ObjectHelper < revolved_face_solid , 2 > : : Construct )
, SchemaEntry ( " revolved_face_solid_with_trim_conditions " , & STEP : : ObjectHelper < revolved_face_solid_with_trim_conditions , 2 > : : Construct )
, SchemaEntry ( " right_angular_wedge " , & STEP : : ObjectHelper < right_angular_wedge , 5 > : : Construct )
, SchemaEntry ( " right_circular_cone " , & STEP : : ObjectHelper < right_circular_cone , 4 > : : Construct )
, SchemaEntry ( " right_circular_cylinder " , & STEP : : ObjectHelper < right_circular_cylinder , 3 > : : Construct )
, SchemaEntry ( " right_to_usage_association " , & STEP : : ObjectHelper < right_to_usage_association , 0 > : : Construct )
, SchemaEntry ( " role_association " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " roundness_tolerance " , & STEP : : ObjectHelper < roundness_tolerance , 0 > : : Construct )
, SchemaEntry ( " row_representation_item " , & STEP : : ObjectHelper < row_representation_item , 0 > : : Construct )
, SchemaEntry ( " row_value " , & STEP : : ObjectHelper < row_value , 0 > : : Construct )
, SchemaEntry ( " row_variable " , & STEP : : ObjectHelper < row_variable , 0 > : : Construct )
, SchemaEntry ( " rule_action " , & STEP : : ObjectHelper < rule_action , 0 > : : Construct )
, SchemaEntry ( " rule_condition " , & STEP : : ObjectHelper < rule_condition , 0 > : : Construct )
, SchemaEntry ( " rule_set " , & STEP : : ObjectHelper < rule_set , 0 > : : Construct )
, SchemaEntry ( " rule_set_group " , & STEP : : ObjectHelper < rule_set_group , 0 > : : Construct )
, SchemaEntry ( " rule_superseded_assignment " , & STEP : : ObjectHelper < rule_superseded_assignment , 1 > : : Construct )
, SchemaEntry ( " rule_supersedence " , & STEP : : ObjectHelper < rule_supersedence , 0 > : : Construct )
, SchemaEntry ( " surface_curve_swept_area_solid " , & STEP : : ObjectHelper < surface_curve_swept_area_solid , 4 > : : Construct )
, SchemaEntry ( " ruled_surface_swept_area_solid " , & STEP : : ObjectHelper < ruled_surface_swept_area_solid , 0 > : : Construct )
, SchemaEntry ( " runout_zone_definition " , & STEP : : ObjectHelper < runout_zone_definition , 1 > : : Construct )
, SchemaEntry ( " runout_zone_orientation " , & STEP : : ObjectHelper < runout_zone_orientation , 1 > : : Construct )
, SchemaEntry ( " runout_zone_orientation_reference_direction " , & STEP : : ObjectHelper < runout_zone_orientation_reference_direction , 1 > : : Construct )
, SchemaEntry ( " satisfied_requirement " , & STEP : : ObjectHelper < satisfied_requirement , 1 > : : Construct )
, SchemaEntry ( " satisfies_requirement " , & STEP : : ObjectHelper < satisfies_requirement , 0 > : : Construct )
, SchemaEntry ( " satisfying_item " , & STEP : : ObjectHelper < satisfying_item , 1 > : : Construct )
, SchemaEntry ( " scalar_variable " , & STEP : : ObjectHelper < scalar_variable , 0 > : : Construct )
, SchemaEntry ( " scattering_parameter " , & STEP : : ObjectHelper < scattering_parameter , 0 > : : Construct )
, SchemaEntry ( " sculptured_solid " , & STEP : : ObjectHelper < sculptured_solid , 2 > : : Construct )
, SchemaEntry ( " seam_curve " , & STEP : : ObjectHelper < seam_curve , 0 > : : Construct )
, SchemaEntry ( " security_classification " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " security_classification_level " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " serial_numbered_effectivity " , & STEP : : ObjectHelper < serial_numbered_effectivity , 2 > : : Construct )
, SchemaEntry ( " shape_aspect_associativity " , & STEP : : ObjectHelper < shape_aspect_associativity , 0 > : : Construct )
, SchemaEntry ( " shape_aspect_deriving_relationship " , & STEP : : ObjectHelper < shape_aspect_deriving_relationship , 0 > : : Construct )
, SchemaEntry ( " shape_definition_representation " , & STEP : : ObjectHelper < shape_definition_representation , 0 > : : Construct )
, SchemaEntry ( " shape_dimension_representation " , & STEP : : ObjectHelper < shape_dimension_representation , 0 > : : Construct )
, SchemaEntry ( " shape_feature_definition " , & STEP : : ObjectHelper < shape_feature_definition , 0 > : : Construct )
, SchemaEntry ( " shape_representation_with_parameters " , & STEP : : ObjectHelper < shape_representation_with_parameters , 0 > : : Construct )
, SchemaEntry ( " shell_based_surface_model " , & STEP : : ObjectHelper < shell_based_surface_model , 1 > : : Construct )
, SchemaEntry ( " shell_based_wireframe_model " , & STEP : : ObjectHelper < shell_based_wireframe_model , 1 > : : Construct )
, SchemaEntry ( " shell_based_wireframe_shape_representation " , & STEP : : ObjectHelper < shell_based_wireframe_shape_representation , 0 > : : Construct )
, SchemaEntry ( " si_absorbed_dose_unit " , & STEP : : ObjectHelper < si_absorbed_dose_unit , 0 > : : Construct )
, SchemaEntry ( " si_capacitance_unit " , & STEP : : ObjectHelper < si_capacitance_unit , 0 > : : Construct )
, SchemaEntry ( " si_conductance_unit " , & STEP : : ObjectHelper < si_conductance_unit , 0 > : : Construct )
, SchemaEntry ( " si_dose_equivalent_unit " , & STEP : : ObjectHelper < si_dose_equivalent_unit , 0 > : : Construct )
, SchemaEntry ( " si_electric_charge_unit " , & STEP : : ObjectHelper < si_electric_charge_unit , 0 > : : Construct )
, SchemaEntry ( " si_electric_potential_unit " , & STEP : : ObjectHelper < si_electric_potential_unit , 0 > : : Construct )
, SchemaEntry ( " si_energy_unit " , & STEP : : ObjectHelper < si_energy_unit , 0 > : : Construct )
, SchemaEntry ( " si_force_unit " , & STEP : : ObjectHelper < si_force_unit , 0 > : : Construct )
, SchemaEntry ( " si_frequency_unit " , & STEP : : ObjectHelper < si_frequency_unit , 0 > : : Construct )
, SchemaEntry ( " si_illuminance_unit " , & STEP : : ObjectHelper < si_illuminance_unit , 0 > : : Construct )
, SchemaEntry ( " si_inductance_unit " , & STEP : : ObjectHelper < si_inductance_unit , 0 > : : Construct )
, SchemaEntry ( " si_magnetic_flux_density_unit " , & STEP : : ObjectHelper < si_magnetic_flux_density_unit , 0 > : : Construct )
, SchemaEntry ( " si_magnetic_flux_unit " , & STEP : : ObjectHelper < si_magnetic_flux_unit , 0 > : : Construct )
, SchemaEntry ( " si_power_unit " , & STEP : : ObjectHelper < si_power_unit , 0 > : : Construct )
, SchemaEntry ( " si_pressure_unit " , & STEP : : ObjectHelper < si_pressure_unit , 0 > : : Construct )
, SchemaEntry ( " si_radioactivity_unit " , & STEP : : ObjectHelper < si_radioactivity_unit , 0 > : : Construct )
, SchemaEntry ( " si_resistance_unit " , & STEP : : ObjectHelper < si_resistance_unit , 0 > : : Construct )
, SchemaEntry ( " si_unit " , & STEP : : ObjectHelper < si_unit , 2 > : : Construct )
, SchemaEntry ( " simple_boolean_expression " , & STEP : : ObjectHelper < simple_boolean_expression , 0 > : : Construct )
, SchemaEntry ( " simple_numeric_expression " , & STEP : : ObjectHelper < simple_numeric_expression , 0 > : : Construct )
, SchemaEntry ( " slash_expression " , & STEP : : ObjectHelper < slash_expression , 0 > : : Construct )
, SchemaEntry ( " smeared_material_definition " , & STEP : : ObjectHelper < smeared_material_definition , 0 > : : Construct )
, SchemaEntry ( " solid_angle_measure_with_unit " , & STEP : : ObjectHelper < solid_angle_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " solid_angle_unit " , & STEP : : ObjectHelper < solid_angle_unit , 0 > : : Construct )
, SchemaEntry ( " solid_curve_font " , & STEP : : ObjectHelper < solid_curve_font , 0 > : : Construct )
, SchemaEntry ( " solid_replica " , & STEP : : ObjectHelper < solid_replica , 2 > : : Construct )
, SchemaEntry ( " solid_with_chamfered_edges " , & STEP : : ObjectHelper < solid_with_chamfered_edges , 0 > : : Construct )
, SchemaEntry ( " solid_with_angle_based_chamfer " , & STEP : : ObjectHelper < solid_with_angle_based_chamfer , 3 > : : Construct )
, SchemaEntry ( " solid_with_shape_element_pattern " , & STEP : : ObjectHelper < solid_with_shape_element_pattern , 1 > : : Construct )
, SchemaEntry ( " solid_with_circular_pattern " , & STEP : : ObjectHelper < solid_with_circular_pattern , 4 > : : Construct )
, SchemaEntry ( " solid_with_depression " , & STEP : : ObjectHelper < solid_with_depression , 1 > : : Construct )
, SchemaEntry ( " solid_with_pocket " , & STEP : : ObjectHelper < solid_with_pocket , 2 > : : Construct )
, SchemaEntry ( " solid_with_circular_pocket " , & STEP : : ObjectHelper < solid_with_circular_pocket , 1 > : : Construct )
, SchemaEntry ( " solid_with_protrusion " , & STEP : : ObjectHelper < solid_with_protrusion , 2 > : : Construct )
, SchemaEntry ( " solid_with_circular_protrusion " , & STEP : : ObjectHelper < solid_with_circular_protrusion , 1 > : : Construct )
, SchemaEntry ( " solid_with_hole " , & STEP : : ObjectHelper < solid_with_hole , 0 > : : Construct )
, SchemaEntry ( " solid_with_stepped_round_hole " , & STEP : : ObjectHelper < solid_with_stepped_round_hole , 1 > : : Construct )
, SchemaEntry ( " solid_with_conical_bottom_round_hole " , & STEP : : ObjectHelper < solid_with_conical_bottom_round_hole , 2 > : : Construct )
, SchemaEntry ( " solid_with_constant_radius_edge_blend " , & STEP : : ObjectHelper < solid_with_constant_radius_edge_blend , 1 > : : Construct )
, SchemaEntry ( " solid_with_slot " , & STEP : : ObjectHelper < solid_with_slot , 2 > : : Construct )
, SchemaEntry ( " solid_with_curved_slot " , & STEP : : ObjectHelper < solid_with_curved_slot , 1 > : : Construct )
, SchemaEntry ( " solid_with_double_offset_chamfer " , & STEP : : ObjectHelper < solid_with_double_offset_chamfer , 2 > : : Construct )
, SchemaEntry ( " solid_with_flat_bottom_round_hole " , & STEP : : ObjectHelper < solid_with_flat_bottom_round_hole , 1 > : : Construct )
, SchemaEntry ( " solid_with_general_pocket " , & STEP : : ObjectHelper < solid_with_general_pocket , 2 > : : Construct )
, SchemaEntry ( " solid_with_general_protrusion " , & STEP : : ObjectHelper < solid_with_general_protrusion , 2 > : : Construct )
, SchemaEntry ( " solid_with_groove " , & STEP : : ObjectHelper < solid_with_groove , 5 > : : Construct )
, SchemaEntry ( " solid_with_incomplete_circular_pattern " , & STEP : : ObjectHelper < solid_with_incomplete_circular_pattern , 1 > : : Construct )
, SchemaEntry ( " solid_with_rectangular_pattern " , & STEP : : ObjectHelper < solid_with_rectangular_pattern , 4 > : : Construct )
, SchemaEntry ( " solid_with_incomplete_rectangular_pattern " , & STEP : : ObjectHelper < solid_with_incomplete_rectangular_pattern , 0 > : : Construct )
, SchemaEntry ( " solid_with_rectangular_pocket " , & STEP : : ObjectHelper < solid_with_rectangular_pocket , 3 > : : Construct )
, SchemaEntry ( " solid_with_rectangular_protrusion " , & STEP : : ObjectHelper < solid_with_rectangular_protrusion , 3 > : : Construct )
, SchemaEntry ( " solid_with_single_offset_chamfer " , & STEP : : ObjectHelper < solid_with_single_offset_chamfer , 1 > : : Construct )
, SchemaEntry ( " solid_with_spherical_bottom_round_hole " , & STEP : : ObjectHelper < solid_with_spherical_bottom_round_hole , 1 > : : Construct )
, SchemaEntry ( " solid_with_stepped_round_hole_and_conical_transitions " , & STEP : : ObjectHelper < solid_with_stepped_round_hole_and_conical_transitions , 1 > : : Construct )
, SchemaEntry ( " solid_with_straight_slot " , & STEP : : ObjectHelper < solid_with_straight_slot , 1 > : : Construct )
, SchemaEntry ( " solid_with_tee_section_slot " , & STEP : : ObjectHelper < solid_with_tee_section_slot , 2 > : : Construct )
, SchemaEntry ( " solid_with_through_depression " , & STEP : : ObjectHelper < solid_with_through_depression , 1 > : : Construct )
, SchemaEntry ( " solid_with_trapezoidal_section_slot " , & STEP : : ObjectHelper < solid_with_trapezoidal_section_slot , 2 > : : Construct )
, SchemaEntry ( " solid_with_variable_radius_edge_blend " , & STEP : : ObjectHelper < solid_with_variable_radius_edge_blend , 3 > : : Construct )
, SchemaEntry ( " source_for_requirement " , & STEP : : ObjectHelper < source_for_requirement , 1 > : : Construct )
, SchemaEntry ( " sourced_requirement " , & STEP : : ObjectHelper < sourced_requirement , 1 > : : Construct )
, SchemaEntry ( " specification_definition " , & STEP : : ObjectHelper < specification_definition , 0 > : : Construct )
, SchemaEntry ( " specified_higher_usage_occurrence " , & STEP : : ObjectHelper < specified_higher_usage_occurrence , 2 > : : Construct )
, SchemaEntry ( " sphere " , & STEP : : ObjectHelper < sphere , 2 > : : Construct )
, SchemaEntry ( " spherical_surface " , & STEP : : ObjectHelper < spherical_surface , 1 > : : Construct )
, SchemaEntry ( " start_request " , & STEP : : ObjectHelper < start_request , 1 > : : Construct )
, SchemaEntry ( " start_work " , & STEP : : ObjectHelper < start_work , 1 > : : Construct )
, SchemaEntry ( " straightness_tolerance " , & STEP : : ObjectHelper < straightness_tolerance , 0 > : : Construct )
, SchemaEntry ( " structured_dimension_callout " , & STEP : : ObjectHelper < structured_dimension_callout , 0 > : : Construct )
, SchemaEntry ( " structured_text_composition " , & STEP : : ObjectHelper < structured_text_composition , 0 > : : Construct )
, SchemaEntry ( " structured_text_representation " , & STEP : : ObjectHelper < structured_text_representation , 0 > : : Construct )
, SchemaEntry ( " subedge " , & STEP : : ObjectHelper < subedge , 1 > : : Construct )
, SchemaEntry ( " subface " , & STEP : : ObjectHelper < subface , 1 > : : Construct )
, SchemaEntry ( " supplied_part_relationship " , & STEP : : ObjectHelper < supplied_part_relationship , 0 > : : Construct )
, SchemaEntry ( " surface_condition_callout " , & STEP : : ObjectHelper < surface_condition_callout , 0 > : : Construct )
, SchemaEntry ( " swept_surface " , & STEP : : ObjectHelper < swept_surface , 1 > : : Construct )
, SchemaEntry ( " surface_of_linear_extrusion " , & STEP : : ObjectHelper < surface_of_linear_extrusion , 1 > : : Construct )
, SchemaEntry ( " surface_of_revolution " , & STEP : : ObjectHelper < surface_of_revolution , 1 > : : Construct )
, SchemaEntry ( " surface_patch " , & STEP : : ObjectHelper < surface_patch , 5 > : : Construct )
, SchemaEntry ( " surface_profile_tolerance " , & STEP : : ObjectHelper < surface_profile_tolerance , 0 > : : Construct )
, SchemaEntry ( " surface_rendering_properties " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " surface_replica " , & STEP : : ObjectHelper < surface_replica , 2 > : : Construct )
, SchemaEntry ( " surface_side_style " , & STEP : : ObjectHelper < surface_side_style , 2 > : : Construct )
, SchemaEntry ( " surface_style_boundary " , & STEP : : ObjectHelper < surface_style_boundary , 1 > : : Construct )
, SchemaEntry ( " surface_style_control_grid " , & STEP : : ObjectHelper < surface_style_control_grid , 1 > : : Construct )
, SchemaEntry ( " surface_style_fill_area " , & STEP : : ObjectHelper < surface_style_fill_area , 1 > : : Construct )
, SchemaEntry ( " surface_style_parameter_line " , & STEP : : ObjectHelper < surface_style_parameter_line , 2 > : : Construct )
, SchemaEntry ( " surface_style_reflectance_ambient " , & STEP : : ObjectHelper < surface_style_reflectance_ambient , 1 > : : Construct )
, SchemaEntry ( " surface_style_reflectance_ambient_diffuse " , & STEP : : ObjectHelper < surface_style_reflectance_ambient_diffuse , 1 > : : Construct )
, SchemaEntry ( " surface_style_reflectance_ambient_diffuse_specular " , & STEP : : ObjectHelper < surface_style_reflectance_ambient_diffuse_specular , 3 > : : Construct )
, SchemaEntry ( " surface_style_rendering " , & STEP : : ObjectHelper < surface_style_rendering , 2 > : : Construct )
, SchemaEntry ( " surface_style_rendering_with_properties " , & STEP : : ObjectHelper < surface_style_rendering_with_properties , 1 > : : Construct )
, SchemaEntry ( " surface_style_segmentation_curve " , & STEP : : ObjectHelper < surface_style_segmentation_curve , 1 > : : Construct )
, SchemaEntry ( " surface_style_silhouette " , & STEP : : ObjectHelper < surface_style_silhouette , 1 > : : Construct )
, SchemaEntry ( " surface_style_transparent " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " surface_style_usage " , & STEP : : ObjectHelper < surface_style_usage , 2 > : : Construct )
, SchemaEntry ( " surface_texture_representation " , & STEP : : ObjectHelper < surface_texture_representation , 0 > : : Construct )
, SchemaEntry ( " surfaced_open_shell " , & STEP : : ObjectHelper < surfaced_open_shell , 0 > : : Construct )
, SchemaEntry ( " swept_disk_solid " , & STEP : : ObjectHelper < swept_disk_solid , 5 > : : Construct )
, SchemaEntry ( " symbol " , & STEP : : ObjectHelper < symbol , 0 > : : Construct )
, SchemaEntry ( " symbol_colour " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " symbol_representation_map " , & STEP : : ObjectHelper < symbol_representation_map , 0 > : : Construct )
, SchemaEntry ( " symbol_style " , & STEP : : ObjectHelper < symbol_style , 2 > : : Construct )
, SchemaEntry ( " symbol_target " , & STEP : : ObjectHelper < symbol_target , 3 > : : Construct )
, SchemaEntry ( " symmetric_shape_aspect " , & STEP : : ObjectHelper < symmetric_shape_aspect , 0 > : : Construct )
, SchemaEntry ( " symmetry_tolerance " , & STEP : : ObjectHelper < symmetry_tolerance , 0 > : : Construct )
, SchemaEntry ( " table_representation_item " , & STEP : : ObjectHelper < table_representation_item , 0 > : : Construct )
, SchemaEntry ( " tactile_appearance_representation " , & STEP : : ObjectHelper < tactile_appearance_representation , 0 > : : Construct )
, SchemaEntry ( " tagged_text_format " , & STEP : : ObjectHelper < tagged_text_format , 0 > : : Construct )
, SchemaEntry ( " tagged_text_item " , & STEP : : ObjectHelper < tagged_text_item , 0 > : : Construct )
, SchemaEntry ( " tangent " , & STEP : : ObjectHelper < tangent , 0 > : : Construct )
, SchemaEntry ( " text_font " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " text_font_family " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " text_font_in_family " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " text_literal_with_associated_curves " , & STEP : : ObjectHelper < text_literal_with_associated_curves , 1 > : : Construct )
, SchemaEntry ( " text_literal_with_blanking_box " , & STEP : : ObjectHelper < text_literal_with_blanking_box , 1 > : : Construct )
, SchemaEntry ( " text_literal_with_extent " , & STEP : : ObjectHelper < text_literal_with_extent , 1 > : : Construct )
, SchemaEntry ( " text_string_representation " , & STEP : : ObjectHelper < text_string_representation , 0 > : : Construct )
, SchemaEntry ( " text_style " , & STEP : : ObjectHelper < text_style , 2 > : : Construct )
, SchemaEntry ( " text_style_for_defined_font " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " text_style_with_box_characteristics " , & STEP : : ObjectHelper < text_style_with_box_characteristics , 1 > : : Construct )
, SchemaEntry ( " text_style_with_mirror " , & STEP : : ObjectHelper < text_style_with_mirror , 1 > : : Construct )
, SchemaEntry ( " text_style_with_spacing " , & STEP : : ObjectHelper < text_style_with_spacing , 1 > : : Construct )
, SchemaEntry ( " thermal_resistance_measure_with_unit " , & STEP : : ObjectHelper < thermal_resistance_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " thermal_resistance_unit " , & STEP : : ObjectHelper < thermal_resistance_unit , 0 > : : Construct )
, SchemaEntry ( " thermodynamic_temperature_measure_with_unit " , & STEP : : ObjectHelper < thermodynamic_temperature_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " thermodynamic_temperature_unit " , & STEP : : ObjectHelper < thermodynamic_temperature_unit , 0 > : : Construct )
, SchemaEntry ( " thickened_face_solid " , & STEP : : ObjectHelper < thickened_face_solid , 3 > : : Construct )
, SchemaEntry ( " thickness_laminate_definition " , & STEP : : ObjectHelper < thickness_laminate_definition , 0 > : : Construct )
, SchemaEntry ( " thickness_laminate_table " , & STEP : : ObjectHelper < thickness_laminate_table , 0 > : : Construct )
, SchemaEntry ( " time_interval " , & STEP : : ObjectHelper < time_interval , 3 > : : Construct )
, SchemaEntry ( " time_interval_based_effectivity " , & STEP : : ObjectHelper < time_interval_based_effectivity , 1 > : : Construct )
, SchemaEntry ( " time_interval_relationship " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " time_interval_role " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " time_interval_with_bounds " , & STEP : : ObjectHelper < time_interval_with_bounds , 3 > : : Construct )
, SchemaEntry ( " time_measure_with_unit " , & STEP : : ObjectHelper < time_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " time_unit " , & STEP : : ObjectHelper < time_unit , 0 > : : Construct )
, SchemaEntry ( " tolerance_value " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " tolerance_zone " , & STEP : : ObjectHelper < tolerance_zone , 2 > : : Construct )
, SchemaEntry ( " tolerance_zone_form " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " torus " , & STEP : : ObjectHelper < torus , 3 > : : Construct )
, SchemaEntry ( " total_runout_tolerance " , & STEP : : ObjectHelper < total_runout_tolerance , 0 > : : Construct )
, SchemaEntry ( " track_blended_solid " , & STEP : : ObjectHelper < track_blended_solid , 0 > : : Construct )
, SchemaEntry ( " track_blended_solid_with_end_conditions " , & STEP : : ObjectHelper < track_blended_solid_with_end_conditions , 1 > : : Construct )
, SchemaEntry ( " trimmed_curve " , & STEP : : ObjectHelper < trimmed_curve , 5 > : : Construct )
, SchemaEntry ( " two_direction_repeat_factor " , & STEP : : ObjectHelper < two_direction_repeat_factor , 1 > : : Construct )
, SchemaEntry ( " type_qualifier " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " unary_generic_expression " , & STEP : : ObjectHelper < unary_generic_expression , 1 > : : Construct )
, SchemaEntry ( " unary_numeric_expression " , & STEP : : ObjectHelper < unary_numeric_expression , 0 > : : Construct )
, SchemaEntry ( " uncertainty_assigned_representation " , & STEP : : ObjectHelper < uncertainty_assigned_representation , 1 > : : Construct )
, SchemaEntry ( " uncertainty_measure_with_unit " , & STEP : : ObjectHelper < uncertainty_measure_with_unit , 2 > : : Construct )
, SchemaEntry ( " uniform_curve " , & STEP : : ObjectHelper < uniform_curve , 0 > : : Construct )
, SchemaEntry ( " uniform_resource_identifier " , & STEP : : ObjectHelper < uniform_resource_identifier , 0 > : : Construct )
, SchemaEntry ( " uniform_surface " , & STEP : : ObjectHelper < uniform_surface , 0 > : : Construct )
, SchemaEntry ( " usage_association " , & STEP : : ObjectHelper < usage_association , 0 > : : Construct )
, SchemaEntry ( " user_defined_curve_font " , & STEP : : ObjectHelper < user_defined_curve_font , 0 > : : Construct )
, SchemaEntry ( " user_defined_marker " , & STEP : : ObjectHelper < user_defined_marker , 0 > : : Construct )
, SchemaEntry ( " user_defined_terminator_symbol " , & STEP : : ObjectHelper < user_defined_terminator_symbol , 0 > : : Construct )
, SchemaEntry ( " user_selected_shape_elements " , & STEP : : ObjectHelper < user_selected_shape_elements , 0 > : : Construct )
, SchemaEntry ( " value_range " , & STEP : : ObjectHelper < value_range , 0 > : : Construct )
, SchemaEntry ( " value_representation_item " , & STEP : : ObjectHelper < value_representation_item , 1 > : : Construct )
, SchemaEntry ( " variable_semantics " , & STEP : : ObjectHelper < variable_semantics , 0 > : : Construct )
, SchemaEntry ( " variational_representation_item " , & STEP : : ObjectHelper < variational_representation_item , 0 > : : Construct )
, SchemaEntry ( " vector " , & STEP : : ObjectHelper < vector , 2 > : : Construct )
, SchemaEntry ( " vector_style " , & STEP : : ObjectHelper < vector_style , 0 > : : Construct )
, SchemaEntry ( " velocity_measure_with_unit " , & STEP : : ObjectHelper < velocity_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " velocity_unit " , & STEP : : ObjectHelper < velocity_unit , 0 > : : Construct )
, SchemaEntry ( " versioned_action_request " , & STEP : : ObjectHelper < NotImplemented , 0 > : : Construct )
, SchemaEntry ( " vertex " , & STEP : : ObjectHelper < vertex , 0 > : : Construct )
, SchemaEntry ( " vertex_loop " , & STEP : : ObjectHelper < vertex_loop , 1 > : : Construct )
, SchemaEntry ( " vertex_point " , & STEP : : ObjectHelper < vertex_point , 1 > : : Construct )
, SchemaEntry ( " vertex_shell " , & STEP : : ObjectHelper < vertex_shell , 1 > : : Construct )
, SchemaEntry ( " view_volume " , & STEP : : ObjectHelper < view_volume , 9 > : : Construct )
, SchemaEntry ( " visual_appearance_representation " , & STEP : : ObjectHelper < visual_appearance_representation , 0 > : : Construct )
, SchemaEntry ( " volume_measure_with_unit " , & STEP : : ObjectHelper < volume_measure_with_unit , 0 > : : Construct )
, SchemaEntry ( " volume_unit " , & STEP : : ObjectHelper < volume_unit , 0 > : : Construct )
, SchemaEntry ( " week_of_year_and_day_date " , & STEP : : ObjectHelper < week_of_year_and_day_date , 2 > : : Construct )
, SchemaEntry ( " wire_shell " , & STEP : : ObjectHelper < wire_shell , 1 > : : Construct )
, SchemaEntry ( " year_month " , & STEP : : ObjectHelper < year_month , 1 > : : Construct )
} ;
}
// -----------------------------------------------------------------------------------------------------------
void StepFile : : GetSchema ( EXPRESS : : ConversionSchema & out )
{
out = EXPRESS : : ConversionSchema ( schema_raw ) ;
}
namespace STEP {
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < NotImplemented > ( const STEP : : DB & db , const LIST & params , NotImplemented * in )
{
return 0 ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < measure_with_unit > ( const DB & db , const LIST & params , measure_with_unit * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to measure_with_unit " ) ; } do { // convert the 'value_component' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : measure_with_unit , 2 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > value_component , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to measure_with_unit to be a `measure_value` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'unit_component' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : measure_with_unit , 2 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > unit_component , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to measure_with_unit to be a `unit` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < absorbed_dose_measure_with_unit > ( const DB & db , const LIST & params , absorbed_dose_measure_with_unit * in )
{
size_t base = GenericFill ( db , params , static_cast < measure_with_unit * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to absorbed_dose_measure_with_unit " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < derived_unit > ( const DB & db , const LIST & params , derived_unit * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to derived_unit " ) ; } do { // convert the 'elements' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : derived_unit , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > elements , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to derived_unit to be a `SET [1:?] OF derived_unit_element` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < absorbed_dose_unit > ( const DB & db , const LIST & params , absorbed_dose_unit * in )
{
size_t base = GenericFill ( db , params , static_cast < derived_unit * > ( in ) ) ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to absorbed_dose_unit " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < abstract_variable > ( const DB & db , const LIST & params , abstract_variable * in )
{
size_t base = 0 ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < acceleration_measure_with_unit > ( const DB & db , const LIST & params , acceleration_measure_with_unit * in )
{
size_t base = GenericFill ( db , params , static_cast < measure_with_unit * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to acceleration_measure_with_unit " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < acceleration_unit > ( const DB & db , const LIST & params , acceleration_unit * in )
{
size_t base = GenericFill ( db , params , static_cast < derived_unit * > ( in ) ) ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to acceleration_unit " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < action > ( const DB & db , const LIST & params , action * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to action " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action , 3 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to action to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'description' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action , 3 > : : aux_is_derived [ 1 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > description , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to action to be a `text` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'chosen_method' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action , 3 > : : aux_is_derived [ 2 ] = true ; break ; }
try { GenericConvert ( in - > chosen_method , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to action to be a `action_method` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < action_assignment > ( const DB & db , const LIST & params , action_assignment * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to action_assignment " ) ; } do { // convert the 'assigned_action' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_assignment , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > assigned_action , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to action_assignment to be a `action` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < action_method > ( const DB & db , const LIST & params , action_method * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to action_method " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method , 4 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to action_method to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'description' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method , 4 > : : aux_is_derived [ 1 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > description , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to action_method to be a `text` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'consequence' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method , 4 > : : aux_is_derived [ 2 ] = true ; break ; }
try { GenericConvert ( in - > consequence , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to action_method to be a `text` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'purpose' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method , 4 > : : aux_is_derived [ 3 ] = true ; break ; }
try { GenericConvert ( in - > purpose , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to action_method to be a `text` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < action_method_assignment > ( const DB & db , const LIST & params , action_method_assignment * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to action_method_assignment " ) ; } do { // convert the 'assigned_action_method' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method_assignment , 2 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > assigned_action_method , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to action_method_assignment to be a `action_method` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'role' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method_assignment , 2 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > role , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to action_method_assignment to be a `action_method_role` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < action_method_relationship > ( const DB & db , const LIST & params , action_method_relationship * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to action_method_relationship " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method_relationship , 4 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to action_method_relationship to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'description' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method_relationship , 4 > : : aux_is_derived [ 1 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > description , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to action_method_relationship to be a `text` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'relating_method' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method_relationship , 4 > : : aux_is_derived [ 2 ] = true ; break ; }
try { GenericConvert ( in - > relating_method , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to action_method_relationship to be a `action_method` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'related_method' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_method_relationship , 4 > : : aux_is_derived [ 3 ] = true ; break ; }
try { GenericConvert ( in - > related_method , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to action_method_relationship to be a `action_method` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < action_request_assignment > ( const DB & db , const LIST & params , action_request_assignment * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to action_request_assignment " ) ; } do { // convert the 'assigned_action_request' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : action_request_assignment , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > assigned_action_request , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to action_request_assignment to be a `versioned_action_request` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < address > ( const DB & db , const LIST & params , address * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 12 ) { throw STEP : : TypeError ( " expected 12 arguments to address " ) ; } do { // convert the 'internal_location' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 0 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > internal_location , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'street_number' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 1 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > street_number , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'street' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 2 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > street , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'postal_box' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 3 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > postal_box , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'town' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 4 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > town , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 4 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'region' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 5 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > region , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 5 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'postal_code' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 6 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > postal_code , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 6 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'country' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 7 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > country , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 7 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'facsimile_number' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 8 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > facsimile_number , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 8 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'telephone_number' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 9 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > telephone_number , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 9 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'electronic_mail_address' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 10 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > electronic_mail_address , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 10 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'telex_number' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : address , 12 > : : aux_is_derived [ 11 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > telex_number , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 11 to address to be a `label` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < representation > ( const DB & db , const LIST & params , representation * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to representation " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : representation , 3 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to representation to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'items' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : representation , 3 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > items , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to representation to be a `SET [1:?] OF representation_item` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'context_of_items' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : representation , 3 > : : aux_is_derived [ 2 ] = true ; break ; }
try { GenericConvert ( in - > context_of_items , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to representation to be a `representation_context` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < shape_representation > ( const DB & db , const LIST & params , shape_representation * in )
{
size_t base = GenericFill ( db , params , static_cast < representation * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to shape_representation " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < advanced_brep_shape_representation > ( const DB & db , const LIST & params , advanced_brep_shape_representation * in )
{
size_t base = GenericFill ( db , params , static_cast < shape_representation * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to advanced_brep_shape_representation " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < face_surface > ( const DB & db , const LIST & params , face_surface * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to face_surface " ) ; } do { // convert the 'face_geometry' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : face_surface , 2 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > face_geometry , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to face_surface to be a `surface` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'same_sense' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : face_surface , 2 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > same_sense , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to face_surface to be a `BOOLEAN` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < advanced_face > ( const DB & db , const LIST & params , advanced_face * in )
{
size_t base = GenericFill ( db , params , static_cast < face_surface * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to advanced_face " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < amount_of_substance_measure_with_unit > ( const DB & db , const LIST & params , amount_of_substance_measure_with_unit * in )
{
size_t base = GenericFill ( db , params , static_cast < measure_with_unit * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to amount_of_substance_measure_with_unit " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < named_unit > ( const DB & db , const LIST & params , named_unit * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to named_unit " ) ; } do { // convert the 'dimensions' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : named_unit , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > dimensions , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to named_unit to be a `dimensional_exponents` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < amount_of_substance_unit > ( const DB & db , const LIST & params , amount_of_substance_unit * in )
{
size_t base = GenericFill ( db , params , static_cast < named_unit * > ( in ) ) ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to amount_of_substance_unit " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < angle_direction_reference > ( const DB & db , const LIST & params , angle_direction_reference * in )
{
size_t base = 0 ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < representation_item > ( const DB & db , const LIST & params , representation_item * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to representation_item " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : representation_item , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to representation_item to be a `label` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < geometric_representation_item > ( const DB & db , const LIST & params , geometric_representation_item * in )
{
size_t base = GenericFill ( db , params , static_cast < representation_item * > ( in ) ) ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to geometric_representation_item " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < draughting_callout > ( const DB & db , const LIST & params , draughting_callout * in )
{
size_t base = GenericFill ( db , params , static_cast < geometric_representation_item * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to draughting_callout " ) ; } do { // convert the 'contents' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : draughting_callout , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > contents , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to draughting_callout to be a `SET [1:?] OF draughting_callout_element` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < dimension_curve_directed_callout > ( const DB & db , const LIST & params , dimension_curve_directed_callout * in )
{
size_t base = GenericFill ( db , params , static_cast < draughting_callout * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to dimension_curve_directed_callout " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < angular_dimension > ( const DB & db , const LIST & params , angular_dimension * in )
{
size_t base = GenericFill ( db , params , static_cast < dimension_curve_directed_callout * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to angular_dimension " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < shape_aspect_relationship > ( const DB & db , const LIST & params , shape_aspect_relationship * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to shape_aspect_relationship " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : shape_aspect_relationship , 4 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to shape_aspect_relationship to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'description' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : shape_aspect_relationship , 4 > : : aux_is_derived [ 1 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > description , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to shape_aspect_relationship to be a `text` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'relating_shape_aspect' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : shape_aspect_relationship , 4 > : : aux_is_derived [ 2 ] = true ; break ; }
try { GenericConvert ( in - > relating_shape_aspect , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to shape_aspect_relationship to be a `shape_aspect` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'related_shape_aspect' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : shape_aspect_relationship , 4 > : : aux_is_derived [ 3 ] = true ; break ; }
try { GenericConvert ( in - > related_shape_aspect , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to shape_aspect_relationship to be a `shape_aspect` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < dimensional_location > ( const DB & db , const LIST & params , dimensional_location * in )
{
size_t base = GenericFill ( db , params , static_cast < shape_aspect_relationship * > ( in ) ) ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to dimensional_location " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < angular_location > ( const DB & db , const LIST & params , angular_location * in )
{
size_t base = GenericFill ( db , params , static_cast < dimensional_location * > ( in ) ) ;
if ( params . GetSize ( ) < 5 ) { throw STEP : : TypeError ( " expected 5 arguments to angular_location " ) ; } do { // convert the 'angle_selection' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > angle_selection , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 4 to angular_location to be a `angle_relator` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < dimensional_size > ( const DB & db , const LIST & params , dimensional_size * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to dimensional_size " ) ; } do { // convert the 'applies_to' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : dimensional_size , 2 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > applies_to , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to dimensional_size to be a `shape_aspect` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : dimensional_size , 2 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to dimensional_size to be a `label` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < angular_size > ( const DB & db , const LIST & params , angular_size * in )
{
size_t base = GenericFill ( db , params , static_cast < dimensional_size * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to angular_size " ) ; } do { // convert the 'angle_selection' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > angle_selection , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to angular_size to be a `angle_relator` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < geometric_tolerance > ( const DB & db , const LIST & params , geometric_tolerance * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to geometric_tolerance " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : geometric_tolerance , 4 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to geometric_tolerance to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'description' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : geometric_tolerance , 4 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > description , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to geometric_tolerance to be a `text` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'magnitude' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : geometric_tolerance , 4 > : : aux_is_derived [ 2 ] = true ; break ; }
try { GenericConvert ( in - > magnitude , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to geometric_tolerance to be a `measure_with_unit` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'toleranced_shape_aspect' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : geometric_tolerance , 4 > : : aux_is_derived [ 3 ] = true ; break ; }
try { GenericConvert ( in - > toleranced_shape_aspect , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to geometric_tolerance to be a `shape_aspect` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < geometric_tolerance_with_datum_reference > ( const DB & db , const LIST & params , geometric_tolerance_with_datum_reference * in )
{
size_t base = GenericFill ( db , params , static_cast < geometric_tolerance * > ( in ) ) ;
if ( params . GetSize ( ) < 5 ) { throw STEP : : TypeError ( " expected 5 arguments to geometric_tolerance_with_datum_reference " ) ; } do { // convert the 'datum_system' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : geometric_tolerance_with_datum_reference , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > datum_system , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 4 to geometric_tolerance_with_datum_reference to be a `SET [1:?] OF datum_reference` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < angularity_tolerance > ( const DB & db , const LIST & params , angularity_tolerance * in )
{
size_t base = GenericFill ( db , params , static_cast < geometric_tolerance_with_datum_reference * > ( in ) ) ;
if ( params . GetSize ( ) < 5 ) { throw STEP : : TypeError ( " expected 5 arguments to angularity_tolerance " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < styled_item > ( const DB & db , const LIST & params , styled_item * in )
{
size_t base = GenericFill ( db , params , static_cast < representation_item * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to styled_item " ) ; } do { // convert the 'styles' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : styled_item , 2 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > styles , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to styled_item to be a `SET [1:?] OF presentation_style_assignment` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'item' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : styled_item , 2 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > item , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to styled_item to be a `representation_item` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_occurrence > ( const DB & db , const LIST & params , annotation_occurrence * in )
{
size_t base = GenericFill ( db , params , static_cast < styled_item * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to annotation_occurrence " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_curve_occurrence > ( const DB & db , const LIST & params , annotation_curve_occurrence * in )
{
size_t base = GenericFill ( db , params , static_cast < annotation_occurrence * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to annotation_curve_occurrence " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_fill_area > ( const DB & db , const LIST & params , annotation_fill_area * in )
{
size_t base = GenericFill ( db , params , static_cast < geometric_representation_item * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to annotation_fill_area " ) ; } do { // convert the 'boundaries' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > boundaries , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to annotation_fill_area to be a `SET [1:?] OF curve` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_fill_area_occurrence > ( const DB & db , const LIST & params , annotation_fill_area_occurrence * in )
{
size_t base = GenericFill ( db , params , static_cast < annotation_occurrence * > ( in ) ) ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to annotation_fill_area_occurrence " ) ; } do { // convert the 'fill_style_target' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > fill_style_target , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to annotation_fill_area_occurrence to be a `point` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_occurrence_relationship > ( const DB & db , const LIST & params , annotation_occurrence_relationship * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to annotation_occurrence_relationship " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : annotation_occurrence_relationship , 4 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to annotation_occurrence_relationship to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'description' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : annotation_occurrence_relationship , 4 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > description , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to annotation_occurrence_relationship to be a `text` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'relating_annotation_occurrence' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : annotation_occurrence_relationship , 4 > : : aux_is_derived [ 2 ] = true ; break ; }
try { GenericConvert ( in - > relating_annotation_occurrence , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to annotation_occurrence_relationship to be a `annotation_occurrence` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'related_annotation_occurrence' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : annotation_occurrence_relationship , 4 > : : aux_is_derived [ 3 ] = true ; break ; }
try { GenericConvert ( in - > related_annotation_occurrence , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to annotation_occurrence_relationship to be a `annotation_occurrence` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_occurrence_associativity > ( const DB & db , const LIST & params , annotation_occurrence_associativity * in )
{
size_t base = GenericFill ( db , params , static_cast < annotation_occurrence_relationship * > ( in ) ) ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to annotation_occurrence_associativity " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_plane > ( const DB & db , const LIST & params , annotation_plane * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to annotation_plane " ) ; } do { // convert the 'elements' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > elements , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to annotation_plane to be a `SET [1:?] OF annotation_plane_element` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_symbol_occurrence > ( const DB & db , const LIST & params , annotation_symbol_occurrence * in )
{
size_t base = GenericFill ( db , params , static_cast < annotation_occurrence * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to annotation_symbol_occurrence " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_subfigure_occurrence > ( const DB & db , const LIST & params , annotation_subfigure_occurrence * in )
{
size_t base = GenericFill ( db , params , static_cast < annotation_symbol_occurrence * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to annotation_subfigure_occurrence " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < mapped_item > ( const DB & db , const LIST & params , mapped_item * in )
{
size_t base = GenericFill ( db , params , static_cast < representation_item * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to mapped_item " ) ; } do { // convert the 'mapping_source' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : mapped_item , 2 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > mapping_source , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to mapped_item to be a `representation_map` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'mapping_target' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : mapped_item , 2 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > mapping_target , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to mapped_item to be a `representation_item` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_symbol > ( const DB & db , const LIST & params , annotation_symbol * in )
{
size_t base = GenericFill ( db , params , static_cast < mapped_item * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to annotation_symbol " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_text > ( const DB & db , const LIST & params , annotation_text * in )
{
size_t base = GenericFill ( db , params , static_cast < mapped_item * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to annotation_text " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_text_character > ( const DB & db , const LIST & params , annotation_text_character * in )
{
size_t base = GenericFill ( db , params , static_cast < mapped_item * > ( in ) ) ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to annotation_text_character " ) ; } do { // convert the 'alignment' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > alignment , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to annotation_text_character to be a `text_alignment` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < annotation_text_occurrence > ( const DB & db , const LIST & params , annotation_text_occurrence * in )
{
size_t base = GenericFill ( db , params , static_cast < annotation_occurrence * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to annotation_text_occurrence " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < shape_aspect > ( const DB & db , const LIST & params , shape_aspect * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to shape_aspect " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : shape_aspect , 4 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to shape_aspect to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'description' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : shape_aspect , 4 > : : aux_is_derived [ 1 ] = true ; break ; }
if ( dynamic_cast < const UNSET * > ( & * arg ) ) break ;
try { GenericConvert ( in - > description , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to shape_aspect to be a `text` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'of_shape' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : shape_aspect , 4 > : : aux_is_derived [ 2 ] = true ; break ; }
try { GenericConvert ( in - > of_shape , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to shape_aspect to be a `product_definition_shape` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'product_definitional' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : shape_aspect , 4 > : : aux_is_derived [ 3 ] = true ; break ; }
try { GenericConvert ( in - > product_definitional , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to shape_aspect to be a `LOGICAL` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < derived_shape_aspect > ( const DB & db , const LIST & params , derived_shape_aspect * in )
{
size_t base = GenericFill ( db , params , static_cast < shape_aspect * > ( in ) ) ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to derived_shape_aspect " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < apex > ( const DB & db , const LIST & params , apex * in )
{
size_t base = GenericFill ( db , params , static_cast < derived_shape_aspect * > ( in ) ) ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to apex " ) ; } return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < application_context_element > ( const DB & db , const LIST & params , application_context_element * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to application_context_element " ) ; } do { // convert the 'name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : application_context_element , 2 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to application_context_element to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'frame_of_reference' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : application_context_element , 2 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > frame_of_reference , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to application_context_element to be a `application_context` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < applied_action_assignment > ( const DB & db , const LIST & params , applied_action_assignment * in )
{
size_t base = GenericFill ( db , params , static_cast < action_assignment * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to applied_action_assignment " ) ; } do { // convert the 'items' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : applied_action_assignment , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > items , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to applied_action_assignment to be a `SET [1:?] OF action_items` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < applied_action_method_assignment > ( const DB & db , const LIST & params , applied_action_method_assignment * in )
{
size_t base = GenericFill ( db , params , static_cast < action_method_assignment * > ( in ) ) ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to applied_action_method_assignment " ) ; } do { // convert the 'items' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > items , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to applied_action_method_assignment to be a `SET [1:?] OF action_method_items` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < applied_action_request_assignment > ( const DB & db , const LIST & params , applied_action_request_assignment * in )
{
size_t base = GenericFill ( db , params , static_cast < action_request_assignment * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to applied_action_request_assignment " ) ; } do { // convert the 'items' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > items , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to applied_action_request_assignment to be a `SET [1:?] OF action_request_item` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < approval_assignment > ( const DB & db , const LIST & params , approval_assignment * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to approval_assignment " ) ; } do { // convert the 'assigned_approval' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : approval_assignment , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > assigned_approval , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to approval_assignment to be a `approval` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < applied_approval_assignment > ( const DB & db , const LIST & params , applied_approval_assignment * in )
{
size_t base = GenericFill ( db , params , static_cast < approval_assignment * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to applied_approval_assignment " ) ; } do { // convert the 'items' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > items , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to applied_approval_assignment to be a `SET [1:?] OF approval_item` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < attribute_classification_assignment > ( const DB & db , const LIST & params , attribute_classification_assignment * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 3 ) { throw STEP : : TypeError ( " expected 3 arguments to attribute_classification_assignment " ) ; } do { // convert the 'assigned_class' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : attribute_classification_assignment , 3 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > assigned_class , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to attribute_classification_assignment to be a `group` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'attribute_name' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : attribute_classification_assignment , 3 > : : aux_is_derived [ 1 ] = true ; break ; }
try { GenericConvert ( in - > attribute_name , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to attribute_classification_assignment to be a `label` " ) ) ; }
} while ( 0 ) ;
do { // convert the 'role' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : attribute_classification_assignment , 3 > : : aux_is_derived [ 2 ] = true ; break ; }
try { GenericConvert ( in - > role , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 2 to attribute_classification_assignment to be a `classification_role` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < applied_attribute_classification_assignment > ( const DB & db , const LIST & params , applied_attribute_classification_assignment * in )
{
size_t base = GenericFill ( db , params , static_cast < attribute_classification_assignment * > ( in ) ) ;
if ( params . GetSize ( ) < 4 ) { throw STEP : : TypeError ( " expected 4 arguments to applied_attribute_classification_assignment " ) ; } do { // convert the 'items' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > items , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 3 to applied_attribute_classification_assignment to be a `SET [1:?] OF attribute_classification_item` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < certification_assignment > ( const DB & db , const LIST & params , certification_assignment * in )
{
size_t base = 0 ;
if ( params . GetSize ( ) < 1 ) { throw STEP : : TypeError ( " expected 1 arguments to certification_assignment " ) ; } do { // convert the 'assigned_certification' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
if ( dynamic_cast < const ISDERIVED * > ( & * arg ) ) { in - > ObjectHelper < Assimp : : StepFile : : certification_assignment , 1 > : : aux_is_derived [ 0 ] = true ; break ; }
try { GenericConvert ( in - > assigned_certification , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 0 to certification_assignment to be a `certification` " ) ) ; }
} while ( 0 ) ;
return base ;
}
// -----------------------------------------------------------------------------------------------------------
template < > size_t GenericFill < applied_certification_assignment > ( const DB & db , const LIST & params , applied_certification_assignment * in )
{
size_t base = GenericFill ( db , params , static_cast < certification_assignment * > ( in ) ) ;
if ( params . GetSize ( ) < 2 ) { throw STEP : : TypeError ( " expected 2 arguments to applied_certification_assignment " ) ; } do { // convert the 'items' argument
std : : shared_ptr < const DataType > arg = params [ base + + ] ;
try { GenericConvert ( in - > items , arg , db ) ; break ; }
catch ( const TypeError & t ) { throw TypeError ( t . what ( ) + std : : string ( " - expected argument 1 to applied_certification_assignment to be a `SET [1:?] OF certification_item` " ) ) ; }
} while ( 0 ) ;
return base ;
}
} // ! STEP
} // ! Assimp
# endif
