Table 50 - Mapping table for geometric_dimensioning_and_tolerance UoF

Application element	AIM element	Source	Reference path
ANGULAR_DIMENSION_WITH_DIRECTION_VECTOR	angular_dimension_with_orientation	210	angular_dimension_with_orientation <= dimensional_location
angular_dimension_with_direction_vector to axis_placement (as measurement_orientation)	PATH		angular_dimension_with_orientation <= dimensional_location <= shape_aspect_relationship shape_definition = shape_aspect_relationship shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `dimensional location property'} property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `orientation'} representation_item => geometric_representation_item => placement
angular_dimension_with_direction_vector to datum_based_vector_orientation (as measurement_orientation)	PATH		angular_dimension_with_orientation <= dimensional_location <= shape_aspect_relationship shape_definition = shape_aspect_relationship shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `dimensional location property'} property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `measurement orientation'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `datum based vector orientation'}
ANGULAR_SIZE_DIMENSION	angular_size	47
half_angle	representation_item.name	43	angular_size <= dimensional_size dimensional_characteristic = dimensional_size dimensional_characteristic <- dimensional_characteristic_representation.dimension dimensional_characteristic_representation dimensional_characteristic_representation.representation -> shape_dimension_representation <= shape_representation <= representation representation.items[i] -> representation_item representation_item.name {(representation_item.name = `full angle') (representation_item.name = `half angle')}
major_angle	angular_size.angle_selection	47	{(angular_size.angle_selection = .LARGE.) (angular_size.angle_selection = .SMALL.) (angular_size.angle_selection = .EQUAL.)}
ANGULARITY_TOLERANCE	angularity_tolerance	210	angularity_tolerance <= geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `angularity'}
APEX	apex	47
AXIS_PLACEMENT	(axis2_placement_2d) (axis2_placement_3d)	42 42	(axis2_placement_2d) (axis2_placement_3d)
axis_placement to cartesian_point (as translation)	PATH		(axis2_placement_2d <= placement placement.location ->) (axis2_placement_3d <= placement placement.location ->) cartesian_point
axis_placement to direction (as reference_direction)	PATH		(axis2_placement_2d axis2_placement_2d.ref_direction ->) (axis2_placement_3d axis2_placement_3d.ref_direction ->) direction
AXIS_PLACEMENT_2D	axis2_placement_2d	42
AXIS_PLACEMENT_3D	axis2_placement_3d	42
BOUNDARY_BASED_POSITION_TOLERANCE	[position_tolerance][modified_geometric_tolerance]	210 47	[position_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance] [modified_geometric_tolerance <= geometric_tolerance]
boundary_based_position_tolerance to profile_of_any_surface_tolerance_with_referenced_datum_system (as profile_control)	PATH		position_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance <- geometric_tolerance_relationship.relating_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `profile control'} geometric_tolerance_relationship.related_geometric_tolerance -> {geometric_tolerance (geometric_tolerance.name = `surface profile') (geometric_tolerance.name = `surface profile locating') (geometric_tolerance.name = `surface profile refinement')} [geometric_tolerance => physical_unit_geometric_tolerance => surface_profile_tolerance] [geometric_tolerance => physical_unit_geometric_tolerance => geometric_tolerance_with_specified_datum_system]
BOUNDARY_SIZE_CHARACTERISTIC	representation	43	{representation (representation.name = `diametrical boundary size') (representation.name = `opposing boundary set size')}
boundary_size_characteristic to length_data_element (as tolerance_value)	PATH		representation representation.items[i] -> {representation_item representation_item.name = `tolerance value'} representation_item => measure_representation_item <= measure_with_unit => length_measure_with_unit
boundary_size_characteristic to length_data_element (as maximum_tolerance_value)	PATH		representation representation.items[i] -> {representation_item representation_item.name = `maximum tolerance value'} representation_item => measure_representation_item <= measure_with_unit => length_measure_with_unit
BOUNDARY_ZONE_DEFINITION_WITH_SPECIFIED_SIZE	property_definition	41	{property_definition [property_definition.description = `boundary zone definition with specified size'] [property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect => tolerance_zone_boundary]}
boundary_zone_definition_with_specified_size to boundary_size_characteristic (as specified_boundary_size)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation {representation (representation.name = `diametrical boundary size') (representation.name = `opposing boundary set size')}
CENTRE_AXIS	centre_of_symmetry	47	{centre_of_symmetry <= derived_shape_aspect <= shape_aspect shape_aspect.description = `axis'}
CENTRE_OF_SYMMETRY	centre_of_symmetry	47
CENTRE_PLANE	centre_of_symmetry	47	{centre_of_symmetry <= derived_shape_aspect <= shape_aspect shape_aspect.description = `plane'}
CENTRE_POINT	centre_of_symmetry	47	{centre_of_symmetry <= derived_shape_aspect <= shape_aspect shape_aspect.description = `point'}
CIRCULAR_RUNOUT_TOLERANCE	circular_runout_tolerance	210	circular_runout_tolerance <= geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `circular runout'}
CIRCULARITY_TOLERANCE	physical_unit_geometric_tolerance	210	physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `circularity'}
COMMON_DATUM	physical_unit_datum	210	physical_unit_datum <= shape_aspect {shape_aspect shape_aspect.name = `common datum'}
COMPOSITE_FEATURE_LOCATING_POSITION_TOLERANCE	[position_tolerance][geometric_tolerance_with_specified_datum_system]	210 210	[position_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance] [geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance] {[geometric_tolerance.name = `feature locating position'] [geometric_tolerance <- geometric_tolerance_relationship.relating_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `position refining control'} geometric_tolerance_relationship.related_geometric_tolerance -> {geometric_tolerance geometric_tolerance.name = `feature relating position'} geometric_tolerance => physical_unit_geometric_tolerance => position_tolerance]}
COMPOSITE_FEATURE_RELATING_POSITION_TOLERANCE	position_tolerance	210	position_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance.name = `feature relating position'}
composite_feature_relating_position_tolerance to composite_feature_locating_position_tolerance (as refined_control)	PATH		position_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance <- geometric_tolerance_relationship.related_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `position refining control'} geometric_tolerance_relationship.relating_geometric_tolerance -> {geometric_tolerance geometric_tolerance.name = `feature locating position'} geometric_tolerance => physical_unit_geometric_tolerance => [position_tolerance] [geometric_tolerance_with_specified_datum_system]
composite_feature_relating_position_tolerance to composite_feature_relating_position_tolerance (as refined_control)	PATH		position_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance <- geometric_tolerance_relationship.related_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `position refining control'} geometric_tolerance_relationship.relating_geometric_tolerance -> {geometric_tolerance geometric_tolerance.name = `feature relating position'} geometric_tolerance => physical_unit_geometric_tolerance => position_tolerance
COMPOSITE_GROUP_SHAPE_ELEMENT	composite_group_shape_aspect	210	composite_group_shape_aspect <= composite_shape_aspect
COMPOSITE_LINEAR_PROFILE_LOCATING_TOLERANCE	[linear_profile_tolerance][geometric_tolerance_with_specified_datum_system]	210 210	[linear_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance] [geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance] {[geometric_tolerance.name = `linear profile locating'] [geometric_tolerance <- geometric_tolerance_relationship.relating_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `linear profile refining control'} geometric_tolerance_relationship.related_geometric_tolerance -> {geometric_tolerance geometric_tolerance.name = `linear profile refinement'} geometric_tolerance => physical_unit_geometric_tolerance => linear_profile_tolerance]}
COMPOSITE_LINEAR_PROFILE_REFINEMENT_TOLERANCE	linear_profile_tolerance	210	linear_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance.name = `linear profile refinement'}
composite_linear_profile_refinement_tolerance to composite_linear_profile_locating_tolerance (as refined_control)	PATH		linear_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance <- geometric_tolerance_relationship.related_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `linear profile refining control'} geometric_tolerance_relationship.relating_geometric_tolerance -> {geometric_tolerance geometric_tolerance.name = `linear profile locating'} geometric_tolerance => physical_unit_geometric_tolerance => [linear_profile_tolerance] [geometric_tolerance_with_specified_datum_system]
composite_linear_profile_refinement_tolerance to composite_linear_profile_refinement_tolerance (as refined_control)	PATH		linear_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance <- geometric_tolerance_relationship.related_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `linear profile refining control'} geometric_tolerance_relationship.relating_geometric_tolerance -> {geometric_tolerance geometric_tolerance.name = `linear profile refinement'} geometric_tolerance => physical_unit_geometric_tolerance => linear_profile_tolerance
COMPOSITE_SHAPE_ELEMENT	composite_shape_aspect	47	{composite_shape_aspect <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `composing'}}
COMPOSITE_SURFACE_PROFILE_LOCATING_TOLERANCE	[surface_profile_tolerance][geometric_tolerance_with_specified_datum_system]	210 210	[surface_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance] [geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance] {[geometric_tolerance.name = `surface profile locating'] [geometric_tolerance <- geometric_tolerance_relationship.relating_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `surface profile refining control'} geometric_tolerance_relationship.related_geometric_tolerance -> {geometric_tolerance geometric_tolerance.name = `surface profile refinement'} geometric_tolerance => physical_unit_geometric_tolerance => surface_profile_tolerance]}
COMPOSITE_SURFACE_PROFILE_REFINEMENT_TOLERANCE	surface_profile_tolerance	210	surface_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance.name = `surface profile refinement'}
composite_surface_profile_refinement_tolerance to composite_surface_profile_locating_tolerance (as refined_control)	PATH		surface_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance <- geometric_tolerance_relationship.related_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `surface profile refining control'} geometric_tolerance_relationship.relating_geometric_tolerance -> {geometric_tolerance geometric_tolerance.name = `surface profile locating'} geometric_tolerance => physical_unit_geometric_tolerance => [surface_profile_tolerance] [geometric_tolerance_with_specified_datum_system]
composite_surface_profile_refinement_tolerance to composite_surface_profile_refinement_tolerance (as refined_control)	PATH		surface_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance <- geometric_tolerance_relationship.related_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `surface profile refining control'} geometric_tolerance_relationship.relating_geometric_tolerance -> {geometric_tolerance geometric_tolerance.name = `surface profile refinement'} geometric_tolerance => physical_unit_geometric_tolerance => surface_profile_tolerance
COMPOSITE_UNIT_SHAPE_ELEMENT	composite_unit_shape_aspect	210	composite_unit_shape_aspect <= composite_shape_aspect
CONCENTRICITY_AND_COAXIALITY_TOLERANCE	concentricity_tolerance	210	concentricity_tolerance <= geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `concentricity'}
CONICAL_TOLERANCE_ZONE_BOUNDARY	tolerance_zone_boundary	210	tolerance_zone_boundary <= shape_aspect {shape_aspect shape_aspect.description = `conical'}
CONICAL_TOLERANCE_ZONE_BOUNDARY_AND_SURFACE_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `conical tolerance zone boundary and surface'}
conical_tolerance_zone_boundary_and_surface_relationship to conical_tolerance_zone_boundary (as sized_tolerance_zone_boundary)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> {shape_aspect shape_aspect.description = `conical'} shape_aspect => tolerance_zone_boundary
conical_tolerance_zone_boundary_and_surface_relationship to physical_feature_or_part_template (as terminating_surface)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect {(shape_aspect shape_aspect.product_definitional = .TRUE.) (shape_aspect => part_template_definition)}
CONICAL_TOLERANCE_ZONE_BOUNDARY_DEFINITION	property_definition	41	{property_definition property_definition.description = `conical tolerance zone boundary'}
conical_tolerance_zone_boundary_definition to conical_tolerance_zone_boundary_diametrical_size_characteristic (as boundary_sizes)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `boundary size'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `conical tolerance zone boundary size'}
conical_tolerance_zone_boundary_definition to conical_tolerance_zone_boundary (as defined_zone_boundary)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect {shape_aspect shape_aspect.description = `conical'} shape_aspect => tolerance_zone_boundary
CONICAL_TOLERANCE_ZONE_BOUNDARY_DIAMETRICAL_SIZE_CHARACTERISTIC	property_definition	41	{property_definition property_definition.description = `conical tolerance zone boundary size'}
conical_tolerance_zone_boundary_diametrical_size_characteristic to conical_tolerance_zone_boundary_and_surface_relationship (as sized_boundary_at_surface)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `conical tolerance zone boundary and surface'}
conical_tolerance_zone_boundary_diametrical_size_characteristic to length_data_element (as tolerance_value)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `conical tolerance zone boundary value'} representation_item => measure_representation_item <= measure_with_unit => length_measure_with_unit
CONICAL_TOLERANCE_ZONE_DEFINITION	tolerance_zone_definition	47	{tolerance_zone_definition tolerance_zone_definition.zone -> tolerance_zone <= shape_aspect {shape_aspect shape_aspect.description = `conical'}}
conical_tolerance_zone_definition to conical_tolerance_zone_boundary_definition (as boundary_definition)	PATH		tolerance_zone_definition tolerance_zone_definition.boundaries[i] -> {[shape_aspect => tolerance_zone_boundary] [shape_aspect.description = `conical']} shape_aspect shape_definition = shape_aspect shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition {property_definition property_definition.description = `conical tolerance zone boundary'}
CURVE_DIMENSION	curve_dimension	210	curve_dimension <= dimensional_size
CYLINDRICITY_TOLERANCE	physical_unit_geometric_tolerance	210	physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `cylindricity'}
DATUM	physical_unit_datum	210	physical_unit_datum <= shape_aspect {shape_aspect shape_aspect.product_definitional = .FALSE.}
DATUM_AXIS	physical_unit_datum	210	physical_unit_datum <= shape_aspect {shape_aspect shape_aspect.description = `axis'}
DATUM_AXIS_AND_TOLERANCE_ZONE_ORIENTING_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `datum axis and tolerance zone'}
datum_axis_and_tolerance_zone_orienting_relationship to tolerance_zone (as oriented_tolerance_zone)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect => tolerance_zone
datum_axis_and_tolerance_zone_orienting_relationship to datum_axis (as orienting_datum_axis)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> {shape_aspect shape_aspect.description = `axis'} shape_aspect => physical_unit_datum
DATUM_AXIS_RELATED_ORIENTATION	property_definition	41	{property_definition property_definition.description = `datum axis related orientation'}
orientation_type	property_definition.name	41	property_definition property_definition.name {(property_definition.name = `centred on arc') (property_definition.name = `centred on radial')}
datum_axis_related_orientation to datum_axis_and_tolerance_zone_orienting_relationship (as orienting_relationship)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `datum axis and tolerance zone'}
DATUM_BASED_DIRECTION_VECTOR	property_definition	41	property_definition property_definition.description {property_definition.description = `datum direction property'}
positive_direction_vector	property_definition.name	41	property_definition property_definition.name {(property_definition.name = `positive direction vector') (property_definition.name = `negative direction vector')}
datum_based_direction_vector to axis_placement (as direction_vector_representation)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `orientation'} representation_item => geometric_representation_item => placement => axis1_placement
datum_based_direction_vector to datum_plane (as vector_of)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect {shape_aspect shape_aspect.description = `plane'} shape_aspect => physical_unit_datum
DATUM_BASED_VECTOR_ORIENTATION	property_definition	41	{[property_definition property_definition.description = `datum based vector orientation'] [property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect {shape_aspect shape_aspect.description = `vector'}]}
datum_based_vector_orientation to direction_element (as direction_components)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `direction component'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `direction element'}
DATUM_FEATURE	physical_unit_datum_feature	210	physical_unit_datum_feature <= shape_aspect
identification	property_definition.name	41	physical_unit_datum_feature <= shape_aspect shape_definition = shape_aspect shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition {property_definition property_definition.description = `datum feature identification'} property_definition.name
DATUM_FEATURE_MATERIAL_CONDITION_PROPERTY	property_definition	41	{property_definition property_definition.description = `datum feature material condition property'}
name	property_definition.name	41	property_definition property_definition.name {(property_definition.name = `least material requirement') (property_definition.name = `maximum material principle')}
datum_feature_material_condition_property to datum_feature_usage_in_datum_system_relationship (as applied_to)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `datum feature usage in datum system'}
DATUM_FEATURE_USAGE_IN_COMMON_DATUM_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `datum feature usage in common datum'}
datum_feature_usage_in_common_datum_relationship to common_datum (as relating_shape_element)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> {shape_aspect shape_aspect.name = `common datum'} shape_aspect => physical_unit_datum
DATUM_FEATURE_USAGE_IN_DATUM_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship (shape_aspect_relationship.name = `datum feature usage in common datum') (shape_aspect_relationship.name = `datum feature usage in single datum')}
datum_feature_usage_in_datum_relationship to datum (as relating_shape_element)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect => physical_unit_datum
datum_feature_usage_in_datum_relationship to datum_feature (as related_shape_element)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect => physical_unit_datum_feature
DATUM_FEATURE_USAGE_IN_DATUM_SYSTEM_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `datum feature usage in datum system'}
datum_feature_usage_in_datum_system_relationship to datum_system (as established_datum_system)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect => datum_system
datum_feature_usage_in_datum_system_relationship to datum_feature (as used_datum_feature)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect => physical_unit_datum_feature
DATUM_FEATURE_USAGE_IN_SINGLE_DATUM_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `datum feature usage in single datum'}
datum_feature_usage_in_single_datum_relationship to single_datum (as relating_shape_element)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> {shape_aspect shape_aspect.name = `single datum'} shape_aspect => physical_unit_datum
DATUM_PLANE	physical_unit_datum	210	physical_unit_datum <= shape_aspect {shape_aspect shape_aspect.description = `plane'}
DATUM_POINT	physical_unit_datum	210	physical_unit_datum <= shape_aspect {shape_aspect shape_aspect.description = `point'}
datum_point to cartesian_point (as location_in_2d)	PATH		physical_unit_datum <= shape_aspect shape_definition = shape_aspect characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition <- property_definition_representation.definition property_definition_representation.used_representation -> representation representation.items[i] -> representation_item => geometric_representation_item => cartesian_point
datum_point to cartesian_point (as location_in_3d)	PATH		physical_unit_datum <= shape_aspect shape_definition = shape_aspect characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition <- property_definition_representation.definition property_definition_representation.used_representation -> representation representation.items[i] -> representation_item => geometric_representation_item => cartesian_point
datum_point to volume_shape_intersection (as associated_volume_shape_intersection)	PATH		physical_unit_datum <= shape_aspect shape_definition = shape_aspect characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition <- property_definition_representation.definition property_definition_representation.used_representation -> representation => volume_shape_intersection
DATUM_PRECEDENCE_ASSIGNMENT	property_definition	41	{property_definition property_definition.description = `datum precedence assignment'}
name	property_definition.name	47	property_definition property_definition.name {(property_definition.name = `primary') (property_definition.name = `secondary') (property_definition.name = `tertiary')}
datum_precedence_assignment to datum_usage_in_datum_system_relationship (as assigned_to)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `datum usage in datum system'}
DATUM_REFERENCE_FRAME	datum_reference_frame	210	datum_reference_frame <= shape_aspect {shape_aspect shape_aspect.product_definitional = .FALSE.}
datum_reference_frame to datum_plane (as reference_planes)	PATH		datum_reference_frame <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `reference plane'} shape_aspect_relationship.related_shape_aspect -> {shape_aspect shape_aspect.description = `plane'} shape_aspect => physical_unit_datum
datum_reference_frame to datum_axis (as reference_axes)	PATH		datum_reference_frame <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `reference axis'} shape_aspect_relationship.related_shape_aspect -> {[shape_aspect => derived_shape_aspect] [shape_aspect shape_aspect.description = `axis']} shape_aspect => physical_unit_datum
datum_reference_frame to datum_point (as reference_origin)	PATH		datum_reference_frame <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `reference origin'} shape_aspect_relationship.related_shape_aspect -> {[shape_aspect => derived_shape_aspect] [shape_aspect shape_aspect.description = `point']} shape_aspect => physical_unit_datum
datum_reference_frame to perpendicular_shape_element_relationship (as reference_plane_pairs)	PATH		datum_reference_frame <= shape_aspect characterized_definition = shape_aspect characterized_definition <- property_definition.definition property_definition <- property_definition_relationship.related_property_definition {property_definition_relationship property_definition_relationship.name = `reference plane pair'} property_definition_relationship.relating_property_definition -> property_definition property_definition.definition -> characterized_definition = shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `perpendicular'}
datum_reference_frame to perpendicular_shape_element_relationship (as reference_axis_pairs)	PATH		datum_reference_frame <= shape_aspect characterized_definition = shape_aspect characterized_definition <- property_definition.definition property_definition <- property_definition_relationship.related_property_definition {property_definition_relationship property_definition_relationship.name = `reference axis pair'} property_definition_relationship.relating_property_definition -> property_definition property_definition.definition -> characterized_definition = shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `perpendicular'}
DATUM_SYSTEM	datum_system	210	datum_system <= shape_aspect {shape_aspect shape_aspect.product_definitional = .FALSE.}
datum_system to datum_reference_frame (as established_datum_reference_frame)	PATH		datum_system <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `established datum reference frame'} shape_aspect_relationship.related_shape_aspect -> shape_aspect => datum_reference_frame
DATUM_SYSTEM_DEFINING_CONDITIONS	property_definition	41	{property_definition (property_definition.description = `datum system property with material conditions') (property_definition.description = `datum system property without material conditions')}
datum_system_defining_conditions to datum_precedence_assignment (as assigned_datum_precedences)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `assigned datum precedence'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `datum precedence assignment'}
datum_system_defining_conditions to datum_system (as conditions_of)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect => datum_system
DATUM_SYSTEM_DEFINING_CONDITIONS_WITH_MATERIAL_CONDITIONS	property_definition	41	{property_definition property_definition.description = `datum system property with material conditions'}
datum_system_defining_conditions_with_material_conditions to datum_feature_material_condition_property (as applied_material_condition_properties)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `applied material condition property'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `datum feature material condition property'}
DATUM_SYSTEM_DEFINING_CONDITIONS_WITHOUT_MATERIAL_CONDITIONS	property_definition	41	{property_definition property_definition.description = `datum system property without material conditions'}
DATUM_TARGET	physical_unit_datum_target	210	physical_unit_datum_target <= shape_aspect
DATUM_TARGET_SET	physical_unit_datum_target_set	210	physical_unit_datum_target_set <= physical_unit_datum_feature <= shape_aspect
DATUM_TARGET_USAGE_IN_DATUM_TARGET_SET_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `datum target usage'}
datum_target_usage_in_datum_target_set_relationship to datum_target_set (as defined_datum_target_set)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect => physical_unit_datum_feature => physical_unit_datum_target_set
datum_target_usage_in_datum_target_set_relationship to datum_target (as used_datum_target)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect => physical_unit_datum_target
datum_target_usage_in_datum_target_set_relationship to positive_integer (as datum_target_number)	shape_aspect_relationship.description	41
DATUM_USAGE_IN_DATUM_SYSTEM_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `datum usage in datum system'}
datum_usage_in_datum_system_relationship to datum_system (as established_datum_system)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect => datum_system
datum_usage_in_datum_system_relationship to datum (as used_datum)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect => physical_unit_datum
DERIVED_SHAPE_ELEMENT	derived_shape_aspect	47
DIAMETRICAL_BOUNDARY_SIZE_CHARACTERISTIC	representation	43	{representation representation.name = `diametrical boundary size'}
diametrical_boundary_size_characteristic to tolerance_zone_circular_or_cylindrical_or_spherical_boundary (as sized_boundary)	PATH		representation <- property_definition_representation.used_representation property_definition_representation property_definition_representation.definition -> property_definition {property_definition property_definition.description = `boundary zone definition with specified size'} property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect {shape_aspect shape_aspect.description = `circular or cylindrical or spherical'} shape_aspect => tolerance_zone_boundary
DIMENSION_ALONG_CURVE	dimensional_location_with_path	47
dimension_along_curve to shape_element (as path)	PATH		dimensional_location_with_path dimensional_location_with_path.path -> shape_aspect
DIMENSION_LOCATION_WITH_DIRECTION_VECTOR	dimensional_location_with_direction	210	dimensional_location_with_direction <= dimensional_location
dimension_location_with_direction_vector to axis_placement (as measurement_direction)	PATH		dimensional_location_with_direction <= dimensional_location <= shape_aspect_relationship shape_definition = shape_aspect_relationship shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `dimensional location property'} property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `orientation'} representation_item => geometric_representation_item => placement
dimension_location_with_direction_vector to datum_based_vector_orientation (as measurement_direction)	PATH		dimensional_location_with_direction <= dimensional_location <= shape_aspect_relationship shape_definition = shape_aspect_relationship shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `dimensional location property'} property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `measurement orientation'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `datum based vector orientation'}
DIMENSION_LOCATION_WITH_SPECIFIED_DATUM_SYSTEM	datum_system_based_dimensional_location	210	datum_system_based_dimensional_location <= dimensional_location
dimension_location_with_specified_datum_system to datum_system_defining_conditions_without_material_conditions (as referenced_datum_system_defining_conditions)	PATH		datum_system_based_dimensional_location <= dimensional_location <= shape_aspect_relationship shape_definition = shape_aspect_relationship shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `dimensional location property'} property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `referenced datum system property'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `datum system property without material conditions'}
DIMENSION_QUALIFIER	measure_qualification	45	{measure_qualification (measure_qualification.name = `predefined dimension qualifier') (measure_qualification.name = `user defined dimension qualifier')}
dimension_qualifier to dimensional_characteristic (as qualified_dimensions)	PATH		measure_qualification measure_qualification.qualified_measure -> measure_with_unit => measure_representation_item <= representation_item <- representation.items[i] representation => shape_representation => shape_dimension_representation <- dimensional_characteristic_representation.representation dimensional_characteristic_representation dimensional_characteristic_representation.dimension -> dimensional_characteristic (dimensional_characteristic = dimensional_location) (dimensional_characteristic = dimensional_size)
DIMENSION_RELATED_POSITIONAL_BOUNDARY	positional_boundary	210	positional_boundary <= shape_aspect {shape_aspect shape_aspect.description = `dimension related positional boundary'}
dimension_related_positional_boundary to positional_boundary_member (as boundary_members)	PATH		positional_boundary <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `boundary member'} shape_aspect_relationship.related_shape_aspect -> shape_aspect => positional_boundary_member
dimension_related_positional_boundary to physical_feature_or_part_template (as constrained_physical_feature)	PATH		positional_boundary <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `constrained feature'} shape_aspect_relationship.related_shape_aspect -> shape_aspect {(shape_aspect shape_aspect.product_definitional = .TRUE.) (shape_aspect => part_template_definition)}
DIMENSION_RELATED_POSITIONAL_BOUNDARY_DEFINITION	property_definition	41	{property_definition property_definition.description = `dimension related positional boundary property'}
dimension_related_positional_boundary_definition to dimension_related_positional_boundary (as defined_positional_boundary)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect {shape_aspect shape_aspect.description = `dimension related positional boundary'} shape_aspect => positional_boundary
dimension_related_positional_boundary_definition to positional_boundary_member_definition (as characterized_boundary_member_definitions)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `defined boundary member property'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `positional boundary member property'}
DIMENSION_SET	property_definition	41	{property_definition property_definition.description = `dimension set'}
dimension_set to dimensional_characteristic (as associated_dimensions)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `set associated dimension'} property_definition_relationship.related_property_definition -> ({property_definition property_definition.description = `dimensional location property'} property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship => dimensional_location) (property_definition => dimensional_size_property <= dimensional_size)
DIMENSIONAL_CHARACTERISTIC	(dimensional_location) (dimensional_size)	47 47	(dimensional_location) (dimensional_size)
dimension_type	(dimensional_size.name) (shape_aspect_relationship.description)	47 41	(dimensional_size dimensional_size.name {(dimensional_size.name = `angular') (dimensional_size.name = `arc length') (dimensional_size.name = `controlled radius') (dimensional_size.name = `diameter') (dimensional_size.name = `linear') (dimensional_size.name = `radius')}) (dimensional_location <= shape_aspect_relationship shape_aspect_relationship.description {(shape_aspect_relationship.description = `angular') (shape_aspect_relationship.description = `arc length') (shape_aspect_relationship.description = `controlled radius') (shape_aspect_relationship.description = `diameter') (shape_aspect_relationship.description = `linear') (shape_aspect_relationship.description = `radius')})
DIMENSIONAL_CHARACTERISTIC_REPRESENTATION	(auxiliary_characteristic_dimension_representation) (dimensional_characteristic_representation)	210 47	(auxiliary_characteristic_dimension_representation <= dimensional_characteristic_representation) (dimensional_characteristic_representation)
auxiliary_dimension_representation	PATH		(auxiliary_characteristic_dimension_representation <= dimensional_characteristic_representation .TRUE.) (dimensional_characteristic_representation .FALSE.)
dimensional_characteristic_representation to dimensional_location (as dimension)	PATH		(auxiliary_characteristic_dimension_representation <= dimensional_characteristic_representation) (dimensional_characteristic_representation) dimensional_characteristic_representation.dimension -> dimensional_characteristic dimensional_characteristic = dimensional_location dimensional_location
dimensional_characteristic_representation to dimensional_size (as dimension)	PATH		(auxiliary_characteristic_dimension_representation <= dimensional_characteristic_representation) (dimensional_characteristic_representation) dimensional_characteristic_representation.dimension -> dimensional_characteristic dimensional_characteristic = dimensional_size dimensional_size
dimensional_characteristic_representation to shape_dimension_representation (as representation)	PATH		(auxiliary_characteristic_dimension_representation <= dimensional_characteristic_representation) (dimensional_characteristic_representation) dimensional_characteristic_representation.representation -> shape_dimension_representation
DIMENSIONAL_LOCATION	(directed_dimensional_location) (dimensional_location)	210 47	(directed_dimensional_location <= dimensional_location) (dimensional_location)
directed	PATH		(directed_dimensional_location <= dimensional_location .TRUE.) (dimensional_location .FALSE.)
dimensional_location to shape_element_locating_relationship (as located_elements)	IDENTICAL MAPPING
DIMENSIONAL_SIZE	dimensional_size	47
envelope	representation.name	43	dimensional_size dimensional_characteristic = dimensional_size dimensional_characteristic <- dimensional_characteristic_representation.dimension dimensional_characteristic_representation dimensional_characteristic_representation.representation -> shape_dimension_representation <= shape_representation <= representation representation.name {representation.name = `envelope tolerance'}
dimensional_size to shape_element (as size_of)	PATH		dimensional_size dimensional_size.applies_to -> shape_aspect
DIMENSIONAL_SIZE_BASED_ON_OPPOSING_BOUNDARIES	opposing_boundary_dimensional_size	210	opposing_boundary_dimensional_size <= dimensional_size
dimensional_size_based_on_opposing_boundaries to shape_element_locating_relationship (as boundary_separation)	IDENTICAL MAPPING
dimensional_size_based_on_opposing_boundaries to composite_unit_shape_element (as size_of)	PATH		opposing_boundary_dimensional_size <= dimensional_size dimensional_size.applies_to -> shape_aspect => composite_shape_aspect => composite_unit_shape_aspect
DIRECTED_AXIS	derived_shape_aspect	47	{derived_shape_aspect <= shape_aspect shape_aspect.description = `directed axis'}
directed_axis to centre_axis (as axis_to_be_oriented)	PATH		derived_shape_aspect <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {[shape_aspect_relationship => shape_aspect_deriving_relationship] [shape_aspect_relationship shape_aspect_relationship.name = `derived axis']} shape_aspect_relationship.related_shape_aspect -> {shape_aspect shape_aspect.description = `axis'} shape_aspect => derived_shape_aspect => centre_of_symmetry
directed_axis to shape_element (as end_shape_element)	PATH		derived_shape_aspect <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {[shape_aspect_relationship => shape_aspect_deriving_relationship] [shape_aspect_relationship shape_aspect_relationship.name = `end shape aspect']} shape_aspect_relationship.related_shape_aspect -> shape_aspect
directed_axis to shape_element (as start_shape_element)	PATH		derived_shape_aspect <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {[shape_aspect_relationship => shape_aspect_deriving_relationship] [shape_aspect_relationship shape_aspect_relationship.name = `start shape aspect']} shape_aspect_relationship.related_shape_aspect -> shape_aspect
DIRECTION_ELEMENT	property_definition	41	{property_definition property_definition.description = `direction element'}
direction_element to angle_data_element (as angle_value)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `angle value'} representation_item => measure_representation_item <= measure_with_unit => plane_angle_measure_with_unit
direction_element to datum_based_direction_vector (as direction)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `element direction vector'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `datum direction property'}
direction_element to datum_based_direction_vector (as direction_of_half_datum_plane)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `half datum plane direction vector'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `datum direction property'}
direction_element to datum_plane (as base_datum_plane)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship {[shape_aspect_relationship shape_aspect_relationship.name = `datum plane and half plane relationship'] [shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect {shape_aspect [shape_aspect.description = `half plane'] [shape_aspect.product_definitional = .FALSE.]}]} shape_aspect_relationship.related_shape_aspect -> shape_aspect => {shape_aspect shape_aspect.description = `plane'} physical_unit_datum
EXTERNALLY_DEFINED_DIMENSION_REPRESENTATION	shape_dimension_representation	47
externally_defined_dimension_representation to external_definition (as definitions)	PATH		shape_dimension_representation <= shape_representation <= representation document_assigned_item = representation document_assigned_item <- applied_document_reference.items[i] applied_document_reference <= document_reference document_reference.assigned_document -> document <- document_usage_constraint.source document_usage_constraint
externally_defined_dimension_representation to data_element (as dimension_value)	PATH		shape_dimension_representation <= shape_representation <= representation representation.items[i] -> representation_item => measure_representation_item <= measure_with_unit
FLATNESS_TOLERANCE	physical_unit_geometric_tolerance	210	physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `flatness'}
GEOMETRIC_ALIGNMENT	geometric_alignment	47
GEOMETRIC_INTERSECTION	geometric_intersection	47
GEOMETRIC_TOLERANCE	physical_unit_geometric_tolerance	210	[physical_unit_geometric_tolerance <= geometric_tolerance] [physical_unit_geometric_tolerance <= property_definition]
geometric_tolerance to conical_tolerance_zone_boundary_diametrical_size_characteristic (as tolerance_zone_or_boundary_definition)	PATH		physical_unit_geometric_tolerance <= property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `defined boundary'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `conical tolerance zone boundary size'}
geometric_tolerance to positional_boundary_member_definition (as tolerance_zone_or_boundary_definition)	PATH		physical_unit_geometric_tolerance <= property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `defined boundary'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `positional boundary member property'}
geometric_tolerance to profile_related_positional_boundary_definition (as tolerance_zone_or_boundary_definition)	PATH		physical_unit_geometric_tolerance <= property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `defined boundary'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `profile related positional boundary property'}
geometric_tolerance to tolerance_zone_definition (as tolerance_zone_or_boundary_definition)	PATH		physical_unit_geometric_tolerance <= geometric_tolerance <- tolerance_zone.defining_tolerance[i] tolerance_zone <- tolerance_zone_definition.zone tolerance_zone_definition
geometric_tolerance to centre_axis (as toleranced_shape_element)	PATH		physical_unit_geometric_tolerance <= geometric_tolerance geometric_tolerance.toleranced_shape_aspect -> ({shape_aspect shape_aspect.description = `axis'} shape_aspect => derived_shape_aspect => centre_of_symmetry) ({shape_aspect => composite_shape_aspect} shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship.name = `composing'} shape_aspect_relationship.related_shape_aspect -> {shape_aspect shape_aspect.description = `axis'} shape_aspect => derived_shape_aspect => centre_of_symmetry)
geometric_tolerance to centre_plane (as toleranced_shape_element)	PATH		physical_unit_geometric_tolerance <= geometric_tolerance geometric_tolerance.toleranced_shape_aspect -> ({shape_aspect shape_aspect.description = `plane'} shape_aspect => derived_shape_aspect => centre_of_symmetry) ({shape_aspect => composite_shape_aspect} shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship.name = `composing'} shape_aspect_relationship.related_shape_aspect -> {shape_aspect shape_aspect.description = `plane'} shape_aspect => derived_shape_aspect => centre_of_symmetry)
geometric_tolerance to centre_point (as toleranced_shape_element)	PATH		physical_unit_geometric_tolerance <= geometric_tolerance geometric_tolerance.toleranced_shape_aspect -> ({shape_aspect shape_aspect.description = `point'} shape_aspect => derived_shape_aspect => centre_of_symmetry) ({shape_aspect => composite_shape_aspect} shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship.name = `composing'} shape_aspect_relationship.related_shape_aspect -> {shape_aspect shape_aspect.description = `point'} shape_aspect => derived_shape_aspect => centre_of_symmetry)
geometric_tolerance to tangent_plane (as toleranced_shape_element)	PATH		physical_unit_geometric_tolerance <= geometric_tolerance geometric_tolerance.toleranced_shape_aspect -> ({shape_aspect shape_aspect.description = `plane'} shape_aspect => derived_shape_aspect => tangent) ({shape_aspect => composite_shape_aspect} shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship.name = `composing'} shape_aspect_relationship.related_shape_aspect -> {shape_aspect shape_aspect.description = `plane'} shape_aspect => derived_shape_aspect => tangent)
geometric_tolerance to physical_feature_or_part_template (as toleranced_shape_element)	PATH		physical_unit_geometric_tolerance <= geometric_tolerance geometric_tolerance.toleranced_shape_aspect -> ({(shape_aspect shape_aspect.product_definitional = .TRUE.) (shape_aspect => part_template_definition)} shape_aspect) ({shape_aspect => composite_shape_aspect} shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship.name = `composing'} shape_aspect_relationship.related_shape_aspect -> shape_aspect => part_template_definition)
GEOMETRIC_TOLERANCE_QUALIFIER	measure_qualification	45	{measure_qualification (measure_qualification.name = `predefined geometric tolerance qualifier') (measure_qualification.name = `user defined geometric tolerance qualifier')}
geometric_tolerance_qualifier to geometric_tolerance (as qualified_geometric_tolerances)	PATH		measure_qualification measure_qualification.qualified_measure -> measure_with_unit <- geometric_tolerance.magnitude geometric_tolerance => physical_unit_geometric_tolerance
GEOMETRIC_TOLERANCE_WITH_APPLIED_MATERIAL_CONDITION_PROPERTY	[modified_geometric_tolerance][physical_unit_geometric_tolerance]	47 210	{[modified_geometric_tolerance <= geometric_tolerance] [physical_unit_geometric_tolerance <= geometric_tolerance]}
applied_material_condition_property_name	modified_geometric_tolerance.modifier	47	{(modified_geometric_tolerance.modifier = .MAXIMUM_MATERIAL_CONDITION.) (modified_geometric_tolerance.modifier = .LEAST_MATERIAL_CONDITION.)}
GEOMETRIC_TOLERANCE_WITH_REFERENCED_DATUM_SYSTEM	geometric_tolerance_with_specified_datum_system	210	geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance
geometric_tolerance_with_referenced_datum_system to datum_system_defining_conditions (as datum_system_definition)	PATH		geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `referenced datum system definition'} property_definition_relationship.related_property_definition -> property_definition {property_definition (property_definition.description = `datum system property with material conditions') (property_definition.description = `datum system property without material conditions')}
GEOMETRIC_TOLERANCE_WITHOUT_REFERENCED_DATUM_SYSTEM	physical_unit_geometric_tolerance	210	[physical_unit_geometric_tolerance <= geometric_tolerance] [physical_unit_geometric_tolerance <= property_definition]
INTER_STRATUM_FEATURE	inter_stratum_feature	210	inter_stratum_feature <= component_shape_aspect <= shape_aspect {[(shape_aspect => component_shape_aspect => inter_stratum_feature => (cutout_edge_segment) (interconnect_module_edge_segment) (plated_inter_stratum_feature)) (shape_aspect (shape_aspect.description = `partially plated cutout') (shape_aspect.description = `partially plated interconnect module edge') (shape_aspect.description = `unsupported passage') (shape_aspect.description = `cutout') (shape_aspect.description = `physical connectivity interrupting cutout') (shape_aspect.description = `dielectric material passage') (shape_aspect.description = `interconnect module edge'))] [shape_aspect.of_shape -> product_definition_shape <= property_definition property_definition.definition -> characterized_definition characterized_definition = characterized_product_definition characterized_product_definition characterized_product_definition = product_definition [product_definition product_definition.description = `laminate component'] [product_definition => component_definition] [product_definition.frame_of_reference -> product_definition_context <= application_context_element application_context_element.name = `layout occurrence']]}
feature_of_size	descriptive_representation_item.description	45	inter_stratum_feature <= component_shape_aspect <= shape_aspect shape_definition = shape_aspect shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `feature of size'} representation_item => descriptive_representation_item descriptive_representation_item.description {descriptive_representation_item.description (descriptive_representation_item.description = `true') (descriptive_representation_item.description = `false')}
inter_stratum_feature to inter_stratum_feature_template (as usage_definition)	PATH		inter_stratum_feature <= component_shape_aspect <= shape_aspect <- shape_aspect_relationship.related_shape_aspect shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `instantiated template'} shape_aspect_relationship.relating_shape_aspect -> {shape_aspect (shape_aspect.description = `inter stratum feature template') (shape_aspect.description = `via template') (shape_aspect.description = `component termination passage template') (shape_aspect.description = `unsupported passage template') (shape_aspect.description = `inter stratum feature edge template') (shape_aspect.description = `inter stratum feature template') (shape_aspect.description = `counterbore passage template') (shape_aspect.description = `countersunk passage template') (shape_aspect.description = `blind passage template')} shape_aspect => part_template_definition
LIMIT_DIMENSION_REPRESENTATION	shape_dimension_representation	47
limit_dimension_representation to data_element (as lower_dimension_value)	PATH		shape_dimension_representation <= shape_representation <= representation representation.items[i] -> representation_item => measure_representation_item <= measure_with_unit {measure_with_unit <- measure_qualification.qualified_measure measure_qualification {measure_qualification.name = `dimension value qualifier'} measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier {type_qualifier.name = `lower value'}}
limit_dimension_representation to data_element (as upper_dimension_value)	PATH		shape_dimension_representation <= shape_representation <= representation representation.items[i] -> representation_item => measure_representation_item <= measure_with_unit {measure_with_unit <- measure_qualification.qualified_measure measure_qualification {measure_qualification.name = `dimension value qualifier'} measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier {type_qualifier.name = `upper value'}}
LINEAR_EXTENSION	extension	47
MAXIMUM_DIMENSION_REPRESENTATION	shape_dimension_representation	47	{shape_dimension_representation <= shape_representation <= representation representation.items[i] -> representation_item => measure_representation_item <= measure_with_unit <- measure_qualification.qualified_measure measure_qualification {measure_qualification.name = `dimension value qualifier'} measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier {type_qualifier.name = `maximum dimension'}}
MINIMUM_DIMENSION_REPRESENTATION	shape_dimension_representation	47	{shape_dimension_representation <= shape_representation <= representation representation.items[i] -> representation_item => measure_representation_item <= measure_with_unit <- measure_qualification.qualified_measure measure_qualification {measure_qualification.name = `dimension value qualifier'} measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier {type_qualifier.name = `minimum dimension'}}
NON_FEATURE_SHAPE_ELEMENT	shape_aspect	41	{shape_aspect shape_aspect.product_definitional = .FALSE.}
non_feature_shape_element to footprint_definition (as scope)	PATH		shape_aspect shape_aspect.of_shape -> product_definition_shape <= property_definition property_definition.definition -> characterized_definition characterized_definition = characterized_product_definition characterized_product_definition characterized_product_definition = product_definition product_definition => footprint_definition
non_feature_shape_element to padstack_definition (as scope)	PATH		shape_aspect shape_aspect.of_shape -> product_definition_shape <= property_definition property_definition.definition -> characterized_definition characterized_definition = characterized_product_definition characterized_product_definition characterized_product_definition = product_definition product_definition => padstack_definition
non_feature_shape_element to physical_unit (as scope)	PATH		shape_aspect shape_aspect.of_shape -> product_definition_shape <= property_definition property_definition.definition -> characterized_definition characterized_definition = characterized_product_definition characterized_product_definition characterized_product_definition = product_definition product_definition => physical_unit
non_feature_shape_element to stratum (as scope)	PATH		shape_aspect shape_aspect.of_shape -> product_definition_shape <= property_definition property_definition.definition -> characterized_definition characterized_definition = characterized_product_definition characterized_product_definition characterized_product_definition = product_definition product_definition => stratum
non_feature_shape_element to template_definition (as scope)	PATH		shape_aspect shape_aspect.of_shape -> product_definition_shape <= property_definition property_definition.definition -> characterized_definition characterized_definition = characterized_product_definition characterized_product_definition characterized_product_definition = product_definition product_definition {product_definition product_definition.frame_of_reference -> product_definition_context <= application_context_element application_context_element.name = `template definition'}
NON_FEATURE_SHAPE_ELEMENT_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship.name = `non feature shape element relationship'}
non_feature_shape_element_relationship to non_feature_shape_element (as related_shape_element)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect
non_feature_shape_element_relationship to non_feature_shape_element (as relating_shape_element)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect
OPPOSING_BOUNDARY_SET_SIZE_CHARACTERISTIC	representation	43	{representation representation.name = `opposing boundary set size'}
opposing_boundary_set_size_characteristic to tolerance_zone_opposing_boundary_set (as sized_boundary_set)	PATH		representation <- property_definition_representation.used_representation property_definition_representation property_definition_representation.definition -> property_definition {property_definition property_definition.description = `boundary zone definition with specified size'} property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect shape_aspect => tolerance_zone_boundary (tolerance_zone_boundary => tolerance_zone_explicit_opposing_boundary_set) (tolerance_zone_boundary => tolerance_zone_implicit_opposing_boundary_set)
PARALLEL_SHAPE_ELEMENT_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `parallel'}
PARALLELISM_TOLERANCE	parallelism_tolerance	210	parallelism_tolerance <= geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `parallelism'}
PART_FEATURE	(shape_aspect) (composite_shape_aspect) (primary_orientation_feature) (secondary_orientation_feature) (package_body) (part_tooling_feature) (thermal_feature) (part_mounting_feature) (package_terminal) (assembly_module_terminal) (bare_die_terminal) (interconnect_module_terminal) (minimally_defined_bare_die_terminal) (packaged_part_terminal) (package_body_surface)	41 210 210 210 210 210 210 210 210 210 210 210 210 210 210	(composite_shape_aspect <= shape_aspect shape_aspect.description = `part group feature') (shape_aspect (shape_aspect.description = `part generic feature') (shape_aspect.description = `polarity indication feature') (shape_aspect.description = `interconnect module cavity surface') (shape_aspect.description = `interconnect module cutout surface') (shape_aspect.description = `interconnect module edge segment surface') (shape_aspect.description = `interconnect module edge surface') (shape_aspect.description = `interconnect module primary surface') (shape_aspect.description = `interconnect module secondary surface') (shape_aspect.description = `interconnect module surface feature')) (primary_orientation_feature <= physical_unit_datum_feature <= shape_aspect) (secondary_orientation_feature <= physical_unit_datum_feature <= shape_aspect) (package_body <= shape_aspect) (part_tooling_feature <= shape_aspect) (thermal_feature <= shape_aspect) (part_mounting_feature <= shape_aspect) (package_terminal <= shape_aspect) (assembly_module_terminal <= shape_aspect) (interconnect_module_terminal <= shape_aspect) (bare_die_terminal <= minimally_defined_bare_die_terminal <= shape_aspect) (minimally_defined_bare_die_terminal <= shape_aspect) (packaged_part_terminal <= shape_aspect) (package_body_surface <= shape_aspect)
material_state_change	PATH		shape_aspect {([shape_aspect => composite_shape_aspect] [shape_aspect shape_aspect.description = `part group feature']) (shape_aspect.description = `part generic feature') (shape_aspect.description = `polarity indication feature') (shape_aspect.description = `interconnect module cavity surface') (shape_aspect.description = `interconnect module cutout surface') (shape_aspect.description = `interconnect module edge segment surface') (shape_aspect.description = `interconnect module edge surface') (shape_aspect.description = `interconnect module primary surface') (shape_aspect.description = `interconnect module secondary surface') (shape_aspect.description = `interconnect module surface feature') (shape_aspect => physical_unit_datum_feature => primary_orientation_feature) (shape_aspect => physical_unit_datum_feature => secondary_orientation_feature) (shape_aspect => package_body) (shape_aspect => part_tooling_feature) (shape_aspect => thermal_feature) (shape_aspect => part_mounting_feature) (shape_aspect => package_terminal) (shape_aspect => assembly_module_terminal) (shape_aspect => interconnect_module_terminal) (shape_aspect => minimally_defined_bare_die_terminal => bare_die_terminal) (shape_aspect => minimally_defined_bare_die_terminal) (shape_aspect => packaged_part_terminal) (shape_aspect => package_body_surface)} shape_definition = shape_aspect shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation {[representation representation.name = `material state change'] [representation representation.items[i] -> representation_item {(representation_item.name = `material addition') (representation_item.name = `material removal')}]}
name	PATH	41	shape_aspect {([shape_aspect => composite_shape_aspect] [shape_aspect shape_aspect.description = `part group feature']) (shape_aspect.description = `part generic feature') (shape_aspect.description = `polarity indication feature') (shape_aspect.description = `interconnect module cavity surface') (shape_aspect.description = `interconnect module cutout surface') (shape_aspect.description = `interconnect module edge segment surface') (shape_aspect.description = `interconnect module edge surface') (shape_aspect.description = `interconnect module primary surface') (shape_aspect.description = `interconnect module secondary surface') (shape_aspect.description = `interconnect module surface feature') (shape_aspect => physical_unit_datum_feature => primary_orientation_feature) (shape_aspect => physical_unit_datum_feature => secondary_orientation_feature) (shape_aspect => package_body) (shape_aspect => part_tooling_feature) (shape_aspect => thermal_feature) (shape_aspect => part_mounting_feature) (shape_aspect => package_terminal) (shape_aspect => assembly_module_terminal) (shape_aspect => interconnect_module_terminal) (shape_aspect => minimally_defined_bare_die_terminal => bare_die_terminal) (shape_aspect => minimally_defined_bare_die_terminal) (shape_aspect => packaged_part_terminal) (shape_aspect => package_body_surface)} shape_aspect.name
part_feature to part_feature (as precedent_feature)	PATH		shape_aspect {([shape_aspect => composite_shape_aspect] [shape_aspect shape_aspect.description = `part group feature']) (shape_aspect.description = `part generic feature') (shape_aspect.description = `polarity indication feature') (shape_aspect.description = `interconnect module cavity surface') (shape_aspect.description = `interconnect module cutout surface') (shape_aspect.description = `interconnect module edge segment surface') (shape_aspect.description = `interconnect module edge surface') (shape_aspect.description = `interconnect module primary surface') (shape_aspect.description = `interconnect module secondary surface') (shape_aspect.description = `interconnect module surface feature') (shape_aspect => physical_unit_datum_feature => primary_orientation_feature) (shape_aspect => physical_unit_datum_feature => secondary_orientation_feature) (shape_aspect => package_body) (shape_aspect => part_tooling_feature) (shape_aspect => thermal_feature) (shape_aspect => part_mounting_feature) (shape_aspect => package_terminal {!{package_terminal => primary_reference_terminal}}) (shape_aspect => assembly_module_terminal) (shape_aspect => interconnect_module_terminal) (shape_aspect => minimally_defined_bare_die_terminal => bare_die_terminal) (shape_aspect => minimally_defined_bare_die_terminal) (shape_aspect => packaged_part_terminal) (shape_aspect => package_body_surface)} shape_aspect <- shape_aspect_relationship.related_shape_aspect {shape_aspect_relationship shape_aspect_relationship.name = `precedent feature'} shape_aspect_relationship.relating_shape_aspect -> shape_aspect {([shape_aspect => composite_shape_aspect] [shape_aspect shape_aspect.description = `part group feature']) (shape_aspect.description = `part generic feature') (shape_aspect.description = `polarity indication feature') (shape_aspect.description = `interconnect module cavity surface') (shape_aspect.description = `interconnect module cutout surface') (shape_aspect.description = `interconnect module edge segment surface') (shape_aspect.description = `interconnect module edge surface') (shape_aspect.description = `interconnect module primary surface') (shape_aspect.description = `interconnect module secondary surface') (shape_aspect.description = `interconnect module surface feature') (shape_aspect => physical_unit_datum_feature => primary_orientation_feature) (shape_aspect => physical_unit_datum_feature => secondary_orientation_feature) (shape_aspect => package_body) (shape_aspect => part_tooling_feature) (shape_aspect => thermal_feature) (shape_aspect => part_mounting_feature) (shape_aspect => package_terminal) (shape_aspect => assembly_module_terminal) (shape_aspect => interconnect_module_terminal) (shape_aspect => minimally_defined_bare_die_terminal => bare_die_terminal) (shape_aspect => minimally_defined_bare_die_terminal) (shape_aspect => packaged_part_terminal) (shape_aspect => package_body_surface)}
part_feature to physical_unit_usage_view (as associated_definition)	PATH		shape_aspect {([shape_aspect => composite_shape_aspect] [shape_aspect shape_aspect.description = `part group feature']) (shape_aspect.description = `part generic feature') (shape_aspect.description = `polarity indication feature') (shape_aspect.description = `interconnect module cavity surface') (shape_aspect.description = `interconnect module cutout surface') (shape_aspect.description = `interconnect module edge segment surface') (shape_aspect.description = `interconnect module edge surface') (shape_aspect.description = `interconnect module primary surface') (shape_aspect.description = `interconnect module secondary surface') (shape_aspect.description = `interconnect module surface feature') (shape_aspect => physical_unit_datum_feature => primary_orientation_feature) (shape_aspect => physical_unit_datum_feature => secondary_orientation_feature) (shape_aspect => package_body) (shape_aspect => part_tooling_feature) (shape_aspect => thermal_feature) (shape_aspect => part_mounting_feature) (shape_aspect => package_terminal) (shape_aspect => assembly_module_terminal) (shape_aspect => interconnect_module_terminal) (shape_aspect => minimally_defined_bare_die_terminal => bare_die_terminal) (shape_aspect => minimally_defined_bare_die_terminal) (shape_aspect => packaged_part_terminal) (shape_aspect => package_body_surface)} shape_aspect.of_shape -> product_definition_shape <= property_definition property_definition.definition -> characterized_definition characterized_definition = characterized_product_definition characterized_product_definition characterized_product_definition = product_definition product_definition {{product_definition product_definition.frame_of_reference -> product_definition_context <= application_context_element application_context_element.name = `physical design usage'} product_definition => (physical_unit) (physical_unit => externally_defined_physical_unit) (physical_unit => externally_defined_physical_unit => library_defined_physical_unit)}
PERPENDICULAR_SHAPE_ELEMENT_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `perpendicular'}
PERPENDICULARITY_TOLERANCE	perpendicularity_tolerance	210	perpendicularity_tolerance <= geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `perpendicularity'}
PHYSICAL_COMPONENT_FEATURE	(component_terminal) (component_interface_terminal) (component_feature) (component_mounting_feature)	210 210 210 210	(component_terminal <= shape_aspect {shape_aspect (shape_aspect.description = `assembly module component terminal') (shape_aspect.description = `bare die component terminal') (shape_aspect.description = `interconnect component join terminal') (shape_aspect.description = `interconnect module component terminal') (shape_aspect.description = `interconnect module component stratum based terminal') (shape_aspect.description = `minimally defined component terminal') (shape_aspect.description = `packaged component join terminal')}) (component_interface_terminal <= shape_aspect) (component_feature <= shape_aspect) (component_mounting_feature <= shape_aspect)
PHYSICAL_FEATURE_OR_PART_TEMPLATE	(part_template_definition) (shape_aspect)	210 41	(part_template_definition <= shape_aspect {shape_aspect.of_shape -> product_definition_shape <= property_definition property_definition.definition -> characterized_definition characterized_definition = characterized_product_definition characterized_product_definition characterized_product_definition = product_definition product_definition product_definition.frame_of_reference -> product_definition_context <= application_context_element application_context_element.name = `template definition'}) (shape_aspect {shape_aspect shape_aspect.product_definitional = .TRUE.})
PHYSICAL_LAMINATE_COMPONENT	(component_shape_aspect)	210 210	component_shape_aspect <= shape_aspect {shape_aspect => component_shape_aspect => (inter_stratum_feature) (land) (material_removal_component_shape_aspect) (thermal_component_shape_aspect) (fiducial) (probe_access_area) (assembly_group_component_shape_aspect) (integral_shield)} shape_aspect {shape_aspect (shape_aspect.description = `laminate component') (shape_aspect.description = `part template occurrence') (shape_aspect.description = `conductive interconnect element with pre defined transitions') (shape_aspect.description = `join 2 physical connectivity definition supporting') (shape_aspect.description = `conductive interconnect element with user defined single transition') (shape_aspect.description = `laminate text string component') (shape_aspect.description = `primary stratum indicator symbol') (shape_aspect.description = `routed interconnect component') (shape_aspect.description = `special symbol laminate component') (shape_aspect.description = `stratum feature template component')}
PLUS_MINUS_TOLERANCE_CHARACTERISTIC	coordinated_representation_item	210	coordinated_representation_item <= [representation] [representation_item {representation_item representation_item.name = `plus minus tolerance'}]
plus_minus_tolerance_characteristic to numeric_parameter (as component_characteristic)	PATH		coordinated_representation_item <= representation representation.items[i] -> representation_item => measure_representation_item
PLUS_MINUS_TOLERANCE_RANGE_REPRESENTATION	shape_dimension_representation	47	shape_dimension_representation <= shape_representation <= representation {representation representation.name = `plus minus tolerance range representation'}
plus_minus_tolerance_range_representation to data_element (as basic_dimension_value)	PATH		shape_dimension_representation <= shape_representation <= representation representation.items[i] -> representation_item => measure_representation_item <= measure_with_unit {measure_with_unit <- measure_qualification.qualified_measure measure_qualification {measure_qualification.name = `dimension value qualifier'} measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier {type_qualifier.name = `basic value'}}
plus_minus_tolerance_range_representation to data_element (as upper_deviation)	PATH		shape_dimension_representation <- dimensional_characteristic_representation.representation dimensional_characteristic_representation dimensional_characteristic_representation.dimension -> dimensional_characteristic (dimensional_characteristic = dimensional_location dimensional_location dimensional_characteristic = dimensional_location) (dimensional_characteristic = dimensional_size dimensional_size dimensional_characteristic = dimensional_size) dimensional_characteristic <- plus_minus_tolerance.toleranced_dimension plus_minus_tolerance plus_minus_tolerance.range -> tolerance_method_definition tolerance_method_definition = tolerance_value tolerance_value tolerance_value.upper_bound -> measure_with_unit
plus_minus_tolerance_range_representation to data_element (as lower_deviation)	PATH		shape_dimension_representation <- dimensional_characteristic_representation.representation dimensional_characteristic_representation dimensional_characteristic_representation.dimension -> dimensional_characteristic (dimensional_characteristic = dimensional_location dimensional_location dimensional_characteristic = dimensional_location) (dimensional_characteristic = dimensional_size dimensional_size dimensional_characteristic = dimensional_size) dimensional_characteristic <- plus_minus_tolerance.toleranced_dimension plus_minus_tolerance plus_minus_tolerance.range -> tolerance_method_definition tolerance_method_definition = tolerance_value tolerance_value tolerance_value.lower_bound -> measure_with_unit
POSITION_TOLERANCE	position_tolerance	210	position_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance (geometric_tolerance.name = `position') (geometric_tolerance.name = `boundary based position') (geometric_tolerance.name = `feature locating position') (geometric_tolerance.name = `feature relating position')}
POSITION_TOLERANCE_WITH_REFERENCED_DATUM_SYSTEM	[position_tolerance][geometric_tolerance_with_specified_datum_system]	210 210	[position_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance] [geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance] {geometric_tolerance (geometric_tolerance.name = `position') (geometric_tolerance.name = `boundary based position') (geometric_tolerance.name = `feature locating position') (geometric_tolerance.name = `feature relating position')}
POSITION_TOLERANCE_WITHOUT_REFERENCED_DATUM_SYSTEM	position_tolerance	210	position_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance (geometric_tolerance.name = `position') (geometric_tolerance.name = `feature relating position')}
POSITIONAL_BOUNDARY	positional_boundary	210	positional_boundary <= shape_aspect {[shape_aspect (shape_aspect.description = `dimension related positional boundary') (shape_aspect.description = `profile related positional boundary')] [shape_aspect shape_aspect.product_definitional = .FALSE.]}
POSITIONAL_BOUNDARY_AND_PROFILE_BOUNDARY_MEMBER_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `positional boundary and profile boundary member'}
positional_boundary_and_profile_boundary_member_relationship to profile_related_positional_boundary (as offset_positional_boundary)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> {shape_aspect shape_aspect.description = `profile related positional boundary'} shape_aspect => positional_boundary
positional_boundary_and_profile_boundary_member_relationship to tolerance_zone_boundary_member (as base_profile_tolerance_zone_boundary_member)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect {shape_aspect [shape_aspect.description = `tolerance zone boundary member'] [shape_aspect.product_definitional = .FALSE.]}
POSITIONAL_BOUNDARY_DEFINITION	property_definition	41	{property_definition (property_definition.description = `dimension related positional boundary property') (property_definition.description = `profile related positional boundary property')}
positional_boundary_definition to positional_boundary (as defined_positional_boundary)	PATH		(property_definition {property_definition.description = `dimension related positional boundary property'} property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect {shape_aspect shape_aspect.description = `dimension related positional boundary'} shape_aspect => positional_boundary) (property_definition {property_definition.description = `profile related positional boundary property'} property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect {shape_aspect shape_aspect.description = `profile related positional boundary'} shape_aspect => positional_boundary)
POSITIONAL_BOUNDARY_MEMBER	positional_boundary_member	210	positional_boundary_member <= shape_aspect {shape_aspect shape_aspect.product_definitional = .FALSE.}
POSITIONAL_BOUNDARY_MEMBER_DEFINITION	property_definition	41	{property_definition property_definition.description = `positional boundary member property'}
positional_boundary_member_definition to positional_boundary_member (as defined_positional_boundary_member)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect => positional_boundary_member
positional_boundary_member_definition to length_data_element (as tolerance_value)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `positional boundary member value'} representation_item => measure_representation_item <= measure_with_unit => length_measure_with_unit
positional_boundary_member_definition to dimensional_size (as associated_dimension)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `boundary member associated dimension'} property_definition_relationship.related_property_definition -> property_definition => dimensional_size_property <= dimensional_size
POSITIONAL_BOUNDARY_OFFSET	property_definition	41	{property_definition property_definition.description = `positional boundary offset'}
positional_boundary_offset to positional_boundary_and_profile_boundary_member_relationship (as offset_boundary_relationship)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `positional boundary and profile boundary member'}
positional_boundary_offset to length_data_element (as tolerance_value)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `positional boundary offset value'} representation_item => measure_representation_item <= measure_with_unit => length_measure_with_unit
PRE_DEFINED_DIMENSION_QUALIFIER	measure_qualification	45	{[measure_qualification measure_qualification.name = `predefined dimension qualifier'] [measure_qualification measure_qualification.qualified_measure -> measure_with_unit => measure_representation_item <= representation_item <- representation.items[i] representation => shape_representation => shape_dimension_representation <- dimensional_characteristic_representation.representation dimensional_characteristic_representation dimensional_characteristic_representation.dimension -> dimensional_characteristic (dimensional_characteristic = dimensional_location) (dimensional_characteristic = dimensional_size)]}
description	type_qualifier.name	45	measure_qualification measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier type_qualifier.name {(type_qualifier.name = `average') (type_qualifier.name = `free state')}
PRE_DEFINED_GEOMETRIC_TOLERANCE_QUALIFIER	measure_qualification	45	{[measure_qualification measure_qualification.name = `predefined geometric tolerance qualifier'] [measure_qualification measure_qualification.qualified_measure -> measure_with_unit <- geometric_tolerance.magnitude geometric_tolerance => physical_unit_geometric_tolerance]}
description	type_qualifier.name	45	measure_qualification measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier type_qualifier.name {(type_qualifier.name = `each element') (type_qualifier.name = `each radial element') (type_qualifier.name = `free state') (type_qualifier.name = `major diameter') (type_qualifier.name = `minor diameter') (type_qualifier.name = `not concave') (type_qualifier.name = `not convex') (type_qualifier.name = `pitch diameter')}
PROFILE_BOUNDARY_DEFINITION	property_definition	41	{property_definition [property_definition.description = `boundary zone definition with specified size'] [(property_definition.name = `profile boundary') (property_definition.name = `profile boundary with offsets')]}
profile_boundary_definition to true_profile (as basic_profile)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `basic profile'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `true profile'}
profile_boundary_definition to tolerance_zone_opposing_boundary_set (as defined_zone_boundary)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect => tolerance_zone_boundary => (tolerance_zone_explicit_opposing_boundary_set) (tolerance_zone_implicit_opposing_boundary_set)
PROFILE_BOUNDARY_DEFINITION_WITH_OFFSETS	property_definition	41	{property_definition [property_definition.description = `boundary zone definition with specified size'] [property_definition.name = `profile boundary with offsets']}
profile_boundary_definition_with_offsets to tolerance_zone_explicit_opposing_boundary_set (as defined_zone_boundary)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect => tolerance_zone_boundary => tolerance_zone_explicit_opposing_boundary_set
profile_boundary_definition_with_offsets to tolerance_zone_boundary_member_offset (as boundary_offsets)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `profile tolerance zone boundary member offset'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `tolerance zone boundary member offset'}
PROFILE_OF_ANY_LINE_TOLERANCE	linear_profile_tolerance	210	linear_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance (geometric_tolerance.name = `linear profile') (geometric_tolerance.name = `linear profile locating') (geometric_tolerance.name = `linear profile refinement')}
PROFILE_OF_ANY_LINE_TOLERANCE_WITH_REFERENCED_DATUM_SYSTEM	[linear_profile_tolerance][geometric_tolerance_with_specified_datum_system]	210 210	[linear_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance] [geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance] {geometric_tolerance (geometric_tolerance.name = `linear profile') (geometric_tolerance.name = `linear profile locating') (geometric_tolerance.name = `linear profile refinement')}
PROFILE_OF_ANY_LINE_TOLERANCE_WITHOUT_REFERENCED_DATUM_SYSTEM	linear_profile_tolerance	210	linear_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance (geometric_tolerance.name = `linear profile') (geometric_tolerance.name = `linear profile refinement')}
PROFILE_OF_ANY_SURFACE_TOLERANCE	surface_profile_tolerance	210	surface_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance (geometric_tolerance.name = `surface profile') (geometric_tolerance.name = `surface profile locating') (geometric_tolerance.name = `surface profile refinement')}
PROFILE_OF_ANY_SURFACE_TOLERANCE_WITH_REFERENCED_DATUM_SYSTEM	[surface_profile_tolerance][geometric_tolerance_with_specified_datum_system]	210 210	[surface_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance] [geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance] {geometric_tolerance (geometric_tolerance.name = `surface profile') (geometric_tolerance.name = `surface profile locating') (geometric_tolerance.name = `surface profile refinement')}
PROFILE_OF_ANY_SURFACE_TOLERANCE_WITHOUT_REFERENCED_DATUM_SYSTEM	surface_profile_tolerance	210	surface_profile_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance (geometric_tolerance.name = `surface profile') (geometric_tolerance.name = `surface profile refinement')}
PROFILE_RELATED_POSITIONAL_BOUNDARY	positional_boundary	210	positional_boundary <= shape_aspect {shape_aspect shape_aspect.description = `profile related positional boundary'}
PROFILE_RELATED_POSITIONAL_BOUNDARY_DEFINITION	property_definition	41	{property_definition property_definition.description = `profile related positional boundary property'}
profile_related_positional_boundary_definition to profile_related_positional_boundary (as defined_positional_boundary)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect {shape_aspect shape_aspect.description = `profile related positional boundary'} shape_aspect => positional_boundary
profile_related_positional_boundary_definition to positional_boundary_offset (as boundary_offset)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `boundary offset'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `positional boundary offset'}
PROJECTED_TOLERANCE_ZONE_DEFINITION	projected_zone_definition	47
projected_tolerance_zone_definition to projected_zone_height_characteristic (as projected_zone_height)	IDENTICAL MAPPING
PROJECTED_ZONE_AND_BASE_RELATIONSHIP	projected_zone_definition	47
projected_zone_and_base_relationship to physical_feature_or_part_template (as base_physical_feature)	PATH		projected_zone_definition projected_zone_definition.projection_end -> shape_aspect {(shape_aspect shape_aspect.product_definitional = .TRUE.) (shape_aspect => part_template_definition)}
projected_zone_and_base_relationship to tolerance_zone (as projected_zone)	PATH		projected_zone_definition <= tolerance_zone_definition tolerance_zone_definition.zone -> tolerance_zone
PROJECTED_ZONE_HEIGHT_CHARACTERISTIC	projected_zone_definition	47
projected_zone_height_characteristic to projected_zone_and_base_relationship (as defined_height_of)	IDENTICAL MAPPING
projected_zone_height_characteristic to length_data_element (as projected_height_value)	PATH		projected_zone_definition projected_zone_definition.projected_length -> measure_with_unit => length_measure_with_unit
RESTRAINT_CONDITION	property_definition	41	{property_definition (property_definition.description = `restraint') (property_definition.description = `tolerance specific restraint')}
restraint_condition to datum_feature_usage_in_datum_relationship (as applied_to)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship {shape_aspect_relationship (shape_aspect_relationship.name = `datum feature usage in common datum') (shape_aspect_relationship.name = `datum feature usage in single datum')}
restraint_condition to physical_feature_or_part_template (as applied_to)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect {(shape_aspect shape_aspect.product_definitional = .TRUE.) (shape_aspect => part_template_definition)}
restraint_condition to ee_requirement_occurrence (as restraint_description)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `restraint description'} property_definition_relationship.related_property_definition -> property_definition => requirements_property
RUNOUT_TOLERANCE_ZONE_DEFINITION_WITH_SPECIFIED_ANGLE	runout_zone_definition	47	runout_zone_definition
runout_tolerance_zone_definition_with_specified_angle to runout_zone_orientation (as runout_orientation)	PATH		runout_zone_definition runout_zone_definition.orientation -> runout_zone_orientation => runout_zone_orientation_reference_direction
RUNOUT_TOLERANCE_ZONE_ORIENTING_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `runout tolerance zone orienting'}
runout_tolerance_zone_orienting_relationship to tolerance_zone (as oriented_zone)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect => tolerance_zone
runout_tolerance_zone_orienting_relationship to directed_axis (as orienting_axis)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> {shape_aspect shape_aspect.description = `directed axis'} shape_aspect => derived_shape_aspect
RUNOUT_ZONE_ORIENTATION	runout_zone_orientation_reference_direction	47
runout_zone_orientation to runout_tolerance_zone_orienting_relationship (as oriented_relationship)	PATH		runout_zone_orientation_reference_direction runout_zone_orientation_reference_direction.orientation_defining_relationship -> shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `runout tolerance zone orienting'}
runout_zone_orientation to angle_data_element (as semi_angle_value)	PATH		runout_zone_orientation_reference_direction <= runout_zone_orientation runout_zone_orientation.angle -> measure_with_unit => plane_angle_measure_with_unit
SEPARATE_GEOMETRIC_TOLERANCE_REQUIREMENT	geometric_tolerance_group	210	geometric_tolerance_group <= property_definition {property_definition property_definition.description = `separate requirement'}
separate_geometric_tolerance_requirement to geometric_tolerance_with_referenced_datum_system (as separated_geometric_tolerances)	PATH		geometric_tolerance_group <= property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `group geometric tolerance'} property_definition_relationship.related_property_definition -> property_definition => physical_unit_geometric_tolerance => geometric_tolerance_with_specified_datum_system
SHAPE_DIMENSION_REPRESENTATION	shape_dimension_representation	47
SHAPE_ELEMENT	shape_aspect	41
description	descriptive_representation_item.description	45	shape_aspect shape_definition = shape_aspect shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `shape element characterization'} property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation {representation representation.name = `shape element description'} representation.items[i] -> representation_item => descriptive_representation_item descriptive_representation_item.description
name	(descriptive_representation_item.description) (shape_aspect.name)	45 41	(shape_aspect {(shape_aspect.name = `single datum') (shape_aspect.name = `common datum') (shape_aspect.name = `inter stratum join') (shape_aspect.name = `intra stratum join') (shape_aspect.name = `constrained intra stratum join')} shape_definition = shape_aspect shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `shape element characterization'} property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation {representation representation.name = `shape element name'} representation.items[i] -> representation_item => descriptive_representation_item descriptive_representation_item.description) (shape_aspect shape_aspect.name)
SHAPE_ELEMENT_BOUNDARY_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `boundary'}
SHAPE_ELEMENT_COMPOSING_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `composing'}
shape_element_composing_relationship to composite_shape_element (as relating_shape_element)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect => composite_shape_aspect
SHAPE_ELEMENT_CONSTITUENT_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship (shape_aspect_relationship.name = `bare die terminal surface constituent relationship') (shape_aspect_relationship.name = `composing') (shape_aspect_relationship.name = `constituent') (shape_aspect_relationship.name = `interconnect module terminal surface constituent relationship') (shape_aspect_relationship.name = `package terminal surface constituent relationship')}
SHAPE_ELEMENT_DERIVING_RELATIONSHIP	shape_aspect_deriving_relationship	47
shape_element_deriving_relationship to derived_shape_element (as relating_shape_element)	PATH		shape_aspect_deriving_relationship <= shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect => derived_shape_aspect
SHAPE_ELEMENT_LOCATING_RELATIONSHIP	dimensional_location	47
shape_element_locating_relationship to shape_element (as located_shape_element)	PATH		dimensional_location <= shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect
shape_element_locating_relationship to shape_element (as locating_shape_element)	PATH		dimensional_location <= shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect
SHAPE_ELEMENT_RELATIONSHIP	shape_aspect_relationship	41
description	descriptive_representation_item.description	45	shape_aspect_relationship shape_definition = shape_aspect_relationship shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `shape element relationship characterization'} property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation {representation representation.name = `shape element relationship description'} representation.items[i] -> representation_item => descriptive_representation_item descriptive_representation_item.description
name	descriptive_representation_item.description	45	shape_aspect_relationship shape_definition = shape_aspect_relationship shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `shape element relationship characterization'} property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation {representation representation.name = `shape element relationship name'} representation.items[i] -> representation_item => descriptive_representation_item descriptive_representation_item.description
shape_element_relationship to shape_element (as related_shape_element)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect
shape_element_relationship to shape_element (as relating_shape_element)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect
SIMULTANEOUS_GEOMETRIC_TOLERANCE_REQUIREMENT	geometric_tolerance_group	210	geometric_tolerance_group <= property_definition {property_definition property_definition.description = `simultaneous requirement'}
simultaneous_geometric_tolerance_requirement to geometric_tolerance (as grouped_geometric_tolerances)	PATH		geometric_tolerance_group <= property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `group geometric tolerance'} property_definition_relationship.related_property_definition -> property_definition => physical_unit_geometric_tolerance
SINGLE_BOUNDARY_DIMENSION	dimensional_size	45
SINGLE_DATUM	physical_unit_datum	210	physical_unit_datum <= shape_aspect {shape_aspect shape_aspect.name = `single datum'}
SINGULAR_DIMENSION_REPRESENTATION	shape_dimension_representation	47
singular_dimension_representation to data_element (as dimension_value)	PATH		shape_dimension_representation <= shape_representation <= representation representation.items[i] -> representation_item => measure_representation_item <= measure_with_unit {measure_with_unit <- measure_qualification.qualified_measure measure_qualification {measure_qualification.name = `dimension value qualifier'} measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier {(type_qualifier.name = `maximum dimension') (type_qualifier.name = `minimum dimension') (type_qualifier.name = `theoretically exact')}}
STATISTICAL_DIMENSIONAL_TOLERANCE	(statistical_dimensional_location) (statistical_dimensional_size)	210 210	(statistical_dimensional_location <= dimensional_location) (statistical_dimensional_size <= dimensional_size_property <= [dimensional_size] [property_definition])
statistical_dimensional_tolerance to dimensional_characteristic (as alternate_dimension)	PATH		(statistical_dimensional_location <= dimensional_location <= shape_aspect_relationship shape_definition = shape_aspect_relationship shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `dimensional location property'} property_definition <- property_definition_relationship.related_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `substitutable dimension'} property_definition_relationship.relating_property_definition -> {property_definition property_definition.description = `dimensional location property'} property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship => dimensional_location) (statistical_dimensional_size <= dimensional_size_property <= property_definition <- property_definition_relationship.related_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `substitutable dimension'} property_definition_relationship.relating_property_definition -> property_definition => dimensional_size_property <= dimensional_size)
statistical_dimensional_tolerance to ee_requirement_occurrence (as statistical_control_requirement)	PATH		(statistical_dimensional_location <= dimensional_location <= shape_aspect_relationship shape_definition = shape_aspect_relationship shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition {property_definition property_definition.description = `dimensional location property'} property_definition) (statistical_dimensional_size <= dimensional_size_property <= property_definition) <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `dimensional tolerance statistical control requirement'} property_definition_relationship.related_property_definition -> property_definition => requirements_property
STATISTICAL_GEOMETRIC_TOLERANCE	statistical_geometric_tolerance	210	statistical_geometric_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance
statistical_geometric_tolerance to geometric_tolerance (as alternate_tolerance)	PATH		statistical_geometric_tolerance <= physical_unit_geometric_tolerance <= geometric_tolerance <- geometric_tolerance_relationship.related_geometric_tolerance geometric_tolerance_relationship {geometric_tolerance_relationship geometric_tolerance_relationship.name = `substitutable geometric tolerance'} geometric_tolerance_relationship.relating_geometric_tolerance -> geometric_tolerance => physical_unit_geometric_tolerance
statistical_geometric_tolerance to ee_requirement_occurrence (as statistical_control_requirement)	PATH		statistical_geometric_tolerance <= physical_unit_geometric_tolerance <= property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `geometric tolerance statistical control requirement'} property_definition_relationship.related_property_definition -> property_definition => requirements_property
STRAIGHTNESS_TOLERANCE	physical_unit_geometric_tolerance	210	physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `straightness'}
STRATUM_FEATURE	stratum_feature	210	stratum_feature <= shape_aspect
feature_of_size	descriptive_representation_item	45	stratum_feature <= shape_aspect shape_definition = shape_aspect shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `feature of size'} representation_item => descriptive_representation_item {descriptive_representation_item (descriptive_representation_item.description = `true') (descriptive_representation_item.description = `false')}
name	shape_aspect.name	41	stratum_feature <= shape_aspect shape_aspect.name
stratum_feature to stratum (as resident_stratum)	PATH		stratum_feature <= shape_aspect shape_aspect.of_shape -> product_definition_shape <= property_definition property_definition.definition -> characterized_definition characterized_definition = characterized_product_definition characterized_product_definition characterized_product_definition = product_definition product_definition => stratum
SYMMETRY_TOLERANCE	symmetry_tolerance	210	symmetry_tolerance <= geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `symmetry'}
TANGENT_PLANE	tangent	47	{tangent <= derived_shape_aspect <= shape_aspect shape_aspect.description = `plane'}
TANGENT_SHAPE_ELEMENT	tangent	47
THEORETICALLY_EXACT_DIMENSION_REPRESENTATION	shape_dimension_representation	47	{shape_dimension_representation <= shape_representation <= representation representation.items[i] -> representation_item => measure_representation_item <= measure_with_unit <- measure_qualification.qualified_measure measure_qualification {measure_qualification.name = `dimension value qualifier'} measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier {type_qualifier.name = `theoretically exact'}}
TOLERANCE_SPECIFIC_RESTRAINT_CONDITION	property_definition	41	{property_definition property_definition.description = `tolerance specific restraint'}
tolerance_specific_restraint_condition to dimensional_characteristic (as affected_tolerances)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `affected tolerance'} property_definition_relationship.related_property_definition -> ({property_definition property_definition.description = `dimensional location property'} property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship => dimensional_location) (property_definition => dimensional_size_property <= dimensional_size)
tolerance_specific_restraint_condition to geometric_tolerance (as affected_tolerances)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `affected tolerance'} property_definition_relationship.related_property_definition -> property_definition => physical_unit_geometric_tolerance
TOLERANCE_ZONE	tolerance_zone	47
tolerance_zone to tolerance_zone_boundary (as zone_boundary)	PATH		tolerance_zone <- tolerance_zone_definition.zone tolerance_zone_definition tolerance_zone_definition.boundaries[i] -> shape_aspect => tolerance_zone_boundary
TOLERANCE_ZONE_AND_VIEWING_PLANE_ORIENTING_RELATIONSHIP	shape_aspect_relationship	41	{shape_aspect_relationship shape_aspect_relationship.name = `tolerance zone and viewing plane'}
tolerance_zone_and_viewing_plane_orienting_relationship to viewing_plane (as orienting_viewing_plane)	PATH		shape_aspect_relationship shape_aspect_relationship.related_shape_aspect -> shape_aspect => viewing_plane
tolerance_zone_and_viewing_plane_orienting_relationship to tolerance_zone (as oriented_tolerance_zone)	PATH		shape_aspect_relationship shape_aspect_relationship.relating_shape_aspect -> shape_aspect => tolerance_zone
TOLERANCE_ZONE_BOUNDARY	tolerance_zone_boundary	210	tolerance_zone_boundary <= shape_aspect {[shape_aspect <- tolerance_zone_definition.boundaries[i] tolerance_zone_definition] [shape_aspect.product_definitional = .FALSE.]}
TOLERANCE_ZONE_BOUNDARY_DEFINITION	property_definition	41	{property_definition (property_definition.description = `boundary zone definition with specified size') (property_definition.description = `conical tolerance zone boundary')}
tolerance_zone_boundary_definition to tolerance_zone_boundary (as defined_zone_boundary)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect => tolerance_zone_boundary
TOLERANCE_ZONE_BOUNDARY_MEMBER	shape_aspect	41	{shape_aspect [shape_aspect.description = `tolerance zone boundary member'] [shape_aspect.product_definitional = .FALSE.]}
TOLERANCE_ZONE_BOUNDARY_MEMBER_OFFSET	property_definition	41	{property_definition property_definition.description = `tolerance zone boundary member offset'}
type_of_offset	property_definition.name	41	property_definition property_definition.name {(property_definition.name = `towards material') (property_definition.name = `away from material')}
tolerance_zone_boundary_member_offset to tolerance_zone_boundary_member (as offset_tolerance_zone_boundary_member)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect {shape_aspect [shape_aspect.description = `tolerance zone boundary member'] [shape_aspect.product_definitional = .FALSE.]}
tolerance_zone_boundary_member_offset to length_data_element (as offset_value)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `tolerance zone boundary member offset value'} representation_item => measure_representation_item <= measure_with_unit => length_measure_with_unit
TOLERANCE_ZONE_CIRCULAR_OR_CYLINDRICAL_OR_SPHERICAL_BOUNDARY	tolerance_zone_boundary	210	tolerance_zone_boundary <= shape_aspect {shape_aspect shape_aspect.description = `circular or cylindrical or spherical'}
TOLERANCE_ZONE_DEFINITION	tolerance_zone_definition	47
tolerance_zone_definition to tolerance_zone (as defined_tolerance_zone)	PATH		tolerance_zone_definition tolerance_zone_definition.zone -> tolerance_zone
tolerance_zone_definition to tolerance_zone_boundary_definition (as boundary_definition)	PATH		tolerance_zone_definition tolerance_zone_definition.boundaries[i] -> {shape_aspect => tolerance_zone_boundary} shape_aspect shape_definition = shape_aspect shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition {property_definition (property_definition.description = `boundary zone definition with specified size') (property_definition.description = `conical tolerance zone boundary')}
tolerance_zone_definition to tolerance_zone_form (as form)	PATH		tolerance_zone_definition tolerance_zone_definition.zone -> tolerance_zone tolerance_zone.form -> tolerance_zone_form
TOLERANCE_ZONE_DEFINITION_WITH_PER_UNIT_SIZE_SPECIFICATION	tolerance_zone_definition	47
tolerance_zone_definition_with_per_unit_size_specification to tolerance_zone_per_unit_size_specification (as per_unit_size_specification)	PATH		tolerance_zone_definition tolerance_zone_definition.zone -> tolerance_zone <= shape_aspect shape_definition = shape_aspect shape_definition characterized_definition = shape_definition characterized_definition <- property_definition.definition property_definition {property_definition property_definition.description = `tolerance zone per unit size'}
TOLERANCE_ZONE_DEFINITION_WITH_SPECIFIED_ORIENTATION	property_definition	41	{property_definition [property_definition.description = `tolerance zone orientation'] [property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect => tolerance_zone]}
tolerance_zone_definition_with_specified_orientation to datum_axis_related_orientation (as zone_orientation)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `zone orientation'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `datum axis related orientation'}
tolerance_zone_definition_with_specified_orientation to viewing_plane_based_orientation (as zone_orientation)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `zone orientation'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `viewing plane based orientation'}
tolerance_zone_definition_with_specified_orientation to datum_based_vector_orientation (as zone_orientation)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `zone orientation'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `datum based vector orientation'}
TOLERANCE_ZONE_EXPLICIT_OPPOSING_BOUNDARY_SET	tolerance_zone_explicit_opposing_boundary_set	210	tolerance_zone_explicit_opposing_boundary_set <= tolerance_zone_boundary <= shape_aspect
tolerance_zone_explicit_opposing_boundary_set to tolerance_zone_boundary_member (as boundary_members)	PATH		tolerance_zone_explicit_opposing_boundary_set <= tolerance_zone_boundary <= shape_aspect <- shape_aspect_relationship.relating_shape_aspect shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `zone boundary member'} shape_aspect_relationship.related_shape_aspect -> shape_aspect {shape_aspect [shape_aspect.description = `tolerance zone boundary member'] [shape_aspect.product_definitional = .FALSE.]}
TOLERANCE_ZONE_FORM	tolerance_zone_form	47
name	tolerance_zone_form.name	47
tolerance_zone_form to tolerance_zone (as characterized_tolerance_zone)	PATH		tolerance_zone_form <- tolerance_zone.form tolerance_zone
TOLERANCE_ZONE_IMPLICIT_OPPOSING_BOUNDARY_SET	tolerance_zone_implicit_opposing_boundary_set	210	tolerance_zone_implicit_opposing_boundary_set <= tolerance_zone_boundary <= shape_aspect
TOLERANCE_ZONE_OPPOSING_BOUNDARY_SET	(tolerance_zone_explicit_opposing_boundary_set) (tolerance_zone_implicit_opposing_boundary_set)	210 210	(tolerance_zone_explicit_opposing_boundary_set <= tolerance_zone_boundary <= shape_aspect) (tolerance_zone_implicit_opposing_boundary_set <= tolerance_zone_boundary <= shape_aspect)
TOLERANCE_ZONE_PER_UNIT_SIZE_SPECIFICATION	property_definition	41	{property_definition property_definition.description = `tolerance zone per unit size'}
tolerance_zone_per_unit_size_specification to tolerance_zone (as specified_tolerance_zone)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect => tolerance_zone
tolerance_zone_per_unit_size_specification to length_data_element (as per_unit_size)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `per unit size'} representation_item => measure_representation_item <= measure_with_unit => length_measure_with_unit
TOTAL_RUNOUT_TOLERANCE	total_runout_tolerance	210	total_runout_tolerance <= geometric_tolerance_with_specified_datum_system <= physical_unit_geometric_tolerance <= geometric_tolerance {geometric_tolerance geometric_tolerance.name = `total runout'}
TRUE_PROFILE	property_definition	41	{property_definition property_definition.description = `true profile'}
true_profile to physical_feature_or_part_template (as profiled_surface)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect {(shape_aspect shape_aspect.product_definitional = .TRUE.) (shape_aspect => part_template_definition)}
true_profile to dimension_set (as profile_representation)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `true profile specification'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `dimension set'}
true_profile to ee_document (as profile_representation)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation document_assigned_item = representation document_assigned_item <- applied_document_reference.items[i] applied_document_reference <= document_reference document_reference.assigned_document -> (document) (document => ee_specification)
true_profile to ee_rule_function (as profile_representation)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation => rule_function_definition
true_profile to bound_volume_shape (as profile_representation)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> {representation representation.name =`3d bound volume shape'} representation => shape_representation
USER_DEFINED_DIMENSION_QUALIFIER	measure_qualification	45	{[measure_qualification measure_qualification.name = `user defined dimension qualifier'] [measure_qualification measure_qualification.qualified_measure -> measure_with_unit => measure_representation_item <= representation_item <- representation.items[i] representation => shape_representation => shape_dimension_representation <- dimensional_characteristic_representation.representation dimensional_characteristic_representation dimensional_characteristic_representation.dimension -> dimensional_characteristic (dimensional_characteristic = dimensional_location) (dimensional_characteristic = dimensional_size)]}
description	type_qualifier.name	45	measure_qualification measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier type_qualifier.name
name	measure_qualification.description	45
USER_DEFINED_GEOMETRIC_TOLERANCE_QUALIFIER	measure_qualification	45	{[measure_qualification measure_qualification.name = `user defined geometric tolerance qualifier'] [measure_qualification measure_qualification.qualified_measure -> measure_with_unit <- geometric_tolerance.magnitude geometric_tolerance => physical_unit_geometric_tolerance]}
description	type_qualifier.name	45	measure_qualification measure_qualification.qualifiers[i] -> value_qualifier value_qualifier = type_qualifier type_qualifier type_qualifier.name
name	measure_qualification.description	45
VIEWING_PLANE	viewing_plane	210	viewing_plane <= shape_aspect {shape_aspect [shape_aspect.description = `affected plane'] [shape_aspect.product_definitional = .FALSE.]}
VIEWING_PLANE_BASED_ORIENTATION	property_definition	41	{property_definition property_definition.description = `viewing plane based orientation'}
viewing_plane_based_orientation to tolerance_zone_and_viewing_plane_orienting_relationship (as orienting_relationship)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect_relationship shape_aspect_relationship {shape_aspect_relationship shape_aspect_relationship.name = `tolerance zone and viewing plane'}
viewing_plane_based_orientation to viewing_plane_definition (as viewing_plane_specification)	PATH		property_definition <- property_definition_relationship.relating_property_definition property_definition_relationship {property_definition_relationship property_definition_relationship.name = `viewing plane specification'} property_definition_relationship.related_property_definition -> property_definition {property_definition property_definition.description = `viewing plane property'}
VIEWING_PLANE_DEFINITION	property_definition	41	{property_definition property_definition.description = `viewing plane property'}
viewing_plane_definition to viewing_plane (as defined_viewing_plane)	PATH		property_definition property_definition.definition -> characterized_definition characterized_definition = shape_definition shape_definition shape_definition = shape_aspect shape_aspect => viewing_plane
viewing_plane_definition to axis_placement (as viewing_plane_representation)	PATH		property_definition <- property_definition_representation.definition property_definition_representation property_definition_representation.used_representation -> representation representation.items[i] -> {representation_item representation_item.name = `orientation'} representation_item => geometric_representation_item => placement => axis1_placement